*HEADER    SUGAR BINDING PROTEIN                   11-MAY-00   1EZP              
*TITLE     GLOBAL FOLD OF MALTODEXTRIN BINDING PROTEIN COMPLEXED WITH            
*TITLE    2 BETA-CYCLODEXTRIN USING PEPTIDE ORIENTATIONS FROM DIPOLAR            
*TITLE    3 COUPLINGS                                                            
*COMPND    MOL_ID: 1;                                                            
*COMPND   2 MOLECULE: MALTODEXTRIN BINDING PERIPLASMIC PROTEIN;                  
*COMPND   3 CHAIN: A;                                                            
*COMPND   4 SYNONYM: MALTODEXTRIN BINDING PROTEIN;                               
*COMPND   5 ENGINEERED: YES;                                                     
*COMPND   6 MUTATION: YES                                                        
*SOURCE    MOL_ID: 1;                                                            
*SOURCE   2 ORGANISM_SCIENTIFIC: ESCHERICHIA COLI;                               
*SOURCE   3 ORGANISM_COMMON: BACTERIA;                                           
*SOURCE   4 EXPRESSION_SYSTEM: ESCHERICHIA COLI;                                 
*SOURCE   5 EXPRESSION_SYSTEM_COMMON: BACTERIA;                                  
*SOURCE   6 EXPRESSION_SYSTEM_STRAIN: BL21;                                      
*SOURCE   7 EXPRESSION_SYSTEM_VECTOR_TYPE: PLASMID;                              
*SOURCE   8 EXPRESSION_SYSTEM_PLASMID: PBR322                                    
*KEYWDS    RESIDUAL DIPLAR COUPLINGS, DEUTERATION, METHYL LABELING               
*EXPDTA    NMR, 10 STRUCTURES                                                    
*AUTHOR    G.A.MUELLER, W.Y.CHOY, D.YANG, J.D.FORMAN-KAY, R.A.VENTERS,           
*AUTHOR   2 L.E.KAY                                                              
*REVDAT   1   08-MAY-01 1EZP    0                                                
! A reexamination of a few residues for which there seem to folded assignments
!

assi (resi 101 and name hn )(resi 102 and name hn ) 1.8 0 1.2 ! intense peak
assi (resi 101 and name hn )(resi  99 and name hn ) 1.8 0 5.2 
assi (resi 165 and name hn )(resi 164 and name hn ) 1.8 0 1.2 ! intense peak
assi (resi 165 and name hn )(resi 163 and name hn ) 1.8 0 5.2 
assi (resi 165 and name hn )(resi 166 and name hn ) 1.8 0 3.2 
assi (resi 165 and name hn )(resi 162 and name hn ) 1.8 0 5.2 
assi (resi 174 and name hn )(resi 172 and name hn ) 1.8 0 3.2
assi (resi 174 and name hn )(resi 176 and name hn ) 1.8 0 5.2
assi (resi 174 and name hn )(resi 175 and name hn ) 1.8 0 1.2 ! intense peak
assi (resi 252 and name hn )(resi 250 and name hn ) 1.8 0 1.2 ! intense peak
assi (resi 252 and name hn )(resi 253 and name hn ) 1.8 0 1.2 ! intense peak
assi (resi 252 and name hn )(resi 251 and name hn ) 1.8 0 1.2 ! intense peak
assi (resi 252 and name hn )(resi 249 and name hn ) 1.8 0 5.2 
assi (resi 262 and name hn )(resi 108 and name hn ) 1.8 0 1.2 ! intense peak
assi (resi 262 and name hn )(resi 109 and name hn ) 1.8 0 1.2
assi (resi 262 and name hn )(resi 111 and name hn ) 1.8 0 3.2 
assi (resi 262 and name hn )(resi 263 and name hn ) 1.8 0 5.2 
assi (resi 262 and name hn )(resi 261 and name hn ) 1.8 0 5.2 
assi (resi 300 and name hn )(resi 299 and name hn ) 1.8 0 1.2 ! intense peak
! Not confident in these two
!assi (resi 300 and name hn )(resi 311 and name hn ) 1.8 0 5.2 
!assi (resi 300 and name hn )(resi 314 and name hn ) 1.8 0 5.2 

! Met-amide peaks
assi (resi 262 and name hn )(resi 261 and name hg1# ) 1.8 0 7.2 ! hcnh_noe_peaklist.2029
assi (resi 262 and name hn )(resi 261 and name hg2# ) 1.8 0 7.2 ! hcnh_noe_peaklist.2027
assi (resi 262 and name hn )(resi 110 and name hg1# ) 1.8 0 7.2 ! hcnh_noe_peaklist.2026
assi (resi 262 and name hn )(resi 262 and name hd2# ) 1.8 0 7.2 ! hcnh_noe_peaklist.2020
assi (resi 300 and name hn )(resi 317 and name hd1# ) 1.8 0 7.2 ! hcnh_noe_peaklist.551
assi (resi 300 and name hn )(resi 302 and name hg1# ) 1.8 0 7.2 ! hcnh_noe_peaklist.541

 

set message=off echo=off end
assi (resi 4 and name hn )(resi 5 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.716
assi (resi 4 and name hn )(resi 6 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.760
assi (resi 5 and name hn )(resi 6 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1383
assi (resi 6 and name hn )(resi 7 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1353
assi (resi 7 and name hn )(resi 8 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.312
assi (resi 8 and name hn )(resi 9 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.126
assi (resi 9 and name hn )(resi 10 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.123
assi (resi 10 and name hn )(resi 11 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.247
assi (resi 12 and name hn )(resi 13 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.131
assi (resi 13 and name hn )(resi 14 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.140
assi (resi 12 and name hn )(resi 15 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.645
assi (resi 13 and name hn )(resi 15 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.138
assi (resi 14 and name hn )(resi 15 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1493
assi (resi 14 and name hn )(resi 16 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1776
assi (resi 15 and name hn )(resi 16 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1408
assi (resi 15 and name hn )(resi 17 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1444
assi (resi 16 and name hn )(resi 17 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1051
assi (resi 16 and name hn )(resi 18 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.504
assi (resi 17 and name hn )(resi 18 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.522
assi (resi 17 and name hn )(resi 19 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1114
assi (resi 18 and name hn )(resi 19 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.543
assi (resi 19 and name hn )(resi 20 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.864
assi (resi 18 and name hn )(resi 21 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.976
assi (resi 19 and name hn )(resi 21 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2361
assi (resi 20 and name hn )(resi 21 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.831
assi (resi 18 and name hn )(resi 22 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1063
assi (resi 19 and name hn )(resi 22 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1146
assi (resi 20 and name hn )(resi 22 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.836
assi (resi 21 and name hn )(resi 22 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1013
assi (resi 20 and name hn )(resi 23 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.561
assi (resi 21 and name hn )(resi 23 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.562
assi (resi 22 and name hn )(resi 23 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.563
assi (resi 21 and name hn )(resi 24 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.132
assi (resi 22 and name hn )(resi 24 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.136
assi (resi 23 and name hn )(resi 24 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.128
assi (resi 22 and name hn )(resi 25 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1125
assi (resi 23 and name hn )(resi 25 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.556
assi (resi 24 and name hn )(resi 25 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.129
assi (resi 22 and name hn )(resi 26 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.637
assi (resi 24 and name hn )(resi 26 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.130
assi (resi 25 and name hn )(resi 26 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.609
assi (resi 24 and name hn )(resi 27 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.104
assi (resi 25 and name hn )(resi 27 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.639
assi (resi 26 and name hn )(resi 27 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.641
assi (resi 25 and name hn )(resi 28 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.431
assi (resi 26 and name hn )(resi 28 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.432
assi (resi 27 and name hn )(resi 28 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.440
assi (resi 25 and name hn )(resi 29 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.740
assi (resi 26 and name hn )(resi 29 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.620
assi (resi 27 and name hn )(resi 29 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1171
assi (resi 28 and name hn )(resi 29 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.436
assi (resi 26 and name hn )(resi 30 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.658
assi (resi 27 and name hn )(resi 30 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1888
assi (resi 28 and name hn )(resi 30 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.446
assi (resi 29 and name hn )(resi 30 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1834
assi (resi 28 and name hn )(resi 31 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.71
assi (resi 29 and name hn )(resi 31 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.74
assi (resi 30 and name hn )(resi 31 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.88
assi (resi 28 and name hn )(resi 32 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.450
assi (resi 29 and name hn )(resi 32 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.777
assi (resi 30 and name hn )(resi 32 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1921
assi (resi 31 and name hn )(resi 32 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.90
assi (resi 28 and name hn )(resi 33 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.426
assi (resi 29 and name hn )(resi 33 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.801
assi (resi 30 and name hn )(resi 33 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1874
assi (resi 31 and name hn )(resi 33 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.72
assi (resi 32 and name hn )(resi 33 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.451
assi (resi 5 and name hn )(resi 34 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.413
assi (resi 6 and name hn )(resi 34 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1321
assi (resi 7 and name hn )(resi 34 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.397
assi (resi 7 and name hn )(resi 35 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.363
assi (resi 28 and name hn )(resi 35 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.359
assi (resi 34 and name hn )(resi 35 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.358
assi (resi 7 and name hn )(resi 36 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.336
assi (resi 8 and name hn )(resi 36 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.274
assi (resi 9 and name hn )(resi 36 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.127
assi (resi 35 and name hn )(resi 36 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.331
assi (resi 9 and name hn )(resi 37 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.121
assi (resi 36 and name hn )(resi 37 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.192
assi (resi 9 and name hn )(resi 38 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.122
assi (resi 10 and name hn )(resi 38 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.217
assi (resi 11 and name hn )(resi 38 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.223
assi (resi 37 and name hn )(resi 38 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.204
assi (resi 11 and name hn )(resi 39 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.773
assi (resi 38 and name hn )(resi 39 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.231
assi (resi 41 and name hn )(resi 42 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1015
assi (resi 42 and name hn )(resi 43 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1200
assi (resi 42 and name hn )(resi 44 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.486
assi (resi 43 and name hn )(resi 44 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.484
assi (resi 42 and name hn )(resi 45 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1088
assi (resi 44 and name hn )(resi 45 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.481
assi (resi 44 and name hn )(resi 46 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.482
assi (resi 45 and name hn )(resi 46 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1083
assi (resi 44 and name hn )(resi 47 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.494
assi (resi 45 and name hn )(resi 47 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1100
assi (resi 46 and name hn )(resi 47 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1218
assi (resi 47 and name hn )(resi 49 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1763
assi (resi 49 and name hn )(resi 50 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.2132
assi (resi 47 and name hn )(resi 51 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1710
assi (resi 49 and name hn )(resi 51 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.368
assi (resi 50 and name hn )(resi 51 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.371
assi (resi 49 and name hn )(resi 52 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1695
assi (resi 50 and name hn )(resi 52 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1700
assi (resi 51 and name hn )(resi 52 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.364
assi (resi 49 and name hn )(resi 53 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2096
assi (resi 51 and name hn )(resi 53 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.150
assi (resi 52 and name hn )(resi 53 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.163
assi (resi 53 and name hn )(resi 54 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.172
assi (resi 51 and name hn )(resi 55 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1320
assi (resi 52 and name hn )(resi 55 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1358
assi (resi 53 and name hn )(resi 55 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.159
assi (resi 54 and name hn )(resi 55 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1385
assi (resi 53 and name hn )(resi 56 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.119
assi (resi 54 and name hn )(resi 56 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.171
assi (resi 55 and name hn )(resi 56 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.137
assi (resi 8 and name hn )(resi 58 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1599
assi (resi 9 and name hn )(resi 58 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.161
assi (resi 10 and name hn )(resi 58 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.229
assi (resi 8 and name hn )(resi 59 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.322
assi (resi 9 and name hn )(resi 59 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.142
assi (resi 10 and name hn )(resi 59 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.232
assi (resi 58 and name hn )(resi 59 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1643
assi (resi 10 and name hn )(resi 60 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.240
assi (resi 59 and name hn )(resi 60 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.407
assi (resi 10 and name hn )(resi 61 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.221
assi (resi 11 and name hn )(resi 61 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.732
assi (resi 12 and name hn )(resi 61 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.279
assi (resi 60 and name hn )(resi 61 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.377
assi (resi 61 and name hn )(resi 62 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.280
assi (resi 62 and name hn )(resi 63 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.262
assi (resi 62 and name hn )(resi 64 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.940
assi (resi 63 and name hn )(resi 64 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.266
assi (resi 63 and name hn )(resi 65 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.264
assi (resi 64 and name hn )(resi 65 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1371
assi (resi 63 and name hn )(resi 66 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1709
assi (resi 65 and name hn )(resi 66 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1363
assi (resi 63 and name hn )(resi 67 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.265
assi (resi 65 and name hn )(resi 67 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1400
assi (resi 66 and name hn )(resi 67 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1850
assi (resi 65 and name hn )(resi 68 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.85
assi (resi 66 and name hn )(resi 68 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1778
assi (resi 67 and name hn )(resi 68 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1827
assi (resi 66 and name hn )(resi 69 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.42
assi (resi 67 and name hn )(resi 69 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.45
assi (resi 68 and name hn )(resi 69 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.9
assi (resi 67 and name hn )(resi 70 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1844
assi (resi 68 and name hn )(resi 70 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1389
assi (resi 69 and name hn )(resi 70 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.36
assi (resi 66 and name hn )(resi 71 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.653
assi (resi 68 and name hn )(resi 71 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.584
assi (resi 69 and name hn )(resi 71 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.18
assi (resi 70 and name hn )(resi 71 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.643
assi (resi 69 and name hn )(resi 73 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2328
assi (resi 70 and name hn )(resi 73 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1380
assi (resi 72 and name hn )(resi 73 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.715
assi (resi 72 and name hn )(resi 74 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.718
assi (resi 73 and name hn )(resi 74 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.2351
assi (resi 71 and name hn )(resi 75 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2187
assi (resi 72 and name hn )(resi 75 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2193
assi (resi 73 and name hn )(resi 75 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2223
assi (resi 74 and name hn )(resi 75 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.2227
assi (resi 71 and name hn )(resi 76 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1877
assi (resi 73 and name hn )(resi 76 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1923
assi (resi 74 and name hn )(resi 76 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1928
assi (resi 75 and name hn )(resi 76 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1919
assi (resi 76 and name hn )(resi 77 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.283
assi (resi 76 and name hn )(resi 78 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1029
assi (resi 77 and name hn )(resi 78 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.263
assi (resi 79 and name hn )(resi 80 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2282
assi (resi 84 and name hn )(resi 85 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1351
assi (resi 84 and name hn )(resi 86 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1733
assi (resi 85 and name hn )(resi 86 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1488
assi (resi 84 and name hn )(resi 87 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1367
assi (resi 85 and name hn )(resi 87 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1492
assi (resi 86 and name hn )(resi 87 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1756
assi (resi 84 and name hn )(resi 88 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1360
assi (resi 86 and name hn )(resi 88 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1742
assi (resi 87 and name hn )(resi 88 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1757
assi (resi 85 and name hn )(resi 89 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1449
assi (resi 86 and name hn )(resi 89 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1220
assi (resi 87 and name hn )(resi 89 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1226
assi (resi 88 and name hn )(resi 89 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1221
assi (resi 90 and name hn )(resi 93 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1821
assi (resi 92 and name hn )(resi 93 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2326
assi (resi 90 and name hn )(resi 94 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1797
assi (resi 92 and name hn )(resi 94 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1308
assi (resi 93 and name hn )(resi 94 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1255
assi (resi 93 and name hn )(resi 95 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2041
assi (resi 94 and name hn )(resi 95 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1240
assi (resi 93 and name hn )(resi 96 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1512
assi (resi 94 and name hn )(resi 96 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1207
assi (resi 95 and name hn )(resi 96 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1505
assi (resi 94 and name hn )(resi 97 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.157
assi (resi 95 and name hn )(resi 97 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.166
assi (resi 96 and name hn )(resi 97 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.160
assi (resi 95 and name hn )(resi 98 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1034
assi (resi 96 and name hn )(resi 98 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.926
assi (resi 97 and name hn )(resi 98 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.155
assi (resi 98 and name hn )(resi 99 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.225
assi (resi 99 and name hn )(resi 102 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.224
assi (resi 79 and name hn )(resi 103 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.518
assi (resi 99 and name hn )(resi 103 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.244
assi (resi 102 and name hn )(resi 103 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.520
assi (resi 78 and name hn )(resi 104 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2287
assi (resi 79 and name hn )(resi 104 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2281
assi (resi 99 and name hn )(resi 104 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.233
assi (resi 103 and name hn )(resi 104 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.542
assi (resi 79 and name hn )(resi 105 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1718
assi (resi 99 and name hn )(resi 105 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1708
assi (resi 103 and name hn )(resi 105 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.533
assi (resi 104 and name hn )(resi 105 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.2296
assi (resi 104 and name hn )(resi 106 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2302
assi (resi 105 and name hn )(resi 106 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2208
assi (resi 108 and name hn )(resi 109 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1575
assi (resi 109 and name hn )(resi 110 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1539
assi (resi 110 and name hn )(resi 111 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.521
assi (resi 111 and name hn )(resi 112 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.532
assi (resi 112 and name hn )(resi 113 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.652
assi (resi 112 and name hn )(resi 114 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1652
assi (resi 113 and name hn )(resi 114 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2560
assi (resi 114 and name hn )(resi 115 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.720
assi (resi 114 and name hn )(resi 116 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.0
assi (resi 115 and name hn )(resi 116 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.21
assi (resi 116 and name hn )(resi 117 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.25
assi (resi 117 and name hn )(resi 118 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.830
assi (resi 118 and name hn )(resi 119 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.307
assi (resi 119 and name hn )(resi 120 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.318
assi (resi 119 and name hn )(resi 121 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.315
assi (resi 120 and name hn )(resi 121 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1640
assi (resi 118 and name hn )(resi 122 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.904
assi (resi 119 and name hn )(resi 122 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.309
assi (resi 120 and name hn )(resi 122 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1238
assi (resi 121 and name hn )(resi 122 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1215
assi (resi 127 and name hn )(resi 128 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1515
assi (resi 127 and name hn )(resi 129 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.490
assi (resi 128 and name hn )(resi 129 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.503
assi (resi 128 and name hn )(resi 130 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1650
assi (resi 129 and name hn )(resi 130 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.491
assi (resi 127 and name hn )(resi 131 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1497
assi (resi 128 and name hn )(resi 131 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1864
assi (resi 129 and name hn )(resi 131 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.497
assi (resi 130 and name hn )(resi 131 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1634
assi (resi 129 and name hn )(resi 132 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.479
assi (resi 130 and name hn )(resi 132 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1610
assi (resi 131 and name hn )(resi 132 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.854
assi (resi 132 and name hn )(resi 134 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.847
assi (resi 131 and name hn )(resi 135 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1841
assi (resi 132 and name hn )(resi 135 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.837
assi (resi 134 and name hn )(resi 135 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1213
assi (resi 134 and name hn )(resi 136 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1476
assi (resi 135 and name hn )(resi 136 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1206
assi (resi 135 and name hn )(resi 137 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1223
assi (resi 136 and name hn )(resi 137 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1486
assi (resi 135 and name hn )(resi 138 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1450
assi (resi 136 and name hn )(resi 138 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1460
assi (resi 137 and name hn )(resi 138 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1489
assi (resi 135 and name hn )(resi 139 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.906
assi (resi 136 and name hn )(resi 139 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.920
assi (resi 137 and name hn )(resi 139 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.934
assi (resi 138 and name hn )(resi 139 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.921
assi (resi 137 and name hn )(resi 140 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.444
assi (resi 138 and name hn )(resi 140 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.442
assi (resi 139 and name hn )(resi 140 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.437
assi (resi 137 and name hn )(resi 141 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1719
assi (resi 138 and name hn )(resi 141 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.762
assi (resi 139 and name hn )(resi 141 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.751
assi (resi 140 and name hn )(resi 141 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.435
assi (resi 138 and name hn )(resi 142 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1501
assi (resi 139 and name hn )(resi 142 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2009
assi (resi 140 and name hn )(resi 142 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.447
assi (resi 141 and name hn )(resi 142 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.769
assi (resi 140 and name hn )(resi 143 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.14
assi (resi 141 and name hn )(resi 143 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.23
assi (resi 142 and name hn )(resi 143 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.47
assi (resi 140 and name hn )(resi 144 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1162
assi (resi 141 and name hn )(resi 144 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.756
assi (resi 142 and name hn )(resi 144 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1235
assi (resi 143 and name hn )(resi 144 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.33
assi (resi 144 and name hn )(resi 145 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1257
assi (resi 135 and name hn )(resi 146 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1168
assi (resi 136 and name hn )(resi 146 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1424
assi (resi 138 and name hn )(resi 146 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.644
assi (resi 139 and name hn )(resi 146 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.625
assi (resi 145 and name hn )(resi 146 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.670
assi (resi 145 and name hn )(resi 147 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1823
assi (resi 146 and name hn )(resi 147 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.656
assi (resi 146 and name hn )(resi 148 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.807
assi (resi 147 and name hn )(resi 148 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.852
assi (resi 148 and name hn )(resi 149 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.838
assi (resi 149 and name hn )(resi 150 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1233
assi (resi 149 and name hn )(resi 151 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.565
assi (resi 150 and name hn )(resi 151 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.576
assi (resi 150 and name hn )(resi 152 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1992
assi (resi 151 and name hn )(resi 152 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.579
assi (resi 151 and name hn )(resi 153 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.578
assi (resi 152 and name hn )(resi 153 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.2222
assi (resi 153 and name hn )(resi 156 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2224
assi (resi 155 and name hn )(resi 156 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1646
assi (resi 155 and name hn )(resi 157 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.185
assi (resi 156 and name hn )(resi 157 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.186
assi (resi 155 and name hn )(resi 158 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.443
assi (resi 156 and name hn )(resi 158 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.452
assi (resi 157 and name hn )(resi 158 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.180
assi (resi 157 and name hn )(resi 160 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2379
assi (resi 158 and name hn )(resi 160 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.453
assi (resi 158 and name hn )(resi 161 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.441
assi (resi 160 and name hn )(resi 161 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1381
assi (resi 160 and name hn )(resi 162 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.2090
assi (resi 161 and name hn )(resi 162 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1376
assi (resi 160 and name hn )(resi 163 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1116
assi (resi 161 and name hn )(resi 163 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1089
assi (resi 162 and name hn )(resi 163 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1106
assi (resi 162 and name hn )(resi 164 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2123
assi (resi 163 and name hn )(resi 164 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1108
assi (resi 162 and name hn )(resi 166 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2043
assi (resi 163 and name hn )(resi 166 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1053
assi (resi 164 and name hn )(resi 166 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2093
assi (resi 166 and name hn )(resi 167 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1996
assi (resi 167 and name hn )(resi 168 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.448
assi (resi 167 and name hn )(resi 169 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1995
assi (resi 168 and name hn )(resi 169 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.373
assi (resi 169 and name hn )(resi 170 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.287
assi (resi 170 and name hn )(resi 171 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.272
assi (resi 171 and name hn )(resi 172 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.10
assi (resi 171 and name hn )(resi 175 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.37
assi (resi 172 and name hn )(resi 175 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.228
assi (resi 172 and name hn )(resi 176 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.227
assi (resi 175 and name hn )(resi 176 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1202
assi (resi 170 and name hn )(resi 177 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.297
assi (resi 171 and name hn )(resi 177 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.457
assi (resi 172 and name hn )(resi 177 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.243
assi (resi 175 and name hn )(resi 177 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.489
assi (resi 176 and name hn )(resi 177 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.485
assi (resi 177 and name hn )(resi 178 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.496
assi (resi 177 and name hn )(resi 179 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.498
assi (resi 178 and name hn )(resi 179 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1818
assi (resi 170 and name hn )(resi 180 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.298
assi (resi 177 and name hn )(resi 180 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.477
assi (resi 178 and name hn )(resi 180 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.538
assi (resi 179 and name hn )(resi 180 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.575
assi (resi 170 and name hn )(resi 181 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.278
assi (resi 178 and name hn )(resi 181 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1791
assi (resi 179 and name hn )(resi 181 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1876
assi (resi 180 and name hn )(resi 181 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.557
assi (resi 167 and name hn )(resi 182 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1104
assi (resi 169 and name hn )(resi 182 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1052
assi (resi 170 and name hn )(resi 182 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1056
assi (resi 181 and name hn )(resi 182 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.634
assi (resi 167 and name hn )(resi 183 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2036
assi (resi 181 and name hn )(resi 183 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2190
assi (resi 182 and name hn )(resi 183 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1111
assi (resi 181 and name hn )(resi 184 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.662
assi (resi 182 and name hn )(resi 184 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1107
assi (resi 183 and name hn )(resi 184 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.2130
assi (resi 167 and name hn )(resi 185 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2076
assi (resi 183 and name hn )(resi 185 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1917
assi (resi 184 and name hn )(resi 185 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1914
assi (resi 166 and name hn )(resi 187 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2459
assi (resi 185 and name hn )(resi 187 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1929
assi (resi 166 and name hn )(resi 188 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.188
assi (resi 185 and name hn )(resi 188 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.194
assi (resi 187 and name hn )(resi 188 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.198
assi (resi 185 and name hn )(resi 189 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1913
assi (resi 187 and name hn )(resi 189 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2091
assi (resi 188 and name hn )(resi 189 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.196
assi (resi 185 and name hn )(resi 190 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.366
assi (resi 187 and name hn )(resi 190 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.372
assi (resi 188 and name hn )(resi 190 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.193
assi (resi 189 and name hn )(resi 190 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.404
assi (resi 188 and name hn )(resi 191 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.70
assi (resi 189 and name hn )(resi 191 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.48
assi (resi 190 and name hn )(resi 191 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.13
assi (resi 189 and name hn )(resi 192 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2062
assi (resi 190 and name hn )(resi 192 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.389
assi (resi 191 and name hn )(resi 192 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.27
assi (resi 190 and name hn )(resi 193 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.402
assi (resi 191 and name hn )(resi 193 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.44
assi (resi 192 and name hn )(resi 193 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.939
assi (resi 191 and name hn )(resi 194 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.22
assi (resi 192 and name hn )(resi 194 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.750
assi (resi 193 and name hn )(resi 194 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.767
assi (resi 161 and name hn )(resi 195 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1347
assi (resi 192 and name hn )(resi 195 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.910
assi (resi 193 and name hn )(resi 195 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1297
assi (resi 194 and name hn )(resi 195 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.758
assi (resi 194 and name hn )(resi 196 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.763
assi (resi 195 and name hn )(resi 196 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1296
assi (resi 194 and name hn )(resi 197 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.619
assi (resi 195 and name hn )(resi 197 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.642
assi (resi 196 and name hn )(resi 197 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.651
assi (resi 194 and name hn )(resi 198 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.753
assi (resi 195 and name hn )(resi 198 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1283
assi (resi 196 and name hn )(resi 198 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1144
assi (resi 197 and name hn )(resi 198 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.635
assi (resi 196 and name hn )(resi 199 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1216
assi (resi 197 and name hn )(resi 199 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.638
assi (resi 198 and name hn )(resi 199 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1135
assi (resi 197 and name hn )(resi 200 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.386
assi (resi 198 and name hn )(resi 200 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.392
assi (resi 199 and name hn )(resi 200 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.393
assi (resi 199 and name hn )(resi 201 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1250
assi (resi 200 and name hn )(resi 201 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.409
assi (resi 198 and name hn )(resi 202 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1147
assi (resi 199 and name hn )(resi 202 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1254
assi (resi 200 and name hn )(resi 202 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.411
assi (resi 201 and name hn )(resi 202 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.2225
assi (resi 199 and name hn )(resi 203 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1232
assi (resi 200 and name hn )(resi 203 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.403
assi (resi 201 and name hn )(resi 203 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1918
assi (resi 202 and name hn )(resi 203 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1925
assi (resi 199 and name hn )(resi 204 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1249
assi (resi 200 and name hn )(resi 204 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.410
assi (resi 201 and name hn )(resi 204 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2173
assi (resi 202 and name hn )(resi 204 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.2175
assi (resi 203 and name hn )(resi 204 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1915
assi (resi 206 and name hn )(resi 207 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2277
assi (resi 151 and name hn )(resi 208 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.573
assi (resi 205 and name hn )(resi 208 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1846
assi (resi 206 and name hn )(resi 208 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.365
assi (resi 207 and name hn )(resi 208 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1859
assi (resi 207 and name hn )(resi 209 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2521
assi (resi 208 and name hn )(resi 209 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1933
assi (resi 209 and name hn )(resi 210 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1775
assi (resi 209 and name hn )(resi 211 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2157
assi (resi 210 and name hn )(resi 211 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1766
assi (resi 209 and name hn )(resi 212 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.414
assi (resi 210 and name hn )(resi 212 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.399
assi (resi 211 and name hn )(resi 212 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.406
assi (resi 209 and name hn )(resi 213 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1118
assi (resi 211 and name hn )(resi 213 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1110
assi (resi 212 and name hn )(resi 213 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.391
assi (resi 212 and name hn )(resi 214 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1712
assi (resi 213 and name hn )(resi 214 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1099
assi (resi 212 and name hn )(resi 215 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1266
assi (resi 213 and name hn )(resi 215 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1086
assi (resi 214 and name hn )(resi 215 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1732
assi (resi 215 and name hn )(resi 216 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1295
assi (resi 148 and name hn )(resi 217 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.916
assi (resi 215 and name hn )(resi 217 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1289
assi (resi 216 and name hn )(resi 217 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1357
assi (resi 217 and name hn )(resi 219 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1842
assi (resi 219 and name hn )(resi 220 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1863
assi (resi 217 and name hn )(resi 221 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1894
assi (resi 220 and name hn )(resi 221 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1862
assi (resi 145 and name hn )(resi 222 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2457
assi (resi 217 and name hn )(resi 222 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1382
assi (resi 219 and name hn )(resi 222 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1861
assi (resi 220 and name hn )(resi 222 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2523
assi (resi 221 and name hn )(resi 222 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1860
assi (resi 145 and name hn )(resi 223 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.211
assi (resi 146 and name hn )(resi 223 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.205
assi (resi 147 and name hn )(resi 223 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.207
assi (resi 148 and name hn )(resi 223 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.796
assi (resi 222 and name hn )(resi 223 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.210
assi (resi 146 and name hn )(resi 224 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.664
assi (resi 147 and name hn )(resi 224 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2166
assi (resi 148 and name hn )(resi 224 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.861
assi (resi 222 and name hn )(resi 224 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.2446
assi (resi 223 and name hn )(resi 224 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.208
assi (resi 116 and name hn )(resi 225 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.51
assi (resi 148 and name hn )(resi 225 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2265
assi (resi 224 and name hn )(resi 225 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2174
assi (resi 116 and name hn )(resi 226 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.20
assi (resi 148 and name hn )(resi 226 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.691
assi (resi 150 and name hn )(resi 226 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.708
assi (resi 225 and name hn )(resi 226 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2234
assi (resi 114 and name hn )(resi 227 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.784
assi (resi 116 and name hn )(resi 227 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.26
assi (resi 225 and name hn )(resi 227 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2266
assi (resi 226 and name hn )(resi 227 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.690
assi (resi 114 and name hn )(resi 228 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2408
assi (resi 227 and name hn )(resi 228 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.865
assi (resi 228 and name hn )(resi 230 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2376
assi (resi 228 and name hn )(resi 231 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.345
assi (resi 230 and name hn )(resi 231 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.344
assi (resi 228 and name hn )(resi 232 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1513
assi (resi 230 and name hn )(resi 232 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1588
assi (resi 231 and name hn )(resi 232 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.338
assi (resi 119 and name hn )(resi 242 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.306
assi (resi 117 and name hn )(resi 243 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.75
assi (resi 118 and name hn )(resi 243 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.80
assi (resi 119 and name hn )(resi 243 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.288
assi (resi 242 and name hn )(resi 243 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.76
assi (resi 117 and name hn )(resi 244 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.833
assi (resi 243 and name hn )(resi 244 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.82
assi (resi 115 and name hn )(resi 245 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.759
assi (resi 117 and name hn )(resi 245 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.840
assi (resi 244 and name hn )(resi 245 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1085
assi (resi 115 and name hn )(resi 246 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.739
assi (resi 245 and name hn )(resi 246 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.526
assi (resi 115 and name hn )(resi 247 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.305
assi (resi 245 and name hn )(resi 247 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1263
assi (resi 246 and name hn )(resi 247 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.299
assi (resi 128 and name hn )(resi 249 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2377
assi (resi 129 and name hn )(resi 249 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.501
assi (resi 130 and name hn )(resi 249 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1648
assi (resi 129 and name hn )(resi 250 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.738
assi (resi 249 and name hn )(resi 250 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.779
assi (resi 129 and name hn )(resi 251 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.15
assi (resi 130 and name hn )(resi 251 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.40
assi (resi 249 and name hn )(resi 251 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2378
assi (resi 250 and name hn )(resi 251 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.24
assi (resi 250 and name hn )(resi 252 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.866
assi (resi 164 and name hn )(resi 253 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.710
assi (resi 249 and name hn )(resi 253 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2383
assi (resi 250 and name hn )(resi 253 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.689
assi (resi 251 and name hn )(resi 253 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.19
assi (resi 162 and name hn )(resi 255 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1641
assi (resi 247 and name hn )(resi 255 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1601
assi (resi 249 and name hn )(resi 255 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2390
assi (resi 250 and name hn )(resi 255 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.849
assi (resi 161 and name hn )(resi 256 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.527
assi (resi 162 and name hn )(resi 256 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2056
assi (resi 163 and name hn )(resi 256 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.523
assi (resi 255 and name hn )(resi 256 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.570
assi (resi 111 and name hn )(resi 260 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.539
assi (resi 259 and name hn )(resi 260 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.855
assi (resi 64 and name hn )(resi 261 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.109
assi (resi 65 and name hn )(resi 261 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.106
assi (resi 111 and name hn )(resi 261 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.97
assi (resi 260 and name hn )(resi 261 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.110
assi (resi 62 and name hn )(resi 263 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.248
assi (resi 63 and name hn )(resi 263 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.237
assi (resi 64 and name hn )(resi 263 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.251
assi (resi 108 and name hn )(resi 263 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.252
assi (resi 109 and name hn )(resi 263 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1520
assi (resi 106 and name hn )(resi 264 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.500
assi (resi 108 and name hn )(resi 264 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.499
assi (resi 109 and name hn )(resi 264 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.530
assi (resi 263 and name hn )(resi 264 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.242
assi (resi 60 and name hn )(resi 265 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.412
assi (resi 61 and name hn )(resi 265 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.270
assi (resi 62 and name hn )(resi 265 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2415
assi (resi 106 and name hn )(resi 265 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2226
assi (resi 264 and name hn )(resi 265 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.544
assi (resi 77 and name hn )(resi 266 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.260
assi (resi 265 and name hn )(resi 266 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2413
assi (resi 58 and name hn )(resi 267 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.316
assi (resi 59 and name hn )(resi 267 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.284
assi (resi 60 and name hn )(resi 267 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.275
assi (resi 77 and name hn )(resi 267 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.273
assi (resi 265 and name hn )(resi 267 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.323
assi (resi 266 and name hn )(resi 267 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.277
assi (resi 76 and name hn )(resi 268 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1931
assi (resi 77 and name hn )(resi 268 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.271
assi (resi 267 and name hn )(resi 268 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.286
assi (resi 77 and name hn )(resi 269 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1521
assi (resi 267 and name hn )(resi 269 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1600
assi (resi 268 and name hn )(resi 269 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1590
assi (resi 77 and name hn )(resi 270 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.268
assi (resi 267 and name hn )(resi 270 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.285
assi (resi 268 and name hn )(resi 270 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2258
assi (resi 269 and name hn )(resi 270 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1583
assi (resi 270 and name hn )(resi 272 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2241
assi (resi 272 and name hn )(resi 273 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1288
assi (resi 272 and name hn )(resi 274 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1550
assi (resi 273 and name hn )(resi 274 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1354
assi (resi 273 and name hn )(resi 275 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1087
assi (resi 274 and name hn )(resi 275 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1094
assi (resi 272 and name hn )(resi 276 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1282
assi (resi 273 and name hn )(resi 276 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1138
assi (resi 274 and name hn )(resi 276 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1142
assi (resi 275 and name hn )(resi 276 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1082
assi (resi 275 and name hn )(resi 277 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1095
assi (resi 276 and name hn )(resi 277 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1143
assi (resi 275 and name hn )(resi 278 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1092
assi (resi 276 and name hn )(resi 278 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1141
assi (resi 277 and name hn )(resi 278 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1480
assi (resi 275 and name hn )(resi 279 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1440
assi (resi 277 and name hn )(resi 279 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1559
assi (resi 278 and name hn )(resi 279 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1478
assi (resi 278 and name hn )(resi 280 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1203
assi (resi 279 and name hn )(resi 280 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1209
assi (resi 278 and name hn )(resi 281 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1406
assi (resi 279 and name hn )(resi 281 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1587
assi (resi 280 and name hn )(resi 281 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1251
assi (resi 279 and name hn )(resi 282 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2508
assi (resi 280 and name hn )(resi 282 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1258
assi (resi 281 and name hn )(resi 282 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.2316
assi (resi 280 and name hn )(resi 283 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1890
assi (resi 281 and name hn )(resi 283 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1922
assi (resi 282 and name hn )(resi 283 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1930
assi (resi 281 and name hn )(resi 284 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.954
assi (resi 282 and name hn )(resi 284 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.959
assi (resi 283 and name hn )(resi 284 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.942
assi (resi 281 and name hn )(resi 285 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1379
assi (resi 282 and name hn )(resi 285 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2482
assi (resi 283 and name hn )(resi 285 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1370
assi (resi 284 and name hn )(resi 285 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.917
assi (resi 284 and name hn )(resi 286 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.960
assi (resi 285 and name hn )(resi 286 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1386
assi (resi 286 and name hn )(resi 287 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.781
assi (resi 286 and name hn )(resi 288 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2042
assi (resi 287 and name hn )(resi 288 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.771
assi (resi 286 and name hn )(resi 289 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2317
assi (resi 287 and name hn )(resi 289 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.776
assi (resi 288 and name hn )(resi 289 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.2038
assi (resi 283 and name hn )(resi 290 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1369
assi (resi 285 and name hn )(resi 290 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1342
assi (resi 286 and name hn )(resi 290 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1309
assi (resi 287 and name hn )(resi 290 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.757
assi (resi 288 and name hn )(resi 290 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1302
assi (resi 289 and name hn )(resi 290 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1307
assi (resi 286 and name hn )(resi 291 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1050
assi (resi 287 and name hn )(resi 291 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.990
assi (resi 288 and name hn )(resi 291 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1032
assi (resi 289 and name hn )(resi 291 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1041
assi (resi 290 and name hn )(resi 291 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1278
assi (resi 286 and name hn )(resi 292 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1311
assi (resi 288 and name hn )(resi 292 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1303
assi (resi 289 and name hn )(resi 292 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1253
assi (resi 290 and name hn )(resi 292 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1287
assi (resi 291 and name hn )(resi 292 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1014
assi (resi 290 and name hn )(resi 293 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1299
assi (resi 291 and name hn )(resi 293 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1030
assi (resi 292 and name hn )(resi 293 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1237
assi (resi 291 and name hn )(resi 294 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1024
assi (resi 292 and name hn )(resi 294 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1224
assi (resi 293 and name hn )(resi 294 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1761
assi (resi 292 and name hn )(resi 295 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1236
assi (resi 293 and name hn )(resi 295 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1978
assi (resi 294 and name hn )(resi 295 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1760
assi (resi 19 and name hn )(resi 296 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2366
assi (resi 293 and name hn )(resi 296 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1964
assi (resi 294 and name hn )(resi 296 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1399
assi (resi 295 and name hn )(resi 296 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1403
assi (resi 16 and name hn )(resi 297 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2584
assi (resi 292 and name hn )(resi 297 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1301
assi (resi 293 and name hn )(resi 297 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1984
assi (resi 295 and name hn )(resi 297 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1977
assi (resi 296 and name hn )(resi 297 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1404
assi (resi 110 and name hn )(resi 301 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.480
assi (resi 110 and name hn )(resi 302 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1117
assi (resi 301 and name hn )(resi 302 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.502
assi (resi 109 and name hn )(resi 303 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1806
assi (resi 110 and name hn )(resi 303 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1098
assi (resi 302 and name hn )(resi 304 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2440
assi (resi 303 and name hn )(resi 304 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1764
assi (resi 89 and name hn )(resi 305 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.84
assi (resi 90 and name hn )(resi 305 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.87
assi (resi 304 and name hn )(resi 305 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2094
assi (resi 305 and name hn )(resi 306 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.91
assi (resi 304 and name hn )(resi 307 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2103
assi (resi 305 and name hn )(resi 307 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.73
assi (resi 306 and name hn )(resi 307 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.713
assi (resi 304 and name hn )(resi 308 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2104
assi (resi 305 and name hn )(resi 308 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.78
assi (resi 306 and name hn )(resi 308 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.955
assi (resi 307 and name hn )(resi 308 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.693
assi (resi 305 and name hn )(resi 309 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.89
assi (resi 306 and name hn )(resi 309 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2040
assi (resi 307 and name hn )(resi 309 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.772
assi (resi 308 and name hn )(resi 309 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.944
assi (resi 307 and name hn )(resi 310 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.764
assi (resi 308 and name hn )(resi 310 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.931
assi (resi 309 and name hn )(resi 310 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1693
assi (resi 308 and name hn )(resi 311 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1001
assi (resi 309 and name hn )(resi 311 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1031
assi (resi 310 and name hn )(resi 311 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1020
assi (resi 309 and name hn )(resi 312 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1638
assi (resi 310 and name hn )(resi 312 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1629
assi (resi 311 and name hn )(resi 312 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1019
assi (resi 312 and name hn )(resi 313 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1633
assi (resi 312 and name hn )(resi 314 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.930
assi (resi 313 and name hn )(resi 314 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.935
assi (resi 314 and name hn )(resi 316 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.937
assi (resi 301 and name hn )(resi 317 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.478
assi (resi 314 and name hn )(resi 317 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.979
assi (resi 316 and name hn )(resi 317 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.572
assi (resi 314 and name hn )(resi 318 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.624
assi (resi 316 and name hn )(resi 318 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.657
assi (resi 317 and name hn )(resi 318 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.559
assi (resi 316 and name hn )(resi 319 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1491
assi (resi 317 and name hn )(resi 319 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.646
assi (resi 318 and name hn )(resi 319 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.699
assi (resi 318 and name hn )(resi 320 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.661
assi (resi 319 and name hn )(resi 320 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2112
assi (resi 320 and name hn )(resi 321 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2109
assi (resi 320 and name hn )(resi 322 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.950
assi (resi 321 and name hn )(resi 322 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.915
assi (resi 247 and name hn )(resi 323 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.319
assi (resi 320 and name hn )(resi 323 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2084
assi (resi 321 and name hn )(resi 323 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1375
assi (resi 322 and name hn )(resi 323 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.947
assi (resi 322 and name hn )(resi 324 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1276
assi (resi 323 and name hn )(resi 324 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1305
assi (resi 324 and name hn )(resi 325 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1298
assi (resi 324 and name hn )(resi 326 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1292
assi (resi 325 and name hn )(resi 326 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1636
assi (resi 324 and name hn )(resi 327 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.158
assi (resi 325 and name hn )(resi 327 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.165
assi (resi 326 and name hn )(resi 327 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.162
assi (resi 259 and name hn )(resi 328 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.812
assi (resi 327 and name hn )(resi 328 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.153
assi (resi 259 and name hn )(resi 329 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.729
assi (resi 328 and name hn )(resi 329 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.182
assi (resi 259 and name hn )(resi 330 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.360
assi (resi 260 and name hn )(resi 330 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.367
assi (resi 261 and name hn )(resi 330 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.348
assi (resi 329 and name hn )(resi 330 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.179
assi (resi 332 and name hn )(resi 333 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1592
assi (resi 333 and name hn )(resi 336 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1591
assi (resi 335 and name hn )(resi 336 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1571
assi (resi 335 and name hn )(resi 337 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2211
assi (resi 336 and name hn )(resi 337 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1584
assi (resi 336 and name hn )(resi 338 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.569
assi (resi 337 and name hn )(resi 338 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.577
assi (resi 336 and name hn )(resi 339 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1482
assi (resi 337 and name hn )(resi 339 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1405
assi (resi 338 and name hn )(resi 339 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.567
assi (resi 337 and name hn )(resi 340 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2245
assi (resi 338 and name hn )(resi 340 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.571
assi (resi 339 and name hn )(resi 340 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1398
assi (resi 338 and name hn )(resi 341 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.663
assi (resi 339 and name hn )(resi 341 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.2146
assi (resi 340 and name hn )(resi 341 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1642
assi (resi 340 and name hn )(resi 342 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1611
assi (resi 341 and name hn )(resi 342 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.860
assi (resi 339 and name hn )(resi 343 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1552
assi (resi 341 and name hn )(resi 343 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1579
assi (resi 342 and name hn )(resi 343 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.846
assi (resi 341 and name hn )(resi 344 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1109
assi (resi 342 and name hn )(resi 344 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.834
assi (resi 343 and name hn )(resi 344 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1093
assi (resi 342 and name hn )(resi 345 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.775
assi (resi 343 and name hn )(resi 345 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1508
assi (resi 344 and name hn )(resi 345 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1113
assi (resi 343 and name hn )(resi 346 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.648
assi (resi 344 and name hn )(resi 346 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1066
assi (resi 345 and name hn )(resi 346 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.666
assi (resi 345 and name hn )(resi 347 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1991
assi (resi 346 and name hn )(resi 347 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.660
assi (resi 345 and name hn )(resi 348 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1585
assi (resi 346 and name hn )(resi 348 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.649
assi (resi 347 and name hn )(resi 348 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1573
assi (resi 344 and name hn )(resi 349 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1011
assi (resi 345 and name hn )(resi 349 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1039
assi (resi 346 and name hn )(resi 349 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.629
assi (resi 347 and name hn )(resi 349 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1028
assi (resi 348 and name hn )(resi 349 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1017
assi (resi 346 and name hn )(resi 350 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.606
assi (resi 347 and name hn )(resi 350 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.659
assi (resi 348 and name hn )(resi 350 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.647
assi (resi 349 and name hn )(resi 350 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.627
assi (resi 348 and name hn )(resi 351 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1016
assi (resi 349 and name hn )(resi 351 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.995
assi (resi 350 and name hn )(resi 351 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.626
assi (resi 349 and name hn )(resi 352 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.962
assi (resi 350 and name hn )(resi 352 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.582
assi (resi 351 and name hn )(resi 352 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.961
assi (resi 350 and name hn )(resi 353 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.671
assi (resi 351 and name hn )(resi 353 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1047
assi (resi 352 and name hn )(resi 353 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.2448
assi (resi 350 and name hn )(resi 354 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.986
assi (resi 351 and name hn )(resi 354 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.996
assi (resi 352 and name hn )(resi 354 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.963
assi (resi 353 and name hn )(resi 354 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1048
assi (resi 350 and name hn )(resi 355 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.667
assi (resi 351 and name hn )(resi 355 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1038
assi (resi 352 and name hn )(resi 355 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2177
assi (resi 353 and name hn )(resi 355 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.2257
assi (resi 354 and name hn )(resi 355 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1040
assi (resi 354 and name hn )(resi 356 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1044
assi (resi 355 and name hn )(resi 356 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2256
assi (resi 356 and name hn )(resi 357 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.956
assi (resi 356 and name hn )(resi 358 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.2089
assi (resi 357 and name hn )(resi 358 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.946
assi (resi 356 and name hn )(resi 359 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1511
assi (resi 358 and name hn )(resi 359 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1506
assi (resi 359 and name hn )(resi 360 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.919
assi (resi 356 and name hn )(resi 361 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1924
assi (resi 359 and name hn )(resi 361 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1500
assi (resi 360 and name hn )(resi 361 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.941
assi (resi 359 and name hn )(resi 362 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.925
assi (resi 360 and name hn )(resi 362 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.894
assi (resi 361 and name hn )(resi 362 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.943
assi (resi 359 and name hn )(resi 363 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1204
assi (resi 360 and name hn )(resi 363 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.905
assi (resi 361 and name hn )(resi 363 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1231
assi (resi 362 and name hn )(resi 363 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.909
assi (resi 359 and name hn )(resi 364 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.924
assi (resi 363 and name hn )(resi 364 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.908
assi (resi 184 and name hn )(resi 365 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1580
assi (resi 363 and name hn )(resi 365 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1210
assi (resi 364 and name hn )(resi 365 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.928
assi (resi 362 and name hn )(resi 366 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.949
assi (resi 363 and name hn )(resi 366 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1241
assi (resi 364 and name hn )(resi 366 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.948
assi (resi 365 and name hn )(resi 366 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1577
assi (resi 363 and name hn )(resi 367 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1187
assi (resi 364 and name hn )(resi 367 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.907
assi (resi 365 and name hn )(resi 367 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1211
assi (resi 366 and name hn )(resi 367 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1242
assi (resi 365 and name hn )(resi 368 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.1566
assi (resi 366 and name hn )(resi 368 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.1762
assi (resi 367 and name hn )(resi 368 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.1219
assi (resi 366 and name hn )(resi 369 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.111
assi (resi 367 and name hn )(resi 369 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.105
assi (resi 368 and name hn )(resi 369 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.108
assi (resi 366 and name hn )(resi 370 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.168
assi (resi 367 and name hn )(resi 370 and name hn )      1.800 0 5.2 ! pp_c035_4dnh_to_ref.156
assi (resi 368 and name hn )(resi 370 and name hn )      1.800 0 3.2 ! pp_c035_4dnh_to_ref.164
assi (resi 369 and name hn )(resi 370 and name hn )      1.800 0 1.7 ! pp_c035_4dnh_to_ref.68
set message=on echo=on end
! NOEs completely doublechecked by GM 080399
set message=off echo=off end
assi (resi 6 and name hn )(resi 7 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1281
assi (resi 6 and name hn )(resi 7 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1281
assi (resi 7 and name hd1# )(resi 7 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1344
assi (resi 7 and name hd2# )(resi 7 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1344
assi (resi 6 and name hn )(resi 8 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1301
assi (resi 7 and name hn )(resi 8 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1363
assi (resi 7 and name hd1# )(resi 8 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.587
assi (resi 7 and name hd2# )(resi 8 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.587
assi (resi 8 and name hg* )(resi 8 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.603
assi (resi 7 and name hn )(resi 9 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1374
assi (resi 8 and name hn )(resi 9 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.610
assi (resi 8 and name hg* )(resi 9 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.273
assi (resi 9 and name hd1# )(resi 9 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.285
assi (resi 8 and name hg* )(resi 10 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.471
assi (resi 9 and name hd1# )(resi 10 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.508
assi (resi 11 and name hd1# )(resi 11 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.958
assi (resi 11 and name hd1# )(resi 12 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.910
assi (resi 11 and name hd1# )(resi 15 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1379
assi (resi 11 and name hd1# )(resi 16 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2797
assi (resi 11 and name hd1# )(resi 17 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1144
assi (resi 11 and name hn )(resi 20 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.919
assi (resi 20 and name hd1# )(resi 20 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.974
assi (resi 20 and name hd2# )(resi 20 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.974
assi (resi 20 and name hd1# )(resi 21 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1069
assi (resi 20 and name hd2# )(resi 21 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1069
assi (resi 20 and name hd* )(resi 22 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1160
assi (resi 20 and name hn )(resi 23 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.982
assi (resi 20 and name hd* )(resi 23 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.808
assi (resi 21 and name hn )(resi 23 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1074
assi (resi 22 and name hn )(resi 23 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1168
assi (resi 22 and name hn )(resi 23 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1168
assi (resi 23 and name hg1# )(resi 23 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.817
assi (resi 23 and name hg2# )(resi 23 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.817
assi (resi 23 and name hg1# )(resi 25 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.866
assi (resi 23 and name hg2# )(resi 25 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.866
assi (resi 23 and name hg1# )(resi 26 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.868
assi (resi 23 and name hg2# )(resi 26 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.868
assi (resi 23 and name hg1# )(resi 27 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1208
assi (resi 23 and name hg2# )(resi 27 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1208
assi (resi 7 and name hn )(resi 35 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1365
assi (resi 7 and name hn )(resi 35 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1365
assi (resi 7 and name hd1# )(resi 35 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.645
assi (resi 7 and name hd2# )(resi 35 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.645
assi (resi 9 and name hn )(resi 35 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.232
assi (resi 9 and name hd1# )(resi 35 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.667
assi (resi 25 and name hn )(resi 35 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.874
assi (resi 28 and name hn )(resi 35 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.717
assi (resi 28 and name hn )(resi 35 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.717
assi (resi 34 and name hn )(resi 35 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.690
assi (resi 34 and name hn )(resi 35 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.690
assi (resi 35 and name hg1# )(resi 35 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.656
assi (resi 35 and name hg2# )(resi 35 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.656
assi (resi 7 and name hd1# )(resi 36 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.625
assi (resi 7 and name hd2# )(resi 36 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.625
assi (resi 8 and name hg* )(resi 36 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.630
assi (resi 9 and name hd1# )(resi 36 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.636
assi (resi 35 and name hg1# )(resi 36 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.631
assi (resi 35 and name hg2# )(resi 36 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.631
assi (resi 8 and name hg* )(resi 37 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.383
assi (resi 9 and name hn )(resi 37 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.266
assi (resi 9 and name hn )(resi 37 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.266
assi (resi 9 and name hd1# )(resi 37 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.440
assi (resi 11 and name hn )(resi 37 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.939
assi (resi 11 and name hn )(resi 37 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.939
assi (resi 17 and name hn )(resi 37 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1164
assi (resi 20 and name hn )(resi 37 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.998
assi (resi 20 and name hd1# )(resi 37 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.420
assi (resi 20 and name hd2# )(resi 37 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.420
assi (resi 21 and name hn )(resi 37 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1082
assi (resi 21 and name hn )(resi 37 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1082
assi (resi 22 and name hn )(resi 37 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1165
assi (resi 22 and name hn )(resi 37 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1165
assi (resi 35 and name hn )(resi 37 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.658
assi (resi 35 and name hg1# )(resi 37 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.429
assi (resi 35 and name hg2# )(resi 37 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.429
assi (resi 36 and name hn )(resi 37 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.632
assi (resi 37 and name hg1# )(resi 37 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.424
assi (resi 37 and name hg2# )(resi 37 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.424
assi (resi 8 and name hg* )(resi 38 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.470
assi (resi 9 and name hd1# )(resi 38 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.480
assi (resi 20 and name hd* )(resi 38 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.456
assi (resi 37 and name hg1# )(resi 38 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.465
assi (resi 37 and name hg2# )(resi 38 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.465
assi (resi 37 and name hg* )(resi 39 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1746
assi (resi 10 and name hn )(resi 43 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.457
assi (resi 11 and name hn )(resi 43 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.922
assi (resi 12 and name hn )(resi 43 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.894
assi (resi 42 and name hn )(resi 43 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1273
assi (resi 43 and name hd* )(resi 43 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1185
assi (resi 43 and name hd* )(resi 44 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.734
assi (resi 43 and name hd* )(resi 45 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1114
assi (resi 43 and name hd* )(resi 46 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1156
assi (resi 43 and name hd* )(resi 47 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1509
assi (resi 47 and name hn )(resi 50 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1577
assi (resi 49 and name hn )(resi 50 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1828
assi (resi 49 and name hn )(resi 50 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1828
assi (resi 50 and name hg1# )(resi 50 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2312
assi (resi 50 and name hg2# )(resi 50 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2312
assi (resi 50 and name hg1# )(resi 51 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.655
assi (resi 50 and name hg2# )(resi 51 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.655
assi (resi 50 and name hg1# )(resi 52 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1487
assi (resi 50 and name hg2# )(resi 52 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1487
assi (resi 50 and name hg1# )(resi 55 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1302
assi (resi 50 and name hg2# )(resi 55 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1302
assi (resi 7 and name hd* )(resi 58 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1440
assi (resi 8 and name hg1# )(resi 58 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1452
assi (resi 8 and name hg2# )(resi 58 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1452
assi (resi 7 and name hd1# )(resi 59 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1822
assi (resi 7 and name hd2# )(resi 59 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1822
assi (resi 8 and name hn )(resi 59 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.611
assi (resi 8 and name hg* )(resi 59 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1829
assi (resi 9 and name hd1# )(resi 59 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1836
assi (resi 58 and name hn )(resi 59 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1461
assi (resi 59 and name hd1# )(resi 59 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1838
assi (resi 10 and name hn )(resi 60 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.507
assi (resi 43 and name hn )(resi 60 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1220
assi (resi 44 and name hn )(resi 60 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.757
assi (resi 47 and name hn )(resi 60 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1542
assi (resi 59 and name hd1# )(resi 60 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.702
assi (resi 60 and name hd1# )(resi 60 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.700
assi (resi 11 and name hd1# )(resi 61 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.583
assi (resi 43 and name hd* )(resi 61 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.567
assi (resi 60 and name hd1# )(resi 61 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.582
assi (resi 60 and name hd1# )(resi 62 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1051
assi (resi 51 and name hn )(resi 75 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.644
assi (resi 51 and name hn )(resi 75 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.644
assi (resi 52 and name hn )(resi 75 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1475
assi (resi 52 and name hn )(resi 75 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1475
assi (resi 73 and name hn )(resi 75 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2016
assi (resi 73 and name hn )(resi 75 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2016
assi (resi 74 and name hn )(resi 75 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2356
assi (resi 74 and name hn )(resi 75 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2356
assi (resi 75 and name hd1# )(resi 75 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1867
assi (resi 75 and name hd2# )(resi 75 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1867
assi (resi 60 and name hn )(resi 76 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.716
assi (resi 70 and name hn )(resi 76 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1315
assi (resi 71 and name hn )(resi 76 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.838
assi (resi 71 and name hn )(resi 76 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.838
assi (resi 75 and name hn )(resi 76 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1879
assi (resi 75 and name hd1# )(resi 76 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1669
assi (resi 75 and name hd2# )(resi 76 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1669
assi (resi 76 and name hd1# )(resi 76 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1667
assi (resi 76 and name hd2# )(resi 76 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1667
assi (resi 76 and name hd1# )(resi 77 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.566
assi (resi 76 and name hd2# )(resi 77 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.566
assi (resi 79 and name hd1# )(resi 79 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.891
assi (resi 86 and name hn )(resi 89 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1510
assi (resi 87 and name hn )(resi 89 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1554
assi (resi 88 and name hn )(resi 89 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1512
assi (resi 88 and name hn )(resi 89 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1512
assi (resi 89 and name hd1# )(resi 89 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1188
assi (resi 89 and name hd2# )(resi 89 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1188
assi (resi 89 and name hd1# )(resi 90 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1555
assi (resi 89 and name hd2# )(resi 90 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1555
assi (resi 64 and name hn )(resi 97 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1643
assi (resi 95 and name hn )(resi 97 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1721
assi (resi 95 and name hn )(resi 97 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1721
assi (resi 96 and name hn )(resi 97 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1358
assi (resi 96 and name hn )(resi 97 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1358
assi (resi 97 and name hg1# )(resi 98 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1033
assi (resi 97 and name hg2# )(resi 98 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1033
assi (resi 79 and name hn )(resi 103 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.847
assi (resi 98 and name hn )(resi 103 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1024
assi (resi 99 and name hn )(resi 103 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.462
assi (resi 103 and name hd1# )(resi 103 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.767
assi (resi 103 and name hd2# )(resi 103 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.767
assi (resi 70 and name hn )(resi 104 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1331
assi (resi 71 and name hn )(resi 104 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.886
assi (resi 79 and name hn )(resi 104 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.887
assi (resi 79 and name hd1# )(resi 104 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1977
assi (resi 97 and name hg1# )(resi 104 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1963
assi (resi 97 and name hg2# )(resi 104 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1963
assi (resi 98 and name hn )(resi 104 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1052
assi (resi 99 and name hn )(resi 104 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.479
assi (resi 103 and name hd1# )(resi 104 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1957
assi (resi 103 and name hd2# )(resi 104 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1957
assi (resi 104 and name hd1# )(resi 104 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1971
assi (resi 79 and name hd1# )(resi 105 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1548
assi (resi 97 and name hg1# )(resi 105 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1529
assi (resi 97 and name hg2# )(resi 105 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1529
assi (resi 103 and name hd1# )(resi 105 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1517
assi (resi 103 and name hd2# )(resi 105 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1517
assi (resi 104 and name hd1# )(resi 105 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1543
assi (resi 79 and name hd1# )(resi 106 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1894
assi (resi 97 and name hg* )(resi 106 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1877
assi (resi 108 and name hn )(resi 110 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1752
assi (resi 109 and name hn )(resi 110 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1413
assi (resi 110 and name hg1# )(resi 110 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1090
assi (resi 110 and name hg2# )(resi 110 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1090
assi (resi 110 and name hg1# )(resi 111 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.779
assi (resi 110 and name hg2# )(resi 111 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.779
assi (resi 110 and name hg* )(resi 112 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1488
assi (resi 113 and name hd1# )(resi 113 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.840
assi (resi 113 and name hd2# )(resi 113 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.840
assi (resi 113 and name hd1# )(resi 114 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2774
assi (resi 113 and name hd2# )(resi 114 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2774
assi (resi 115 and name hd1# )(resi 115 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.940
assi (resi 115 and name hd2# )(resi 115 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.940
assi (resi 114 and name hn )(resi 116 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2796
assi (resi 115 and name hd1# )(resi 116 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.53
assi (resi 115 and name hd2# )(resi 116 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.53
assi (resi 116 and name hd1# )(resi 116 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.68
assi (resi 115 and name hd1# )(resi 117 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.983
assi (resi 115 and name hd2# )(resi 117 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.983
assi (resi 115 and name hd* )(resi 118 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1080
assi (resi 118 and name hn )(resi 121 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1068
assi (resi 118 and name hn )(resi 121 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1068
assi (resi 119 and name hn )(resi 121 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.596
assi (resi 120 and name hn )(resi 121 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1718
assi (resi 121 and name hd1# )(resi 121 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1477
assi (resi 121 and name hd2# )(resi 121 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1477
assi (resi 118 and name hn )(resi 122 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1064
assi (resi 118 and name hn )(resi 122 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1064
assi (resi 121 and name hd1# )(resi 122 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1236
assi (resi 121 and name hd2# )(resi 122 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1236
assi (resi 122 and name hd* )(resi 122 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1233
assi (resi 129 and name hn )(resi 132 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.761
assi (resi 130 and name hn )(resi 132 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1465
assi (resi 131 and name hn )(resi 132 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1622
assi (resi 132 and name hd1# )(resi 134 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1432
assi (resi 131 and name hn )(resi 135 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1603
assi (resi 132 and name hn )(resi 135 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1025
assi (resi 132 and name hd1# )(resi 135 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1226
assi (resi 134 and name hn )(resi 135 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1441
assi (resi 135 and name hd* )(resi 135 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1197
assi (resi 132 and name hd1# )(resi 136 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1381
assi (resi 135 and name hd* )(resi 136 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1348
assi (resi 135 and name hd* )(resi 137 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1522
assi (resi 135 and name hd* )(resi 138 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1351
assi (resi 121 and name hn )(resi 139 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1443
assi (resi 135 and name hn )(resi 139 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1190
assi (resi 135 and name hd* )(resi 139 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1072
assi (resi 136 and name hn )(resi 139 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1339
assi (resi 137 and name hn )(resi 139 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1514
assi (resi 138 and name hn )(resi 139 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1340
assi (resi 138 and name hn )(resi 139 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1340
assi (resi 139 and name hd1# )(resi 139 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1063
assi (resi 139 and name hd2# )(resi 139 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1063
assi (resi 135 and name hd* )(resi 140 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.708
assi (resi 139 and name hd1# )(resi 140 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.705
assi (resi 139 and name hd2# )(resi 140 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.705
assi (resi 139 and name hd1# )(resi 141 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.926
assi (resi 139 and name hd2# )(resi 141 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.926
assi (resi 139 and name hd1# )(resi 145 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2355
assi (resi 139 and name hd2# )(resi 145 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2355
assi (resi 135 and name hd* )(resi 146 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.849
assi (resi 139 and name hd1# )(resi 146 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.842
assi (resi 139 and name hd2# )(resi 146 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.842
assi (resi 132 and name hd1# )(resi 147 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1590
assi (resi 139 and name hd* )(resi 147 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1559
assi (resi 147 and name hd1# )(resi 147 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1569
assi (resi 147 and name hd2# )(resi 147 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1569
assi (resi 147 and name hd1# )(resi 148 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.987
assi (resi 147 and name hd2# )(resi 148 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.987
assi (resi 147 and name hd* )(resi 149 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1206
assi (resi 149 and name hn )(resi 151 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1184
assi (resi 149 and name hn )(resi 151 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1184
assi (resi 151 and name hd1# )(resi 151 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.841
assi (resi 151 and name hd2# )(resi 151 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.841
assi (resi 151 and name hd* )(resi 152 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1961
assi (resi 151 and name hd* )(resi 153 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1872
assi (resi 160 and name hd* )(resi 160 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2094
assi (resi 158 and name hn )(resi 161 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.728
assi (resi 160 and name hn )(resi 161 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2107
assi (resi 160 and name hd* )(resi 161 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1282
assi (resi 161 and name hd1# )(resi 161 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1312
assi (resi 178 and name hd1# )(resi 178 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1589
assi (resi 178 and name hd1# )(resi 179 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1702
assi (resi 178 and name hd1# )(resi 180 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.828
assi (resi 167 and name hn )(resi 181 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1722
assi (resi 169 and name hn )(resi 181 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2789
assi (resi 169 and name hn )(resi 181 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2789
assi (resi 170 and name hn )(resi 181 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.599
assi (resi 170 and name hn )(resi 181 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.599
assi (resi 179 and name hn )(resi 181 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1681
assi (resi 180 and name hn )(resi 181 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.815
assi (resi 181 and name hg1# )(resi 181 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.872
assi (resi 181 and name hg2# )(resi 181 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.872
assi (resi 181 and name hg1# )(resi 182 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1130
assi (resi 181 and name hg2# )(resi 182 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1130
assi (resi 167 and name hn )(resi 183 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1719
assi (resi 181 and name hn )(resi 183 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.863
assi (resi 181 and name hg1# )(resi 183 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1880
assi (resi 181 and name hg2# )(resi 183 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1880
assi (resi 182 and name hn )(resi 183 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1123
assi (resi 183 and name hg* )(resi 183 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1875
assi (resi 181 and name hg1# )(resi 184 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1793
assi (resi 181 and name hg2# )(resi 184 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1793
assi (resi 183 and name hg* )(resi 184 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1788
assi (resi 181 and name hg* )(resi 185 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1645
assi (resi 183 and name hg* )(resi 185 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1642
assi (resi 161 and name hd1# )(resi 192 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1102
assi (resi 192 and name hd1# )(resi 192 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1071
assi (resi 192 and name hd2# )(resi 192 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1071
assi (resi 192 and name hd* )(resi 193 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1635
assi (resi 160 and name hd* )(resi 194 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.929
assi (resi 192 and name hd* )(resi 194 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.932
assi (resi 160 and name hn )(resi 195 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2095
assi (resi 160 and name hn )(resi 195 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2095
assi (resi 160 and name hd* )(resi 195 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1280
assi (resi 161 and name hn )(resi 195 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1291
assi (resi 192 and name hd* )(resi 195 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1284
assi (resi 193 and name hn )(resi 195 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1601
assi (resi 195 and name hd* )(resi 195 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1290
assi (resi 192 and name hd1# )(resi 196 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1478
assi (resi 192 and name hd2# )(resi 196 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1478
assi (resi 193 and name hn )(resi 196 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1638
assi (resi 194 and name hn )(resi 196 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.936
assi (resi 195 and name hn )(resi 196 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1252
assi (resi 195 and name hn )(resi 196 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1252
assi (resi 195 and name hd* )(resi 196 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1476
assi (resi 196 and name hg1# )(resi 196 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1486
assi (resi 196 and name hg2# )(resi 196 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1486
assi (resi 192 and name hd* )(resi 197 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.850
assi (resi 195 and name hd* )(resi 197 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.845
assi (resi 196 and name hg1# )(resi 197 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.870
assi (resi 196 and name hg2# )(resi 197 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.870
assi (resi 196 and name hg* )(resi 198 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1209
assi (resi 197 and name hn )(resi 198 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.807
assi (resi 198 and name hd1# )(resi 198 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1191
assi (resi 198 and name hd2# )(resi 198 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1191
assi (resi 195 and name hn )(resi 199 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1311
assi (resi 195 and name hd* )(resi 199 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1200
assi (resi 196 and name hn )(resi 199 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1497
assi (resi 196 and name hg* )(resi 199 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1210
assi (resi 197 and name hn )(resi 199 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.888
assi (resi 198 and name hn )(resi 199 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1221
assi (resi 198 and name hd1# )(resi 199 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1192
assi (resi 198 and name hd2# )(resi 199 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1192
assi (resi 199 and name hd1# )(resi 199 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1222
assi (resi 196 and name hg1# )(resi 200 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.687
assi (resi 196 and name hg2# )(resi 200 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.687
assi (resi 198 and name hd* )(resi 200 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.683
assi (resi 199 and name hd1# )(resi 200 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.701
assi (resi 196 and name hg* )(resi 201 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1878
assi (resi 198 and name hd* )(resi 201 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1874
assi (resi 199 and name hd1# )(resi 201 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1892
assi (resi 198 and name hd* )(resi 203 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1639
assi (resi 198 and name hd* )(resi 204 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1848
assi (resi 199 and name hd1# )(resi 204 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1855
assi (resi 151 and name hd* )(resi 207 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1951
assi (resi 199 and name hd1# )(resi 207 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1972
assi (resi 151 and name hd1# )(resi 208 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1597
assi (resi 151 and name hd2# )(resi 208 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1597
assi (resi 199 and name hd1# )(resi 208 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1656
assi (resi 207 and name hn )(resi 212 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1975
assi (resi 208 and name hn )(resi 212 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1620
assi (resi 210 and name hn )(resi 212 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1545
assi (resi 211 and name hn )(resi 212 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1839
assi (resi 212 and name hd1# )(resi 212 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.703
assi (resi 212 and name hd1# )(resi 213 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1145
assi (resi 121 and name hd1# )(resi 222 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2267
assi (resi 121 and name hd2# )(resi 222 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2267
assi (resi 121 and name hd1# )(resi 223 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.421
assi (resi 121 and name hd2# )(resi 223 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.421
assi (resi 135 and name hd* )(resi 223 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.422
assi (resi 139 and name hd1# )(resi 223 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.418
assi (resi 139 and name hd2# )(resi 223 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.418
assi (resi 121 and name hd* )(resi 224 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1846
assi (resi 122 and name hd* )(resi 224 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1844
assi (resi 135 and name hd* )(resi 224 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1847
assi (resi 139 and name hd1# )(resi 224 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1845
assi (resi 139 and name hd2# )(resi 224 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1845
assi (resi 147 and name hd* )(resi 224 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1850
assi (resi 115 and name hd1# )(resi 225 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1929
assi (resi 115 and name hd2# )(resi 225 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1929
assi (resi 147 and name hd* )(resi 225 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1924
assi (resi 113 and name hd* )(resi 226 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.902
assi (resi 115 and name hn )(resi 226 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.959
assi (resi 116 and name hn )(resi 226 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.76
assi (resi 147 and name hd* )(resi 226 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.904
assi (resi 148 and name hn )(resi 226 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1013
assi (resi 225 and name hn )(resi 226 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1942
assi (resi 226 and name hd1# )(resi 226 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.914
assi (resi 113 and name hd* )(resi 227 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.980
assi (resi 115 and name hd* )(resi 227 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.986
assi (resi 116 and name hd1# )(resi 227 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1006
assi (resi 226 and name hd1# )(resi 227 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1012
assi (resi 113 and name hd* )(resi 228 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2199
assi (resi 114 and name hn )(resi 244 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.2786
assi (resi 115 and name hn )(resi 244 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.941
assi (resi 115 and name hn )(resi 244 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.941
assi (resi 116 and name hn )(resi 244 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.55
assi (resi 117 and name hn )(resi 244 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.989
assi (resi 117 and name hn )(resi 244 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.989
assi (resi 244 and name hg1# )(resi 244 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1126
assi (resi 244 and name hg2# )(resi 244 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1126
assi (resi 115 and name hd1# )(resi 245 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1243
assi (resi 115 and name hd2# )(resi 245 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1243
assi (resi 244 and name hg1# )(resi 245 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1247
assi (resi 244 and name hg2# )(resi 245 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1247
assi (resi 115 and name hn )(resi 246 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.948
assi (resi 115 and name hn )(resi 246 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.948
assi (resi 115 and name hd* )(resi 246 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.768
assi (resi 245 and name hn )(resi 246 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1254
assi (resi 245 and name hn )(resi 246 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1254
assi (resi 246 and name hg1# )(resi 246 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.782
assi (resi 246 and name hg2# )(resi 246 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.782
assi (resi 113 and name hn )(resi 247 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.843
assi (resi 114 and name hn )(resi 247 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2776
assi (resi 114 and name hn )(resi 247 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2776
assi (resi 115 and name hn )(resi 247 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.925
assi (resi 115 and name hn )(resi 247 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.925
assi (resi 116 and name hn )(resi 247 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.47
assi (resi 227 and name hn )(resi 247 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.973
assi (resi 227 and name hn )(resi 247 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.973
assi (resi 246 and name hg1# )(resi 247 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.605
assi (resi 246 and name hg2# )(resi 247 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.605
assi (resi 247 and name hd1# )(resi 247 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.586
assi (resi 247 and name hd2# )(resi 247 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.586
assi (resi 246 and name hg* )(resi 249 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2099
assi (resi 246 and name hg1# )(resi 255 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1454
assi (resi 246 and name hg2# )(resi 255 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1454
assi (resi 247 and name hd1# )(resi 255 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1439
assi (resi 247 and name hd2# )(resi 255 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1439
assi (resi 247 and name hd* )(resi 256 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.766
assi (resi 111 and name hn )(resi 259 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.777
assi (resi 111 and name hn )(resi 259 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.777
assi (resi 112 and name hn )(resi 259 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1533
assi (resi 259 and name hg1# )(resi 259 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.990
assi (resi 259 and name hg2# )(resi 259 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.990
assi (resi 110 and name hg* )(resi 260 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1693
assi (resi 259 and name hg1# )(resi 260 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1687
assi (resi 259 and name hg2# )(resi 260 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1687
assi (resi 64 and name hn )(resi 261 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1650
assi (resi 64 and name hn )(resi 261 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1650
assi (resi 96 and name hn )(resi 261 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1368
assi (resi 96 and name hn )(resi 261 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1368
assi (resi 108 and name hn )(resi 261 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1754
assi (resi 108 and name hn )(resi 261 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1754
assi (resi 109 and name hn )(resi 261 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1415
assi (resi 109 and name hn )(resi 261 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1415
assi (resi 111 and name hn )(resi 261 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.780
assi (resi 259 and name hg* )(resi 261 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.191
assi (resi 260 and name hn )(resi 261 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1694
assi (resi 261 and name hg1# )(resi 261 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.194
assi (resi 261 and name hg2# )(resi 261 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.194
assi (resi 61 and name hn )(resi 262 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.573
assi (resi 62 and name hn )(resi 262 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1030
assi (resi 62 and name hn )(resi 262 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1030
assi (resi 63 and name hn )(resi 262 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.540
assi (resi 63 and name hn )(resi 262 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.540
assi (resi 108 and name hn )(resi 262 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1713
assi (resi 109 and name hn )(resi 262 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1395
assi (resi 97 and name hg* )(resi 263 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.498
assi (resi 261 and name hg* )(resi 263 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.499
assi (resi 262 and name hd1# )(resi 263 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.497
assi (resi 262 and name hd2# )(resi 263 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.497
assi (resi 79 and name hd1# )(resi 264 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.791
assi (resi 97 and name hg* )(resi 264 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.774
assi (resi 60 and name hd1# )(resi 265 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2212
assi (resi 76 and name hd* )(resi 265 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2203
assi (resi 76 and name hd* )(resi 266 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.776
assi (resi 79 and name hd1# )(resi 266 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.760
assi (resi 266 and name hd1# )(resi 266 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.790
assi (resi 59 and name hd1# )(resi 267 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.613
assi (resi 76 and name hd* )(resi 267 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.601
assi (resi 266 and name hd1# )(resi 267 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.612
assi (resi 266 and name hg* )(resi 267 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.609
assi (resi 75 and name hd* )(resi 269 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1453
assi (resi 7 and name hd* )(resi 272 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1239
assi (resi 5 and name hn )(resi 275 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.2266
assi (resi 6 and name hn )(resi 275 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1279
assi (resi 7 and name hn )(resi 275 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.0
assi (resi 7 and name hd1# )(resi 275 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1117
assi (resi 7 and name hd2# )(resi 275 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1117
assi (resi 33 and name hn )(resi 275 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.712
assi (resi 34 and name hn )(resi 275 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.680
assi (resi 266 and name hd1# )(resi 275 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1142
assi (resi 273 and name hn )(resi 275 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1276
assi (resi 274 and name hn )(resi 275 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1394
assi (resi 274 and name hn )(resi 275 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1394
assi (resi 275 and name hd1# )(resi 275 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1116
assi (resi 275 and name hd2# )(resi 275 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1116
assi (resi 7 and name hd1# )(resi 276 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1159
assi (resi 7 and name hd2# )(resi 276 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1159
assi (resi 266 and name hd1# )(resi 276 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1178
assi (resi 275 and name hd1# )(resi 276 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1158
assi (resi 275 and name hd2# )(resi 276 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1158
assi (resi 7 and name hd1# )(resi 277 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1397
assi (resi 7 and name hd2# )(resi 277 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1397
assi (resi 59 and name hd1# )(resi 277 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1426
assi (resi 266 and name hd1# )(resi 277 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1427
assi (resi 275 and name hd* )(resi 277 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1446
assi (resi 7 and name hd1# )(resi 278 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1345
assi (resi 7 and name hd2# )(resi 278 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1345
assi (resi 266 and name hd1# )(resi 278 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1376
assi (resi 275 and name hd1# )(resi 278 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1342
assi (resi 275 and name hd2# )(resi 278 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1342
assi (resi 59 and name hd1# )(resi 279 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1425
assi (resi 266 and name hd1# )(resi 279 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1424
assi (resi 275 and name hd1# )(resi 279 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1341
assi (resi 275 and name hd2# )(resi 279 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1341
assi (resi 59 and name hd1# )(resi 280 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1223
assi (resi 106 and name hn )(resi 280 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1866
assi (resi 106 and name hn )(resi 280 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1866
assi (resi 264 and name hn )(resi 280 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.735
assi (resi 264 and name hn )(resi 280 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.735
assi (resi 265 and name hn )(resi 280 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2194
assi (resi 265 and name hn )(resi 280 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2194
assi (resi 277 and name hn )(resi 280 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1393
assi (resi 279 and name hn )(resi 280 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1392
assi (resi 279 and name hn )(resi 280 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1392
assi (resi 280 and name hd1# )(resi 280 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1189
assi (resi 280 and name hd2# )(resi 280 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1189
assi (resi 59 and name hd1# )(resi 281 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1974
assi (resi 280 and name hd1# )(resi 281 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1952
assi (resi 280 and name hd2# )(resi 281 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1952
assi (resi 23 and name hg* )(resi 283 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1644
assi (resi 20 and name hn )(resi 284 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.978
assi (resi 23 and name hn )(resi 284 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.809
assi (resi 280 and name hd* )(resi 284 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1076
assi (resi 23 and name hg* )(resi 285 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1297
assi (resi 280 and name hd* )(resi 285 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1292
assi (resi 281 and name hn )(resi 285 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1954
assi (resi 284 and name hn )(resi 285 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1065
assi (resi 284 and name hd1# )(resi 285 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1287
assi (resi 284 and name hd2# )(resi 285 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1287
assi (resi 285 and name hd1# )(resi 285 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1275
assi (resi 285 and name hd2# )(resi 285 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1275
assi (resi 285 and name hd* )(resi 286 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2474
assi (resi 284 and name hd* )(resi 289 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1960
assi (resi 284 and name hd* )(resi 290 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1286
assi (resi 286 and name hn )(resi 290 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2469
assi (resi 286 and name hn )(resi 290 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2469
assi (resi 289 and name hn )(resi 290 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1965
assi (resi 290 and name hd1# )(resi 290 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1267
assi (resi 290 and name hd2# )(resi 290 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1267
assi (resi 23 and name hg* )(resi 291 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1077
assi (resi 284 and name hd* )(resi 291 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1119
assi (resi 290 and name hd1# )(resi 291 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1110
assi (resi 290 and name hd2# )(resi 291 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1110
assi (resi 23 and name hg* )(resi 292 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1241
assi (resi 284 and name hd* )(resi 292 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1240
assi (resi 16 and name hn )(resi 293 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2788
assi (resi 16 and name hn )(resi 293 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2788
assi (resi 17 and name hn )(resi 293 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1171
assi (resi 19 and name hn )(resi 293 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2097
assi (resi 19 and name hn )(resi 293 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2097
assi (resi 20 and name hn )(resi 293 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.994
assi (resi 20 and name hn )(resi 293 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.994
assi (resi 21 and name hn )(resi 293 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1085
assi (resi 22 and name hn )(resi 293 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1167
assi (resi 23 and name hn )(resi 293 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.816
assi (resi 23 and name hg* )(resi 293 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1677
assi (resi 284 and name hd* )(resi 293 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1675
assi (resi 290 and name hn )(resi 293 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1300
assi (resi 290 and name hd* )(resi 293 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1685
assi (resi 292 and name hn )(resi 293 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1211
assi (resi 292 and name hn )(resi 293 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1211
assi (resi 293 and name hg1# )(resi 293 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1692
assi (resi 293 and name hg2# )(resi 293 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1692
assi (resi 23 and name hg* )(resi 294 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1524
assi (resi 290 and name hd* )(resi 294 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1530
assi (resi 293 and name hg1# )(resi 294 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1534
assi (resi 293 and name hg2# )(resi 294 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1534
assi (resi 293 and name hg* )(resi 295 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1690
assi (resi 293 and name hg1# )(resi 296 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1362
assi (resi 293 and name hg2# )(resi 296 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1362
assi (resi 293 and name hg* )(resi 297 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1691
assi (resi 16 and name hn )(resi 299 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.2780
assi (resi 294 and name hn )(resi 299 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1508
assi (resi 295 and name hn )(resi 299 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1668
assi (resi 299 and name hd1# )(resi 299 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.895
assi (resi 299 and name hd2# )(resi 299 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.895
assi (resi 110 and name hg1# )(resi 301 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.749
assi (resi 110 and name hg2# )(resi 301 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.749
assi (resi 110 and name hg* )(resi 302 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2279
assi (resi 290 and name hd* )(resi 302 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2261
assi (resi 299 and name hn )(resi 302 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.905
assi (resi 301 and name hn )(resi 302 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.747
assi (resi 301 and name hn )(resi 302 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.747
assi (resi 302 and name hg1# )(resi 302 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2275
assi (resi 302 and name hg2# )(resi 302 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2275
assi (resi 89 and name hd1# )(resi 303 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1556
assi (resi 89 and name hd2# )(resi 303 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1556
assi (resi 110 and name hg* )(resi 303 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1535
assi (resi 285 and name hd* )(resi 303 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1564
assi (resi 290 and name hd1# )(resi 303 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1506
assi (resi 290 and name hd2# )(resi 303 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1506
assi (resi 302 and name hg1# )(resi 303 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1572
assi (resi 302 and name hg2# )(resi 303 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1572
assi (resi 88 and name hn )(resi 304 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1520
assi (resi 89 and name hn )(resi 304 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1196
assi (resi 89 and name hd1# )(resi 304 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1782
assi (resi 89 and name hd2# )(resi 304 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1782
assi (resi 90 and name hn )(resi 304 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1563
assi (resi 285 and name hd* )(resi 304 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1786
assi (resi 286 and name hn )(resi 304 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2475
assi (resi 286 and name hn )(resi 304 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2475
assi (resi 287 and name hn )(resi 304 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.931
assi (resi 287 and name hn )(resi 304 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.931
assi (resi 288 and name hn )(resi 304 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1711
assi (resi 290 and name hd1# )(resi 304 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1779
assi (resi 290 and name hd2# )(resi 304 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1779
assi (resi 302 and name hg1# )(resi 304 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1790
assi (resi 302 and name hg2# )(resi 304 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1790
assi (resi 304 and name hd* )(resi 304 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1785
assi (resi 89 and name hd1# )(resi 305 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.142
assi (resi 89 and name hd2# )(resi 305 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.142
assi (resi 304 and name hd1# )(resi 305 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.149
assi (resi 304 and name hd2# )(resi 305 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.149
assi (resi 89 and name hd1# )(resi 306 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2015
assi (resi 89 and name hd2# )(resi 306 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2015
assi (resi 304 and name hd1# )(resi 306 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2022
assi (resi 304 and name hd2# )(resi 306 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2022
assi (resi 290 and name hd* )(resi 307 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.917
assi (resi 302 and name hg* )(resi 307 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.950
assi (resi 304 and name hd1# )(resi 307 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.933
assi (resi 304 and name hd2# )(resi 307 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.933
assi (resi 302 and name hg* )(resi 308 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1048
assi (resi 302 and name hg* )(resi 309 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1729
assi (resi 301 and name hn )(resi 311 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.746
assi (resi 302 and name hn )(resi 311 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2264
assi (resi 302 and name hn )(resi 311 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2264
assi (resi 302 and name hg* )(resi 311 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1097
assi (resi 304 and name hn )(resi 311 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1781
assi (resi 308 and name hn )(resi 311 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1016
assi (resi 310 and name hn )(resi 311 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1474
assi (resi 310 and name hn )(resi 311 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1474
assi (resi 311 and name hd1# )(resi 311 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1062
assi (resi 311 and name hd2# )(resi 311 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1062
assi (resi 311 and name hd1# )(resi 312 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1438
assi (resi 311 and name hd2# )(resi 312 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1438
assi (resi 299 and name hn )(resi 317 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.912
assi (resi 301 and name hn )(resi 317 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.762
assi (resi 312 and name hn )(resi 317 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1464
assi (resi 313 and name hn )(resi 317 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1549
assi (resi 314 and name hn )(resi 317 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1105
assi (resi 316 and name hn )(resi 317 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1591
assi (resi 317 and name hd1# )(resi 317 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.892
assi (resi 317 and name hd1# )(resi 318 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.913
assi (resi 244 and name hg* )(resi 319 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1359
assi (resi 317 and name hd1# )(resi 319 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1380
assi (resi 244 and name hg* )(resi 320 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1791
assi (resi 246 and name hg1# )(resi 322 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1042
assi (resi 246 and name hg2# )(resi 322 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1042
assi (resi 246 and name hg1# )(resi 323 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1753
assi (resi 246 and name hg2# )(resi 323 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1753
assi (resi 110 and name hg* )(resi 324 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1253
assi (resi 246 and name hg* )(resi 324 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1255
assi (resi 259 and name hg1# )(resi 324 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1251
assi (resi 259 and name hg2# )(resi 324 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1251
assi (resi 259 and name hg* )(resi 325 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1640
assi (resi 259 and name hg* )(resi 326 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1483
assi (resi 259 and name hg1# )(resi 328 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.991
assi (resi 259 and name hg2# )(resi 328 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.991
assi (resi 94 and name hn )(resi 329 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1227
assi (resi 95 and name hn )(resi 329 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1736
assi (resi 96 and name hn )(resi 329 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1383
assi (resi 259 and name hn )(resi 329 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1010
assi (resi 259 and name hg* )(resi 329 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.330
assi (resi 260 and name hn )(resi 329 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1706
assi (resi 328 and name hn )(resi 329 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1011
assi (resi 329 and name hg* )(resi 329 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.344
assi (resi 259 and name hg1# )(resi 330 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.653
assi (resi 259 and name hg2# )(resi 330 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.653
assi (resi 261 and name hg* )(resi 330 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.654
assi (resi 329 and name hd1# )(resi 330 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.638
assi (resi 169 and name hn )(resi 333 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.2799
assi (resi 170 and name hn )(resi 333 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.615
assi (resi 176 and name hn )(resi 333 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1228
assi (resi 177 and name hn )(resi 333 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.763
assi (resi 178 and name hn )(resi 333 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1592
assi (resi 332 and name hn )(resi 333 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1466
assi (resi 333 and name hd1# )(resi 333 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.2612
assi (resi 333 and name hd1# )(resi 335 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1621
assi (resi 333 and name hd1# )(resi 336 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1431
assi (resi 183 and name hg* )(resi 343 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1408
assi (resi 341 and name hn )(resi 343 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1825
assi (resi 342 and name hn )(resi 343 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.995
assi (resi 342 and name hn )(resi 343 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.995
assi (resi 343 and name hg1# )(resi 343 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1410
assi (resi 343 and name hg2# )(resi 343 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1410
assi (resi 343 and name hg1# )(resi 344 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1132
assi (resi 343 and name hg2# )(resi 344 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1132
assi (resi 343 and name hg1# )(resi 345 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1907
assi (resi 343 and name hg2# )(resi 345 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1907
assi (resi 343 and name hg1# )(resi 346 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.873
assi (resi 343 and name hg2# )(resi 346 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.873
assi (resi 158 and name hn )(resi 347 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.718
assi (resi 158 and name hn )(resi 347 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.718
assi (resi 161 and name hd1# )(resi 347 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1703
assi (resi 192 and name hd* )(resi 347 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1674
assi (resi 196 and name hn )(resi 347 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1491
assi (resi 343 and name hg* )(resi 347 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1695
assi (resi 345 and name hn )(resi 347 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1905
assi (resi 346 and name hn )(resi 347 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.877
assi (resi 346 and name hn )(resi 347 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.877
assi (resi 347 and name hg1# )(resi 347 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1697
assi (resi 347 and name hg2# )(resi 347 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1697
assi (resi 192 and name hd* )(resi 348 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1398
assi (resi 347 and name hg1# )(resi 348 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1414
assi (resi 347 and name hg2# )(resi 348 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1414
assi (resi 348 and name hd1# )(resi 348 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1428
assi (resi 347 and name hg1# )(resi 349 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1094
assi (resi 347 and name hg2# )(resi 349 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1094
assi (resi 348 and name hd1# )(resi 349 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1103
assi (resi 192 and name hd1# )(resi 350 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.851
assi (resi 192 and name hd2# )(resi 350 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.851
assi (resi 196 and name hg1# )(resi 350 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.871
assi (resi 196 and name hg2# )(resi 350 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.871
assi (resi 347 and name hg1# )(resi 350 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.875
assi (resi 347 and name hg2# )(resi 350 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.875
assi (resi 192 and name hd* )(resi 351 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1070
assi (resi 196 and name hg1# )(resi 351 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1088
assi (resi 196 and name hg2# )(resi 351 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1088
assi (resi 199 and name hd1# )(resi 351 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1101
assi (resi 347 and name hg* )(resi 351 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1093
assi (resi 190 and name hn )(resi 357 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.689
assi (resi 193 and name hn )(resi 357 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1646
assi (resi 193 and name hn )(resi 357 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1646
assi (resi 194 and name hn )(resi 357 and name hg1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.944
assi (resi 194 and name hn )(resi 357 and name hg2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.944
assi (resi 196 and name hn )(resi 357 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1479
assi (resi 196 and name hg* )(resi 357 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1027
assi (resi 197 and name hn )(resi 357 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.855
assi (resi 350 and name hn )(resi 357 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.858
assi (resi 356 and name hn )(resi 357 and name hg* ) 1.8 0 6.2 ! hcnh_noe_peaklist.2046
assi (resi 357 and name hg* )(resi 357 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1028
assi (resi 357 and name hg1# )(resi 358 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1750
assi (resi 357 and name hg2# )(resi 358 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1750
assi (resi 357 and name hg1# )(resi 359 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1361
assi (resi 357 and name hg2# )(resi 359 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1361
assi (resi 183 and name hg* )(resi 361 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1641
assi (resi 184 and name hn )(resi 361 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1795
assi (resi 185 and name hn )(resi 361 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1632
assi (resi 185 and name hn )(resi 361 and name hd2# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1632
assi (resi 188 and name hn )(resi 361 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.372
assi (resi 189 and name hn )(resi 361 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1756
assi (resi 190 and name hn )(resi 361 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.681
assi (resi 347 and name hn )(resi 361 and name hd* ) 1.8 0 6.2 ! hcnh_noe_peaklist.1699
assi (resi 357 and name hg1# )(resi 361 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1647
assi (resi 357 and name hg2# )(resi 361 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1647
assi (resi 361 and name hd1# )(resi 361 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1631
assi (resi 361 and name hd2# )(resi 361 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1631
assi (resi 183 and name hg* )(resi 362 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1032
assi (resi 361 and name hd1# )(resi 362 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1020
assi (resi 361 and name hd2# )(resi 362 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1020
assi (resi 183 and name hg* )(resi 363 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1207
assi (resi 183 and name hg* )(resi 364 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1031
assi (resi 361 and name hd* )(resi 364 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1044
assi (resi 183 and name hg* )(resi 365 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1447
assi (resi 361 and name hd* )(resi 365 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1417
assi (resi 183 and name hg* )(resi 366 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1747
assi (resi 181 and name hg* )(resi 368 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1531
assi (resi 183 and name hn )(resi 368 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1889
assi (resi 183 and name hg* )(resi 368 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1527
assi (resi 342 and name hn )(resi 368 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1004
assi (resi 343 and name hn )(resi 368 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1421
assi (resi 365 and name hn )(resi 368 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1422
assi (resi 367 and name hn )(resi 368 and name hd1# ) 1.8 0 6.2 ! hcnh_noe_peaklist.1218
assi (resi 368 and name hd1# )(resi 368 and name hn ) 1.8 0 6.2 ! hcnh_noe_peaklist.1541
set message=on echo=on end
! Peak assignments all double checked GM 080399
! Third round of using the structure to aid in the assignment of NOEs
assi (resid 290 and name HD1# )(resid 299 and name HD1# ) 1.8 0 6.7 ! peak     0
assi (resid 284 and name HD2# )(resid  23 and name HG1# ) 1.8 0 6.7 ! peak     1
assi (resid 198 and name HD1# )(resid 195 and name HD1# ) 1.8 0 6.7 ! peak     2
assi (resid 195 and name HD2# )(resid 196 and name HG1# ) 1.8 0 6.7 ! peak     3
assi (resid 361 and name HD1# )(resid 357 and name HG1# ) 1.8 0 6.7 ! peak     4
assi (resid 115 and name HD2# )(resid 244 and name HG2# ) 1.8 0 6.7 ! peak     5
assi (resid   7 and name HD2# )(resid 280 and name HD1# ) 1.8 0 6.7 ! peak     6
assi (resid 290 and name HD1# )(resid 284 and name HD2# ) 1.8 0 6.7 ! peak   269
assi (resid 290 and name HD1# )(resid 293 and name HG1# ) 1.8 0 6.7 ! peak   270
assi (resid 290 and name HD1# )(resid 304 and name HD2# ) 1.8 0 6.7 ! peak   315
assi (resid 290 and name HD1# )(resid 304 and name HD1# ) 1.8 0 6.7 ! peak   317
assi (resid 290 and name HD1# )(resid 284 and name HD1# ) 1.8 0 6.7 ! peak   318
assi (resid 290 and name HD1# )(resid 302 and name HG1# ) 1.8 0 6.7 ! peak   320
assi (resid 290 and name HD1# )(resid 302 and name HG2# ) 1.8 0 6.7 ! peak   323
assi (resid 290 and name HD1# )(resid 299 and name HD2# ) 1.8 0 6.7 ! peak   325
assi (resid 147 and name HD2# )(resid 115 and name HD1# ) 1.8 0 6.7 ! peak   370
assi (resid 147 and name HD2# )(resid 198 and name HD2# ) 1.8 0 6.7 ! peak   371
assi (resid 147 and name HD2# )(resid 226 and name HD1# ) 1.8 0 6.7 ! peak   374
assi (resid 147 and name HD2# )(resid 115 and name HD2# ) 1.8 0 6.7 ! peak   419
assi (resid 147 and name HD2# )(resid 132 and name HD1# ) 1.8 0 6.7 ! peak   424
assi (resid 284 and name HD2# )(resid 280 and name HD1# ) 1.8 0 6.7 ! peak   468
assi (resid 284 and name HD2# )(resid   9 and name HD1# ) 1.8 0 6.7 ! peak   469
assi (resid 284 and name HD2# )(resid  20 and name HD2# ) 1.8 0 6.7 ! peak   470
assi (resid 284 and name HD2# )(resid 108 and name HG1# ) 1.8 0 6.7 ! peak   472
assi (resid 284 and name HD2# )(resid  20 and name HD1# ) 1.8 0 6.7 ! peak   473
assi (resid 284 and name HD2# )(resid 280 and name HD2# ) 1.8 0 6.7 ! peak   475
assi (resid 284 and name HD2# )(resid 293 and name HG2# ) 1.8 0 6.7 ! peak   476
assi (resid 284 and name HD2# )(resid 293 and name HG1# ) 1.8 0 6.7 ! peak   477
assi (resid 284 and name HD2# )(resid  59 and name HD1# ) 1.8 0 6.7 ! peak   478
assi (resid 284 and name HD2# )(resid  11 and name HD1# ) 1.8 0 6.7 ! peak   519
assi (resid  76 and name HD1# )(resid 104 and name HD1# ) 1.8 0 6.7 ! peak   531
assi (resid  76 and name HD1# )(resid  79 and name HD1# ) 1.8 0 6.7 ! peak   532
assi (resid  76 and name HD1# )(resid  79 and name HG2# ) 1.8 0 6.7 ! peak   565
assi (resid  76 and name HD1# )(resid 266 and name HD1# ) 1.8 0 6.7 ! peak   566
assi (resid  20 and name HD2# )(resid  59 and name HD1# ) 1.8 0 6.7 ! peak   624
assi (resid  20 and name HD2# )(resid 293 and name HG2# ) 1.8 0 6.7 ! peak   625
assi (resid  20 and name HD2# )(resid 293 and name HG1# ) 1.8 0 6.7 ! peak   627
assi (resid 122 and name HD2# )(resid 139 and name HD1# ) 1.8 0 6.7 ! peak   659
assi (resid 122 and name HD2# )(resid 115 and name HD2# ) 1.8 0 6.7 ! peak   662
assi (resid 122 and name HD2# )(resid 135 and name HD1# ) 1.8 0 6.7 ! peak   664
assi (resid 299 and name HD1# )(resid 293 and name HG1# ) 1.8 0 6.7 ! peak   670
assi (resid  20 and name HD2# )(resid  35 and name HG2# ) 1.8 0 6.7 ! peak   682
assi (resid  20 and name HD2# )(resid 284 and name HD1# ) 1.8 0 6.7 ! peak   686
assi (resid  20 and name HD2# )(resid 280 and name HD2# ) 1.8 0 6.7 ! peak   687
assi (resid  20 and name HD2# )(resid  37 and name HG1# ) 1.8 0 6.7 ! peak   688
assi (resid  20 and name HD2# )(resid  35 and name HG1# ) 1.8 0 6.7 ! peak   689
assi (resid  20 and name HD2# )(resid   9 and name HD1# ) 1.8 0 6.7 ! peak   690
assi (resid  20 and name HD2# )(resid  11 and name HD1# ) 1.8 0 6.7 ! peak   691
assi (resid  43 and name HD1# )(resid  60 and name HD1# ) 1.8 0 6.7 ! peak   716
assi (resid 299 and name HD1# )(resid 290 and name HD2# ) 1.8 0 6.7 ! peak   726
assi (resid 304 and name HD2# )(resid 290 and name HD2# ) 1.8 0 6.7 ! peak   735
assi (resid 304 and name HD2# )(resid  89 and name HD2# ) 1.8 0 6.7 ! peak   790
assi (resid 311 and name HD1# )(resid 302 and name HG1# ) 1.8 0 6.7 ! peak   828
assi (resid 311 and name HD1# )(resid 302 and name HG2# ) 1.8 0 6.7 ! peak   830
assi (resid 311 and name HD1# )(resid 317 and name HD1# ) 1.8 0 6.7 ! peak   832
assi (resid 151 and name HD1# )(resid 198 and name HD1# ) 1.8 0 6.7 ! peak   839
assi (resid 151 and name HD1# )(resid 195 and name HD2# ) 1.8 0 6.7 ! peak   840
assi (resid 151 and name HD1# )(resid 195 and name HD1# ) 1.8 0 6.7 ! peak   841
assi (resid 151 and name HD1# )(resid 347 and name HG1# ) 1.8 0 6.7 ! peak   843
assi (resid 151 and name HD1# )(resid 199 and name HD1# ) 1.8 0 6.7 ! peak   844
assi (resid 304 and name HD2# )(resid 302 and name HG2# ) 1.8 0 6.7 ! peak   846
assi (resid  89 and name HD1# )(resid 304 and name HD2# ) 1.8 0 6.7 ! peak   899
assi (resid  89 and name HD1# )(resid 285 and name HD1# ) 1.8 0 6.7 ! peak   902
assi (resid  89 and name HD1# )(resid 103 and name HD2# ) 1.8 0 6.7 ! peak   904
assi (resid  89 and name HD1# )(resid 285 and name HD2# ) 1.8 0 6.7 ! peak   905
assi (resid 139 and name HD1# )(resid 135 and name HD2# ) 1.8 0 6.7 ! peak   940
assi (resid 139 and name HD1# )(resid 135 and name HD1# ) 1.8 0 6.7 ! peak   941
assi (resid 139 and name HD1# )(resid 132 and name HD1# ) 1.8 0 6.7 ! peak   998
assi (resid 280 and name HD1# )(resid   9 and name HD1# ) 1.8 0 6.7 ! peak  1004
assi (resid 280 and name HD1# )(resid  59 and name HD1# ) 1.8 0 6.7 ! peak  1005
assi (resid 247 and name HD1# )(resid 115 and name HD2# ) 1.8 0 6.7 ! peak  1008
assi (resid 247 and name HD1# )(resid 115 and name HD1# ) 1.8 0 6.7 ! peak  1011
assi (resid 247 and name HD1# )(resid 246 and name HG2# ) 1.8 0 6.7 ! peak  1012
assi (resid 247 and name HD1# )(resid 226 and name HD1# ) 1.8 0 6.7 ! peak  1014
assi (resid 285 and name HD1# )(resid 304 and name HD2# ) 1.8 0 6.7 ! peak  1047
assi (resid 285 and name HD1# )(resid  89 and name HD2# ) 1.8 0 6.7 ! peak  1055
assi (resid 285 and name HD1# )(resid 290 and name HD2# ) 1.8 0 6.7 ! peak  1057
assi (resid 198 and name HD1# )(resid 160 and name HD1# ) 1.8 0 6.7 ! peak  1058
assi (resid 198 and name HD1# )(resid 160 and name HD2# ) 1.8 0 6.7 ! peak  1064
assi (resid 275 and name HD1# )(resid   7 and name HD2# ) 1.8 0 6.7 ! peak  1070
assi (resid 122 and name HD1# )(resid 135 and name HD1# ) 1.8 0 6.7 ! peak  1071
assi (resid 280 and name HD1# )(resid  79 and name HD1# ) 1.8 0 6.7 ! peak  1074
assi (resid  75 and name HD1# )(resid  76 and name HD2# ) 1.8 0 6.7 ! peak  1076
assi (resid 247 and name HD1# )(resid 246 and name HG1# ) 1.8 0 6.7 ! peak  1078
assi (resid 285 and name HD1# )(resid 284 and name HD2# ) 1.8 0 6.7 ! peak  1108
assi (resid 198 and name HD1# )(resid 151 and name HD2# ) 1.8 0 6.7 ! peak  1109
assi (resid 198 and name HD1# )(resid 132 and name HD1# ) 1.8 0 6.7 ! peak  1112
assi (resid 198 and name HD1# )(resid 199 and name HD1# ) 1.8 0 6.7 ! peak  1115
assi (resid 122 and name HD1# )(resid 121 and name HD2# ) 1.8 0 6.7 ! peak  1117
assi (resid 122 and name HD1# )(resid 121 and name HD1# ) 1.8 0 6.7 ! peak  1118
assi (resid 122 and name HD1# )(resid 139 and name HD2# ) 1.8 0 6.7 ! peak  1120
assi (resid 122 and name HD1# )(resid 115 and name HD2# ) 1.8 0 6.7 ! peak  1162
assi (resid 192 and name HD2# )(resid 357 and name HG2# ) 1.8 0 6.7 ! peak  1165
assi (resid 192 and name HD2# )(resid 196 and name HG1# ) 1.8 0 6.7 ! peak  1166
assi (resid 195 and name HD2# )(resid 160 and name HD1# ) 1.8 0 6.7 ! peak  1169
assi (resid 192 and name HD2# )(resid 343 and name HG1# ) 1.8 0 6.7 ! peak  1218
assi (resid 192 and name HD2# )(resid 361 and name HD2# ) 1.8 0 6.7 ! peak  1219
assi (resid 195 and name HD2# )(resid 151 and name HD2# ) 1.8 0 6.7 ! peak  1228
assi (resid 195 and name HD2# )(resid 347 and name HG1# ) 1.8 0 6.7 ! peak  1229
assi (resid 195 and name HD2# )(resid 199 and name HD1# ) 1.8 0 6.7 ! peak  1230
assi (resid 195 and name HD2# )(resid 161 and name HD1# ) 1.8 0 6.7 ! peak  1231
assi (resid  89 and name HD2# )(resid 285 and name HD2# ) 1.8 0 6.7 ! peak  1242
assi (resid  89 and name HD2# )(resid 302 and name HG2# ) 1.8 0 6.7 ! peak  1243
assi (resid 160 and name HD2# )(resid 198 and name HD2# ) 1.8 0 6.7 ! peak  1247
assi (resid 160 and name HD2# )(resid 132 and name HD1# ) 1.8 0 6.7 ! peak  1248
assi (resid   7 and name HD1# )(resid 280 and name HD1# ) 1.8 0 6.7 ! peak  1285
assi (resid   7 and name HD1# )(resid 275 and name HD1# ) 1.8 0 6.7 ! peak  1287
assi (resid   7 and name HD1# )(resid  35 and name HG2# ) 1.8 0 6.7 ! peak  1292
assi (resid   7 and name HD1# )(resid  35 and name HG1# ) 1.8 0 6.7 ! peak  1293
assi (resid   7 and name HD1# )(resid   9 and name HD1# ) 1.8 0 6.7 ! peak  1294
assi (resid   7 and name HD1# )(resid  59 and name HD1# ) 1.8 0 6.7 ! peak  1295
assi (resid 160 and name HD2# )(resid 195 and name HD2# ) 1.8 0 6.7 ! peak  1306
assi (resid 160 and name HD2# )(resid 195 and name HD1# ) 1.8 0 6.7 ! peak  1309
assi (resid  20 and name HD1# )(resid  11 and name HD1# ) 1.8 0 6.7 ! peak  1335
assi (resid 103 and name HD1# )(resid  79 and name HD1# ) 1.8 0 6.7 ! peak  1346
assi (resid   7 and name HD1# )(resid 280 and name HD2# ) 1.8 0 6.7 ! peak  1350
assi (resid  20 and name HD1# )(resid  37 and name HG1# ) 1.8 0 6.7 ! peak  1369
assi (resid  20 and name HD1# )(resid 293 and name HG2# ) 1.8 0 6.7 ! peak  1370
assi (resid  20 and name HD1# )(resid 290 and name HD2# ) 1.8 0 6.7 ! peak  1371
assi (resid  20 and name HD1# )(resid  37 and name HG2# ) 1.8 0 6.7 ! peak  1372
assi (resid  20 and name HD1# )(resid   9 and name HD1# ) 1.8 0 6.7 ! peak  1373
assi (resid  20 and name HD1# )(resid  59 and name HD1# ) 1.8 0 6.7 ! peak  1374
assi (resid 121 and name HD1# )(resid 139 and name HD1# ) 1.8 0 6.7 ! peak  1382
assi (resid 115 and name HD2# )(resid 244 and name HG1# ) 1.8 0 6.7 ! peak  1393
assi (resid 103 and name HD1# )(resid 104 and name HG2# ) 1.8 0 6.7 ! peak  1394
assi (resid 115 and name HD2# )(resid 247 and name HD2# ) 1.8 0 6.7 ! peak  1436
assi (resid 115 and name HD2# )(resid 147 and name HD1# ) 1.8 0 6.7 ! peak  1438
assi (resid 115 and name HD2# )(resid 246 and name HG2# ) 1.8 0 6.7 ! peak  1439
assi (resid 115 and name HD2# )(resid 246 and name HG1# ) 1.8 0 6.7 ! peak  1440
assi (resid 115 and name HD2# )(resid 132 and name HD1# ) 1.8 0 6.7 ! peak  1442
assi (resid 115 and name HD2# )(resid 226 and name HD1# ) 1.8 0 6.7 ! peak  1443
assi (resid 192 and name HD1# )(resid 361 and name HD1# ) 1.8 0 6.7 ! peak  1520
assi (resid 192 and name HD1# )(resid 195 and name HD1# ) 1.8 0 6.7 ! peak  1522
assi (resid 192 and name HD1# )(resid 196 and name HG2# ) 1.8 0 6.7 ! peak  1523
assi (resid 192 and name HD1# )(resid 347 and name HG2# ) 1.8 0 6.7 ! peak  1525
assi (resid 192 and name HD1# )(resid 343 and name HG1# ) 1.8 0 6.7 ! peak  1526
assi (resid 192 and name HD1# )(resid 347 and name HG1# ) 1.8 0 6.7 ! peak  1527
assi (resid 192 and name HD1# )(resid 361 and name HD2# ) 1.8 0 6.7 ! peak  1528
assi (resid 192 and name HD1# )(resid 199 and name HD1# ) 1.8 0 6.7 ! peak  1529
assi (resid 192 and name HD1# )(resid 161 and name HD1# ) 1.8 0 6.7 ! peak  1530
assi (resid 103 and name HD2# )(resid  97 and name HG1# ) 1.8 0 6.7 ! peak  1535
assi (resid 103 and name HD2# )(resid  97 and name HG2# ) 1.8 0 6.7 ! peak  1536
assi (resid 103 and name HD2# )(resid 104 and name HD1# ) 1.8 0 6.7 ! peak  1537
assi (resid 103 and name HD2# )(resid  79 and name HD1# ) 1.8 0 6.7 ! peak  1538
assi (resid 304 and name HD1# )(resid  89 and name HD1# ) 1.8 0 6.7 ! peak  1545
assi (resid 304 and name HD1# )(resid  89 and name HD2# ) 1.8 0 6.7 ! peak  1546
assi (resid 304 and name HD1# )(resid 302 and name HG2# ) 1.8 0 6.7 ! peak  1547
assi (resid   7 and name HD2# )(resid 275 and name HD2# ) 1.8 0 6.7 ! peak  1561
assi (resid   7 and name HD2# )(resid  35 and name HG2# ) 1.8 0 6.7 ! peak  1562
assi (resid   7 and name HD2# )(resid  35 and name HG1# ) 1.8 0 6.7 ! peak  1563
assi (resid   7 and name HD2# )(resid   9 and name HD1# ) 1.8 0 6.7 ! peak  1564
assi (resid   7 and name HD2# )(resid 266 and name HD1# ) 1.8 0 6.7 ! peak  1565
assi (resid 285 and name HD2# )(resid 290 and name HD2# ) 1.8 0 6.7 ! peak  1590
assi (resid 135 and name HD2# )(resid 147 and name HD1# ) 1.8 0 6.7 ! peak  1602
assi (resid 135 and name HD1# )(resid 132 and name HD1# ) 1.8 0 6.7 ! peak  1607
assi (resid 284 and name HD1# )(resid  59 and name HD1# ) 1.8 0 6.7 ! peak  1609
assi (resid 135 and name HD1# )(resid 139 and name HD2# ) 1.8 0 6.7 ! peak  1651
assi (resid 284 and name HD1# )(resid   9 and name HG2# ) 1.8 0 6.7 ! peak  1652
assi (resid 284 and name HD1# )(resid 293 and name HG2# ) 1.8 0 6.7 ! peak  1654
assi (resid 284 and name HD1# )(resid 290 and name HD2# ) 1.8 0 6.7 ! peak  1655
assi (resid 284 and name HD1# )(resid  20 and name HD1# ) 1.8 0 6.7 ! peak  1658
assi (resid 284 and name HD1# )(resid   9 and name HD1# ) 1.8 0 6.7 ! peak  1660
assi (resid 247 and name HD2# )(resid 147 and name HD1# ) 1.8 0 6.7 ! peak  1673
assi (resid 247 and name HD2# )(resid 246 and name HG2# ) 1.8 0 6.7 ! peak  1674
assi (resid 247 and name HD2# )(resid 246 and name HG1# ) 1.8 0 6.7 ! peak  1675
assi (resid 247 and name HD2# )(resid 226 and name HD1# ) 1.8 0 6.7 ! peak  1676
assi (resid 113 and name HD2# )(resid 247 and name HD2# ) 1.8 0 6.7 ! peak  1708
assi (resid 195 and name HD1# )(resid 347 and name HG1# ) 1.8 0 6.7 ! peak  1710
assi (resid 195 and name HD1# )(resid 160 and name HD1# ) 1.8 0 6.7 ! peak  1711
assi (resid 195 and name HD1# )(resid 199 and name HD1# ) 1.8 0 6.7 ! peak  1712
assi (resid 195 and name HD1# )(resid 161 and name HD1# ) 1.8 0 6.7 ! peak  1713
assi (resid 247 and name HD2# )(resid 132 and name HD1# ) 1.8 0 6.7 ! peak  1721
assi (resid 247 and name HD2# )(resid 113 and name HD1# ) 1.8 0 6.7 ! peak  1722
assi (resid 247 and name HD2# )(resid 115 and name HD1# ) 1.8 0 6.7 ! peak  1725
assi (resid 247 and name HD2# )(resid 160 and name HD1# ) 1.8 0 6.7 ! peak  1726
assi (resid 151 and name HD2# )(resid 226 and name HD1# ) 1.8 0 6.7 ! peak  1778
assi (resid 151 and name HD2# )(resid 347 and name HG1# ) 1.8 0 6.7 ! peak  1782
assi (resid 151 and name HD2# )(resid 199 and name HD1# ) 1.8 0 6.7 ! peak  1784
assi (resid  23 and name HG2# )(resid  20 and name HD2# ) 1.8 0 6.7 ! peak  1806
assi (resid  23 and name HG2# )(resid  20 and name HD1# ) 1.8 0 6.7 ! peak  1812
assi (resid  23 and name HG2# )(resid 284 and name HD1# ) 1.8 0 6.7 ! peak  1813
assi (resid  23 and name HG2# )(resid 293 and name HG2# ) 1.8 0 6.7 ! peak  1816
assi (resid  23 and name HG2# )(resid 293 and name HG1# ) 1.8 0 6.7 ! peak  1817
assi (resid  23 and name HG2# )(resid  35 and name HG1# ) 1.8 0 6.7 ! peak  1818
assi (resid 357 and name HG2# )(resid 196 and name HG1# ) 1.8 0 6.7 ! peak  1823
assi (resid 113 and name HD2# )(resid 116 and name HD1# ) 1.8 0 6.7 ! peak  1835
assi (resid 198 and name HD2# )(resid 199 and name HD1# ) 1.8 0 6.7 ! peak  1837
assi (resid 280 and name HD2# )(resid  20 and name HD1# ) 1.8 0 6.7 ! peak  1841
assi (resid 280 and name HD2# )(resid   9 and name HD1# ) 1.8 0 6.7 ! peak  1844
assi (resid 280 and name HD2# )(resid  59 and name HD1# ) 1.8 0 6.7 ! peak  1846
assi (resid  23 and name HG2# )(resid   9 and name HD1# ) 1.8 0 6.7 ! peak  1883
assi (resid 357 and name HG2# )(resid 347 and name HG2# ) 1.8 0 6.7 ! peak  1892
assi (resid 357 and name HG2# )(resid 192 and name HD1# ) 1.8 0 6.7 ! peak  1894
assi (resid 357 and name HG2# )(resid 196 and name HG2# ) 1.8 0 6.7 ! peak  1895
assi (resid 357 and name HG2# )(resid 361 and name HD2# ) 1.8 0 6.7 ! peak  1898
assi (resid 196 and name HG2# )(resid 357 and name HG1# ) 1.8 0 6.7 ! peak  1908
assi (resid 196 and name HG2# )(resid 347 and name HG2# ) 1.8 0 6.7 ! peak  1911
assi (resid 198 and name HD2# )(resid 160 and name HD1# ) 1.8 0 6.7 ! peak  1914
assi (resid 198 and name HD2# )(resid 132 and name HD1# ) 1.8 0 6.7 ! peak  1916
assi (resid 280 and name HD2# )(resid  23 and name HG1# ) 1.8 0 6.7 ! peak  1925
assi (resid 343 and name HG2# )(resid 183 and name HG1# ) 1.8 0 6.7 ! peak  1947
assi (resid 343 and name HG2# )(resid 361 and name HD2# ) 1.8 0 6.7 ! peak  1951
assi (resid 343 and name HG2# )(resid 368 and name HD1# ) 1.8 0 6.7 ! peak  1953
assi (resid 343 and name HG2# )(resid 161 and name HD1# ) 1.8 0 6.7 ! peak  2000
assi (resid 139 and name HD2# )(resid 121 and name HD1# ) 1.8 0 6.7 ! peak  2031
assi (resid 299 and name HD2# )(resid 293 and name HG1# ) 1.8 0 6.7 ! peak  2037
assi (resid 259 and name HG2# )(resid 261 and name HG2# ) 1.8 0 6.7 ! peak  2074
assi (resid  37 and name HG1# )(resid  35 and name HG1# ) 1.8 0 6.7 ! peak  2078
assi (resid  37 and name HG1# )(resid   9 and name HD1# ) 1.8 0 6.7 ! peak  2079
assi (resid  37 and name HG1# )(resid  11 and name HD1# ) 1.8 0 6.7 ! peak  2083
assi (resid  37 and name HG1# )(resid   8 and name HG2# ) 1.8 0 6.7 ! peak  2084
assi (resid 121 and name HD2# )(resid 139 and name HD1# ) 1.8 0 6.7 ! peak  2092
assi (resid 115 and name HD1# )(resid 246 and name HG1# ) 1.8 0 6.7 ! peak  2101
assi (resid 259 and name HG2# )(resid 329 and name HD1# ) 1.8 0 6.7 ! peak  2131
assi (resid 275 and name HD2# )(resid   7 and name HD1# ) 1.8 0 6.7 ! peak  2135
assi (resid 262 and name HD1# )(resid  11 and name HD1# ) 1.8 0 6.7 ! peak  2146
assi (resid 262 and name HD1# )(resid 261 and name HG1# ) 1.8 0 6.7 ! peak  2149
assi (resid 311 and name HD2# )(resid 302 and name HG2# ) 1.8 0 6.7 ! peak  2151
assi (resid 311 and name HD2# )(resid 317 and name HD1# ) 1.8 0 6.7 ! peak  2152
assi (resid 302 and name HG1# )(resid 311 and name HD2# ) 1.8 0 6.7 ! peak  2182
assi (resid 183 and name HG1# )(resid 361 and name HD1# ) 1.8 0 6.7 ! peak  2194
assi (resid 262 and name HD1# )(resid 108 and name HG2# ) 1.8 0 6.7 ! peak  2207
assi (resid  35 and name HG2# )(resid   9 and name HD1# ) 1.8 0 6.7 ! peak  2208
assi (resid 262 and name HD1# )(resid  11 and name HG2# ) 1.8 0 6.7 ! peak  2209
assi (resid  35 and name HG2# )(resid  59 and name HD1# ) 1.8 0 6.7 ! peak  2210
assi (resid 181 and name HG2# )(resid 368 and name HG2# ) 1.8 0 6.7 ! peak  2217
assi (resid 181 and name HG2# )(resid 368 and name HD1# ) 1.8 0 6.7 ! peak  2218
assi (resid 181 and name HG2# )(resid 178 and name HD1# ) 1.8 0 6.7 ! peak  2219
assi (resid 181 and name HG2# )(resid 333 and name HD1# ) 1.8 0 6.7 ! peak  2222
assi (resid 147 and name HD1# )(resid 226 and name HD1# ) 1.8 0 6.7 ! peak  2224
assi (resid 302 and name HG1# )(resid 304 and name HD2# ) 1.8 0 6.7 ! peak  2260
assi (resid 302 and name HG1# )(resid 317 and name HD1# ) 1.8 0 6.7 ! peak  2263
assi (resid 347 and name HG2# )(resid 192 and name HD2# ) 1.8 0 6.7 ! peak  2267
assi (resid 347 and name HG2# )(resid 195 and name HD1# ) 1.8 0 6.7 ! peak  2269
assi (resid 347 and name HG2# )(resid 343 and name HG1# ) 1.8 0 6.7 ! peak  2270
assi (resid 347 and name HG2# )(resid 348 and name HD1# ) 1.8 0 6.7 ! peak  2274
assi (resid 183 and name HG1# )(resid 361 and name HD2# ) 1.8 0 6.7 ! peak  2285
assi (resid 183 and name HG1# )(resid 368 and name HG2# ) 1.8 0 6.7 ! peak  2286
assi (resid 183 and name HG2# )(resid 181 and name HG1# ) 1.8 0 6.7 ! peak  2292
assi (resid 183 and name HG2# )(resid 368 and name HD1# ) 1.8 0 6.7 ! peak  2293
assi (resid  35 and name HG2# )(resid  37 and name HG2# ) 1.8 0 6.7 ! peak  2298
assi (resid 293 and name HG2# )(resid  11 and name HD1# ) 1.8 0 6.7 ! peak  2359
assi (resid  97 and name HG1# )(resid 261 and name HG1# ) 1.8 0 6.7 ! peak  2371
assi (resid  97 and name HG1# )(resid 104 and name HD1# ) 1.8 0 6.7 ! peak  2374
assi (resid  97 and name HG1# )(resid  79 and name HD1# ) 1.8 0 6.7 ! peak  2375
assi (resid  97 and name HG1# )(resid 261 and name HG2# ) 1.8 0 6.7 ! peak  2415
assi (resid 244 and name HG1# )(resid 246 and name HG2# ) 1.8 0 6.7 ! peak  2449
assi (resid 244 and name HG1# )(resid 116 and name HD1# ) 1.8 0 6.7 ! peak  2450
assi (resid 290 and name HD2# )(resid 302 and name HG2# ) 1.8 0 6.7 ! peak  2461
assi (resid 259 and name HG1# )(resid 329 and name HD1# ) 1.8 0 6.7 ! peak  2517
assi (resid 290 and name HD2# )(resid 304 and name HD1# ) 1.8 0 6.7 ! peak  2519
assi (resid 290 and name HD2# )(resid 299 and name HD2# ) 1.8 0 6.7 ! peak  2520
assi (resid  76 and name HD2# )(resid  75 and name HD2# ) 1.8 0 6.7 ! peak  2541
assi (resid  76 and name HD2# )(resid 104 and name HD1# ) 1.8 0 6.7 ! peak  2543
assi (resid 259 and name HG1# )(resid 261 and name HG1# ) 1.8 0 6.7 ! peak  2569
assi (resid 196 and name HG1# )(resid 199 and name HD1# ) 1.8 0 6.7 ! peak  2572
assi (resid 181 and name HG1# )(resid 368 and name HD1# ) 1.8 0 6.7 ! peak  2579
assi (resid 357 and name HG1# )(resid 192 and name HD1# ) 1.8 0 6.7 ! peak  2626
assi (resid 244 and name HG2# )(resid 116 and name HD1# ) 1.8 0 6.7 ! peak  2638
assi (resid 293 and name HG1# )(resid  11 and name HD1# ) 1.8 0 6.7 ! peak  2674
assi (resid 357 and name HG1# )(resid 192 and name HD2# ) 1.8 0 6.7 ! peak  2675
assi (resid   8 and name HG2# )(resid  59 and name HG2# ) 1.8 0 6.7 ! peak  2679
assi (resid 343 and name HG1# )(resid 161 and name HD1# ) 1.8 0 6.7 ! peak  2690
assi (resid 343 and name HG1# )(resid 361 and name HD2# ) 1.8 0 6.7 ! peak  2691
assi (resid 110 and name HG1# )(resid 261 and name HG1# ) 1.8 0 6.7 ! peak  2692
assi (resid 357 and name HG1# )(resid 361 and name HD2# ) 1.8 0 6.7 ! peak  2726
assi (resid   8 and name HG2# )(resid   9 and name HD1# ) 1.8 0 6.7 ! peak  2728
assi (resid 110 and name HG1# )(resid 259 and name HG1# ) 1.8 0 6.7 ! peak  2737
assi (resid 110 and name HG1# )(resid 329 and name HD1# ) 1.8 0 6.7 ! peak  2739
assi (resid 261 and name HG2# )(resid 259 and name HG1# ) 1.8 0 6.7 ! peak  2743
assi (resid 261 and name HG2# )(resid  97 and name HG2# ) 1.8 0 6.7 ! peak  2746
assi (resid 261 and name HG2# )(resid 329 and name HD1# ) 1.8 0 6.7 ! peak  2748
assi (resid 110 and name HG1# )(resid 259 and name HG2# ) 1.8 0 6.7 ! peak  2779
assi (resid   8 and name HG1# )(resid   9 and name HD1# ) 1.8 0 6.7 ! peak  2824
assi (resid   8 and name HG1# )(resid  50 and name HG2# ) 1.8 0 6.7 ! peak  2826
assi (resid  35 and name HG1# )(resid   9 and name HD1# ) 1.8 0 6.7 ! peak  2846
assi (resid  35 and name HG1# )(resid  59 and name HD1# ) 1.8 0 6.7 ! peak  2847
assi (resid   8 and name HG1# )(resid  37 and name HG1# ) 1.8 0 6.7 ! peak  2879
assi (resid  37 and name HG2# )(resid  20 and name HD2# ) 1.8 0 6.7 ! peak  2881
assi (resid  37 and name HG2# )(resid   9 and name HD1# ) 1.8 0 6.7 ! peak  2888
assi (resid 110 and name HG2# )(resid 261 and name HG2# ) 1.8 0 6.7 ! peak  2903
assi (resid 110 and name HG2# )(resid 261 and name HG1# ) 1.8 0 6.7 ! peak  2905
assi (resid 110 and name HG2# )(resid 302 and name HG2# ) 1.8 0 6.7 ! peak  2906
assi (resid 110 and name HG2# )(resid 329 and name HD1# ) 1.8 0 6.7 ! peak  2908
assi (resid 246 and name HG1# )(resid 244 and name HG1# ) 1.8 0 6.7 ! peak  2948
assi (resid 347 and name HG1# )(resid 196 and name HG1# ) 1.8 0 6.7 ! peak  2949
assi (resid 347 and name HG1# )(resid 196 and name HG2# ) 1.8 0 6.7 ! peak  2958
assi (resid 347 and name HG1# )(resid 199 and name HD1# ) 1.8 0 6.7 ! peak  2961
assi (resid 347 and name HG1# )(resid 348 and name HD1# ) 1.8 0 6.7 ! peak  2962
assi (resid  37 and name HG2# )(resid  11 and name HD1# ) 1.8 0 6.7 ! peak  2975
assi (resid 261 and name HG1# )(resid  97 and name HG2# ) 1.8 0 6.7 ! peak  3030
assi (resid 261 and name HG1# )(resid 329 and name HD1# ) 1.8 0 6.7 ! peak  3068
assi (resid  97 and name HG2# )(resid 103 and name HD1# ) 1.8 0 6.7 ! peak  3220
assi (resid 104 and name HG2# )(resid  79 and name HD1# ) 1.8 0 6.7 ! peak  3232
assi (resid 361 and name HD2# )(resid 368 and name HG2# ) 1.8 0 6.7 ! peak  3246
assi (resid 361 and name HD2# )(resid 368 and name HD1# ) 1.8 0 6.7 ! peak  3247
assi (resid 361 and name HD2# )(resid 161 and name HD1# ) 1.8 0 6.7 ! peak  3248
assi (resid  97 and name HG2# )(resid 104 and name HD1# ) 1.8 0 6.7 ! peak  3298
assi (resid  97 and name HG2# )(resid 329 and name HD1# ) 1.8 0 6.7 ! peak  3299
assi (resid 160 and name HD1# )(resid 132 and name HD1# ) 1.8 0 6.7 ! peak  3332
assi (resid 368 and name HG2# )(resid 181 and name HG1# ) 1.8 0 6.7 ! peak  3343
assi (resid 302 and name HG2# )(resid 317 and name HG2# ) 1.8 0 6.7 ! peak  3413
assi (resid 302 and name HG2# )(resid 317 and name HD1# ) 1.8 0 6.7 ! peak  3423
assi (resid   9 and name HG2# )(resid  20 and name HD2# ) 1.8 0 6.7 ! peak  3639
assi (resid  59 and name HG2# )(resid 266 and name HD1# ) 1.8 0 6.7 ! peak  3649
assi (resid   9 and name HG2# )(resid  37 and name HG2# ) 1.8 0 6.7 ! peak  3677
assi (resid 226 and name HG2# )(resid 113 and name HD1# ) 1.8 0 6.7 ! peak  3801
assi (resid 178 and name HG2# )(resid 333 and name HD1# ) 1.8 0 6.7 ! peak  3808
assi (resid 329 and name HG2# )(resid 259 and name HG2# ) 1.8 0 6.7 ! peak  4031
assi (resid 266 and name HG2# )(resid  79 and name HD1# ) 1.8 0 6.7 ! peak  4275
assi (resid 368 and name HD1# )(resid 343 and name HG1# ) 1.8 0 6.7 ! peak  4392
assi (resid 104 and name HD1# )(resid  79 and name HD1# ) 1.8 0 6.7 ! peak  4536
assi (resid  60 and name HD1# )(resid  76 and name HD1# ) 1.8 0 6.7 ! peak  4578
assi (resid  60 and name HD1# )(resid  76 and name HD2# ) 1.8 0 6.7 ! peak  4581
assi (resid   9 and name HD1# )(resid  59 and name HD1# ) 1.8 0 6.7 ! peak  4631
assi (resid   9 and name HD1# )(resid  11 and name HD1# ) 1.8 0 6.7 ! peak  4633
assi (resid 199 and name HD1# )(resid 347 and name HG2# ) 1.8 0 6.7 ! peak  4675
assi (resid 178 and name HD1# )(resid 333 and name HD1# ) 1.8 0 6.7 ! peak  4726
assi (resid 199 and name HD1# )(resid 161 and name HD1# ) 1.8 0 6.7 ! peak  4729
assi (resid 266 and name HD1# )(resid 280 and name HD1# ) 1.8 0 6.7 ! peak  4803
assi (resid 266 and name HD1# )(resid 280 and name HD2# ) 1.8 0 6.7 ! peak  4804
assi (resid 266 and name HD1# )(resid  79 and name HD1# ) 1.8 0 6.7 ! peak  4807
assi (resid  59 and name HD1# )(resid   7 and name HD2# ) 1.8 0 6.7 ! peak  4823
assi (resid 266 and name HD1# )(resid  76 and name HD2# ) 1.8 0 6.7 ! peak  4860
assi (resid  60 and name HG2# )(resid  76 and name HD2# ) 1.8 0 6.7 ! peak  4985
assi (resid 161 and name HD1# )(resid 347 and name HG2# ) 1.8 0 6.7 ! peak  5022
assi (resid 161 and name HD1# )(resid 347 and name HG1# ) 1.8 0 6.7 ! peak  5025
assi (resid  11 and name HD1# )(resid 262 and name HD2# ) 1.8 0 6.7 ! peak  5035
assi (resid  11 and name HD1# )(resid 284 and name HD1# ) 1.8 0 6.7 ! peak  5037
assi (resid 132 and name HD1# )(resid 122 and name HD2# ) 1.8 0 6.7 ! peak  5277
assi (resid 132 and name HD1# )(resid 135 and name HD2# ) 1.8 0 6.7 ! peak  5282
assi (resid 132 and name HD1# )(resid 115 and name HD1# ) 1.8 0 6.7 ! peak  5286
assi (resid 132 and name HD1# )(resid 147 and name HD1# ) 1.8 0 6.7 ! peak  5287
assi (resid 132 and name HD1# )(resid 226 and name HD1# ) 1.8 0 6.7 ! peak  5291
assi (resid 226 and name HD1# )(resid 115 and name HD1# ) 1.8 0 6.7 ! peak  5503
assi (resid  33 and name HD1# )(resid 275 and name HD1# ) 1.8 0 6.7 ! peak  5883
assi (resid  33 and name HD1# )(resid   7 and name HD2# ) 1.8 0 6.7 ! peak  5885
assi (resid  33 and name HD1# )(resid 275 and name HD2# ) 1.8 0 6.7 ! peak  5887
assi (resid  33 and name HD1# )(resid  35 and name HG2# ) 1.8 0 6.7 ! peak  5888
assi (resid 108 and name HD1# )(resid 285 and name HD1# ) 1.8 0 6.7 ! peak  5928
assi (resid 108 and name HD1# )(resid 262 and name HD2# ) 1.8 0 6.7 ! peak  5929
assi (resid 108 and name HD1# )(resid 284 and name HD1# ) 1.8 0 6.7 ! peak  5932
assi (resid 108 and name HD1# )(resid 280 and name HD2# ) 1.8 0 6.7 ! peak  5933
assi (resid 108 and name HD1# )(resid 262 and name HD1# ) 1.8 0 6.7 ! peak  5934
assi (resid 108 and name HD1# )(resid 293 and name HG2# ) 1.8 0 6.7 ! peak  5935
assi (resid 108 and name HD1# )(resid 290 and name HD2# ) 1.8 0 6.7 ! peak  5936
assi (resid  33 and name HD1# )(resid  35 and name HG1# ) 1.8 0 6.7 ! peak  5940
assi (resid 108 and name HD1# )(resid  89 and name HD1# ) 1.8 0 6.7 ! peak  5978
! tryptophan noes, determined for the few trps that could be assigned
! Probably should calibrate these, but don't have a good way of
! quickly grabbing the intensity
assi (resi 232 and name he1 )(resi 116 and name hd1# ) 1.8 0 6.2 
assi (resi 232 and name he1 )(resi 244 and name hg1# ) 1.8 0 6.2 
assi (resi 232 and name he1 )(resi 244 and name hg2# ) 1.8 0 6.2 
assi (resi  94 and name he1 )(resi  89 and name hd1# ) 1.8 0 6.2 
assi (resi  94 and name he1 )(resi  89 and name hd2# ) 1.8 0 6.2 
assi (resi  94 and name he1 )(resi  93 and name hn   ) 1.8 0 5.2 
assi (resi  94 and name he1 )(resi  88 and name hn   ) 1.8 0 5.2 
assi (resi 158 and name he1 )(resi 168 and name hn   ) 1.8 0 5.2 
assi (resi 129 and name he1 )(resi 160 and name hd1# ) 1.8 0 6.2 
assi (resi 129 and name he1 )(resi 226 and name hd1# ) 1.8 0 6.2 
assi (resi 129 and name he1 )(resi 247 and name hd1# ) 1.8 0 6.2 
assi (resi 129 and name he1 )(resi 247 and name hd2# ) 1.8 0 6.2 
assi (resi 129 and name he1 )(resi 246 and name hg*  ) 1.8 0 6.2 
assi (resi 129 and name he1 )(resi 250 and name hn   ) 1.8 0 5.2 

! Talos Database predictions rerun by GM 030399
! Chemical shifts corrected for deuteration HVIL labeling
! Talos recompiled without mbp in database.

{* PHI restraints from Luginbuehl et al., JMR B 109(1995):229-233 *}
{* Helix: -120...-20 = -70.0 50.0 2 *}
{* Sheet: 160...180...-80 = -140.0 60.0 2 *}
{* PSI restraints --- see note above *}
{* Helix: -100...0 = -50.0 50.0 2 *}
{* Sheet: 40.0...180.0...-140.0 = 130.0 90.0 2 *}

Talos predictions take precedance.

! Resid K 1 --- strand CSI
assign (resid 0 and name C  )(resid 1 and name N )
       (resid 1 and name CA )(resid 1 and name C ) 1.0 -140.0 60.0 2
assign (resid 1 and name N  )(resid 1 and name CA )
       (resid 1 and name C  )(resid 2 and name N ) 1.0 130.0 90.0 2

! Resid T 2 --- strand CSI
assign (resid 1 and name C  )(resid 2 and name N )
       (resid 2 and name CA )(resid 2 and name C ) 1.0 -140.0 60.0 2
assign (resid 2 and name N  )(resid 2 and name CA )
       (resid 2 and name C  )(resid 3 and name N ) 1.0 130.0 90.0 2

! Resdiue E 3 DATABASE
assign (resid 2 and name C  )(resid 3 and name N  )
       (resid 3 and name CA )(resid 3 and name C  ) 1.0 -95.00 40.00 2
assign (resid 3 and name N  )(resid 3 and name CA )
       (resid 3 and name C  )(resid 4 and name N  ) 1.0 141.00 30.00 2

! Resdiue K 6 DATABASE
assign (resid 5 and name C  )(resid 6 and name N  )
       (resid 6 and name CA )(resid 6 and name C  ) 1.0 -120.00 48.00 2
assign (resid 6 and name N  )(resid 6 and name CA )
       (resid 6 and name C  )(resid 7 and name N  ) 1.0 146.00 42.00 2

! Resdiue L 7 DATABASE
assign (resid 6 and name C  )(resid 7 and name N  )
       (resid 7 and name CA )(resid 7 and name C  ) 1.0 -135.00 34.00 2
assign (resid 7 and name N  )(resid 7 and name CA )
       (resid 7 and name C  )(resid 8 and name N  ) 1.0 134.00 26.00 2

! Resdiue V 8 DATABASE
assign (resid 7 and name C  )(resid 8 and name N  )
       (resid 8 and name CA )(resid 8 and name C  ) 1.0 -105.00 30.00 2
assign (resid 8 and name N  )(resid 8 and name CA )
       (resid 8 and name C  )(resid 9 and name N  ) 1.0 123.00 20.00 2

! Resdiue I 9 DATABASE
assign (resid 8 and name C  )(resid 9 and name N  )
       (resid 9 and name CA )(resid 9 and name C  ) 1.0 -119.00 26.00 2
assign (resid 9 and name N  )(resid 9 and name CA )
       (resid 9 and name C  )(resid 10 and name N  ) 1.0 137.00 22.00 2

! Resdiue W 10 DATABASE
assign (resid 9 and name C  )(resid 10 and name N  )
       (resid 10 and name CA )(resid 10 and name C  ) 1.0 -117.00 22.00 2
assign (resid 10 and name N  )(resid 10 and name CA )
       (resid 10 and name C  )(resid 11 and name N  ) 1.0 134.00 22.00 2

! Resdiue I 11 DATABASE
assign (resid 10 and name C  )(resid 11 and name N  )
       (resid 11 and name CA )(resid 11 and name C  ) 1.0 -136.87 35.16 2
assign (resid 11 and name N  )(resid 11 and name CA )
       (resid 11 and name C  )(resid 12 and name N  ) 1.0 136.79 27.68 2

! Resid N 12 --- strand CSI
assign (resid 11 and name C  )(resid 12 and name N )
       (resid 12 and name CA )(resid 12 and name C ) 1.0 -140.0 60.0 2
assign (resid 12 and name N  )(resid 12 and name CA )
       (resid 12 and name C  )(resid 13 and name N ) 1.0 130.0 90.0 2

! Resdiue Y 17 DATABASE
assign (resid 16 and name C  )(resid 17 and name N  )
       (resid 17 and name CA )(resid 17 and name C  ) 1.0 -65.96 15.00 2
assign (resid 17 and name N  )(resid 17 and name CA )
       (resid 17 and name C  )(resid 18 and name N  ) 1.0 -44.59 15.00 2

! Resdiue N 18 DATABASE
assign (resid 17 and name C  )(resid 18 and name N  )
       (resid 18 and name CA )(resid 18 and name C  ) 1.0 -61.46 15.00 2
assign (resid 18 and name N  )(resid 18 and name CA )
       (resid 18 and name C  )(resid 19 and name N  ) 1.0 -38.04 15.00 2

! Resdiue G 19 DATABASE
assign (resid 18 and name C  )(resid 19 and name N  )
       (resid 19 and name CA )(resid 19 and name C  ) 1.0 -65.38 15.00 2
assign (resid 19 and name N  )(resid 19 and name CA )
       (resid 19 and name C  )(resid 20 and name N  ) 1.0 -41.20 19.80 2

! Resdiue L 20 DATABASE
assign (resid 19 and name C  )(resid 20 and name N  )
       (resid 20 and name CA )(resid 20 and name C  ) 1.0 -62.38 15.00 2
assign (resid 20 and name N  )(resid 20 and name CA )
       (resid 20 and name C  )(resid 21 and name N  ) 1.0 -40.28 16.28 2

! Resdiue A 21 DATABASE
assign (resid 20 and name C  )(resid 21 and name N  )
       (resid 21 and name CA )(resid 21 and name C  ) 1.0 -64.00 15.00 2
assign (resid 21 and name N  )(resid 21 and name CA )
       (resid 21 and name C  )(resid 22 and name N  ) 1.0 -44.00 18.00 2

! Resdiue E 22 DATABASE
assign (resid 21 and name C  )(resid 22 and name N  )
       (resid 22 and name CA )(resid 22 and name C  ) 1.0 -62.00 15.00 2
assign (resid 22 and name N  )(resid 22 and name CA )
       (resid 22 and name C  )(resid 23 and name N  ) 1.0 -41.00 15.00 2

! Resdiue V 23 DATABASE
assign (resid 22 and name C  )(resid 23 and name N  )
       (resid 23 and name CA )(resid 23 and name C  ) 1.0 -62.00 15.00 2
assign (resid 23 and name N  )(resid 23 and name CA )
       (resid 23 and name C  )(resid 24 and name N  ) 1.0 -46.00 15.00 2

! Resdiue G 24 DATABASE
assign (resid 23 and name C  )(resid 24 and name N  )
       (resid 24 and name CA )(resid 24 and name C  ) 1.0 -65.00 15.00 2
assign (resid 24 and name N  )(resid 24 and name CA )
       (resid 24 and name C  )(resid 25 and name N  ) 1.0 -37.00 16.00 2

! Resdiue K 25 DATABASE
assign (resid 24 and name C  )(resid 25 and name N  )
       (resid 25 and name CA )(resid 25 and name C  ) 1.0 -64.00 15.00 2
assign (resid 25 and name N  )(resid 25 and name CA )
       (resid 25 and name C  )(resid 26 and name N  ) 1.0 -43.00 16.00 2

! Resdiue K 26 DATABASE
assign (resid 25 and name C  )(resid 26 and name N  )
       (resid 26 and name CA )(resid 26 and name C  ) 1.0 -64.00 15.00 2
assign (resid 26 and name N  )(resid 26 and name CA )
       (resid 26 and name C  )(resid 27 and name N  ) 1.0 -41.00 15.00 2

! Resdiue F 27 DATABASE
assign (resid 26 and name C  )(resid 27 and name N  )
       (resid 27 and name CA )(resid 27 and name C  ) 1.0 -63.00 15.00 2
assign (resid 27 and name N  )(resid 27 and name CA )
       (resid 27 and name C  )(resid 28 and name N  ) 1.0 -41.00 15.00 2

! Resdiue E 28 DATABASE
assign (resid 27 and name C  )(resid 28 and name N  )
       (resid 28 and name CA )(resid 28 and name C  ) 1.0 -66.00 15.00 2
assign (resid 28 and name N  )(resid 28 and name CA )
       (resid 28 and name C  )(resid 29 and name N  ) 1.0 -44.00 15.00 2

! Resdiue K 29 DATABASE
assign (resid 28 and name C  )(resid 29 and name N  )
       (resid 29 and name CA )(resid 29 and name C  ) 1.0 -62.00 15.00 2
assign (resid 29 and name N  )(resid 29 and name CA )
       (resid 29 and name C  )(resid 30 and name N  ) 1.0 -41.00 15.00 2

! Resdiue D 30 DATABASE
assign (resid 29 and name C  )(resid 30 and name N  )
       (resid 30 and name CA )(resid 30 and name C  ) 1.0 -73.00 32.00 2
assign (resid 30 and name N  )(resid 30 and name CA )
       (resid 30 and name C  )(resid 31 and name N  ) 1.0 -32.00 22.00 2

! Resid T 31 --- strand CSI
assign (resid 30 and name C  )(resid 31 and name N )
       (resid 31 and name CA )(resid 31 and name C ) 1.0 -140.0 60.0 2
assign (resid 31 and name N  )(resid 31 and name CA )
       (resid 31 and name C  )(resid 32 and name N ) 1.0 130.0 90.0 2

! Resid G 32 --- strand CSI
assign (resid 31 and name C  )(resid 32 and name N )
       (resid 32 and name CA )(resid 32 and name C ) 1.0 -140.0 60.0 2
assign (resid 32 and name N  )(resid 32 and name CA )
       (resid 32 and name C  )(resid 33 and name N ) 1.0 130.0 90.0 2

! Resdiue I 33 DATABASE
assign (resid 32 and name C  )(resid 33 and name N  )
       (resid 33 and name CA )(resid 33 and name C  ) 1.0 -109.00 30.00 2
assign (resid 33 and name N  )(resid 33 and name CA )
       (resid 33 and name C  )(resid 34 and name N  ) 1.0 124.00 28.00 2

! Resdiue K 34 DATABASE
assign (resid 33 and name C  )(resid 34 and name N  )
       (resid 34 and name CA )(resid 34 and name C  ) 1.0 -93.50 48.68 2
assign (resid 34 and name N  )(resid 34 and name CA )
       (resid 34 and name C  )(resid 35 and name N  ) 1.0 121.81 15.52 2

! Resdiue V 35 DATABASE
assign (resid 34 and name C  )(resid 35 and name N  )
       (resid 35 and name CA )(resid 35 and name C  ) 1.0 -106.88 26.20 2
assign (resid 35 and name N  )(resid 35 and name CA )
       (resid 35 and name C  )(resid 36 and name N  ) 1.0 128.36 25.04 2

! Resdiue T 36 DATABASE
assign (resid 35 and name C  )(resid 36 and name N  )
       (resid 36 and name CA )(resid 36 and name C  ) 1.0 -111.78 28.80 2
assign (resid 36 and name N  )(resid 36 and name CA )
       (resid 36 and name C  )(resid 37 and name N  ) 1.0 127.67 18.60 2

! Resdiue V 37 DATABASE
assign (resid 36 and name C  )(resid 37 and name N  )
       (resid 37 and name CA )(resid 37 and name C  ) 1.0 -105.91 36.70 2
assign (resid 37 and name N  )(resid 37 and name CA )
       (resid 37 and name C  )(resid 38 and name N  ) 1.0 127.36 15.84 2

! Resdiue E 38 DATABASE
assign (resid 37 and name C  )(resid 38 and name N  )
       (resid 38 and name CA )(resid 38 and name C  ) 1.0 -125.87 29.64 2
assign (resid 38 and name N  )(resid 38 and name CA )
       (resid 38 and name C  )(resid 39 and name N  ) 1.0 146.91 16.10 2

! Resdiue H 39 DATABASE
assign (resid 38 and name C  )(resid 39 and name N  )
       (resid 39 and name CA )(resid 39 and name C  ) 1.0 -106.11 46.42 2
assign (resid 39 and name N  )(resid 39 and name CA )
       (resid 39 and name C  )(resid 40 and name N  ) 1.0 126.42 55.04 2

! Resid K 42 --- helix CSI 
assign (resid 41 and name C  )(resid 42 and name N )
       (resid 42 and name CA )(resid 42 and name C ) 1.0 -70.0 50.0 2

assign (resid 42 and name N  )(resid 42 and name CA )
       (resid 42 and name C  )(resid 43 and name N ) 1.0 -50.0 50.0 2

! Resid L 43 --- helix CSI 
assign (resid 42 and name C  )(resid 43 and name N )
       (resid 43 and name CA )(resid 43 and name C ) 1.0 -70.0 50.0 2

assign (resid 43 and name N  )(resid 43 and name CA )
       (resid 43 and name C  )(resid 44 and name N ) 1.0 -50.0 50.0 2

! Resdiue E 44 DATABASE
assign (resid 43 and name C  )(resid 44 and name N  )
       (resid 44 and name CA )(resid 44 and name C  ) 1.0 -62.37 15.00 2
assign (resid 44 and name N  )(resid 44 and name CA )
       (resid 44 and name C  )(resid 45 and name N  ) 1.0 -32.75 21.44 2

! Resdiue E 45 DATABASE
assign (resid 44 and name C  )(resid 45 and name N  )
       (resid 45 and name CA )(resid 45 and name C  ) 1.0 -68.59 29.74 2
assign (resid 45 and name N  )(resid 45 and name CA )
       (resid 45 and name C  )(resid 46 and name N  ) 1.0 -37.53 36.46 2

! Resdiue K 46 DATABASE
assign (resid 45 and name C  )(resid 46 and name N  )
       (resid 46 and name CA )(resid 46 and name C  ) 1.0 -65.06 15.00 2
assign (resid 46 and name N  )(resid 46 and name CA )
       (resid 46 and name C  )(resid 47 and name N  ) 1.0 -40.30 15.66 2

! Resdiue F 47 DATABASE
assign (resid 46 and name C  )(resid 47 and name N  )
       (resid 47 and name CA )(resid 47 and name C  ) 1.0 -57.79 16.42 2
assign (resid 47 and name N  )(resid 47 and name CA )
       (resid 47 and name C  )(resid 48 and name N  ) 1.0 -45.62 15.00 2

! Resdiue P 48 DATABASE
assign (resid 47 and name C  )(resid 48 and name N  )
       (resid 48 and name CA )(resid 48 and name C  ) 1.0 -61.01 15.02 2
assign (resid 48 and name N  )(resid 48 and name CA )
       (resid 48 and name C  )(resid 49 and name N  ) 1.0 -34.75 19.38 2

! Resdiue Q 49 DATABASE
assign (resid 48 and name C  )(resid 49 and name N  )
       (resid 49 and name CA )(resid 49 and name C  ) 1.0 -66.93 22.74 2
assign (resid 49 and name N  )(resid 49 and name CA )
       (resid 49 and name C  )(resid 50 and name N  ) 1.0 -30.29 24.94 2

! Resdiue V 50 DATABASE
assign (resid 49 and name C  )(resid 50 and name N  )
       (resid 50 and name CA )(resid 50 and name C  ) 1.0 -86.42 22.96 2
assign (resid 50 and name N  )(resid 50 and name CA )
       (resid 50 and name C  )(resid 51 and name N  ) 1.0 -22.85 36.68 2

! Resdiue A 51 DATABASE
assign (resid 50 and name C  )(resid 51 and name N  )
       (resid 51 and name CA )(resid 51 and name C  ) 1.0 -63.91 18.76 2
assign (resid 51 and name N  )(resid 51 and name CA )
       (resid 51 and name C  )(resid 52 and name N  ) 1.0 -34.55 17.52 2

! Resdiue A 52 DATABASE
assign (resid 51 and name C  )(resid 52 and name N  )
       (resid 52 and name CA )(resid 52 and name C  ) 1.0 -64.00 16.36 2
assign (resid 52 and name N  )(resid 52 and name CA )
       (resid 52 and name C  )(resid 53 and name N  ) 1.0 -31.63 17.10 2

! Resid D 58 --- strand CSI
assign (resid 57 and name C  )(resid 58 and name N )
       (resid 58 and name CA )(resid 58 and name C ) 1.0 -140.0 60.0 2
assign (resid 58 and name N  )(resid 58 and name CA )
       (resid 58 and name C  )(resid 59 and name N ) 1.0 130.0 90.0 2

! Resdiue I 59 DATABASE
assign (resid 58 and name C  )(resid 59 and name N  )
       (resid 59 and name CA )(resid 59 and name C  ) 1.0 -136.14 37.06 2
assign (resid 59 and name N  )(resid 59 and name CA )
       (resid 59 and name C  )(resid 60 and name N  ) 1.0 142.52 35.40 2

! Resdiue I 60 DATABASE
assign (resid 59 and name C  )(resid 60 and name N  )
       (resid 60 and name CA )(resid 60 and name C  ) 1.0 -128.80 32.50 2
assign (resid 60 and name N  )(resid 60 and name CA )
       (resid 60 and name C  )(resid 61 and name N  ) 1.0 127.58 15.00 2

! Resdiue F 61 DATABASE
assign (resid 60 and name C  )(resid 61 and name N  )
       (resid 61 and name CA )(resid 61 and name C  ) 1.0 -116.03 29.36 2
assign (resid 61 and name N  )(resid 61 and name CA )
       (resid 61 and name C  )(resid 62 and name N  ) 1.0 139.60 27.08 2

! Resdiue W 62 DATABASE
assign (resid 61 and name C  )(resid 62 and name N  )
       (resid 62 and name CA )(resid 62 and name C  ) 1.0 -115.38 50.48 2
assign (resid 62 and name N  )(resid 62 and name CA )
       (resid 62 and name C  )(resid 63 and name N  ) 1.0 133.11 40.12 2

! Resdiue H 64 DATABASE
assign (resid 63 and name C  )(resid 64 and name N  )
       (resid 64 and name CA )(resid 64 and name C  ) 1.0 -61.79 15.00 2
assign (resid 64 and name N  )(resid 64 and name CA )
       (resid 64 and name C  )(resid 65 and name N  ) 1.0 -45.08 15.00 2

! Resdiue D 65 DATABASE
assign (resid 64 and name C  )(resid 65 and name N  )
       (resid 65 and name CA )(resid 65 and name C  ) 1.0 -63.06 15.00 2
assign (resid 65 and name N  )(resid 65 and name CA )
       (resid 65 and name C  )(resid 66 and name N  ) 1.0 -31.72 26.62 2

! Resdiue R 66 DATABASE
assign (resid 65 and name C  )(resid 66 and name N  )
       (resid 66 and name CA )(resid 66 and name C  ) 1.0 -87.41 33.00 2
assign (resid 66 and name N  )(resid 66 and name CA )
       (resid 66 and name C  )(resid 67 and name N  ) 1.0 -16.91 40.04 2

! Resid F 67 --- helix CSI 
assign (resid 66 and name C  )(resid 67 and name N )
       (resid 67 and name CA )(resid 67 and name C ) 1.0 -70.0 50.0 2

assign (resid 67 and name N  )(resid 67 and name CA )
       (resid 67 and name C  )(resid 68 and name N ) 1.0 -50.0 50.0 2

! Resid G 68 --- helix CSI 
assign (resid 67 and name C  )(resid 68 and name N )
       (resid 68 and name CA )(resid 68 and name C ) 1.0 -70.0 50.0 2

assign (resid 68 and name N  )(resid 68 and name CA )
       (resid 68 and name C  )(resid 69 and name N ) 1.0 -50.0 50.0 2

! Resid G 69 --- helix CSI 
assign (resid 68 and name C  )(resid 69 and name N )
       (resid 69 and name CA )(resid 69 and name C ) 1.0 -70.0 50.0 2

assign (resid 69 and name N  )(resid 69 and name CA )
       (resid 69 and name C  )(resid 70 and name N ) 1.0 -50.0 50.0 2

! Resdiue Y 70 DATABASE
assign (resid 69 and name C  )(resid 70 and name N  )
       (resid 70 and name CA )(resid 70 and name C  ) 1.0 -67.96 30.00 2
assign (resid 70 and name N  )(resid 70 and name CA )
       (resid 70 and name C  )(resid 71 and name N  ) 1.0 -36.58 32.18 2

! Resdiue A 71 DATABASE
assign (resid 70 and name C  )(resid 71 and name N  )
       (resid 71 and name CA )(resid 71 and name C  ) 1.0 -61.85 15.00 2
assign (resid 71 and name N  )(resid 71 and name CA )
       (resid 71 and name C  )(resid 72 and name N  ) 1.0 -40.59 15.00 2

! Resdiue Q 72 DATABASE
assign (resid 71 and name C  )(resid 72 and name N  )
       (resid 72 and name CA )(resid 72 and name C  ) 1.0 -63.26 15.00 2
assign (resid 72 and name N  )(resid 72 and name CA )
       (resid 72 and name C  )(resid 73 and name N  ) 1.0 -33.31 26.88 2

! Resdiue S 73 DATABASE
assign (resid 72 and name C  )(resid 73 and name N  )
       (resid 73 and name CA )(resid 73 and name C  ) 1.0 -91.80 21.50 2
assign (resid 73 and name N  )(resid 73 and name CA )
       (resid 73 and name C  )(resid 74 and name N  ) 1.0 -0.49 26.20 2

! Resid L 75 --- strand CSI
assign (resid 74 and name C  )(resid 75 and name N )
       (resid 75 and name CA )(resid 75 and name C ) 1.0 -140.0 60.0 2
assign (resid 75 and name N  )(resid 75 and name CA )
       (resid 75 and name C  )(resid 76 and name N ) 1.0 130.0 90.0 2

! Resid L 76 --- strand CSI
assign (resid 75 and name C  )(resid 76 and name N )
       (resid 76 and name CA )(resid 76 and name C ) 1.0 -140.0 60.0 2
assign (resid 76 and name N  )(resid 76 and name CA )
       (resid 76 and name C  )(resid 77 and name N ) 1.0 130.0 90.0 2

! Resdiue A 77 DATABASE
assign (resid 76 and name C  )(resid 77 and name N  )
       (resid 77 and name CA )(resid 77 and name C  ) 1.0 -83.93 50.56 2
assign (resid 77 and name N  )(resid 77 and name CA )
       (resid 77 and name C  )(resid 78 and name N  ) 1.0 137.24 62.32 2

! Resdiue E 78 DATABASE
assign (resid 77 and name C  )(resid 78 and name N  )
       (resid 78 and name CA )(resid 78 and name C  ) 1.0 -93.25 45.54 2
assign (resid 78 and name N  )(resid 78 and name CA )
       (resid 78 and name C  )(resid 79 and name N  ) 1.0 120.70 40.20 2

! Resdiue I 79 DATABASE
assign (resid 78 and name C  )(resid 79 and name N  )
       (resid 79 and name CA )(resid 79 and name C  ) 1.0 -97.64 49.64 2
assign (resid 79 and name N  )(resid 79 and name CA )
       (resid 79 and name C  )(resid 80 and name N  ) 1.0 141.67 31.34 2

! Resdiue T 80 DATABASE
assign (resid 79 and name C  )(resid 80 and name N  )
       (resid 80 and name CA )(resid 80 and name C  ) 1.0 -113.04 24.02 2
assign (resid 80 and name N  )(resid 80 and name CA )
       (resid 80 and name C  )(resid 81 and name N  ) 1.0 128.99 46.02 2

! Resid P 81 --- strand CSI
assign (resid 80 and name C  )(resid 81 and name N )
       (resid 81 and name CA )(resid 81 and name C ) 1.0 -140.0 60.0 2
assign (resid 81 and name N  )(resid 81 and name CA )
       (resid 81 and name C  )(resid 82 and name N ) 1.0 130.0 90.0 2

! Resid K 83 --- helix CSI 
assign (resid 82 and name C  )(resid 83 and name N )
       (resid 83 and name CA )(resid 83 and name C ) 1.0 -70.0 50.0 2

assign (resid 83 and name N  )(resid 83 and name CA )
       (resid 83 and name C  )(resid 84 and name N ) 1.0 -50.0 50.0 2

! Resdiue A 84 DATABASE
assign (resid 83 and name C  )(resid 84 and name N  )
       (resid 84 and name CA )(resid 84 and name C  ) 1.0 -62.60 15.00 2
assign (resid 84 and name N  )(resid 84 and name CA )
       (resid 84 and name C  )(resid 85 and name N  ) 1.0 -40.87 17.58 2

! Resdiue F 85 DATABASE
assign (resid 84 and name C  )(resid 85 and name N  )
       (resid 85 and name CA )(resid 85 and name C  ) 1.0 -64.13 15.00 2
assign (resid 85 and name N  )(resid 85 and name CA )
       (resid 85 and name C  )(resid 86 and name N  ) 1.0 -44.11 15.00 2

! Resdiue Q 86 DATABASE
assign (resid 85 and name C  )(resid 86 and name N  )
       (resid 86 and name CA )(resid 86 and name C  ) 1.0 -60.73 16.26 2
assign (resid 86 and name N  )(resid 86 and name CA )
       (resid 86 and name C  )(resid 87 and name N  ) 1.0 -39.84 15.00 2

! Resdiue D 87 DATABASE
assign (resid 86 and name C  )(resid 87 and name N  )
       (resid 87 and name CA )(resid 87 and name C  ) 1.0 -61.35 15.00 2
assign (resid 87 and name N  )(resid 87 and name CA )
       (resid 87 and name C  )(resid 88 and name N  ) 1.0 -31.84 20.98 2

! Resdiue P 91 DATABASE
assign (resid 90 and name C  )(resid 91 and name N  )
       (resid 91 and name CA )(resid 91 and name C  ) 1.0 -60.32 15.00 2
assign (resid 91 and name N  )(resid 91 and name CA )
       (resid 91 and name C  )(resid 92 and name N  ) 1.0 -37.55 15.32 2

! Resdiue F 92 DATABASE
assign (resid 91 and name C  )(resid 92 and name N  )
       (resid 92 and name CA )(resid 92 and name C  ) 1.0 -65.41 21.16 2
assign (resid 92 and name N  )(resid 92 and name CA )
       (resid 92 and name C  )(resid 93 and name N  ) 1.0 -38.52 23.90 2

! Resdiue T 93 DATABASE
assign (resid 92 and name C  )(resid 93 and name N  )
       (resid 93 and name CA )(resid 93 and name C  ) 1.0 -68.66 26.04 2
assign (resid 93 and name N  )(resid 93 and name CA )
       (resid 93 and name C  )(resid 94 and name N  ) 1.0 -38.53 15.00 2

! Resdiue W 94 DATABASE
assign (resid 93 and name C  )(resid 94 and name N  )
       (resid 94 and name CA )(resid 94 and name C  ) 1.0 -65.97 26.56 2
assign (resid 94 and name N  )(resid 94 and name CA )
       (resid 94 and name C  )(resid 95 and name N  ) 1.0 -44.86 20.36 2

! Resdiue D 95 DATABASE
assign (resid 94 and name C  )(resid 95 and name N  )
       (resid 95 and name CA )(resid 95 and name C  ) 1.0 -61.57 17.36 2
assign (resid 95 and name N  )(resid 95 and name CA )
       (resid 95 and name C  )(resid 96 and name N  ) 1.0 -35.89 23.62 2

! Resdiue A 96 DATABASE
assign (resid 95 and name C  )(resid 96 and name N  )
       (resid 96 and name CA )(resid 96 and name C  ) 1.0 -72.34 25.04 2
assign (resid 96 and name N  )(resid 96 and name CA )
       (resid 96 and name C  )(resid 97 and name N  ) 1.0 -23.17 27.06 2

! Resid V 97 --- strand CSI
assign (resid 96 and name C  )(resid 97 and name N )
       (resid 97 and name CA )(resid 97 and name C ) 1.0 -140.0 60.0 2
assign (resid 97 and name N  )(resid 97 and name CA )
       (resid 97 and name C  )(resid 98 and name N ) 1.0 130.0 90.0 2

! Resdiue R 98 DATABASE
assign (resid 97 and name C  )(resid 98 and name N  )
       (resid 98 and name CA )(resid 98 and name C  ) 1.0 -105.08 44.14 2
assign (resid 98 and name N  )(resid 98 and name CA )
       (resid 98 and name C  )(resid 99 and name N  ) 1.0 129.34 51.04 2

! Resdiue Y 99 DATABASE
assign (resid 98 and name C  )(resid 99 and name N  )
       (resid 99 and name CA )(resid 99 and name C  ) 1.0 -111.21 61.58 2
assign (resid 99 and name N  )(resid 99 and name CA )
       (resid 99 and name C  )(resid 100 and name N  ) 1.0 132.94 41.74 2

! Resdiue K 102 DATABASE
assign (resid 101 and name C  )(resid 102 and name N  )
       (resid 102 and name CA )(resid 102 and name C  ) 1.0 -118.70 26.90 2
assign (resid 102 and name N  )(resid 102 and name CA )
       (resid 102 and name C  )(resid 103 and name N  ) 1.0 139.11 42.50 2

! Resid L 103 --- strand CSI
assign (resid 102 and name C  )(resid 103 and name N )
       (resid 103 and name CA )(resid 103 and name C ) 1.0 -140.0 60.0 2
assign (resid 103 and name N  )(resid 103 and name CA )
       (resid 103 and name C  )(resid 104 and name N ) 1.0 130.0 90.0 2

! Resid I 104 --- strand CSI
assign (resid 103 and name C  )(resid 104 and name N )
       (resid 104 and name CA )(resid 104 and name C ) 1.0 -140.0 60.0 2
assign (resid 104 and name N  )(resid 104 and name CA )
       (resid 104 and name C  )(resid 105 and name N ) 1.0 130.0 90.0 2

! Resid A 105 --- strand CSI
assign (resid 104 and name C  )(resid 105 and name N )
       (resid 105 and name CA )(resid 105 and name C ) 1.0 -140.0 60.0 2
assign (resid 105 and name N  )(resid 105 and name CA )
       (resid 105 and name C  )(resid 106 and name N ) 1.0 130.0 90.0 2

! Resdiue Y 106 DATABASE
assign (resid 105 and name C  )(resid 106 and name N  )
       (resid 106 and name CA )(resid 106 and name C  ) 1.0 -116.03 38.98 2
assign (resid 106 and name N  )(resid 106 and name CA )
       (resid 106 and name C  )(resid 107 and name N  ) 1.0 133.53 32.34 2

! Resid P 107 --- strand CSI
assign (resid 106 and name C  )(resid 107 and name N )
       (resid 107 and name CA )(resid 107 and name C ) 1.0 -140.0 60.0 2
assign (resid 107 and name N  )(resid 107 and name CA )
       (resid 107 and name C  )(resid 108 and name N ) 1.0 130.0 90.0 2

! Resid I 108 --- strand CSI
assign (resid 107 and name C  )(resid 108 and name N )
       (resid 108 and name CA )(resid 108 and name C ) 1.0 -140.0 60.0 2
assign (resid 108 and name N  )(resid 108 and name CA )
       (resid 108 and name C  )(resid 109 and name N ) 1.0 130.0 90.0 2

! Resid A 109 --- strand CSI
assign (resid 108 and name C  )(resid 109 and name N )
       (resid 109 and name CA )(resid 109 and name C ) 1.0 -140.0 60.0 2
assign (resid 109 and name N  )(resid 109 and name CA )
       (resid 109 and name C  )(resid 110 and name N ) 1.0 130.0 90.0 2

! Resdiue V 110 DATABASE
assign (resid 109 and name C  )(resid 110 and name N  )
       (resid 110 and name CA )(resid 110 and name C  ) 1.0 -119.17 29.84 2
assign (resid 110 and name N  )(resid 110 and name CA )
       (resid 110 and name C  )(resid 111 and name N  ) 1.0 127.31 21.14 2

! Resdiue E 111 DATABASE
assign (resid 110 and name C  )(resid 111 and name N  )
       (resid 111 and name CA )(resid 111 and name C  ) 1.0 -130.66 26.12 2
assign (resid 111 and name N  )(resid 111 and name CA )
       (resid 111 and name C  )(resid 112 and name N  ) 1.0 149.33 16.52 2

! Resdiue A 112 DATABASE
assign (resid 111 and name C  )(resid 112 and name N  )
       (resid 112 and name CA )(resid 112 and name C  ) 1.0 -121.58 42.70 2
assign (resid 112 and name N  )(resid 112 and name CA )
       (resid 112 and name C  )(resid 113 and name N  ) 1.0 142.42 34.10 2

! Resid L 113 --- strand CSI
assign (resid 112 and name C  )(resid 113 and name N )
       (resid 113 and name CA )(resid 113 and name C ) 1.0 -140.0 60.0 2
assign (resid 113 and name N  )(resid 113 and name CA )
       (resid 113 and name C  )(resid 114 and name N ) 1.0 130.0 90.0 2

! Resdiue S 114 DATABASE
assign (resid 113 and name C  )(resid 114 and name N  )
       (resid 114 and name CA )(resid 114 and name C  ) 1.0 -141.67 23.28 2
assign (resid 114 and name N  )(resid 114 and name CA )
       (resid 114 and name C  )(resid 115 and name N  ) 1.0 154.04 29.94 2

! Resdiue L 115 DATABASE
assign (resid 114 and name C  )(resid 115 and name N  )
       (resid 115 and name CA )(resid 115 and name C  ) 1.0 -128.21 35.54 2
assign (resid 115 and name N  )(resid 115 and name CA )
       (resid 115 and name C  )(resid 116 and name N  ) 1.0 125.78 27.42 2

! Resdiue I 116 DATABASE
assign (resid 115 and name C  )(resid 116 and name N  )
       (resid 116 and name CA )(resid 116 and name C  ) 1.0 -109.19 35.32 2
assign (resid 116 and name N  )(resid 116 and name CA )
       (resid 116 and name C  )(resid 117 and name N  ) 1.0 131.12 24.46 2

! Resdiue Y 117 DATABASE
assign (resid 116 and name C  )(resid 117 and name N  )
       (resid 117 and name CA )(resid 117 and name C  ) 1.0 -124.24 28.44 2
assign (resid 117 and name N  )(resid 117 and name CA )
       (resid 117 and name C  )(resid 118 and name N  ) 1.0 147.04 32.34 2

! Resid N 118 --- strand CSI
assign (resid 117 and name C  )(resid 118 and name N )
       (resid 118 and name CA )(resid 118 and name C ) 1.0 -140.0 60.0 2
assign (resid 118 and name N  )(resid 118 and name CA )
       (resid 118 and name C  )(resid 119 and name N ) 1.0 130.0 90.0 2

! Resid L 121 --- strand CSI
assign (resid 120 and name C  )(resid 121 and name N )
       (resid 121 and name CA )(resid 121 and name C ) 1.0 -140.0 60.0 2
assign (resid 121 and name N  )(resid 121 and name CA )
       (resid 121 and name C  )(resid 122 and name N ) 1.0 130.0 90.0 2

! Resdiue L 122 DATABASE
assign (resid 121 and name C  )(resid 122 and name N  )
       (resid 122 and name CA )(resid 122 and name C  ) 1.0 -120.76 36.14 2
assign (resid 122 and name N  )(resid 122 and name CA )
       (resid 122 and name C  )(resid 123 and name N  ) 1.0 124.53 51.24 2

! Resdiue P 123 DATABASE
assign (resid 122 and name C  )(resid 123 and name N  )
       (resid 123 and name CA )(resid 123 and name C  ) 1.0 -75.78 48.24 2
assign (resid 123 and name N  )(resid 123 and name CA )
       (resid 123 and name C  )(resid 124 and name N  ) 1.0 143.01 17.30 2

! Resdiue N 124 DATABASE
assign (resid 123 and name C  )(resid 124 and name N  )
       (resid 124 and name CA )(resid 124 and name C  ) 1.0 -119.66 54.46 2
assign (resid 124 and name N  )(resid 124 and name CA )
       (resid 124 and name C  )(resid 125 and name N  ) 1.0 141.04 45.18 2

! Resdiue P 125 DATABASE
assign (resid 124 and name C  )(resid 125 and name N  )
       (resid 125 and name CA )(resid 125 and name C  ) 1.0 -98.18 72.86 2
assign (resid 125 and name N  )(resid 125 and name CA )
       (resid 125 and name C  )(resid 126 and name N  ) 1.0 135.34 31.96 2

! Resdiue T 128 DATABASE
assign (resid 127 and name C  )(resid 128 and name N  )
       (resid 128 and name CA )(resid 128 and name C  ) 1.0 -102.00 58.00 2
assign (resid 128 and name N  )(resid 128 and name CA )
       (resid 128 and name C  )(resid 129 and name N  ) 1.0 163.43 22.92 2

! Resdiue W 129 DATABASE
assign (resid 128 and name C  )(resid 129 and name N  )
       (resid 129 and name CA )(resid 129 and name C  ) 1.0 -57.75 15.00 2
assign (resid 129 and name N  )(resid 129 and name CA )
       (resid 129 and name C  )(resid 130 and name N  ) 1.0 -38.92 15.00 2

! Resdiue E 130 DATABASE
assign (resid 129 and name C  )(resid 130 and name N  )
       (resid 130 and name CA )(resid 130 and name C  ) 1.0 -60.62 15.00 2
assign (resid 130 and name N  )(resid 130 and name CA )
       (resid 130 and name C  )(resid 131 and name N  ) 1.0 -39.24 15.00 2

! Resdiue E 131 DATABASE
assign (resid 130 and name C  )(resid 131 and name N  )
       (resid 131 and name CA )(resid 131 and name C  ) 1.0 -68.82 19.86 2
assign (resid 131 and name N  )(resid 131 and name CA )
       (resid 131 and name C  )(resid 132 and name N  ) 1.0 -36.25 19.94 2

! Resdiue I 132 DATABASE
assign (resid 131 and name C  )(resid 132 and name N  )
       (resid 132 and name CA )(resid 132 and name C  ) 1.0 -56.90 16.36 2
assign (resid 132 and name N  )(resid 132 and name CA )
       (resid 132 and name C  )(resid 133 and name N  ) 1.0 -46.80 15.00 2

! Resdiue P 133 DATABASE
assign (resid 132 and name C  )(resid 133 and name N  )
       (resid 133 and name CA )(resid 133 and name C  ) 1.0 -61.68 15.08 2
assign (resid 133 and name N  )(resid 133 and name CA )
       (resid 133 and name C  )(resid 134 and name N  ) 1.0 -39.58 28.00 2

! Resdiue A 134 DATABASE
assign (resid 133 and name C  )(resid 134 and name N  )
       (resid 134 and name CA )(resid 134 and name C  ) 1.0 -59.39 15.00 2
assign (resid 134 and name N  )(resid 134 and name CA )
       (resid 134 and name C  )(resid 135 and name N  ) 1.0 -42.92 15.00 2

! Resdiue L 135 DATABASE
assign (resid 134 and name C  )(resid 135 and name N  )
       (resid 135 and name CA )(resid 135 and name C  ) 1.0 -62.67 15.00 2
assign (resid 135 and name N  )(resid 135 and name CA )
       (resid 135 and name C  )(resid 136 and name N  ) 1.0 -38.72 15.00 2

! Resdiue D 136 DATABASE
assign (resid 135 and name C  )(resid 136 and name N  )
       (resid 136 and name CA )(resid 136 and name C  ) 1.0 -61.62 15.00 2
assign (resid 136 and name N  )(resid 136 and name CA )
       (resid 136 and name C  )(resid 137 and name N  ) 1.0 -44.05 15.00 2

! Resdiue K 137 DATABASE
assign (resid 136 and name C  )(resid 137 and name N  )
       (resid 137 and name CA )(resid 137 and name C  ) 1.0 -61.25 15.00 2
assign (resid 137 and name N  )(resid 137 and name CA )
       (resid 137 and name C  )(resid 138 and name N  ) 1.0 -43.18 15.00 2

! Resdiue E 138 DATABASE
assign (resid 137 and name C  )(resid 138 and name N  )
       (resid 138 and name CA )(resid 138 and name C  ) 1.0 -66.72 15.00 2
assign (resid 138 and name N  )(resid 138 and name CA )
       (resid 138 and name C  )(resid 139 and name N  ) 1.0 -45.51 15.00 2

! Resdiue L 139 DATABASE
assign (resid 138 and name C  )(resid 139 and name N  )
       (resid 139 and name CA )(resid 139 and name C  ) 1.0 -65.48 16.92 2
assign (resid 139 and name N  )(resid 139 and name CA )
       (resid 139 and name C  )(resid 140 and name N  ) 1.0 -40.79 15.00 2

! Resdiue K 140 DATABASE
assign (resid 139 and name C  )(resid 140 and name N  )
       (resid 140 and name CA )(resid 140 and name C  ) 1.0 -62.89 15.00 2
assign (resid 140 and name N  )(resid 140 and name CA )
       (resid 140 and name C  )(resid 141 and name N  ) 1.0 -39.51 15.00 2

! Resdiue A 141 DATABASE
assign (resid 140 and name C  )(resid 141 and name N  )
       (resid 141 and name CA )(resid 141 and name C  ) 1.0 -61.61 15.00 2
assign (resid 141 and name N  )(resid 141 and name CA )
       (resid 141 and name C  )(resid 142 and name N  ) 1.0 -32.33 27.80 2

! Resid G 143 --- strand CSI
assign (resid 142 and name C  )(resid 143 and name N )
       (resid 143 and name CA )(resid 143 and name C ) 1.0 -140.0 60.0 2
assign (resid 143 and name N  )(resid 143 and name CA )
       (resid 143 and name C  )(resid 144 and name N ) 1.0 130.0 90.0 2

! Resdiue K 144 DATABASE
assign (resid 143 and name C  )(resid 144 and name N  )
       (resid 144 and name CA )(resid 144 and name C  ) 1.0 -118.78 53.54 2
assign (resid 144 and name N  )(resid 144 and name CA )
       (resid 144 and name C  )(resid 145 and name N  ) 1.0 143.81 41.30 2

! Resdiue S 145 DATABASE
assign (resid 144 and name C  )(resid 145 and name N  )
       (resid 145 and name CA )(resid 145 and name C  ) 1.0 -107.80 50.96 2
assign (resid 145 and name N  )(resid 145 and name CA )
       (resid 145 and name C  )(resid 146 and name N  ) 1.0 145.03 32.36 2

! Resdiue L 147 DATABASE
assign (resid 146 and name C  )(resid 147 and name N  )
       (resid 147 and name CA )(resid 147 and name C  ) 1.0 -129.19 59.96 2
assign (resid 147 and name N  )(resid 147 and name CA )
       (resid 147 and name C  )(resid 148 and name N  ) 1.0 151.54 35.76 2

! Resdiue M 148 DATABASE
assign (resid 147 and name C  )(resid 148 and name N  )
       (resid 148 and name CA )(resid 148 and name C  ) 1.0 -121.34 65.78 2
assign (resid 148 and name N  )(resid 148 and name CA )
       (resid 148 and name C  )(resid 149 and name N  ) 1.0 146.32 39.78 2

! Resdiue F 149 DATABASE
assign (resid 148 and name C  )(resid 149 and name N  )
       (resid 149 and name CA )(resid 149 and name C  ) 1.0 -127.41 44.50 2
assign (resid 149 and name N  )(resid 149 and name CA )
       (resid 149 and name C  )(resid 150 and name N  ) 1.0 142.69 34.26 2

! Resid Q 152 --- strand CSI
assign (resid 151 and name C  )(resid 152 and name N )
       (resid 152 and name CA )(resid 152 and name C ) 1.0 -140.0 60.0 2
assign (resid 152 and name N  )(resid 152 and name CA )
       (resid 152 and name C  )(resid 153 and name N ) 1.0 130.0 90.0 2

! Resid E 153 --- strand CSI
assign (resid 152 and name C  )(resid 153 and name N )
       (resid 153 and name CA )(resid 153 and name C ) 1.0 -140.0 60.0 2
assign (resid 153 and name N  )(resid 153 and name CA )
       (resid 153 and name C  )(resid 154 and name N ) 1.0 130.0 90.0 2

! Resid P 154 --- strand CSI
assign (resid 153 and name C  )(resid 154 and name N )
       (resid 154 and name CA )(resid 154 and name C ) 1.0 -140.0 60.0 2
assign (resid 154 and name N  )(resid 154 and name CA )
       (resid 154 and name C  )(resid 155 and name N ) 1.0 130.0 90.0 2

! Resdiue F 156 DATABASE
assign (resid 155 and name C  )(resid 156 and name N  )
       (resid 156 and name CA )(resid 156 and name C  ) 1.0 -80.29 40.44 2
assign (resid 156 and name N  )(resid 156 and name CA )
       (resid 156 and name C  )(resid 157 and name N  ) 1.0 -30.30 39.06 2

! Resdiue W 158 DATABASE
assign (resid 157 and name C  )(resid 158 and name N  )
       (resid 158 and name CA )(resid 158 and name C  ) 1.0 -62.98 20.70 2
assign (resid 158 and name N  )(resid 158 and name CA )
       (resid 158 and name C  )(resid 159 and name N  ) 1.0 -40.17 15.00 2

! Resdiue P 159 DATABASE
assign (resid 158 and name C  )(resid 159 and name N  )
       (resid 159 and name CA )(resid 159 and name C  ) 1.0 -63.55 19.14 2
assign (resid 159 and name N  )(resid 159 and name CA )
       (resid 159 and name C  )(resid 160 and name N  ) 1.0 -30.76 19.50 2

! Resdiue L 160 DATABASE
assign (resid 159 and name C  )(resid 160 and name N  )
       (resid 160 and name CA )(resid 160 and name C  ) 1.0 -86.96 36.74 2
assign (resid 160 and name N  )(resid 160 and name CA )
       (resid 160 and name C  )(resid 161 and name N  ) 1.0 -12.23 44.46 2

! Resdiue A 162 DATABASE
assign (resid 161 and name C  )(resid 162 and name N  )
       (resid 162 and name CA )(resid 162 and name C  ) 1.0 -72.93 36.34 2
assign (resid 162 and name N  )(resid 162 and name CA )
       (resid 162 and name C  )(resid 163 and name N  ) 1.0 -27.47 44.68 2

! Resdiue D 164 DATABASE
assign (resid 163 and name C  )(resid 164 and name N  )
       (resid 164 and name CA )(resid 164 and name C  ) 1.0 -94.05 28.12 2
assign (resid 164 and name N  )(resid 164 and name CA )
       (resid 164 and name C  )(resid 165 and name N  ) 1.0 -9.15 49.04 2

! Resdiue F 169 DATABASE
assign (resid 168 and name C  )(resid 169 and name N  )
       (resid 169 and name CA )(resid 169 and name C  ) 1.0 -134.76 20.92 2
assign (resid 169 and name N  )(resid 169 and name CA )
       (resid 169 and name C  )(resid 170 and name N  ) 1.0 151.78 34.54 2

! Resdiue K 170 DATABASE
assign (resid 169 and name C  )(resid 170 and name N  )
       (resid 170 and name CA )(resid 170 and name C  ) 1.0 -112.03 24.30 2
assign (resid 170 and name N  )(resid 170 and name CA )
       (resid 170 and name C  )(resid 171 and name N  ) 1.0 120.24 17.72 2

! Resdiue Y 171 DATABASE
assign (resid 170 and name C  )(resid 171 and name N  )
       (resid 171 and name CA )(resid 171 and name C  ) 1.0 -109.58 30.14 2
assign (resid 171 and name N  )(resid 171 and name CA )
       (resid 171 and name C  )(resid 172 and name N  ) 1.0 129.00 18.14 2

! Resdiue E 172 DATABASE
assign (resid 171 and name C  )(resid 172 and name N  )
       (resid 172 and name CA )(resid 172 and name C  ) 1.0 -103.96 33.08 2
assign (resid 172 and name N  )(resid 172 and name CA )
       (resid 172 and name C  )(resid 173 and name N  ) 1.0 140.25 38.10 2

! Resdiue K 175 DATABASE
assign (resid 174 and name C  )(resid 175 and name N  )
       (resid 175 and name CA )(resid 175 and name C  ) 1.0 -122.21 50.98 2
assign (resid 175 and name N  )(resid 175 and name CA )
       (resid 175 and name C  )(resid 176 and name N  ) 1.0 149.71 24.74 2

! Resdiue D 180 DATABASE
assign (resid 179 and name C  )(resid 180 and name N  )
       (resid 180 and name CA )(resid 180 and name C  ) 1.0 -96.31 50.74 2
assign (resid 180 and name N  )(resid 180 and name CA )
       (resid 180 and name C  )(resid 181 and name N  ) 1.0 120.54 27.56 2

! Resdiue V 181 DATABASE
assign (resid 180 and name C  )(resid 181 and name N  )
       (resid 181 and name CA )(resid 181 and name C  ) 1.0 -118.05 30.22 2
assign (resid 181 and name N  )(resid 181 and name CA )
       (resid 181 and name C  )(resid 182 and name N  ) 1.0 129.24 22.12 2

! Resid G 182 --- strand CSI
assign (resid 181 and name C  )(resid 182 and name N )
       (resid 182 and name CA )(resid 182 and name C ) 1.0 -140.0 60.0 2
assign (resid 182 and name N  )(resid 182 and name CA )
       (resid 182 and name C  )(resid 183 and name N ) 1.0 130.0 90.0 2

! Resdiue A 186 DATABASE
assign (resid 185 and name C  )(resid 186 and name N  )
       (resid 186 and name CA )(resid 186 and name C  ) 1.0 -59.57 20.78 2
assign (resid 186 and name N  )(resid 186 and name CA )
       (resid 186 and name C  )(resid 187 and name N  ) 1.0 -35.22 20.30 2

! Resdiue G 187 DATABASE
assign (resid 186 and name C  )(resid 187 and name N  )
       (resid 187 and name CA )(resid 187 and name C  ) 1.0 -65.16 15.00 2
assign (resid 187 and name N  )(resid 187 and name CA )
       (resid 187 and name C  )(resid 188 and name N  ) 1.0 -36.80 18.72 2

! Resdiue A 188 DATABASE
assign (resid 187 and name C  )(resid 188 and name N  )
       (resid 188 and name CA )(resid 188 and name C  ) 1.0 -64.01 15.00 2
assign (resid 188 and name N  )(resid 188 and name CA )
       (resid 188 and name C  )(resid 189 and name N  ) 1.0 -42.07 23.84 2

! Resdiue K 189 DATABASE
assign (resid 188 and name C  )(resid 189 and name N  )
       (resid 189 and name CA )(resid 189 and name C  ) 1.0 -62.68 16.20 2
assign (resid 189 and name N  )(resid 189 and name CA )
       (resid 189 and name C  )(resid 190 and name N  ) 1.0 -44.78 15.00 2

! Resdiue A 190 DATABASE
assign (resid 189 and name C  )(resid 190 and name N  )
       (resid 190 and name CA )(resid 190 and name C  ) 1.0 -66.29 15.00 2
assign (resid 190 and name N  )(resid 190 and name CA )
       (resid 190 and name C  )(resid 191 and name N  ) 1.0 -39.10 17.84 2

! Resdiue G 191 DATABASE
assign (resid 190 and name C  )(resid 191 and name N  )
       (resid 191 and name CA )(resid 191 and name C  ) 1.0 -65.14 15.00 2
assign (resid 191 and name N  )(resid 191 and name CA )
       (resid 191 and name C  )(resid 192 and name N  ) 1.0 -41.37 19.02 2

! Resid L 192 --- helix CSI 
assign (resid 191 and name C  )(resid 192 and name N )
       (resid 192 and name CA )(resid 192 and name C ) 1.0 -70.0 50.0 2

assign (resid 192 and name N  )(resid 192 and name CA )
       (resid 192 and name C  )(resid 193 and name N ) 1.0 -50.0 50.0 2

! Resdiue T 193 DATABASE
assign (resid 192 and name C  )(resid 193 and name N  )
       (resid 193 and name CA )(resid 193 and name C  ) 1.0 -62.48 15.00 2
assign (resid 193 and name N  )(resid 193 and name CA )
       (resid 193 and name C  )(resid 194 and name N  ) 1.0 -43.99 15.00 2

! Resid F 194 --- helix CSI 
assign (resid 193 and name C  )(resid 194 and name N )
       (resid 194 and name CA )(resid 194 and name C ) 1.0 -70.0 50.0 2

assign (resid 194 and name N  )(resid 194 and name CA )
       (resid 194 and name C  )(resid 195 and name N ) 1.0 -50.0 50.0 2

! Resdiue L 195 DATABASE
assign (resid 194 and name C  )(resid 195 and name N  )
       (resid 195 and name CA )(resid 195 and name C  ) 1.0 -62.55 15.00 2
assign (resid 195 and name N  )(resid 195 and name CA )
       (resid 195 and name C  )(resid 196 and name N  ) 1.0 -39.18 24.40 2

! Resdiue V 196 DATABASE
assign (resid 195 and name C  )(resid 196 and name N  )
       (resid 196 and name CA )(resid 196 and name C  ) 1.0 -62.41 15.00 2
assign (resid 196 and name N  )(resid 196 and name CA )
       (resid 196 and name C  )(resid 197 and name N  ) 1.0 -43.14 15.00 2

! Resdiue D 197 DATABASE
assign (resid 196 and name C  )(resid 197 and name N  )
       (resid 197 and name CA )(resid 197 and name C  ) 1.0 -61.20 15.00 2
assign (resid 197 and name N  )(resid 197 and name CA )
       (resid 197 and name C  )(resid 198 and name N  ) 1.0 -42.60 15.00 2

! Resdiue L 198 DATABASE
assign (resid 197 and name C  )(resid 198 and name N  )
       (resid 198 and name CA )(resid 198 and name C  ) 1.0 -64.33 15.00 2
assign (resid 198 and name N  )(resid 198 and name CA )
       (resid 198 and name C  )(resid 199 and name N  ) 1.0 -43.88 15.00 2

! Resdiue I 199 DATABASE
assign (resid 198 and name C  )(resid 199 and name N  )
       (resid 199 and name CA )(resid 199 and name C  ) 1.0 -64.58 15.00 2
assign (resid 199 and name N  )(resid 199 and name CA )
       (resid 199 and name C  )(resid 200 and name N  ) 1.0 -40.13 15.00 2

! Resdiue K 200 DATABASE
assign (resid 199 and name C  )(resid 200 and name N  )
       (resid 200 and name CA )(resid 200 and name C  ) 1.0 -63.60 15.34 2
assign (resid 200 and name N  )(resid 200 and name CA )
       (resid 200 and name C  )(resid 201 and name N  ) 1.0 -33.61 26.20 2

! Resdiue N 201 DATABASE
assign (resid 200 and name C  )(resid 201 and name N  )
       (resid 201 and name CA )(resid 201 and name C  ) 1.0 -87.36 19.10 2
assign (resid 201 and name N  )(resid 201 and name CA )
       (resid 201 and name C  )(resid 202 and name N  ) 1.0  0.90 27.04 2

! Resid K 202 --- helix CSI 
assign (resid 201 and name C  )(resid 202 and name N )
       (resid 202 and name CA )(resid 202 and name C ) 1.0 -70.0 50.0 2

assign (resid 202 and name N  )(resid 202 and name CA )
       (resid 202 and name C  )(resid 203 and name N ) 1.0 -50.0 50.0 2

! Resid H 203 --- helix CSI 
assign (resid 202 and name C  )(resid 203 and name N )
       (resid 203 and name CA )(resid 203 and name C ) 1.0 -70.0 50.0 2

assign (resid 203 and name N  )(resid 203 and name CA )
       (resid 203 and name C  )(resid 204 and name N ) 1.0 -50.0 50.0 2

! Resdiue T 208 DATABASE
assign (resid 207 and name C  )(resid 208 and name N  )
       (resid 208 and name CA )(resid 208 and name C  ) 1.0 -91.41 36.20 2
assign (resid 208 and name N  )(resid 208 and name CA )
       (resid 208 and name C  )(resid 209 and name N  ) 1.0 128.47 19.48 2

! Resdiue D 209 DATABASE
assign (resid 208 and name C  )(resid 209 and name N  )
       (resid 209 and name CA )(resid 209 and name C  ) 1.0 -108.60 52.70 2
assign (resid 209 and name N  )(resid 209 and name CA )
       (resid 209 and name C  )(resid 210 and name N  ) 1.0 155.93 63.98 2

! Resdiue Y 210 DATABASE
assign (resid 209 and name C  )(resid 210 and name N  )
       (resid 210 and name CA )(resid 210 and name C  ) 1.0 -63.06 15.00 2
assign (resid 210 and name N  )(resid 210 and name CA )
       (resid 210 and name C  )(resid 211 and name N  ) 1.0 -38.60 21.28 2

! Resdiue S 211 DATABASE
assign (resid 210 and name C  )(resid 211 and name N  )
       (resid 211 and name CA )(resid 211 and name C  ) 1.0 -64.84 15.00 2
assign (resid 211 and name N  )(resid 211 and name CA )
       (resid 211 and name C  )(resid 212 and name N  ) 1.0 -40.67 15.00 2

! Resdiue I 212 DATABASE
assign (resid 211 and name C  )(resid 212 and name N  )
       (resid 212 and name CA )(resid 212 and name C  ) 1.0 -66.54 15.00 2
assign (resid 212 and name N  )(resid 212 and name CA )
       (resid 212 and name C  )(resid 213 and name N  ) 1.0 -43.36 15.28 2

! Resdiue A 213 DATABASE
assign (resid 212 and name C  )(resid 213 and name N  )
       (resid 213 and name CA )(resid 213 and name C  ) 1.0 -62.72 15.00 2
assign (resid 213 and name N  )(resid 213 and name CA )
       (resid 213 and name C  )(resid 214 and name N  ) 1.0 -45.88 15.00 2

! Resdiue E 214 DATABASE
assign (resid 213 and name C  )(resid 214 and name N  )
       (resid 214 and name CA )(resid 214 and name C  ) 1.0 -66.24 15.00 2
assign (resid 214 and name N  )(resid 214 and name CA )
       (resid 214 and name C  )(resid 215 and name N  ) 1.0 -42.42 19.34 2

! Resdiue A 215 DATABASE
assign (resid 214 and name C  )(resid 215 and name N  )
       (resid 215 and name CA )(resid 215 and name C  ) 1.0 -63.07 15.00 2
assign (resid 215 and name N  )(resid 215 and name CA )
       (resid 215 and name C  )(resid 216 and name N  ) 1.0 -40.43 15.00 2

! Resdiue A 216 DATABASE
assign (resid 215 and name C  )(resid 216 and name N  )
       (resid 216 and name CA )(resid 216 and name C  ) 1.0 -66.39 15.00 2
assign (resid 216 and name N  )(resid 216 and name CA )
       (resid 216 and name C  )(resid 217 and name N  ) 1.0 -41.63 15.00 2

! Resdiue F 217 DATABASE
assign (resid 216 and name C  )(resid 217 and name N  )
       (resid 217 and name CA )(resid 217 and name C  ) 1.0 -61.14 15.00 2
assign (resid 217 and name N  )(resid 217 and name CA )
       (resid 217 and name C  )(resid 218 and name N  ) 1.0 -43.50 15.00 2

! Resdiue N 218 DATABASE
assign (resid 217 and name C  )(resid 218 and name N  )
       (resid 218 and name CA )(resid 218 and name C  ) 1.0 -63.90 16.10 2
assign (resid 218 and name N  )(resid 218 and name CA )
       (resid 218 and name C  )(resid 219 and name N  ) 1.0 -27.85 22.34 2

! Resdiue K 219 DATABASE
assign (resid 218 and name C  )(resid 219 and name N  )
       (resid 219 and name CA )(resid 219 and name C  ) 1.0 -90.67 16.04 2
assign (resid 219 and name N  )(resid 219 and name CA )
       (resid 219 and name C  )(resid 220 and name N  ) 1.0  0.12 23.58 2

! Resid E 221 --- strand CSI
assign (resid 220 and name C  )(resid 221 and name N )
       (resid 221 and name CA )(resid 221 and name C ) 1.0 -140.0 60.0 2
assign (resid 221 and name N  )(resid 221 and name CA )
       (resid 221 and name C  )(resid 222 and name N ) 1.0 130.0 90.0 2

! Resdiue T 222 DATABASE
assign (resid 221 and name C  )(resid 222 and name N  )
       (resid 222 and name CA )(resid 222 and name C  ) 1.0 -115.18 39.16 2
assign (resid 222 and name N  )(resid 222 and name CA )
       (resid 222 and name C  )(resid 223 and name N  ) 1.0 147.52 34.42 2

! Resid A 223 --- strand CSI
assign (resid 222 and name C  )(resid 223 and name N )
       (resid 223 and name CA )(resid 223 and name C ) 1.0 -140.0 60.0 2
assign (resid 223 and name N  )(resid 223 and name CA )
       (resid 223 and name C  )(resid 224 and name N ) 1.0 130.0 90.0 2

! Resid M 224 --- strand CSI
assign (resid 223 and name C  )(resid 224 and name N )
       (resid 224 and name CA )(resid 224 and name C ) 1.0 -140.0 60.0 2
assign (resid 224 and name N  )(resid 224 and name CA )
       (resid 224 and name C  )(resid 225 and name N ) 1.0 130.0 90.0 2

! Resdiue T 225 DATABASE
assign (resid 224 and name C  )(resid 225 and name N  )
       (resid 225 and name CA )(resid 225 and name C  ) 1.0 -127.33 17.10 2
assign (resid 225 and name N  )(resid 225 and name CA )
       (resid 225 and name C  )(resid 226 and name N  ) 1.0 137.00 31.74 2

! Resdiue I 226 DATABASE
assign (resid 225 and name C  )(resid 226 and name N  )
       (resid 226 and name CA )(resid 226 and name C  ) 1.0 -106.66 29.54 2
assign (resid 226 and name N  )(resid 226 and name CA )
       (resid 226 and name C  )(resid 227 and name N  ) 1.0 129.87 15.00 2

! Resdiue N 227 DATABASE
assign (resid 226 and name C  )(resid 227 and name N  )
       (resid 227 and name CA )(resid 227 and name C  ) 1.0 -116.33 29.50 2
assign (resid 227 and name N  )(resid 227 and name CA )
       (resid 227 and name C  )(resid 228 and name N  ) 1.0 137.60 26.68 2

! Resid G 228 --- strand CSI
assign (resid 227 and name C  )(resid 228 and name N )
       (resid 228 and name CA )(resid 228 and name C ) 1.0 -140.0 60.0 2
assign (resid 228 and name N  )(resid 228 and name CA )
       (resid 228 and name C  )(resid 229 and name N ) 1.0 130.0 90.0 2

! Resid N 241 --- strand CSI
assign (resid 240 and name C  )(resid 241 and name N )
       (resid 241 and name CA )(resid 241 and name C ) 1.0 -140.0 60.0 2
assign (resid 241 and name N  )(resid 241 and name CA )
       (resid 241 and name C  )(resid 242 and name N ) 1.0 130.0 90.0 2

! Resdiue Y 242 DATABASE
assign (resid 241 and name C  )(resid 242 and name N  )
       (resid 242 and name CA )(resid 242 and name C  ) 1.0 -124.10 25.06 2
assign (resid 242 and name N  )(resid 242 and name CA )
       (resid 242 and name C  )(resid 243 and name N  ) 1.0 143.37 27.42 2

! Resid G 243 --- strand CSI
assign (resid 242 and name C  )(resid 243 and name N )
       (resid 243 and name CA )(resid 243 and name C ) 1.0 -140.0 60.0 2
assign (resid 243 and name N  )(resid 243 and name CA )
       (resid 243 and name C  )(resid 244 and name N ) 1.0 130.0 90.0 2

! Resdiue V 244 DATABASE
assign (resid 243 and name C  )(resid 244 and name N  )
       (resid 244 and name CA )(resid 244 and name C  ) 1.0 -118.70 27.68 2
assign (resid 244 and name N  )(resid 244 and name CA )
       (resid 244 and name C  )(resid 245 and name N  ) 1.0 121.42 15.00 2

! Resdiue T 245 DATABASE
assign (resid 244 and name C  )(resid 245 and name N  )
       (resid 245 and name CA )(resid 245 and name C  ) 1.0 -115.62 25.40 2
assign (resid 245 and name N  )(resid 245 and name CA )
       (resid 245 and name C  )(resid 246 and name N  ) 1.0 138.73 23.98 2

! Resdiue V 246 DATABASE
assign (resid 245 and name C  )(resid 246 and name N  )
       (resid 246 and name CA )(resid 246 and name C  ) 1.0 -112.63 35.16 2
assign (resid 246 and name N  )(resid 246 and name CA )
       (resid 246 and name C  )(resid 247 and name N  ) 1.0 126.50 24.04 2

! Resdiue L 247 DATABASE
assign (resid 246 and name C  )(resid 247 and name N  )
       (resid 247 and name CA )(resid 247 and name C  ) 1.0 -94.99 34.94 2
assign (resid 247 and name N  )(resid 247 and name CA )
       (resid 247 and name C  )(resid 248 and name N  ) 1.0 128.05 30.48 2

! Resid P 248 --- strand CSI
assign (resid 247 and name C  )(resid 248 and name N )
       (resid 248 and name CA )(resid 248 and name C ) 1.0 -140.0 60.0 2
assign (resid 248 and name N  )(resid 248 and name CA )
       (resid 248 and name C  )(resid 249 and name N ) 1.0 130.0 90.0 2

! Resdiue T 249 DATABASE
assign (resid 248 and name C  )(resid 249 and name N  )
       (resid 249 and name CA )(resid 249 and name C  ) 1.0 -106.28 48.66 2
assign (resid 249 and name N  )(resid 249 and name CA )
       (resid 249 and name C  )(resid 250 and name N  ) 1.0 146.19 31.28 2

! Resdiue F 250 DATABASE
assign (resid 249 and name C  )(resid 250 and name N  )
       (resid 250 and name CA )(resid 250 and name C  ) 1.0 -125.08 42.02 2
assign (resid 250 and name N  )(resid 250 and name CA )
       (resid 250 and name C  )(resid 251 and name N  ) 1.0 127.17 15.28 2

! Resdiue Q 253 DATABASE
assign (resid 252 and name C  )(resid 253 and name N  )
       (resid 253 and name CA )(resid 253 and name C  ) 1.0 -115.01 41.34 2
assign (resid 253 and name N  )(resid 253 and name CA )
       (resid 253 and name C  )(resid 254 and name N  ) 1.0 132.82 41.84 2

! Resdiue K 256 DATABASE
assign (resid 255 and name C  )(resid 256 and name N  )
       (resid 256 and name CA )(resid 256 and name C  ) 1.0 -123.17 36.74 2
assign (resid 256 and name N  )(resid 256 and name CA )
       (resid 256 and name C  )(resid 257 and name N  ) 1.0 139.06 68.38 2

! Resid P 257 --- strand CSI
assign (resid 256 and name C  )(resid 257 and name N )
       (resid 257 and name CA )(resid 257 and name C ) 1.0 -140.0 60.0 2
assign (resid 257 and name N  )(resid 257 and name CA )
       (resid 257 and name C  )(resid 258 and name N ) 1.0 130.0 90.0 2

! Resid F 258 --- strand CSI
assign (resid 257 and name C  )(resid 258 and name N )
       (resid 258 and name CA )(resid 258 and name C ) 1.0 -140.0 60.0 2
assign (resid 258 and name N  )(resid 258 and name CA )
       (resid 258 and name C  )(resid 259 and name N ) 1.0 130.0 90.0 2

! Resdiue V 259 DATABASE
assign (resid 258 and name C  )(resid 259 and name N  )
       (resid 259 and name CA )(resid 259 and name C  ) 1.0 -109.22 33.32 2
assign (resid 259 and name N  )(resid 259 and name CA )
       (resid 259 and name C  )(resid 260 and name N  ) 1.0 127.54 27.58 2

! Resid G 260 --- strand CSI
assign (resid 259 and name C  )(resid 260 and name N )
       (resid 260 and name CA )(resid 260 and name C ) 1.0 -140.0 60.0 2
assign (resid 260 and name N  )(resid 260 and name CA )
       (resid 260 and name C  )(resid 261 and name N ) 1.0 130.0 90.0 2

! Resdiue V 261 DATABASE
assign (resid 260 and name C  )(resid 261 and name N  )
       (resid 261 and name CA )(resid 261 and name C  ) 1.0 -108.17 21.64 2
assign (resid 261 and name N  )(resid 261 and name CA )
       (resid 261 and name C  )(resid 262 and name N  ) 1.0 117.59 27.08 2

! Resid S 263 --- strand CSI
assign (resid 262 and name C  )(resid 263 and name N )
       (resid 263 and name CA )(resid 263 and name C ) 1.0 -140.0 60.0 2
assign (resid 263 and name N  )(resid 263 and name CA )
       (resid 263 and name C  )(resid 264 and name N ) 1.0 130.0 90.0 2

! Resdiue A 264 DATABASE
assign (resid 263 and name C  )(resid 264 and name N  )
       (resid 264 and name CA )(resid 264 and name C  ) 1.0 -112.77 38.18 2
assign (resid 264 and name N  )(resid 264 and name CA )
       (resid 264 and name C  )(resid 265 and name N  ) 1.0 131.42 23.78 2

! Resid G 265 --- strand CSI
assign (resid 264 and name C  )(resid 265 and name N )
       (resid 265 and name CA )(resid 265 and name C ) 1.0 -140.0 60.0 2
assign (resid 265 and name N  )(resid 265 and name CA )
       (resid 265 and name C  )(resid 266 and name N ) 1.0 130.0 90.0 2

! Resdiue I 266 DATABASE
assign (resid 265 and name C  )(resid 266 and name N  )
       (resid 266 and name CA )(resid 266 and name C  ) 1.0 -116.35 28.02 2
assign (resid 266 and name N  )(resid 266 and name CA )
       (resid 266 and name C  )(resid 267 and name N  ) 1.0 126.96 32.92 2

! Resdiue N 267 DATABASE
assign (resid 266 and name C  )(resid 267 and name N  )
       (resid 267 and name CA )(resid 267 and name C  ) 1.0 -90.32 56.70 2
assign (resid 267 and name N  )(resid 267 and name CA )
       (resid 267 and name C  )(resid 268 and name N  ) 1.0 140.80 32.64 2

! Resdiue K 273 DATABASE
assign (resid 272 and name C  )(resid 273 and name N  )
       (resid 273 and name CA )(resid 273 and name C  ) 1.0 -60.01 15.00 2
assign (resid 273 and name N  )(resid 273 and name CA )
       (resid 273 and name C  )(resid 274 and name N  ) 1.0 -38.99 15.00 2

! Resdiue E 274 DATABASE
assign (resid 273 and name C  )(resid 274 and name N  )
       (resid 274 and name CA )(resid 274 and name C  ) 1.0 -62.57 15.00 2
assign (resid 274 and name N  )(resid 274 and name CA )
       (resid 274 and name C  )(resid 275 and name N  ) 1.0 -42.19 15.00 2

! Resdiue L 275 DATABASE
assign (resid 274 and name C  )(resid 275 and name N  )
       (resid 275 and name CA )(resid 275 and name C  ) 1.0 -62.83 15.00 2
assign (resid 275 and name N  )(resid 275 and name CA )
       (resid 275 and name C  )(resid 276 and name N  ) 1.0 -42.92 15.00 2

! Resdiue A 276 DATABASE
assign (resid 275 and name C  )(resid 276 and name N  )
       (resid 276 and name CA )(resid 276 and name C  ) 1.0 -61.64 15.00 2
assign (resid 276 and name N  )(resid 276 and name CA )
       (resid 276 and name C  )(resid 277 and name N  ) 1.0 -32.20 24.44 2

! Resdiue K 277 DATABASE
assign (resid 276 and name C  )(resid 277 and name N  )
       (resid 277 and name CA )(resid 277 and name C  ) 1.0 -63.81 15.00 2
assign (resid 277 and name N  )(resid 277 and name CA )
       (resid 277 and name C  )(resid 278 and name N  ) 1.0 -44.41 15.00 2

! Resdiue E 278 DATABASE
assign (resid 277 and name C  )(resid 278 and name N  )
       (resid 278 and name CA )(resid 278 and name C  ) 1.0 -61.13 15.00 2
assign (resid 278 and name N  )(resid 278 and name CA )
       (resid 278 and name C  )(resid 279 and name N  ) 1.0 -41.55 15.00 2

! Resdiue F 279 DATABASE
assign (resid 278 and name C  )(resid 279 and name N  )
       (resid 279 and name CA )(resid 279 and name C  ) 1.0 -58.37 15.00 2
assign (resid 279 and name N  )(resid 279 and name CA )
       (resid 279 and name C  )(resid 280 and name N  ) 1.0 -41.78 17.48 2

! Resdiue L 280 DATABASE
assign (resid 279 and name C  )(resid 280 and name N  )
       (resid 280 and name CA )(resid 280 and name C  ) 1.0 -64.98 16.22 2
assign (resid 280 and name N  )(resid 280 and name CA )
       (resid 280 and name C  )(resid 281 and name N  ) 1.0 -37.67 16.52 2

! Resdiue E 281 DATABASE
assign (resid 280 and name C  )(resid 281 and name N  )
       (resid 281 and name CA )(resid 281 and name C  ) 1.0 -70.87 34.38 2
assign (resid 281 and name N  )(resid 281 and name CA )
       (resid 281 and name C  )(resid 282 and name N  ) 1.0 -29.38 15.00 2

! Resdiue N 282 DATABASE
assign (resid 281 and name C  )(resid 282 and name N  )
       (resid 282 and name CA )(resid 282 and name C  ) 1.0 -98.79 39.72 2
assign (resid 282 and name N  )(resid 282 and name CA )
       (resid 282 and name C  )(resid 283 and name N  ) 1.0 -15.10 42.42 2

! Resdiue T 286 DATABASE
assign (resid 285 and name C  )(resid 286 and name N  )
       (resid 286 and name CA )(resid 286 and name C  ) 1.0 -113.60 41.04 2
assign (resid 286 and name N  )(resid 286 and name CA )
       (resid 286 and name C  )(resid 287 and name N  ) 1.0 149.99 30.14 2

! Resdiue E 288 DATABASE
assign (resid 287 and name C  )(resid 288 and name N  )
       (resid 288 and name CA )(resid 288 and name C  ) 1.0 -62.31 15.00 2
assign (resid 288 and name N  )(resid 288 and name CA )
       (resid 288 and name C  )(resid 289 and name N  ) 1.0 -35.45 22.04 2

! Resid G 289 --- helix CSI 
assign (resid 288 and name C  )(resid 289 and name N )
       (resid 289 and name CA )(resid 289 and name C ) 1.0 -70.0 50.0 2

assign (resid 289 and name N  )(resid 289 and name CA )
       (resid 289 and name C  )(resid 290 and name N ) 1.0 -50.0 50.0 2

! Resdiue L 290 DATABASE
assign (resid 289 and name C  )(resid 290 and name N  )
       (resid 290 and name CA )(resid 290 and name C  ) 1.0 -60.35 15.00 2
assign (resid 290 and name N  )(resid 290 and name CA )
       (resid 290 and name C  )(resid 291 and name N  ) 1.0 -35.33 27.14 2

! Resdiue E 291 DATABASE
assign (resid 290 and name C  )(resid 291 and name N  )
       (resid 291 and name CA )(resid 291 and name C  ) 1.0 -63.92 15.00 2
assign (resid 291 and name N  )(resid 291 and name CA )
       (resid 291 and name C  )(resid 292 and name N  ) 1.0 -42.74 15.68 2

! Resdiue A 292 DATABASE
assign (resid 291 and name C  )(resid 292 and name N  )
       (resid 292 and name CA )(resid 292 and name C  ) 1.0 -61.78 15.00 2
assign (resid 292 and name N  )(resid 292 and name CA )
       (resid 292 and name C  )(resid 293 and name N  ) 1.0 -41.25 16.40 2

! Resdiue V 293 DATABASE
assign (resid 292 and name C  )(resid 293 and name N  )
       (resid 293 and name CA )(resid 293 and name C  ) 1.0 -65.49 15.58 2
assign (resid 293 and name N  )(resid 293 and name CA )
       (resid 293 and name C  )(resid 294 and name N  ) 1.0 -45.12 15.00 2

! Resid N 294 --- helix CSI 
assign (resid 293 and name C  )(resid 294 and name N )
       (resid 294 and name CA )(resid 294 and name C ) 1.0 -70.0 50.0 2

assign (resid 294 and name N  )(resid 294 and name CA )
       (resid 294 and name C  )(resid 295 and name N ) 1.0 -50.0 50.0 2

! Resdiue K 295 DATABASE
assign (resid 294 and name C  )(resid 295 and name N  )
       (resid 295 and name CA )(resid 295 and name C  ) 1.0 -77.74 41.46 2
assign (resid 295 and name N  )(resid 295 and name CA )
       (resid 295 and name C  )(resid 296 and name N  ) 1.0 -22.61 53.88 2

! Resid G 300 --- strand CSI
assign (resid 299 and name C  )(resid 300 and name N )
       (resid 300 and name CA )(resid 300 and name C ) 1.0 -140.0 60.0 2
assign (resid 300 and name N  )(resid 300 and name CA )
       (resid 300 and name C  )(resid 301 and name N ) 1.0 130.0 90.0 2

! Resid A 301 --- strand CSI
assign (resid 300 and name C  )(resid 301 and name N )
       (resid 301 and name CA )(resid 301 and name C ) 1.0 -140.0 60.0 2
assign (resid 301 and name N  )(resid 301 and name CA )
       (resid 301 and name C  )(resid 302 and name N ) 1.0 130.0 90.0 2

! Resid V 302 --- strand CSI
assign (resid 301 and name C  )(resid 302 and name N )
       (resid 302 and name CA )(resid 302 and name C ) 1.0 -140.0 60.0 2
assign (resid 302 and name N  )(resid 302 and name CA )
       (resid 302 and name C  )(resid 303 and name N ) 1.0 130.0 90.0 2

! Resid A 303 --- strand CSI
assign (resid 302 and name C  )(resid 303 and name N )
       (resid 303 and name CA )(resid 303 and name C ) 1.0 -140.0 60.0 2
assign (resid 303 and name N  )(resid 303 and name CA )
       (resid 303 and name C  )(resid 304 and name N ) 1.0 130.0 90.0 2

! Resid K 305 --- helix CSI 
assign (resid 304 and name C  )(resid 305 and name N )
       (resid 305 and name CA )(resid 305 and name C ) 1.0 -70.0 50.0 2

assign (resid 305 and name N  )(resid 305 and name CA )
       (resid 305 and name C  )(resid 306 and name N ) 1.0 -50.0 50.0 2

! Resdiue S 306 DATABASE
assign (resid 305 and name C  )(resid 306 and name N  )
       (resid 306 and name CA )(resid 306 and name C  ) 1.0 -64.34 15.00 2
assign (resid 306 and name N  )(resid 306 and name CA )
       (resid 306 and name C  )(resid 307 and name N  ) 1.0 -34.85 17.58 2

! Resdiue Y 307 DATABASE
assign (resid 306 and name C  )(resid 307 and name N  )
       (resid 307 and name CA )(resid 307 and name C  ) 1.0 -65.19 15.00 2
assign (resid 307 and name N  )(resid 307 and name CA )
       (resid 307 and name C  )(resid 308 and name N  ) 1.0 -40.57 19.84 2

! Resdiue E 308 DATABASE
assign (resid 307 and name C  )(resid 308 and name N  )
       (resid 308 and name CA )(resid 308 and name C  ) 1.0 -60.21 16.28 2
assign (resid 308 and name N  )(resid 308 and name CA )
       (resid 308 and name C  )(resid 309 and name N  ) 1.0 -42.16 23.62 2

! Resdiue E 309 DATABASE
assign (resid 308 and name C  )(resid 309 and name N  )
       (resid 309 and name CA )(resid 309 and name C  ) 1.0 -63.33 15.54 2
assign (resid 309 and name N  )(resid 309 and name CA )
       (resid 309 and name C  )(resid 310 and name N  ) 1.0 -46.17 15.74 2

! Resdiue E 310 DATABASE
assign (resid 309 and name C  )(resid 310 and name N  )
       (resid 310 and name CA )(resid 310 and name C  ) 1.0 -69.62 23.56 2
assign (resid 310 and name N  )(resid 310 and name CA )
       (resid 310 and name C  )(resid 311 and name N  ) 1.0 -45.95 15.30 2

! Resdiue L 311 DATABASE
assign (resid 310 and name C  )(resid 311 and name N  )
       (resid 311 and name CA )(resid 311 and name C  ) 1.0 -58.84 16.70 2
assign (resid 311 and name N  )(resid 311 and name CA )
       (resid 311 and name C  )(resid 312 and name N  ) 1.0 -36.60 18.84 2

! Resdiue A 312 DATABASE
assign (resid 311 and name C  )(resid 312 and name N  )
       (resid 312 and name CA )(resid 312 and name C  ) 1.0 -62.12 15.00 2
assign (resid 312 and name N  )(resid 312 and name CA )
       (resid 312 and name C  )(resid 313 and name N  ) 1.0 -34.74 19.36 2

! Resdiue D 314 DATABASE
assign (resid 313 and name C  )(resid 314 and name N  )
       (resid 314 and name CA )(resid 314 and name C  ) 1.0 -105.95 52.40 2
assign (resid 314 and name N  )(resid 314 and name CA )
       (resid 314 and name C  )(resid 315 and name N  ) 1.0 120.82 74.30 2

! Resdiue R 316 DATABASE
assign (resid 315 and name C  )(resid 316 and name N  )
       (resid 316 and name CA )(resid 316 and name C  ) 1.0 -66.14 15.00 2
assign (resid 316 and name N  )(resid 316 and name CA )
       (resid 316 and name C  )(resid 317 and name N  ) 1.0 -43.89 15.00 2

! Resdiue I 317 DATABASE
assign (resid 316 and name C  )(resid 317 and name N  )
       (resid 317 and name CA )(resid 317 and name C  ) 1.0 -65.10 15.00 2
assign (resid 317 and name N  )(resid 317 and name CA )
       (resid 317 and name C  )(resid 318 and name N  ) 1.0 -40.31 15.00 2

! Resdiue A 318 DATABASE
assign (resid 317 and name C  )(resid 318 and name N  )
       (resid 318 and name CA )(resid 318 and name C  ) 1.0 -61.42 15.00 2
assign (resid 318 and name N  )(resid 318 and name CA )
       (resid 318 and name C  )(resid 319 and name N  ) 1.0 -36.82 15.00 2

! Resdiue A 319 DATABASE
assign (resid 318 and name C  )(resid 319 and name N  )
       (resid 319 and name CA )(resid 319 and name C  ) 1.0 -64.16 15.00 2
assign (resid 319 and name N  )(resid 319 and name CA )
       (resid 319 and name C  )(resid 320 and name N  ) 1.0 -41.51 15.00 2

! Resdiue T 320 DATABASE
assign (resid 319 and name C  )(resid 320 and name N  )
       (resid 320 and name CA )(resid 320 and name C  ) 1.0 -61.81 15.00 2
assign (resid 320 and name N  )(resid 320 and name CA )
       (resid 320 and name C  )(resid 321 and name N  ) 1.0 -41.48 15.00 2

! Resdiue M 321 DATABASE
assign (resid 320 and name C  )(resid 321 and name N  )
       (resid 321 and name CA )(resid 321 and name C  ) 1.0 -63.95 15.00 2
assign (resid 321 and name N  )(resid 321 and name CA )
       (resid 321 and name C  )(resid 322 and name N  ) 1.0 -38.32 15.00 2

! Resdiue E 322 DATABASE
assign (resid 321 and name C  )(resid 322 and name N  )
       (resid 322 and name CA )(resid 322 and name C  ) 1.0 -62.83 15.00 2
assign (resid 322 and name N  )(resid 322 and name CA )
       (resid 322 and name C  )(resid 323 and name N  ) 1.0 -42.34 15.00 2

! Resdiue N 323 DATABASE
assign (resid 322 and name C  )(resid 323 and name N  )
       (resid 323 and name CA )(resid 323 and name C  ) 1.0 -63.29 15.00 2
assign (resid 323 and name N  )(resid 323 and name CA )
       (resid 323 and name C  )(resid 324 and name N  ) 1.0 -44.37 15.00 2

! Resdiue A 324 DATABASE
assign (resid 323 and name C  )(resid 324 and name N  )
       (resid 324 and name CA )(resid 324 and name C  ) 1.0 -63.48 15.00 2
assign (resid 324 and name N  )(resid 324 and name CA )
       (resid 324 and name C  )(resid 325 and name N  ) 1.0 -38.03 15.00 2

! Resdiue Q 325 DATABASE
assign (resid 324 and name C  )(resid 325 and name N  )
       (resid 325 and name CA )(resid 325 and name C  ) 1.0 -63.35 21.88 2
assign (resid 325 and name N  )(resid 325 and name CA )
       (resid 325 and name C  )(resid 326 and name N  ) 1.0 -28.29 22.02 2

! Resid G 327 --- strand CSI
assign (resid 326 and name C  )(resid 327 and name N )
       (resid 327 and name CA )(resid 327 and name C ) 1.0 -140.0 60.0 2
assign (resid 327 and name N  )(resid 327 and name CA )
       (resid 327 and name C  )(resid 328 and name N ) 1.0 130.0 90.0 2

! Resid E 328 --- strand CSI
assign (resid 327 and name C  )(resid 328 and name N )
       (resid 328 and name CA )(resid 328 and name C ) 1.0 -140.0 60.0 2
assign (resid 328 and name N  )(resid 328 and name CA )
       (resid 328 and name C  )(resid 329 and name N ) 1.0 130.0 90.0 2

! Resdiue I 329 DATABASE
assign (resid 328 and name C  )(resid 329 and name N  )
       (resid 329 and name CA )(resid 329 and name C  ) 1.0 -90.79 46.56 2
assign (resid 329 and name N  )(resid 329 and name CA )
       (resid 329 and name C  )(resid 330 and name N  ) 1.0 119.95 18.26 2

! Resid P 334 --- helix CSI 
assign (resid 333 and name C  )(resid 334 and name N )
       (resid 334 and name CA )(resid 334 and name C ) 1.0 -70.0 50.0 2

assign (resid 334 and name N  )(resid 334 and name CA )
       (resid 334 and name C  )(resid 335 and name N ) 1.0 -50.0 50.0 2

! Resdiue Q 335 DATABASE
assign (resid 334 and name C  )(resid 335 and name N  )
       (resid 335 and name CA )(resid 335 and name C  ) 1.0 -56.89 15.00 2
assign (resid 335 and name N  )(resid 335 and name CA )
       (resid 335 and name C  )(resid 336 and name N  ) 1.0 -40.54 18.52 2

! Resdiue M 336 DATABASE
assign (resid 335 and name C  )(resid 336 and name N  )
       (resid 336 and name CA )(resid 336 and name C  ) 1.0 -61.00 15.00 2
assign (resid 336 and name N  )(resid 336 and name CA )
       (resid 336 and name C  )(resid 337 and name N  ) 1.0 -42.83 20.82 2

! Resdiue S 337 DATABASE
assign (resid 336 and name C  )(resid 337 and name N  )
       (resid 337 and name CA )(resid 337 and name C  ) 1.0 -63.69 15.00 2
assign (resid 337 and name N  )(resid 337 and name CA )
       (resid 337 and name C  )(resid 338 and name N  ) 1.0 -40.37 18.86 2

! Resdiue A 338 DATABASE
assign (resid 337 and name C  )(resid 338 and name N  )
       (resid 338 and name CA )(resid 338 and name C  ) 1.0 -63.72 15.00 2
assign (resid 338 and name N  )(resid 338 and name CA )
       (resid 338 and name C  )(resid 339 and name N  ) 1.0 -42.38 15.00 2

! Resdiue F 339 DATABASE
assign (resid 338 and name C  )(resid 339 and name N  )
       (resid 339 and name CA )(resid 339 and name C  ) 1.0 -62.96 15.00 2
assign (resid 339 and name N  )(resid 339 and name CA )
       (resid 339 and name C  )(resid 340 and name N  ) 1.0 -39.97 15.62 2

! Resdiue W 340 DATABASE
assign (resid 339 and name C  )(resid 340 and name N  )
       (resid 340 and name CA )(resid 340 and name C  ) 1.0 -65.69 25.78 2
assign (resid 340 and name N  )(resid 340 and name CA )
       (resid 340 and name C  )(resid 341 and name N  ) 1.0 -40.62 16.70 2

! Resdiue Y 341 DATABASE
assign (resid 340 and name C  )(resid 341 and name N  )
       (resid 341 and name CA )(resid 341 and name C  ) 1.0 -63.01 15.86 2
assign (resid 341 and name N  )(resid 341 and name CA )
       (resid 341 and name C  )(resid 342 and name N  ) 1.0 -37.11 15.00 2

! Resdiue A 342 DATABASE
assign (resid 341 and name C  )(resid 342 and name N  )
       (resid 342 and name CA )(resid 342 and name C  ) 1.0 -64.68 15.00 2
assign (resid 342 and name N  )(resid 342 and name CA )
       (resid 342 and name C  )(resid 343 and name N  ) 1.0 -41.13 15.00 2

! Resdiue V 343 DATABASE
assign (resid 342 and name C  )(resid 343 and name N  )
       (resid 343 and name CA )(resid 343 and name C  ) 1.0 -63.61 15.00 2
assign (resid 343 and name N  )(resid 343 and name CA )
       (resid 343 and name C  )(resid 344 and name N  ) 1.0 -45.11 15.00 2

! Resdiue R 344 DATABASE
assign (resid 343 and name C  )(resid 344 and name N  )
       (resid 344 and name CA )(resid 344 and name C  ) 1.0 -59.95 15.00 2
assign (resid 344 and name N  )(resid 344 and name CA )
       (resid 344 and name C  )(resid 345 and name N  ) 1.0 -45.59 15.00 2

! Resdiue T 345 DATABASE
assign (resid 344 and name C  )(resid 345 and name N  )
       (resid 345 and name CA )(resid 345 and name C  ) 1.0 -65.08 15.04 2
assign (resid 345 and name N  )(resid 345 and name CA )
       (resid 345 and name C  )(resid 346 and name N  ) 1.0 -42.81 15.00 2

! Resdiue A 346 DATABASE
assign (resid 345 and name C  )(resid 346 and name N  )
       (resid 346 and name CA )(resid 346 and name C  ) 1.0 -60.27 15.00 2
assign (resid 346 and name N  )(resid 346 and name CA )
       (resid 346 and name C  )(resid 347 and name N  ) 1.0 -42.94 17.56 2

! Resdiue V 347 DATABASE
assign (resid 346 and name C  )(resid 347 and name N  )
       (resid 347 and name CA )(resid 347 and name C  ) 1.0 -64.12 15.00 2
assign (resid 347 and name N  )(resid 347 and name CA )
       (resid 347 and name C  )(resid 348 and name N  ) 1.0 -44.07 15.00 2

! Resdiue I 348 DATABASE
assign (resid 347 and name C  )(resid 348 and name N  )
       (resid 348 and name CA )(resid 348 and name C  ) 1.0 -62.57 15.00 2
assign (resid 348 and name N  )(resid 348 and name CA )
       (resid 348 and name C  )(resid 349 and name N  ) 1.0 -43.50 15.00 2

! Resdiue N 349 DATABASE
assign (resid 348 and name C  )(resid 349 and name N  )
       (resid 349 and name CA )(resid 349 and name C  ) 1.0 -65.43 15.00 2
assign (resid 349 and name N  )(resid 349 and name CA )
       (resid 349 and name C  )(resid 350 and name N  ) 1.0 -40.94 15.00 2

! Resdiue A 350 DATABASE
assign (resid 349 and name C  )(resid 350 and name N  )
       (resid 350 and name CA )(resid 350 and name C  ) 1.0 -63.32 15.00 2
assign (resid 350 and name N  )(resid 350 and name CA )
       (resid 350 and name C  )(resid 351 and name N  ) 1.0 -41.94 15.00 2

! Resdiue A 351 DATABASE
assign (resid 350 and name C  )(resid 351 and name N  )
       (resid 351 and name CA )(resid 351 and name C  ) 1.0 -64.86 21.20 2
assign (resid 351 and name N  )(resid 351 and name CA )
       (resid 351 and name C  )(resid 352 and name N  ) 1.0 -31.30 20.56 2

! Resdiue S 352 DATABASE
assign (resid 351 and name C  )(resid 352 and name N  )
       (resid 352 and name CA )(resid 352 and name C  ) 1.0 -88.82 21.10 2
assign (resid 352 and name N  )(resid 352 and name CA )
       (resid 352 and name C  )(resid 353 and name N  ) 1.0 -10.56 46.98 2

! Resid R 354 --- strand CSI
assign (resid 353 and name C  )(resid 354 and name N )
       (resid 354 and name CA )(resid 354 and name C ) 1.0 -140.0 60.0 2
assign (resid 354 and name N  )(resid 354 and name CA )
       (resid 354 and name C  )(resid 355 and name N ) 1.0 130.0 90.0 2

! Resid Q 355 --- strand CSI
assign (resid 354 and name C  )(resid 355 and name N )
       (resid 355 and name CA )(resid 355 and name C ) 1.0 -140.0 60.0 2
assign (resid 355 and name N  )(resid 355 and name CA )
       (resid 355 and name C  )(resid 356 and name N ) 1.0 130.0 90.0 2

! Resid T 356 --- strand CSI
assign (resid 355 and name C  )(resid 356 and name N )
       (resid 356 and name CA )(resid 356 and name C ) 1.0 -140.0 60.0 2
assign (resid 356 and name N  )(resid 356 and name CA )
       (resid 356 and name C  )(resid 357 and name N ) 1.0 130.0 90.0 2

! Resdiue V 357 DATABASE
assign (resid 356 and name C  )(resid 357 and name N  )
       (resid 357 and name CA )(resid 357 and name C  ) 1.0 -57.34 15.00 2
assign (resid 357 and name N  )(resid 357 and name CA )
       (resid 357 and name C  )(resid 358 and name N  ) 1.0 -43.07 15.00 2

! Resdiue D 358 DATABASE
assign (resid 357 and name C  )(resid 358 and name N  )
       (resid 358 and name CA )(resid 358 and name C  ) 1.0 -59.98 15.00 2
assign (resid 358 and name N  )(resid 358 and name CA )
       (resid 358 and name C  )(resid 359 and name N  ) 1.0 -41.27 15.00 2

! Resdiue E 359 DATABASE
assign (resid 358 and name C  )(resid 359 and name N  )
       (resid 359 and name CA )(resid 359 and name C  ) 1.0 -64.89 15.00 2
assign (resid 359 and name N  )(resid 359 and name CA )
       (resid 359 and name C  )(resid 360 and name N  ) 1.0 -40.64 15.00 2

! Resdiue A 360 DATABASE
assign (resid 359 and name C  )(resid 360 and name N  )
       (resid 360 and name CA )(resid 360 and name C  ) 1.0 -62.76 15.00 2
assign (resid 360 and name N  )(resid 360 and name CA )
       (resid 360 and name C  )(resid 361 and name N  ) 1.0 -39.67 15.00 2

! Resdiue L 361 DATABASE
assign (resid 360 and name C  )(resid 361 and name N  )
       (resid 361 and name CA )(resid 361 and name C  ) 1.0 -65.05 17.04 2
assign (resid 361 and name N  )(resid 361 and name CA )
       (resid 361 and name C  )(resid 362 and name N  ) 1.0 -41.57 15.00 2

! Resdiue K 362 DATABASE
assign (resid 361 and name C  )(resid 362 and name N  )
       (resid 362 and name CA )(resid 362 and name C  ) 1.0 -59.89 15.00 2
assign (resid 362 and name N  )(resid 362 and name CA )
       (resid 362 and name C  )(resid 363 and name N  ) 1.0 -40.52 15.00 2

! Resdiue D 363 DATABASE
assign (resid 362 and name C  )(resid 363 and name N  )
       (resid 363 and name CA )(resid 363 and name C  ) 1.0 -61.35 15.00 2
assign (resid 363 and name N  )(resid 363 and name CA )
       (resid 363 and name C  )(resid 364 and name N  ) 1.0 -41.61 15.00 2

! Resdiue A 364 DATABASE
assign (resid 363 and name C  )(resid 364 and name N  )
       (resid 364 and name CA )(resid 364 and name C  ) 1.0 -64.67 15.00 2
assign (resid 364 and name N  )(resid 364 and name CA )
       (resid 364 and name C  )(resid 365 and name N  ) 1.0 -41.36 15.54 2

! Resdiue Q 365 DATABASE
assign (resid 364 and name C  )(resid 365 and name N  )
       (resid 365 and name CA )(resid 365 and name C  ) 1.0 -60.45 15.00 2
assign (resid 365 and name N  )(resid 365 and name CA )
       (resid 365 and name C  )(resid 366 and name N  ) 1.0 -45.59 15.00 2

! Resdiue T 366 DATABASE
assign (resid 365 and name C  )(resid 366 and name N  )
       (resid 366 and name CA )(resid 366 and name C  ) 1.0 -65.62 15.00 2
assign (resid 366 and name N  )(resid 366 and name CA )
       (resid 366 and name C  )(resid 367 and name N  ) 1.0 -44.54 15.00 2

! Resdiue R 367 DATABASE
assign (resid 366 and name C  )(resid 367 and name N  )
       (resid 367 and name CA )(resid 367 and name C  ) 1.0 -58.75 15.00 2
assign (resid 367 and name N  )(resid 367 and name CA )
       (resid 367 and name C  )(resid 368 and name N  ) 1.0 -38.77 21.12 2

! Resdiue I 368 DATABASE
assign (resid 367 and name C  )(resid 368 and name N  )
       (resid 368 and name CA )(resid 368 and name C  ) 1.0 -65.56 15.50 2
assign (resid 368 and name N  )(resid 368 and name CA )
       (resid 368 and name C  )(resid 369 and name N  ) 1.0 -32.23 15.00 2

! Generated by GM 03/12/99 from KG protection data
! Looked for noes and beta strands by csi to find hbond partners
! Residues commented out are possible pending later structures

assign (resid 9 and name HN )(resid 36 and name  O ) 2.00 0.4 0.4
assign (resid 9 and name  N )(resid 36 and name  C ) 4.00 0.4 0.4
assign (resid 10 and name HN )(resid 59 and name  O ) 2.00 0.4 0.4
assign (resid 10 and name  N )(resid 59 and name  C ) 4.00 0.4 0.4
assign (resid 11 and name HN )(resid 38 and name  O ) 2.00 0.4 0.4
assign (resid 11 and name  N )(resid 38 and name  C ) 4.00 0.4 0.4
assign (resid 38 and name HN )(resid 9 and name  O ) 2.00 0.4 0.4
assign (resid 38 and name  N )(resid 9 and name  C ) 4.00 0.4 0.4
assign (resid 59 and name HN )(resid 8 and name  O ) 2.00 0.4 0.4
assign (resid 59 and name  N )(resid 8 and name  C ) 4.00 0.4 0.4
assign (resid 61 and name HN )(resid 10 and name  O ) 2.00 0.4 0.4
assign (resid 61 and name  N )(resid 10 and name  C ) 4.00 0.4 0.4
assign (resid 62 and name HN )(resid 263 and name  O ) 2.00 0.4 0.4
assign (resid 62 and name  N )(resid 263 and name  C ) 4.00 0.4 0.4
!assign (resid 106 and name HN )(resid 264 and name  O ) 2.00 0.4 0.4
!assign (resid 106 and name  N )(resid 264 and name  C ) 4.00 0.4 0.4
!assign (resid 114 and name HN )(resid 227 and name  O ) 2.00 0.4 0.4
!assign (resid 114 and name  N )(resid 227 and name  C ) 4.00 0.4 0.4
assign (resid 115 and name HN )(resid 245 and name  O ) 2.00 0.4 0.4
assign (resid 115 and name  N )(resid 245 and name  C ) 4.00 0.4 0.4
assign (resid 116 and name HN )(resid 225 and name  O ) 2.00 0.4 0.4
assign (resid 116 and name  N )(resid 225 and name  C ) 4.00 0.4 0.4
assign (resid 117 and name HN )(resid 243 and name  O ) 2.00 0.4 0.4
assign (resid 117 and name  N )(resid 243 and name  C ) 4.00 0.4 0.4
!assign (resid 225 and name HN )(resid 116 and name  O ) 2.00 0.4 0.4
!assign (resid 225 and name  N )(resid 116 and name  C ) 4.00 0.4 0.4
assign (resid 243 and name HN )(resid 117 and name  O ) 2.00 0.4 0.4
assign (resid 243 and name  N )(resid 117 and name  C ) 4.00 0.4 0.4
assign (resid 245 and name HN )(resid 115 and name  O ) 2.00 0.4 0.4
assign (resid 245 and name  N )(resid 115 and name  C ) 4.00 0.4 0.4
assign (resid 263 and name HN )(resid 63 and name  O ) 2.00 0.4 0.4
assign (resid 263 and name  N )(resid 63 and name  C ) 4.00 0.4 0.4
!assign (resid 264 and name HN )(resid 106 and name  O ) 2.00 0.4 0.4
!assign (resid 264 and name  N )(resid 106 and name  C ) 4.00 0.4 0.4
! Generated by GM 03/12/99 from KG's protected residue data
! Looked at noes and csi prediction

assign (resid 64 and name o)
       (resid 68 and name hn) 2.0 0.7 0.5
assign (resid 64 and name o)
       (resid 68 and name n) 3.0 0.7 0.5
assign (resid 67 and name o)
       (resid 71 and name hn) 2.0 0.7 0.5
assign (resid 67 and name o)
       (resid 71 and name n) 3.0 0.7 0.5
! Not confident in 158 at end of a helix?
!assign (resid 154 and name o)
!       (resid 158 and name hn) 2.0 0.7 0.5
!assign (resid 154 and name o)
!       (resid 158 and name n) 3.0 0.7 0.5
assign (resid 156 and name o)
       (resid 160 and name hn) 2.0 0.7 0.5
assign (resid 156 and name o)
       (resid 160 and name n) 3.0 0.7 0.5
assign (resid 157 and name o)
       (resid 161 and name hn) 2.0 0.7 0.5
assign (resid 157 and name o)
       (resid 161 and name n) 3.0 0.7 0.5
assign (resid 188 and name o)
       (resid 192 and name hn) 2.0 0.7 0.5
assign (resid 188 and name o)
       (resid 192 and name n) 3.0 0.7 0.5
assign (resid 189 and name o)
       (resid 193 and name hn) 2.0 0.7 0.5
assign (resid 189 and name o)
       (resid 193 and name n) 3.0 0.7 0.5
assign (resid 190 and name o)
       (resid 194 and name hn) 2.0 0.7 0.5
assign (resid 190 and name o)
       (resid 194 and name n) 3.0 0.7 0.5
assign (resid 194 and name o)
       (resid 198 and name hn) 2.0 0.7 0.5
assign (resid 194 and name o)
       (resid 198 and name n) 3.0 0.7 0.5
! 273 could be in a turn
!assign (resid 269 and name o)
!       (resid 273 and name hn) 2.0 0.7 0.5
!assign (resid 269 and name o)
!       (resid 273 and name n) 3.0 0.7 0.5
assign (resid 272 and name o)
       (resid 276 and name hn) 2.0 0.7 0.5
assign (resid 272 and name o)
       (resid 276 and name n) 3.0 0.7 0.5
assign (resid 275 and name o)
       (resid 279 and name hn) 2.0 0.7 0.5
assign (resid 275 and name o)
       (resid 279 and name n) 3.0 0.7 0.5
assign (resid 339 and name o)
       (resid 343 and name hn) 2.0 0.7 0.5
assign (resid 339 and name o)
       (resid 343 and name n) 3.0 0.7 0.5
assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   6 and name N )
       (resid   6 and name HN)  79.6 174.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   6 and name N )
       (resid   5 and name C ) 146.2 304.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   5 and name C )
       (resid   5 and name CA) 128.3 206.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   5 and name C )
       (resid   6 and name HN)  50.8 153.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   5 and name CA)
       (resid   6 and name HN)  29.8 105.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   7 and name N )
       (resid   7 and name HN)  93.7 359.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   7 and name N )
       (resid   6 and name C ) 145.5 167.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   6 and name C )
       (resid   6 and name CA) 149.7  12.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   6 and name C )
       (resid   7 and name HN)  59.7 354.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   6 and name CA)
       (resid   7 and name HN)  24.1 340.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   8 and name N )
       (resid   8 and name HN)  95.9 192.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   8 and name N )
       (resid   7 and name C ) 122.4 323.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   7 and name C )
       (resid   7 and name CA) 128.7 244.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   7 and name C )
       (resid   8 and name HN)  72.7 167.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   7 and name CA)
       (resid   8 and name HN)  52.6 132.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   9 and name N )
       (resid   9 and name HN) 101.9  27.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   9 and name N )
       (resid   8 and name C ) 137.7 214.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   8 and name C )
       (resid   8 and name CA) 158.4  15.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   8 and name C )
       (resid   9 and name HN)  67.7  31.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   8 and name CA)
       (resid   9 and name HN)  31.5  37.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  10 and name N )
       (resid  10 and name HN)  87.1 234.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  10 and name N )
       (resid   9 and name C ) 133.4   4.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   9 and name C )
       (resid   9 and name CA) 127.8 277.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   9 and name C )
       (resid  10 and name HN)  61.8 210.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid   9 and name CA)
       (resid  10 and name HN)  42.4 170.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  11 and name N )
       (resid  11 and name HN) 109.7  56.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  11 and name N )
       (resid  10 and name C ) 123.8 207.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  10 and name C )
       (resid  10 and name CA) 152.2 112.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  10 and name C )
       (resid  11 and name HN)  78.8  40.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  10 and name CA)
       (resid  11 and name HN)  47.1  20.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  12 and name N )
       (resid  12 and name HN)  65.3 250.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  12 and name N )
       (resid  11 and name C ) 167.2   7.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  11 and name C )
       (resid  11 and name CA) 120.9 263.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  11 and name C )
       (resid  12 and name HN)  32.4 236.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  11 and name CA)
       (resid  12 and name HN)  13.4 138.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  15 and name N )
       (resid  15 and name HN) 129.5 154.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  15 and name N )
       (resid  14 and name C )  33.5  68.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  14 and name C )
       (resid  14 and name CA)  81.2 122.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  14 and name C )
       (resid  15 and name HN) 149.4 199.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  14 and name CA)
       (resid  15 and name HN) 140.4 264.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  16 and name N )
       (resid  16 and name HN)  56.5 272.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  16 and name N )
       (resid  15 and name C )  82.6 138.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  15 and name C )
       (resid  15 and name CA)  46.2 198.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  15 and name C )
       (resid  16 and name HN)  78.9 300.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  15 and name CA)
       (resid  16 and name HN) 105.1 326.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  17 and name N )
       (resid  17 and name HN)  45.9  54.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  17 and name N )
       (resid  16 and name C )  74.2 229.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  16 and name C )
       (resid  16 and name CA)  12.0 210.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  16 and name C )
       (resid  17 and name HN)  80.2  51.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  16 and name CA)
       (resid  17 and name HN) 116.6  48.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  19 and name N )
       (resid  19 and name HN)  26.3 111.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  19 and name N )
       (resid  18 and name C ) 137.6  54.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  18 and name C )
       (resid  18 and name CA)  78.0  77.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  18 and name C )
       (resid  19 and name HN)  21.7 204.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  18 and name CA)
       (resid  19 and name HN)  52.4 240.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  20 and name N )
       (resid  20 and name HN)  40.5 109.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  20 and name N )
       (resid  19 and name C )  99.4 343.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  19 and name C )
       (resid  19 and name CA)  51.4  27.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  19 and name C )
       (resid  20 and name HN)  60.9 146.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  19 and name CA)
       (resid  20 and name HN)  89.3 170.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  21 and name N )
       (resid  21 and name HN)  39.9  66.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  21 and name N )
       (resid  20 and name C )  80.9 235.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  20 and name C )
       (resid  20 and name CA)  19.6 212.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  20 and name C )
       (resid  21 and name HN)  73.7  59.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  20 and name CA)
       (resid  21 and name HN) 109.9  53.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  22 and name N )
       (resid  22 and name HN)  14.9 212.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  22 and name N )
       (resid  21 and name C ) 126.4 142.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  21 and name C )
       (resid  21 and name CA)  65.2 158.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  21 and name C )
       (resid  22 and name HN)  29.6 308.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  21 and name CA)
       (resid  22 and name HN)  64.1 326.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  23 and name N )
       (resid  23 and name HN)  37.7 346.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  23 and name N )
       (resid  22 and name C ) 126.4  80.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  22 and name C )
       (resid  22 and name CA)  76.2  40.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  22 and name C )
       (resid  23 and name HN)  38.6 289.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  22 and name CA)
       (resid  23 and name HN)  61.7 251.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  24 and name N )
       (resid  24 and name HN)  35.2  85.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  24 and name N )
       (resid  23 and name C )  88.7 291.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  23 and name C )
       (resid  23 and name CA)  30.4 322.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  23 and name C )
       (resid  24 and name HN)  66.9 103.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  23 and name CA)
       (resid  24 and name HN) 101.8 114.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  26 and name N )
       (resid  26 and name HN)  15.8 143.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  26 and name N )
       (resid  25 and name C ) 130.1  88.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  25 and name C )
       (resid  25 and name CA)  68.5 102.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  25 and name C )
       (resid  26 and name HN)  25.7 253.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  25 and name CA)
       (resid  26 and name HN)  60.4 271.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  27 and name N )
       (resid  27 and name HN)  29.9  91.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  27 and name N )
       (resid  26 and name C ) 109.0 333.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  26 and name C )
       (resid  26 and name CA)  54.8   7.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  26 and name C )
       (resid  27 and name HN)  49.8 136.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  26 and name CA)
       (resid  27 and name HN)  80.5 159.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  28 and name N )
       (resid  28 and name HN)  31.3 104.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  28 and name N )
       (resid  27 and name C )  89.2 294.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  27 and name C )
       (resid  27 and name CA)  26.8 305.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  27 and name C )
       (resid  28 and name HN)  65.3 111.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  27 and name CA)
       (resid  28 and name HN) 101.6 115.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  29 and name N )
       (resid  29 and name HN)   9.7 293.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  29 and name N )
       (resid  28 and name C ) 113.9 162.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  28 and name C )
       (resid  28 and name CA)  51.5 172.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  28 and name C )
       (resid  29 and name HN)  40.9 336.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  28 and name CA)
       (resid  29 and name HN)  76.9 344.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  31 and name N )
       (resid  31 and name HN)  37.6  91.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  31 and name N )
       (resid  30 and name C ) 100.1 324.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  30 and name C )
       (resid  30 and name CA)  49.9   5.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  30 and name C )
       (resid  31 and name HN)  59.3 127.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  30 and name CA)
       (resid  31 and name HN)  88.9 150.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  35 and name N )
       (resid  35 and name HN)  91.3   5.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  35 and name N )
       (resid  34 and name C ) 148.5 179.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  34 and name C )
       (resid  34 and name CA) 148.1  11.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  34 and name C )
       (resid  35 and name HN)  57.0   3.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  34 and name CA)
       (resid  35 and name HN)  20.7 355.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  36 and name N )
       (resid  36 and name HN)  91.6 190.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  36 and name N )
       (resid  35 and name C ) 112.9 314.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  35 and name C )
       (resid  35 and name CA) 113.9 244.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  35 and name C )
       (resid  36 and name HN)  76.1 159.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  35 and name CA)
       (resid  36 and name HN)  64.5 122.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  37 and name N )
       (resid  37 and name HN) 103.0  22.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  37 and name N )
       (resid  36 and name C ) 136.8 207.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  36 and name C )
       (resid  36 and name CA) 159.5  10.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  36 and name C )
       (resid  37 and name HN)  68.7  24.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  36 and name CA)
       (resid  37 and name HN)  32.4  30.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  38 and name N )
       (resid  38 and name HN)  80.6 224.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  38 and name N )
       (resid  37 and name C ) 115.6 343.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  37 and name C )
       (resid  37 and name CA) 104.5 276.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  37 and name C )
       (resid  38 and name HN)  68.7 190.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  37 and name CA)
       (resid  38 and name HN)  64.1 151.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  39 and name N )
       (resid  39 and name HN) 117.0 101.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  39 and name N )
       (resid  38 and name C ) 122.8 286.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  38 and name C )
       (resid  38 and name CA) 172.6  66.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  38 and name C )
       (resid  39 and name HN)  82.8 104.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  38 and name CA)
       (resid  39 and name HN)  46.4 107.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  44 and name N )
       (resid  44 and name HN)  42.1  57.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  44 and name N )
       (resid  43 and name C ) 157.4  13.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  43 and name C )
       (resid  43 and name CA)  97.5  42.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  43 and name C )
       (resid  44 and name HN)  13.5 105.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  43 and name CA)
       (resid  44 and name HN)  32.3 204.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  47 and name N )
       (resid  47 and name HN)  38.7 341.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  47 and name N )
       (resid  46 and name C ) 106.9  98.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  46 and name C )
       (resid  46 and name CA)  58.5  56.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  46 and name C )
       (resid  47 and name HN)  54.6 298.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  46 and name CA)
       (resid  47 and name HN)  81.6 271.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  49 and name N )
       (resid  49 and name HN)  54.6 333.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  49 and name N )
       (resid  48 and name C )  92.7 207.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  48 and name C )
       (resid  48 and name CA)  56.6 262.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  48 and name C )
       (resid  49 and name HN)  71.3   7.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  48 and name CA)
       (resid  49 and name HN)  94.3  36.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  50 and name N )
       (resid  50 and name HN)  39.0   4.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  50 and name N )
       (resid  49 and name C )  81.1 179.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  49 and name C )
       (resid  49 and name CA)  18.4 169.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  49 and name C )
       (resid  50 and name HN)  73.3   1.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  49 and name CA)
       (resid  50 and name HN) 109.8 359.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  51 and name N )
       (resid  51 and name HN)   8.0 143.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  51 and name N )
       (resid  50 and name C ) 124.7  87.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  50 and name C )
       (resid  50 and name CA)  62.1  95.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  50 and name C )
       (resid  51 and name HN)  30.1 260.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  50 and name CA)
       (resid  51 and name HN)  66.2 269.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  52 and name N )
       (resid  52 and name HN)  40.5 113.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  52 and name N )
       (resid  51 and name C )  99.1 347.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  51 and name C )
       (resid  51 and name CA)  51.0  31.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  51 and name C )
       (resid  52 and name HN)  61.1 150.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  51 and name CA)
       (resid  52 and name HN)  89.6 174.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  53 and name N )
       (resid  53 and name HN)  42.4  35.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  53 and name N )
       (resid  52 and name C )  85.1 182.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  52 and name C )
       (resid  52 and name CA)  32.7 137.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  52 and name C )
       (resid  53 and name HN)  71.7  13.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  52 and name CA)
       (resid  53 and name HN) 104.7 357.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  55 and name N )
       (resid  55 and name HN)  54.4 147.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  55 and name N )
       (resid  54 and name C ) 136.8 245.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  54 and name C )
       (resid  54 and name CA)  96.2 188.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  54 and name C )
       (resid  55 and name HN)  40.1 103.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  54 and name CA)
       (resid  55 and name HN)  48.1  51.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  59 and name N )
       (resid  59 and name HN) 101.9  50.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  59 and name N )
       (resid  58 and name C ) 130.6 199.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  58 and name C )
       (resid  58 and name CA) 147.4  95.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  58 and name C )
       (resid  59 and name HN)  71.2  34.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  58 and name CA)
       (resid  59 and name HN)  40.9   9.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  60 and name N )
       (resid  60 and name HN)  86.7 238.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  60 and name N )
       (resid  59 and name C ) 150.6  35.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  59 and name C )
       (resid  59 and name CA) 141.7 256.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  59 and name C )
       (resid  60 and name HN)  53.4 229.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  59 and name CA)
       (resid  60 and name HN)  20.3 200.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  61 and name N )
       (resid  61 and name HN) 102.2  59.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  61 and name N )
       (resid  60 and name C ) 125.9 200.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  60 and name C )
       (resid  60 and name CA) 141.7 110.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  60 and name C )
       (resid  61 and name HN)  73.9  39.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  60 and name CA)
       (resid  61 and name HN)  46.7  10.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  62 and name N )
       (resid  62 and name HN)  94.4 269.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  62 and name N )
       (resid  61 and name C ) 137.6  55.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  61 and name C )
       (resid  61 and name CA) 142.6 306.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  61 and name C )
       (resid  62 and name HN)  63.7 253.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  61 and name CA)
       (resid  62 and name HN)  34.7 222.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  63 and name N )
       (resid  63 and name HN)  74.9  86.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  63 and name N )
       (resid  62 and name C ) 163.3 292.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  62 and name C )
       (resid  62 and name CA) 131.2  77.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  62 and name C )
       (resid  63 and name HN)  41.0  94.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  62 and name CA)
       (resid  63 and name HN)   8.9 149.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  65 and name N )
       (resid  65 and name HN)  64.7 351.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  65 and name N )
       (resid  64 and name C ) 147.9 244.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  64 and name C )
       (resid  64 and name CA) 112.4 319.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  64 and name C )
       (resid  65 and name HN)  40.0  22.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  64 and name CA)
       (resid  65 and name HN)  33.8  84.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  67 and name N )
       (resid  67 and name HN)  47.9 274.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  67 and name N )
       (resid  66 and name C )  80.0 127.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  66 and name C )
       (resid  66 and name CA)  30.9 179.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  66 and name C )
       (resid  67 and name HN)  77.1 295.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  66 and name CA)
       (resid  67 and name HN) 109.6 312.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  69 and name N )
       (resid  69 and name HN)  45.3  18.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  69 and name N )
       (resid  68 and name C ) 108.5 264.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  68 and name C )
       (resid  68 and name CA)  65.4 311.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  68 and name C )
       (resid  69 and name HN)  56.0  61.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  68 and name CA)
       (resid  69 and name HN)  78.9  93.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  72 and name N )
       (resid  72 and name HN)  36.4  52.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  72 and name N )
       (resid  71 and name C ) 140.7 342.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  71 and name C )
       (resid  71 and name CA)  85.4  17.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  71 and name C )
       (resid  72 and name HN)  25.0 120.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  71 and name CA)
       (resid  72 and name HN)  48.1 171.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  76 and name N )
       (resid  76 and name HN)  60.4 212.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  76 and name N )
       (resid  75 and name C ) 115.1 100.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  75 and name C )
       (resid  75 and name CA)  84.5 157.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  75 and name C )
       (resid  76 and name HN)  58.5 252.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  75 and name CA)
       (resid  76 and name HN)  69.2 291.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  77 and name N )
       (resid  77 and name HN)  96.4  30.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  77 and name N )
       (resid  76 and name C )  52.4 153.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  76 and name C )
       (resid  76 and name CA)  61.6  77.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  76 and name C )
       (resid  77 and name HN) 117.0   1.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  76 and name CA)
       (resid  77 and name HN) 129.9 320.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  89 and name N )
       (resid  89 and name HN) 111.9 207.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  89 and name N )
       (resid  88 and name C ) 108.5 342.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  88 and name C )
       (resid  88 and name CA) 133.7 272.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  88 and name C )
       (resid  89 and name HN)  88.8 181.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  88 and name CA)
       (resid  89 and name HN)  64.6 152.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  93 and name N )
       (resid  93 and name HN)  92.6 328.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  93 and name N )
       (resid  92 and name C )  53.6 202.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  92 and name C )
       (resid  92 and name CA)  58.2 280.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  92 and name C )
       (resid  93 and name HN) 114.2 355.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  92 and name CA)
       (resid  93 and name HN) 129.6  35.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  94 and name N )
       (resid  94 and name HN)  67.1 268.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  94 and name N )
       (resid  93 and name C )  68.9  47.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  93 and name C )
       (resid  93 and name CA)  41.5 334.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  93 and name C )
       (resid  94 and name HN)  92.3 245.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  93 and name CA)
       (resid  94 and name HN) 118.5 218.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  95 and name N )
       (resid  95 and name HN)  61.6  10.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  95 and name N )
       (resid  94 and name C ) 158.9 110.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  94 and name C )
       (resid  94 and name CA) 114.4  32.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  94 and name C )
       (resid  95 and name HN)  32.2 345.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  94 and name CA)
       (resid  95 and name HN)  23.9 263.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  96 and name N )
       (resid  96 and name HN) 103.3 333.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  96 and name N )
       (resid  95 and name C )  79.0 215.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  95 and name C )
       (resid  95 and name CA)  93.0 276.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  95 and name C )
       (resid  96 and name HN) 103.8   8.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  95 and name CA)
       (resid  96 and name HN)  99.1  45.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  98 and name N )
       (resid  98 and name HN)  15.2 322.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  98 and name N )
       (resid  97 and name C ) 125.8  35.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  97 and name C )
       (resid  97 and name CA)  64.8  18.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  97 and name C )
       (resid  98 and name HN)  30.3 229.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  97 and name CA)
       (resid  98 and name HN)  64.7 211.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  99 and name N )
       (resid  99 and name HN) 155.6 259.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  99 and name N )
       (resid  98 and name C )  44.8 319.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  98 and name C )
       (resid  98 and name CA) 104.4 296.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  98 and name C )
       (resid  99 and name HN) 156.6 165.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid  98 and name CA)
       (resid  99 and name HN) 125.2 133.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 103 and name N )
       (resid 103 and name HN) 138.6 135.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 103 and name N )
       (resid 102 and name C )  58.2 236.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 102 and name C )
       (resid 102 and name CA) 105.2 192.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 102 and name C )
       (resid 103 and name HN) 135.9  84.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 102 and name CA)
       (resid 103 and name HN) 114.2  47.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 105 and name N )
       (resid 105 and name HN) 101.6 321.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 105 and name N )
       (resid 104 and name C )  97.5 198.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 104 and name C )
       (resid 104 and name CA) 109.5 262.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 104 and name C )
       (resid 105 and name HN)  90.9 354.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 104 and name CA)
       (resid 105 and name HN)  79.3  29.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 111 and name N )
       (resid 111 and name HN) 118.5 235.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 111 and name N )
       (resid 110 and name C ) 104.9  12.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 110 and name C )
       (resid 110 and name CA) 137.7 306.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 110 and name C )
       (resid 111 and name HN)  94.0 209.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 110 and name CA)
       (resid 111 and name HN)  67.4 184.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 112 and name N )
       (resid 112 and name HN)  93.3   3.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 112 and name N )
       (resid 111 and name C ) 146.6 178.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 111 and name C )
       (resid 111 and name CA) 150.1   9.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 111 and name C )
       (resid 112 and name HN)  59.0   1.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 111 and name CA)
       (resid 112 and name HN)  22.6 355.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 113 and name N )
       (resid 113 and name HN)  85.6 191.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 113 and name N )
       (resid 112 and name C ) 141.2 326.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 112 and name C )
       (resid 112 and name CA) 132.5 227.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 112 and name C )
       (resid 113 and name HN)  56.9 171.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 112 and name CA)
       (resid 113 and name HN)  33.5 130.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 114 and name N )
       (resid 114 and name HN) 101.1  62.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 114 and name N )
       (resid 113 and name C ) 112.5 192.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 113 and name C )
       (resid 113 and name CA) 124.7 120.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 113 and name C )
       (resid 114 and name HN)  81.2  34.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 113 and name CA)
       (resid 114 and name HN)  62.6   1.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 115 and name N )
       (resid 115 and name HN)  95.8 296.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 115 and name N )
       (resid 114 and name C ) 135.4 151.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 114 and name C )
       (resid 114 and name CA) 142.4 256.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 114 and name C )
       (resid 115 and name HN)  65.6 313.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 114 and name CA)
       (resid 115 and name HN)  37.0 343.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 116 and name N )
       (resid 116 and name HN)  77.8 163.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 116 and name N )
       (resid 115 and name C )  81.3 287.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 115 and name C )
       (resid 115 and name CA)  68.7 222.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 115 and name C )
       (resid 116 and name HN)  89.6 131.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 115 and name CA)
       (resid 116 and name HN) 102.1  96.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 117 and name N )
       (resid 117 and name HN) 130.1 318.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 117 and name N )
       (resid 116 and name C ) 103.2 168.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 116 and name C )
       (resid 116 and name CA) 152.2 224.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 116 and name C )
       (resid 117 and name HN) 100.0 337.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 116 and name CA)
       (resid 117 and name HN)  67.1 353.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 118 and name N )
       (resid 118 and name HN)  45.2 149.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 118 and name N )
       (resid 117 and name C ) 133.1 241.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 117 and name C )
       (resid 117 and name CA)  86.4 194.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 117 and name C )
       (resid 118 and name HN)  37.1  97.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 117 and name CA)
       (resid 118 and name HN)  53.7  50.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 119 and name N )
       (resid 119 and name HN) 162.2 125.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 119 and name N )
       (resid 118 and name C )  58.5 216.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 118 and name C )
       (resid 118 and name CA) 118.3 195.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 118 and name C )
       (resid 119 and name HN) 144.7  51.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 118 and name CA)
       (resid 119 and name HN) 111.2  31.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 121 and name N )
       (resid 121 and name HN) 152.2 136.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 121 and name N )
       (resid 120 and name C )  84.1 344.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 120 and name C )
       (resid 120 and name CA) 144.1   7.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 120 and name C )
       (resid 121 and name HN) 120.6 157.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 120 and name CA)
       (resid 121 and name HN)  85.4 167.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 124 and name N )
       (resid 124 and name HN)  60.7   8.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 124 and name N )
       (resid 123 and name C ) 122.1 117.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 123 and name C )
       (resid 123 and name CA)  90.6  59.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 123 and name C )
       (resid 124 and name HN)  53.8 328.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 123 and name CA)
       (resid 124 and name HN)  61.8 286.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 127 and name N )
       (resid 127 and name HN)  26.2 311.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 127 and name N )
       (resid 126 and name C ) 115.3  58.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 126 and name C )
       (resid 126 and name CA)  59.5  28.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 126 and name C )
       (resid 127 and name HN)  43.3 256.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 126 and name CA)
       (resid 127 and name HN)  74.3 233.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 128 and name N )
       (resid 128 and name HN)  54.0  25.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 128 and name N )
       (resid 127 and name C ) 138.0 288.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 127 and name C )
       (resid 127 and name CA)  96.6 344.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 127 and name C )
       (resid 128 and name HN)  38.9  68.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 127 and name CA)
       (resid 128 and name HN)  47.0 122.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 129 and name N )
       (resid 129 and name HN) 111.5 207.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 129 and name N )
       (resid 128 and name C )  67.9 322.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 128 and name C )
       (resid 128 and name CA)  90.8 262.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 128 and name C )
       (resid 129 and name HN) 115.4 170.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 128 and name CA)
       (resid 129 and name HN) 109.2 131.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 130 and name N )
       (resid 130 and name HN) 110.8 236.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 130 and name N )
       (resid 129 and name C ) 128.7  48.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 129 and name C )
       (resid 129 and name CA) 166.2 263.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 129 and name C )
       (resid 130 and name HN)  76.7 232.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 129 and name CA)
       (resid 130 and name HN)  40.6 225.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 135 and name N )
       (resid 135 and name HN) 112.1 179.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 135 and name N )
       (resid 134 and name C )  22.0 295.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 134 and name C )
       (resid 134 and name CA)  59.3 202.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 134 and name C )
       (resid 135 and name HN) 142.4 158.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 134 and name CA)
       (resid 135 and name HN) 158.3  86.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 136 and name N )
       (resid 136 and name HN) 100.4 215.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 136 and name N )
       (resid 135 and name C )  78.9 334.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 135 and name C )
       (resid 135 and name CA)  90.0 271.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 135 and name C )
       (resid 136 and name HN) 102.5 180.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 135 and name CA)
       (resid 136 and name HN)  99.9 143.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 137 and name N )
       (resid 137 and name HN)  91.9 229.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 137 and name N )
       (resid 136 and name C ) 146.8  34.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 136 and name C )
       (resid 136 and name CA) 147.6 244.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 136 and name C )
       (resid 137 and name HN)  58.1 223.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 136 and name CA)
       (resid 137 and name HN)  23.0 205.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 139 and name N )
       (resid 139 and name HN) 102.5 210.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 139 and name N )
       (resid 138 and name C )  27.3 343.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 138 and name C )
       (resid 138 and name CA)  50.3 234.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 138 and name C )
       (resid 139 and name HN) 133.4 192.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 138 and name CA)
       (resid 139 and name HN) 157.3 140.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 140 and name N )
       (resid 140 and name HN)  80.3 216.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 140 and name N )
       (resid 139 and name C ) 119.9 336.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 139 and name C )
       (resid 139 and name CA) 108.0 267.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 139 and name C )
       (resid 140 and name HN)  65.8 184.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 139 and name CA)
       (resid 140 and name HN)  59.5 143.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 141 and name N )
       (resid 141 and name HN)  94.8 298.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 141 and name N )
       (resid 140 and name C ) 124.1 166.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 140 and name C )
       (resid 140 and name CA) 129.0 247.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 140 and name C )
       (resid 141 and name HN)  71.1 323.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 140 and name CA)
       (resid 141 and name HN)  51.0 358.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 144 and name N )
       (resid 144 and name HN)  35.8 272.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 144 and name N )
       (resid 143 and name C )  90.5  60.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 143 and name C )
       (resid 143 and name CA)  34.2  25.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 143 and name C )
       (resid 144 and name HN)  65.7 250.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 143 and name CA)
       (resid 144 and name HN)  99.7 236.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 145 and name N )
       (resid 145 and name HN) 150.3  59.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 145 and name N )
       (resid 144 and name C )  43.4 352.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 144 and name C )
       (resid 144 and name CA) 101.0  21.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 144 and name C )
       (resid 145 and name HN) 155.1 139.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 144 and name CA)
       (resid 145 and name HN) 127.1 179.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 147 and name N )
       (resid 147 and name HN)  44.3 166.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 147 and name N )
       (resid 146 and name C )  77.0 332.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 146 and name C )
       (resid 146 and name CA)  17.5 297.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 146 and name C )
       (resid 147 and name HN)  77.8 157.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 146 and name CA)
       (resid 147 and name HN) 113.6 150.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 148 and name N )
       (resid 148 and name HN) 122.4 329.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 148 and name N )
       (resid 147 and name C )  21.6 238.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 147 and name C )
       (resid 147 and name CA)  69.5 307.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 147 and name C )
       (resid 148 and name HN) 150.9 358.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 147 and name CA)
       (resid 148 and name HN) 153.9  83.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 149 and name N )
       (resid 149 and name HN)  48.8 161.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 149 and name N )
       (resid 148 and name C )  74.1   0.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 148 and name C )
       (resid 148 and name CA)  19.3  53.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 148 and name C )
       (resid 149 and name HN)  81.3 173.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 148 and name CA)
       (resid 149 and name HN) 116.3 184.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 150 and name N )
       (resid 150 and name HN) 134.4 296.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 150 and name N )
       (resid 149 and name C )  23.5 356.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 149 and name C )
       (resid 149 and name CA)  80.3 316.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 149 and name C )
       (resid 150 and name HN) 161.3 251.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 149 and name CA)
       (resid 150 and name HN) 148.0 161.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 152 and name N )
       (resid 152 and name HN) 106.3  13.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 152 and name N )
       (resid 151 and name C )  41.2 256.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 151 and name C )
       (resid 151 and name CA)  63.9 334.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 151 and name C )
       (resid 152 and name HN) 129.1  42.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 151 and name CA)
       (resid 152 and name HN) 139.4  92.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 153 and name N )
       (resid 153 and name HN)  56.9 301.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 153 and name N )
       (resid 152 and name C )  77.0 161.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 152 and name C )
       (resid 152 and name CA)  38.7 224.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 152 and name C )
       (resid 153 and name HN)  82.8 325.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 152 and name CA)
       (resid 153 and name HN) 111.4 349.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 156 and name N )
       (resid 156 and name HN) 102.5 113.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 156 and name N )
       (resid 155 and name C ) 121.4 336.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 155 and name C )
       (resid 155 and name CA) 136.8  59.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 155 and name C )
       (resid 156 and name HN)  76.6 136.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 155 and name CA)
       (resid 156 and name HN)  51.9 167.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 158 and name N )
       (resid 158 and name HN) 138.8  80.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 158 and name N )
       (resid 157 and name C )  32.2  13.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 157 and name C )
       (resid 157 and name CA)  87.4  51.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 157 and name C )
       (resid 158 and name HN) 158.1 138.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 157 and name CA)
       (resid 158 and name HN) 139.4 204.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 160 and name N )
       (resid 160 and name HN) 109.8 105.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 160 and name N )
       (resid 159 and name C ) 130.2 287.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 159 and name C )
       (resid 159 and name CA) 166.7  98.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 159 and name C )
       (resid 160 and name HN)  75.5 106.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 159 and name CA)
       (resid 160 and name HN)  38.9 108.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 162 and name N )
       (resid 162 and name HN) 120.3  25.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 162 and name N )
       (resid 161 and name C )  36.2 125.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 161 and name C )
       (resid 161 and name CA)  74.8  61.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 161 and name C )
       (resid 162 and name HN) 141.0 348.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 161 and name CA)
       (resid 162 and name HN) 140.4 288.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 163 and name N )
       (resid 163 and name HN)  84.1  49.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 163 and name N )
       (resid 162 and name C ) 125.5 172.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 162 and name C )
       (resid 162 and name CA) 117.1  97.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 162 and name C )
       (resid 163 and name HN)  64.5  19.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 162 and name CA)
       (resid 163 and name HN)  52.3 339.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 164 and name N )
       (resid 164 and name HN)  86.3 133.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 164 and name N )
       (resid 163 and name C ) 131.0   6.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 163 and name C )
       (resid 163 and name CA) 124.7  88.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 163 and name C )
       (resid 164 and name HN)  62.6 159.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 163 and name CA)
       (resid 164 and name HN)  45.5 200.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 166 and name N )
       (resid 166 and name HN)  68.8  12.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 166 and name N )
       (resid 165 and name C )  81.4 245.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 165 and name C )
       (resid 165 and name CA)  58.9 309.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 165 and name C )
       (resid 166 and name HN)  85.3  43.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 165 and name CA)
       (resid 166 and name HN) 104.0  75.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 167 and name N )
       (resid 167 and name HN)  68.3 216.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 167 and name N )
       (resid 166 and name C )  52.4  26.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 166 and name C )
       (resid 166 and name CA)  13.8 249.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 166 and name C )
       (resid 167 and name HN) 102.3 210.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 166 and name CA)
       (resid 167 and name HN) 138.3 203.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 169 and name N )
       (resid 169 and name HN) 113.8 350.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 169 and name N )
       (resid 168 and name C )  38.5  99.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 168 and name C )
       (resid 168 and name CA)  69.9  27.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 168 and name C )
       (resid 169 and name HN) 135.3 317.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 168 and name CA)
       (resid 169 and name HN) 140.0 262.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 170 and name N )
       (resid 170 and name HN) 111.0 158.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 170 and name N )
       (resid 169 and name C )  70.9  42.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 169 and name C )
       (resid 169 and name CA)  93.0 102.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 169 and name C )
       (resid 170 and name HN) 113.1 195.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 169 and name CA)
       (resid 170 and name HN) 106.2 233.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 171 and name N )
       (resid 171 and name HN)  39.8 307.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 171 and name N )
       (resid 170 and name C )  81.7 142.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 170 and name C )
       (resid 170 and name CA)  21.4 169.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 170 and name C )
       (resid 171 and name HN)  73.2 317.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 170 and name CA)
       (resid 171 and name HN) 109.0 324.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 172 and name N )
       (resid 172 and name HN) 126.5 173.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 172 and name N )
       (resid 171 and name C )  46.6  74.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 171 and name C )
       (resid 171 and name CA)  86.9 129.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 171 and name C )
       (resid 172 and name HN) 138.1 217.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 171 and name CA)
       (resid 172 and name HN) 128.3 266.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 174 and name N )
       (resid 174 and name HN)  40.7  97.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 174 and name N )
       (resid 173 and name C )  96.2 327.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 173 and name C )
       (resid 173 and name CA)  47.5  11.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 173 and name C )
       (resid 174 and name HN)  63.3 131.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 173 and name CA)
       (resid 174 and name HN)  92.7 153.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 175 and name N )
       (resid 175 and name HN)  42.5  53.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 175 and name N )
       (resid 174 and name C ) 138.2 330.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 174 and name C )
       (resid 174 and name CA)  87.9  13.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 174 and name C )
       (resid 175 and name HN)  31.3 109.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 174 and name CA)
       (resid 175 and name HN)  49.2 161.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 177 and name N )
       (resid 177 and name HN)  48.1  63.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 177 and name N )
       (resid 176 and name C ) 159.1   1.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 176 and name C )
       (resid 176 and name CA) 102.6  45.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 176 and name C )
       (resid 177 and name HN)  19.6 101.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 176 and name CA)
       (resid 177 and name HN)  29.1 198.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 180 and name N )
       (resid 180 and name HN) 156.5 275.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 180 and name N )
       (resid 179 and name C )  76.6 137.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 179 and name C )
       (resid 179 and name CA) 135.9 160.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 179 and name C )
       (resid 180 and name HN) 127.6 307.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 179 and name CA)
       (resid 180 and name HN)  93.1 320.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 181 and name N )
       (resid 181 and name HN)  55.5 162.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 181 and name N )
       (resid 180 and name C ) 131.6 264.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 180 and name C )
       (resid 180 and name CA)  93.4 207.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 180 and name C )
       (resid 181 and name HN)  44.3 119.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 180 and name CA)
       (resid 181 and name HN)  53.1  71.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 182 and name N )
       (resid 182 and name HN) 140.5   8.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 182 and name N )
       (resid 181 and name C )  99.0 180.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 181 and name C )
       (resid 181 and name CA) 161.0 162.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 181 and name C )
       (resid 182 and name HN) 106.4   3.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 181 and name CA)
       (resid 182 and name HN)  70.1 358.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 183 and name N )
       (resid 183 and name HN) 122.1 158.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 183 and name N )
       (resid 182 and name C )  83.3 279.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 182 and name C )
       (resid 182 and name CA) 115.6 224.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 182 and name C )
       (resid 183 and name HN) 110.0 122.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 182 and name CA)
       (resid 183 and name HN)  90.7  90.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 184 and name N )
       (resid 184 and name HN) 135.8 167.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 184 and name N )
       (resid 183 and name C ) 102.6   2.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 183 and name C )
       (resid 183 and name CA) 161.8  39.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 183 and name C )
       (resid 184 and name HN) 102.5 177.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 183 and name CA)
       (resid 184 and name HN)  66.7 185.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 187 and name N )
       (resid 187 and name HN) 126.0 197.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 187 and name N )
       (resid 186 and name C )  35.7 105.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 186 and name C )
       (resid 186 and name CA)  79.5 162.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 186 and name C )
       (resid 187 and name HN) 145.4 239.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 186 and name CA)
       (resid 187 and name HN) 139.3 300.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 188 and name N )
       (resid 188 and name HN) 108.2 200.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 188 and name N )
       (resid 187 and name C )  51.1 315.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 187 and name C )
       (resid 187 and name CA)  73.4 246.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 187 and name C )
       (resid 188 and name HN) 124.4 166.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 187 and name CA)
       (resid 188 and name HN) 128.1 121.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 189 and name N )
       (resid 189 and name HN)  99.6 222.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 189 and name N )
       (resid 188 and name C ) 132.1   9.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 188 and name C )
       (resid 188 and name CA) 145.1 265.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 188 and name C )
       (resid 189 and name HN)  69.3 205.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 188 and name CA)
       (resid 189 and name HN)  39.8 178.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 190 and name N )
       (resid 190 and name HN) 114.3 218.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 190 and name N )
       (resid 189 and name C )  97.9  90.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 189 and name C )
       (resid 189 and name CA) 123.8 153.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 189 and name C )
       (resid 190 and name HN)  96.7 249.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 189 and name CA)
       (resid 190 and name HN)  76.2 279.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 191 and name N )
       (resid 191 and name HN) 122.3 202.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 191 and name N )
       (resid 190 and name C )   2.4 187.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 190 and name C )
       (resid 190 and name CA)  65.3 201.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 190 and name C )
       (resid 191 and name HN) 156.6 203.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 190 and name CA)
       (resid 191 and name HN) 166.8  19.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 194 and name N )
       (resid 194 and name HN) 125.1 304.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 194 and name N )
       (resid 193 and name C )  83.1 182.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 193 and name C )
       (resid 193 and name CA) 118.4 237.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 193 and name C )
       (resid 194 and name HN) 111.4 341.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 193 and name CA)
       (resid 194 and name HN)  90.3  11.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 195 and name N )
       (resid 195 and name HN) 119.7 218.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 195 and name N )
       (resid 194 and name C )  26.2 316.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 194 and name C )
       (resid 194 and name CA)  68.9 245.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 194 and name C )
       (resid 195 and name HN) 146.3 187.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 194 and name CA)
       (resid 195 and name HN) 150.6 114.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 196 and name N )
       (resid 196 and name HN)  98.8 211.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 196 and name N )
       (resid 195 and name C ) 111.6 339.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 195 and name C )
       (resid 195 and name CA) 120.9 268.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 195 and name C )
       (resid 196 and name HN)  80.6 182.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 195 and name CA)
       (resid 196 and name HN)  64.2 148.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 198 and name N )
       (resid 198 and name HN) 130.6 202.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 198 and name N )
       (resid 197 and name C )  31.0 120.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 197 and name C )
       (resid 197 and name CA)  80.8 172.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 197 and name C )
       (resid 198 and name HN) 152.1 247.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 197 and name CA)
       (resid 198 and name HN) 142.5 316.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 200 and name N )
       (resid 200 and name HN) 109.3 223.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 200 and name N )
       (resid 199 and name C ) 123.6  14.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 199 and name C )
       (resid 199 and name CA) 151.1 279.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 199 and name C )
       (resid 200 and name HN)  78.7 207.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 199 and name CA)
       (resid 200 and name HN)  47.5 186.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 201 and name N )
       (resid 201 and name HN) 132.8 263.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 201 and name N )
       (resid 200 and name C )  87.9 132.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 200 and name C )
       (resid 200 and name CA) 131.6 183.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 200 and name C )
       (resid 201 and name HN) 111.3 295.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 200 and name CA)
       (resid 201 and name HN)  83.7 319.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 202 and name N )
       (resid 202 and name HN) 116.4 160.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 202 and name N )
       (resid 201 and name C )  37.6 266.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 201 and name C )
       (resid 201 and name CA)  71.9 197.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 201 and name C )
       (resid 202 and name HN) 137.6 125.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 201 and name CA)
       (resid 202 and name HN) 140.1  68.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 207 and name N )
       (resid 207 and name HN)  34.7  66.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 207 and name N )
       (resid 206 and name C )  89.5 219.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 206 and name C )
       (resid 206 and name CA)  31.4 188.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 206 and name C )
       (resid 207 and name HN)  66.1  47.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 206 and name CA)
       (resid 207 and name HN) 100.9  35.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 208 and name N )
       (resid 208 and name HN)  31.7 250.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 208 and name N )
       (resid 207 and name C ) 105.8 128.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 207 and name C )
       (resid 207 and name CA)  52.2 163.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 207 and name C )
       (resid 208 and name HN)  53.0 292.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 207 and name CA)
       (resid 208 and name HN)  83.7 313.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 209 and name N )
       (resid 209 and name HN)  81.9  48.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 209 and name N )
       (resid 208 and name C )  38.2 224.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 208 and name C )
       (resid 208 and name CA)  25.0  53.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 208 and name C )
       (resid 209 and name HN) 116.2  46.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 208 and name CA)
       (resid 209 and name HN) 152.7  42.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 210 and name N )
       (resid 210 and name HN) 116.4 191.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 210 and name N )
       (resid 209 and name C )  16.7 298.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 209 and name C )
       (resid 209 and name CA)  61.9 209.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 209 and name C )
       (resid 210 and name HN) 147.8 171.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 209 and name CA)
       (resid 210 and name HN) 161.5  82.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 211 and name N )
       (resid 211 and name HN) 101.5 169.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 211 and name N )
       (resid 210 and name C )  96.7 291.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 210 and name C )
       (resid 210 and name CA) 108.5 228.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 210 and name C )
       (resid 211 and name HN)  91.3 136.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 210 and name CA)
       (resid 211 and name HN)  80.2 101.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 212 and name N )
       (resid 212 and name HN)  93.3 180.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 212 and name N )
       (resid 211 and name C ) 144.1  21.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 211 and name C )
       (resid 211 and name CA) 147.6 158.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 211 and name C )
       (resid 212 and name HN)  60.0 189.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 211 and name CA)
       (resid 212 and name HN)  26.3 211.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 213 and name N )
       (resid 213 and name HN) 118.7 165.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 213 and name N )
       (resid 212 and name C )  82.4  45.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 212 and name C )
       (resid 212 and name CA) 111.4 102.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 212 and name C )
       (resid 213 and name HN) 109.0 201.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 212 and name CA)
       (resid 213 and name HN)  92.3 234.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 217 and name N )
       (resid 217 and name HN) 122.3 169.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 217 and name N )
       (resid 216 and name C )  52.8  64.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 216 and name C )
       (resid 216 and name CA)  87.9 121.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 216 and name C )
       (resid 217 and name HN) 131.4 211.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 216 and name CA)
       (resid 217 and name HN) 122.9 256.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 222 and name N )
       (resid 222 and name HN) 154.0 339.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 222 and name N )
       (resid 221 and name C )  53.2  62.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 221 and name C )
       (resid 221 and name CA) 110.2  34.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 221 and name C )
       (resid 222 and name HN) 147.1 266.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 221 and name CA)
       (resid 222 and name HN) 117.2 236.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 223 and name N )
       (resid 223 and name HN)  32.5 190.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 223 and name N )
       (resid 222 and name C ) 126.4  99.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 222 and name C )
       (resid 222 and name CA)  72.9 135.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 222 and name C )
       (resid 223 and name HN)  36.1 252.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 222 and name CA)
       (resid 223 and name HN)  62.4 287.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 225 and name N )
       (resid 225 and name HN) 108.8 301.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 225 and name N )
       (resid 224 and name C )  30.2 183.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 224 and name C )
       (resid 224 and name CA)  59.7 271.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 224 and name C )
       (resid 225 and name HN) 136.5 325.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 224 and name CA)
       (resid 225 and name HN) 150.8  25.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 226 and name N )
       (resid 226 and name HN)  87.5 122.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 226 and name N )
       (resid 225 and name C )  64.0 356.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 225 and name C )
       (resid 225 and name CA)  62.0  68.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 225 and name C )
       (resid 226 and name HN) 105.3 151.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 225 and name CA)
       (resid 226 and name HN) 119.2 188.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 227 and name N )
       (resid 227 and name HN)  81.8 290.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 227 and name N )
       (resid 226 and name C )  38.4 117.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 226 and name C )
       (resid 226 and name CA)  25.2 281.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 226 and name C )
       (resid 227 and name HN) 116.1 293.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 226 and name CA)
       (resid 227 and name HN) 152.3 300.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 228 and name N )
       (resid 228 and name HN) 103.2  78.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 228 and name N )
       (resid 227 and name C )  18.6 282.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 227 and name C )
       (resid 227 and name CA)  46.9  69.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 227 and name C )
       (resid 228 and name HN) 137.0  85.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 227 and name CA)
       (resid 228 and name HN) 170.0 131.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 245 and name N )
       (resid 245 and name HN)  77.3 140.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 245 and name N )
       (resid 244 and name C ) 124.7  22.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 244 and name C )
       (resid 244 and name CA) 108.9  92.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 244 and name C )
       (resid 245 and name HN)  61.3 173.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 244 and name CA)
       (resid 245 and name HN)  55.1 215.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 247 and name N )
       (resid 247 and name HN) 145.7 111.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 247 and name N )
       (resid 246 and name C )  77.4 346.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 246 and name C )
       (resid 246 and name CA) 129.7  24.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 246 and name C )
       (resid 247 and name HN) 123.7 150.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 246 and name CA)
       (resid 247 and name HN)  93.3 172.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 251 and name N )
       (resid 251 and name HN)  52.9  43.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 251 and name N )
       (resid 250 and name C ) 164.4 336.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 250 and name C )
       (resid 250 and name CA) 108.2  29.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 250 and name C )
       (resid 251 and name HN)  21.7  70.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 250 and name CA)
       (resid 251 and name HN)  23.2 180.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 252 and name N )
       (resid 252 and name HN)  87.5  58.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 252 and name N )
       (resid 251 and name C )  71.7 180.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 251 and name C )
       (resid 251 and name CA)  69.6 113.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 251 and name C )
       (resid 252 and name HN) 100.5  26.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 251 and name CA)
       (resid 252 and name HN) 110.6 349.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 253 and name N )
       (resid 253 and name HN)  61.4 111.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 253 and name N )
       (resid 252 and name C )  60.2 306.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 252 and name C )
       (resid 252 and name CA)  13.2  45.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 252 and name C )
       (resid 253 and name HN)  94.8 120.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 252 and name CA)
       (resid 253 and name HN) 130.3 130.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 256 and name N )
       (resid 256 and name HN)  50.6 127.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 256 and name N )
       (resid 255 and name C )  71.0 322.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 255 and name C )
       (resid 255 and name CA)  14.5  16.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 255 and name C )
       (resid 256 and name HN)  84.0 136.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 255 and name CA)
       (resid 256 and name HN) 119.6 145.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 258 and name N )
       (resid 258 and name HN)  64.6  82.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 258 and name N )
       (resid 257 and name C )  69.1 223.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 257 and name C )
       (resid 257 and name CA)  38.1 151.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 257 and name C )
       (resid 258 and name HN)  91.1  60.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 257 and name CA)
       (resid 258 and name HN) 118.9  35.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 260 and name N )
       (resid 260 and name HN)  65.4 324.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 260 and name N )
       (resid 259 and name C )  64.2 178.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 259 and name C )
       (resid 259 and name CA)  31.8 258.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 259 and name C )
       (resid 260 and name HN)  94.3 343.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 259 and name CA)
       (resid 260 and name HN) 124.4   5.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 261 and name N )
       (resid 261 and name HN)  93.7 200.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 261 and name N )
       (resid 260 and name C )  30.5 352.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 260 and name C )
       (resid 260 and name CA)  39.7 221.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 260 and name C )
       (resid 261 and name HN) 126.4 189.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 260 and name CA)
       (resid 261 and name HN) 157.9 156.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 262 and name N )
       (resid 262 and name HN)  67.9 319.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 262 and name N )
       (resid 261 and name C )  73.6 185.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 261 and name C )
       (resid 261 and name CA)  48.6 254.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 261 and name C )
       (resid 262 and name HN)  89.8 346.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 261 and name CA)
       (resid 262 and name HN) 113.0  15.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 263 and name N )
       (resid 263 and name HN)  75.3 115.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 263 and name N )
       (resid 262 and name C )  50.7 323.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 262 and name C )
       (resid 262 and name CA)  29.1  68.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 262 and name C )
       (resid 263 and name HN) 106.6 129.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 262 and name CA)
       (resid 263 and name HN) 138.3 152.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 264 and name N )
       (resid 264 and name HN)  86.1 278.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 264 and name N )
       (resid 263 and name C )  34.0 103.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 263 and name C )
       (resid 263 and name CA)  29.2 273.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 263 and name C )
       (resid 264 and name HN) 120.4 280.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 263 and name CA)
       (resid 264 and name HN) 156.8 285.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 265 and name N )
       (resid 265 and name HN)  80.5  54.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 265 and name N )
       (resid 264 and name C )  74.6 289.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 264 and name C )
       (resid 264 and name CA)  64.7 356.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 264 and name C )
       (resid 265 and name HN)  95.2  85.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 264 and name CA)
       (resid 265 and name HN) 109.0 120.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 266 and name N )
       (resid 266 and name HN)  71.0 225.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 266 and name N )
       (resid 265 and name C )  49.7  35.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 265 and name C )
       (resid 265 and name CA)  16.2 253.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 265 and name C )
       (resid 266 and name HN) 105.0 220.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 265 and name CA)
       (resid 266 and name HN) 140.9 211.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 267 and name N )
       (resid 267 and name HN) 118.7  94.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 267 and name N )
       (resid 266 and name C )  74.9 338.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 266 and name C )
       (resid 266 and name CA) 104.0  35.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 266 and name C )
       (resid 267 and name HN) 114.2 133.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 266 and name CA)
       (resid 267 and name HN) 100.3 168.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 268 and name N )
       (resid 268 and name HN)  28.7 264.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 268 and name N )
       (resid 267 and name C ) 107.7  24.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 267 and name C )
       (resid 267 and name CA)  52.6 352.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 267 and name C )
       (resid 268 and name HN)  50.4 220.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 267 and name CA)
       (resid 268 and name HN)  81.9 199.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 269 and name N )
       (resid 269 and name HN)  35.5  73.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 269 and name N )
       (resid 268 and name C )  84.9 245.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 268 and name C )
       (resid 268 and name CA)  22.5 232.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 268 and name C )
       (resid 269 and name HN)  69.6  67.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 268 and name CA)
       (resid 269 and name HN) 105.9  64.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 278 and name N )
       (resid 278 and name HN) 135.6 143.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 278 and name N )
       (resid 277 and name C )  26.1 205.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 277 and name C )
       (resid 277 and name CA)  82.2 165.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 277 and name C )
       (resid 278 and name HN) 160.4  93.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 277 and name CA)
       (resid 278 and name HN) 145.5  12.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 279 and name N )
       (resid 279 and name HN) 120.7 161.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 279 and name N )
       (resid 278 and name C )  88.1 285.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 278 and name C )
       (resid 278 and name CA) 119.5 228.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 278 and name C )
       (resid 279 and name HN) 106.1 127.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 278 and name CA)
       (resid 279 and name HN)  85.7  96.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 280 and name N )
       (resid 280 and name HN) 121.5 176.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 280 and name N )
       (resid 279 and name C ) 118.0   4.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 279 and name C )
       (resid 279 and name CA) 172.7 100.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 279 and name C )
       (resid 280 and name HN)  87.5 180.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 279 and name CA)
       (resid 280 and name HN)  51.3 186.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 281 and name N )
       (resid 281 and name HN) 140.9 162.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 281 and name N )
       (resid 280 and name C )  55.0  66.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 280 and name C )
       (resid 280 and name CA) 104.0 108.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 280 and name C )
       (resid 281 and name HN) 139.6 217.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 280 and name CA)
       (resid 281 and name HN) 117.2 255.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 282 and name N )
       (resid 282 and name HN) 121.3 173.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 282 and name N )
       (resid 281 and name C )  34.2 271.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 281 and name C )
       (resid 281 and name CA)  74.5 207.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 281 and name C )
       (resid 282 and name HN) 143.0 136.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 281 and name CA)
       (resid 282 and name HN) 142.1  74.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 283 and name N )
       (resid 283 and name HN) 102.9 207.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 283 and name N )
       (resid 282 and name C ) 102.6 332.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 282 and name C )
       (resid 282 and name CA) 116.2 266.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 282 and name C )
       (resid 283 and name HN)  88.2 176.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 282 and name CA)
       (resid 283 and name HN)  73.3 142.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 284 and name N )
       (resid 284 and name HN) 126.3 205.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 284 and name N )
       (resid 283 and name C ) 111.7   8.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 283 and name C )
       (resid 283 and name CA) 165.3 303.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 283 and name C )
       (resid 284 and name HN)  93.1 195.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 283 and name CA)
       (resid 284 and name HN)  57.8 185.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 286 and name N )
       (resid 286 and name HN)  79.6  61.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 286 and name N )
       (resid 285 and name C )  84.4 183.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 285 and name C )
       (resid 285 and name CA)  73.7 120.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 285 and name C )
       (resid 286 and name HN)  88.5  28.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 285 and name CA)
       (resid 286 and name HN)  98.4 353.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 287 and name N )
       (resid 287 and name HN) 109.7 244.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 287 and name N )
       (resid 286 and name C ) 109.4 110.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 286 and name C )
       (resid 286 and name CA) 131.9 181.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 286 and name C )
       (resid 287 and name HN)  87.3 270.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 286 and name CA)
       (resid 287 and name HN)  64.2 300.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 288 and name N )
       (resid 288 and name HN) 121.5 223.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 288 and name N )
       (resid 287 and name C )  16.9 313.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 287 and name C )
       (resid 287 and name CA)  67.1 240.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 287 and name C )
       (resid 288 and name HN) 152.2 199.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 287 and name CA)
       (resid 288 and name HN) 158.5 102.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 289 and name N )
       (resid 289 and name HN)  87.0 229.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 289 and name N )
       (resid 288 and name C ) 103.9 349.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 288 and name C )
       (resid 288 and name CA) 100.3 285.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 288 and name C )
       (resid 289 and name HN)  79.5 195.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 288 and name CA)
       (resid 289 and name HN)  75.5 158.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 292 and name N )
       (resid 292 and name HN) 126.4 248.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 292 and name N )
       (resid 291 and name C )  22.4 328.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 291 and name C )
       (resid 291 and name CA)  73.5 270.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 291 and name C )
       (resid 292 and name HN) 154.0 213.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 291 and name CA)
       (resid 292 and name HN) 151.5 127.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 293 and name N )
       (resid 293 and name HN)  97.9 226.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 293 and name N )
       (resid 292 and name C ) 110.4 352.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 292 and name C )
       (resid 292 and name CA) 118.5 282.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 292 and name C )
       (resid 293 and name HN)  80.9 196.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 292 and name CA)
       (resid 293 and name HN)  65.8 161.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 294 and name N )
       (resid 294 and name HN) 116.8 268.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 294 and name N )
       (resid 293 and name C ) 117.9 114.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 293 and name C )
       (resid 293 and name CA) 156.4 199.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 293 and name C )
       (resid 294 and name HN)  85.4 282.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 293 and name CA)
       (resid 294 and name HN)  52.5 300.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 295 and name N )
       (resid 295 and name HN) 143.1 236.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 295 and name N )
       (resid 294 and name C )  45.0 155.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 294 and name C )
       (resid 294 and name CA)  98.0 193.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 294 and name C )
       (resid 295 and name HN) 149.3 299.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 294 and name CA)
       (resid 295 and name HN) 126.6 344.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 297 and name N )
       (resid 297 and name HN) 123.1 234.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 297 and name N )
       (resid 296 and name C ) 109.9  25.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 296 and name C )
       (resid 296 and name CA) 153.1 315.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 296 and name C )
       (resid 297 and name HN)  92.9 216.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 296 and name CA)
       (resid 297 and name HN)  60.6 199.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 305 and name N )
       (resid 305 and name HN) 120.7 213.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 305 and name N )
       (resid 304 and name C )  93.6  85.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 304 and name C )
       (resid 304 and name CA) 125.9 144.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 304 and name C )
       (resid 305 and name HN) 102.3 245.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 304 and name CA)
       (resid 305 and name HN)  79.6 274.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 306 and name N )
       (resid 306 and name HN) 138.2 161.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 306 and name N )
       (resid 305 and name C )  25.2 212.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 305 and name C )
       (resid 305 and name CA)  83.7 180.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 305 and name C )
       (resid 306 and name HN) 164.3 107.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 305 and name CA)
       (resid 306 and name HN) 145.6  21.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 307 and name N )
       (resid 307 and name HN) 122.7 170.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 307 and name N )
       (resid 306 and name C )  77.5 287.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 306 and name C )
       (resid 306 and name CA) 110.3 233.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 306 and name C )
       (resid 307 and name HN) 114.2 132.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 306 and name CA)
       (resid 307 and name HN)  96.8  98.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 308 and name N )
       (resid 308 and name HN) 120.0 193.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 308 and name N )
       (resid 307 and name C ) 117.7 356.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 307 and name C )
       (resid 307 and name CA) 164.7 267.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 307 and name C )
       (resid 308 and name HN)  87.0 183.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 307 and name CA)
       (resid 308 and name HN)  51.9 172.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 309 and name N )
       (resid 309 and name HN) 144.3 224.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 309 and name N )
       (resid 308 and name C )  72.0 108.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 308 and name C )
       (resid 308 and name CA) 122.5 147.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 308 and name C )
       (resid 309 and name HN) 127.4 269.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 308 and name CA)
       (resid 309 and name HN)  99.2 294.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 311 and name N )
       (resid 311 and name HN) 132.2 213.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 311 and name N )
       (resid 310 and name C )  78.1 333.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 310 and name C )
       (resid 310 and name CA) 119.5 284.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 310 and name C )
       (resid 311 and name HN) 118.0 174.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 310 and name CA)
       (resid 311 and name HN)  94.5 145.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 312 and name N )
       (resid 312 and name HN) 132.5 308.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 312 and name N )
       (resid 311 and name C ) 107.4 134.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 311 and name C )
       (resid 311 and name CA) 169.6 155.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 311 and name C )
       (resid 312 and name HN)  98.2 312.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 311 and name CA)
       (resid 312 and name HN)  61.8 314.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 316 and name N )
       (resid 316 and name HN) 126.0  14.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 316 and name N )
       (resid 315 and name C )  62.8 265.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 315 and name C )
       (resid 315 and name CA)  99.3 318.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 315 and name C )
       (resid 316 and name HN) 126.3  57.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 315 and name CA)
       (resid 316 and name HN) 111.7  95.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 318 and name N )
       (resid 318 and name HN) 109.1  32.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 318 and name N )
       (resid 317 and name C ) 103.8 161.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 317 and name C )
       (resid 317 and name CA) 124.6  95.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 317 and name C )
       (resid 318 and name HN)  90.4   3.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 317 and name CA)
       (resid 318 and name HN)  70.6 331.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 320 and name N )
       (resid 320 and name HN) 113.8   3.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 320 and name N )
       (resid 319 and name C )  33.5 112.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 319 and name C )
       (resid 319 and name CA)  66.9  36.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 319 and name C )
       (resid 320 and name HN) 138.1 332.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 319 and name CA)
       (resid 320 and name HN) 145.3 273.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 328 and name N )
       (resid 328 and name HN)  68.5  92.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 328 and name N )
       (resid 327 and name C )  82.7 325.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 327 and name C )
       (resid 327 and name CA)  60.0  28.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 327 and name C )
       (resid 328 and name HN)  84.3 123.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 327 and name CA)
       (resid 328 and name HN) 102.6 155.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 329 and name N )
       (resid 329 and name HN)  87.0 236.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 329 and name N )
       (resid 328 and name C )  33.3  48.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 328 and name C )
       (resid 328 and name CA)  30.3 244.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 328 and name C )
       (resid 329 and name HN) 121.2 233.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 328 and name CA)
       (resid 329 and name HN) 157.4 224.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 333 and name N )
       (resid 333 and name HN)  34.2  50.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 333 and name N )
       (resid 332 and name C ) 130.7 325.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 332 and name C )
       (resid 332 and name CA)  77.3   1.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 332 and name C )
       (resid 333 and name HN)  33.0 114.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 332 and name CA)
       (resid 333 and name HN)  57.9 154.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 335 and name N )
       (resid 335 and name HN) 113.3 243.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 335 and name N )
       (resid 334 and name C ) 123.8  43.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 334 and name C )
       (resid 334 and name CA) 161.0 298.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 334 and name C )
       (resid 335 and name HN)  80.5 232.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 334 and name CA)
       (resid 335 and name HN)  46.1 218.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 339 and name N )
       (resid 339 and name HN) 148.9 337.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 339 and name N )
       (resid 338 and name C )  86.9 128.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 338 and name C )
       (resid 338 and name CA) 146.0 102.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 338 and name C )
       (resid 339 and name HN) 117.6 316.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 338 and name CA)
       (resid 339 and name HN)  82.6 305.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 342 and name N )
       (resid 342 and name HN) 141.6 245.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 342 and name N )
       (resid 341 and name C )  96.7  48.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 341 and name C )
       (resid 341 and name CA) 156.7  20.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 341 and name C )
       (resid 342 and name HN) 108.4 233.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 341 and name CA)
       (resid 342 and name HN)  72.7 226.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 343 and name N )
       (resid 343 and name HN) 162.2 284.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 343 and name N )
       (resid 342 and name C )  73.7 141.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 342 and name C )
       (resid 342 and name CA) 135.0 157.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 342 and name C )
       (resid 343 and name HN) 131.2 314.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 342 and name CA)
       (resid 343 and name HN)  95.7 324.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 346 and name N )
       (resid 346 and name HN) 148.6 293.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 346 and name N )
       (resid 345 and name C )  90.4 127.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 345 and name C )
       (resid 345 and name CA) 152.2 143.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 345 and name C )
       (resid 346 and name HN) 115.0 303.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 345 and name CA)
       (resid 346 and name HN)  78.8 309.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 349 and name N )
       (resid 349 and name HN) 145.8 241.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 349 and name N )
       (resid 348 and name C )  82.4  16.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 348 and name C )
       (resid 348 and name CA) 136.4 339.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 348 and name C )
       (resid 349 and name HN) 119.9 209.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 348 and name CA)
       (resid 349 and name HN)  87.9 191.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 350 and name N )
       (resid 350 and name HN) 151.8 304.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 350 and name N )
       (resid 349 and name C )  87.7 113.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 349 and name C )
       (resid 349 and name CA) 150.2 103.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 349 and name C )
       (resid 350 and name HN) 117.8 296.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 349 and name CA)
       (resid 350 and name HN)  81.4 292.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 351 and name N )
       (resid 351 and name HN) 165.0 141.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 351 and name N )
       (resid 350 and name C )  51.5 201.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 350 and name C )
       (resid 350 and name CA) 113.0 187.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 350 and name C )
       (resid 351 and name HN) 152.7  35.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 350 and name CA)
       (resid 351 and name HN) 118.0  18.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 353 and name N )
       (resid 353 and name HN) 122.3 252.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 353 and name N )
       (resid 352 and name C ) 101.8  30.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 352 and name C )
       (resid 352 and name CA) 138.4 327.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 352 and name C )
       (resid 353 and name HN)  97.7 227.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 352 and name CA)
       (resid 353 and name HN)  70.2 202.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 354 and name N )
       (resid 354 and name HN) 134.5 332.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 354 and name N )
       (resid 353 and name C )  27.4  40.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 353 and name C )
       (resid 353 and name CA)  82.0 357.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 353 and name C )
       (resid 354 and name HN) 158.2 284.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 353 and name CA)
       (resid 354 and name HN) 144.6 206.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 355 and name N )
       (resid 355 and name HN)  72.4 348.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 355 and name N )
       (resid 354 and name C )  93.3 108.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 354 and name C )
       (resid 354 and name CA)  75.3  47.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 354 and name C )
       (resid 355 and name HN)  79.1 313.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 354 and name CA)
       (resid 355 and name HN)  90.1 278.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 356 and name N )
       (resid 356 and name HN)  86.0 180.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 356 and name N )
       (resid 355 and name C ) 125.4  55.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 355 and name C )
       (resid 355 and name CA) 119.3 131.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 355 and name C )
       (resid 356 and name HN)  65.7 208.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 355 and name CA)
       (resid 356 and name HN)  52.0 248.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 358 and name N )
       (resid 358 and name HN)  16.3 338.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 358 and name N )
       (resid 357 and name C ) 133.2  18.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 357 and name C )
       (resid 357 and name CA)  71.0   7.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 357 and name C )
       (resid 358 and name HN)  22.3 212.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 357 and name CA)
       (resid 358 and name HN)  57.5 196.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 359 and name N )
       (resid 359 and name HN)  36.7  80.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 359 and name N )
       (resid 358 and name C ) 102.3 316.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 358 and name C )
       (resid 358 and name CA)  51.8 356.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 358 and name C )
       (resid 359 and name HN)  57.3 119.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 358 and name CA)
       (resid 359 and name HN)  86.7 142.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 360 and name N )
       (resid 360 and name HN)  32.3  20.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 360 and name N )
       (resid 359 and name C )  89.8 181.2  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 359 and name C )
       (resid 359 and name CA)  29.1 159.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 359 and name C )
       (resid 360 and name HN)  65.1   6.8  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 359 and name CA)
       (resid 360 and name HN) 100.9 358.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 361 and name N )
       (resid 361 and name HN)  16.4 308.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 361 and name N )
       (resid 360 and name C ) 103.6 128.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 360 and name C )
       (resid 360 and name CA)  40.6 128.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 360 and name C )
       (resid 361 and name HN)  50.8 308.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 360 and name CA)
       (resid 361 and name HN)  87.3 308.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 363 and name N )
       (resid 363 and name HN)  34.8  64.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 363 and name N )
       (resid 362 and name C ) 100.9 296.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 362 and name C )
       (resid 362 and name CA)  48.6 334.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 362 and name C )
       (resid 363 and name HN)  57.8 101.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 362 and name CA)
       (resid 363 and name HN)  88.5 122.1  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 367 and name N )
       (resid 367 and name HN)  36.4  56.9  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 367 and name N )
       (resid 366 and name C )  91.8 200.0  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 366 and name C )
       (resid 366 and name CA)  37.1 162.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 366 and name C )
       (resid 367 and name HN)  65.0  31.4  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 366 and name CA)
       (resid 367 and name HN)  98.1  15.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 370 and name N )
       (resid 370 and name HN)  57.1  55.5  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 370 and name N )
       (resid 369 and name C ) 102.4 297.6  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 369 and name C )
       (resid 369 and name CA)  69.4 352.3  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 369 and name C )
       (resid 370 and name HN)  65.7  93.7  30.0

assign (resid 500 and name OO )
       (resid 500 and name Z  )
       (resid 500 and name X  )
       (resid 500 and name Y  )
       (resid 369 and name CA)
       (resid 370 and name HN)  83.4 127.0  30.0


  Entry H atom name         Submitted Coord H atom name
  Start of MODEL    1
    1   1H    LYS   1          1HT       LYS   1 -36.583 -10.685   6.467
    2   2H    LYS   1          2HT       LYS   1 -37.543 -11.308   5.188
    3   3H    LYS   1          3HT       LYS   1 -38.282 -10.808   6.655
    4    HA   LYS   1           HA       LYS   1 -36.795  -9.037   4.840
    5   1HB   LYS   1          2HB       LYS   1 -38.990 -10.175   4.028
    6   2HB   LYS   1          1HB       LYS   1 -39.776  -9.096   5.175
    7   1HG   LYS   1          2HG       LYS   1 -39.824  -8.063   3.026
    8   2HG   LYS   1          1HG       LYS   1 -38.675  -7.182   4.034
    9   1HD   LYS   1          2HD       LYS   1 -37.040  -7.564   2.574
   10   2HD   LYS   1          1HD       LYS   1 -37.313  -9.303   2.676
   11   1HE   LYS   1          2HE       LYS   1 -39.323  -7.899   1.094
   12   2HE   LYS   1          1HE       LYS   1 -37.691  -7.751   0.447
   13   1HZ   LYS   1          1HZ       LYS   1 -39.265 -10.206   0.914
   14   2HZ   LYS   1          2HZ       LYS   1 -37.582 -10.260   0.757
   15   3HZ   LYS   1          3HZ       LYS   1 -38.530  -9.677  -0.516
   16    H    THR   2           H        THR   2 -35.829  -7.860   6.467
   17    HA   THR   2           HA       THR   2 -37.681  -6.366   8.194
   18    HB   THR   2           HB       THR   2 -35.414  -6.389   9.691
   19    HG1  THR   2           1HG      THR   2 -34.603  -8.009   8.124
   20   1HG2  THR   2          1HG2      THR   2 -36.925  -8.765  10.293
   21   2HG2  THR   2          2HG2      THR   2 -37.980  -7.390   9.966
   22   3HG2  THR   2          3HG2      THR   2 -36.742  -7.274  11.218
   23    H    GLU   3           H        GLU   3 -37.009  -4.249   8.765
   24    HA   GLU   3           HA       GLU   3 -34.817  -3.173   7.128
   25   1HB   GLU   3          2HB       GLU   3 -36.216  -1.104   6.832
   26   2HB   GLU   3          1HB       GLU   3 -36.801  -2.525   5.978
   27   1HG   GLU   3          2HG       GLU   3 -38.489  -2.890   7.663
   28   2HG   GLU   3          1HG       GLU   3 -37.871  -1.538   8.612
   29    H    GLU   4           H        GLU   4 -33.894  -1.182   7.926
   30    HA   GLU   4           HA       GLU   4 -34.469  -0.514  10.711
   31   1HB   GLU   4          2HB       GLU   4 -32.036  -1.874   9.737
   32   2HB   GLU   4          1HB       GLU   4 -31.754  -0.501  10.798
   33   1HG   GLU   4          2HG       GLU   4 -32.812  -1.503  12.591
   34   2HG   GLU   4          1HG       GLU   4 -33.705  -2.625  11.565
   35    H    GLY   5           H        GLY   5 -32.925   1.368  11.392
   36   1HA   GLY   5          2HA       GLY   5 -32.513   3.166   9.088
   37   2HA   GLY   5          1HA       GLY   5 -33.390   3.716  10.508
   38    H    LYS   6           H        LYS   6 -30.460   1.725  10.330
   39    HA   LYS   6           HA       LYS   6 -28.788   3.917  11.194
   40   1HB   LYS   6          2HB       LYS   6 -29.841   3.133  13.304
   41   2HB   LYS   6          1HB       LYS   6 -29.179   1.530  13.009
   42   1HG   LYS   6          2HG       LYS   6 -26.930   2.383  13.198
   43   2HG   LYS   6          1HG       LYS   6 -27.540   4.031  13.372
   44   1HD   LYS   6          2HD       LYS   6 -28.358   1.850  15.267
   45   2HD   LYS   6          1HD       LYS   6 -26.869   2.761  15.506
   46   1HE   LYS   6          2HE       LYS   6 -28.059   4.327  16.535
   47   2HE   LYS   6          1HE       LYS   6 -28.846   4.672  14.994
   48   1HZ   LYS   6          1HZ       LYS   6 -30.708   3.576  15.599
   49   2HZ   LYS   6          2HZ       LYS   6 -30.172   3.943  17.160
   50   3HZ   LYS   6          3HZ       LYS   6 -29.882   2.410  16.508
   51    H    LEU   7           H        LEU   7 -26.589   3.525  10.911
   52    HA   LEU   7           HA       LEU   7 -25.760   0.861  10.061
   53   1HB   LEU   7          2HB       LEU   7 -25.400   3.332   8.362
   54   2HB   LEU   7          1HB       LEU   7 -24.645   1.780   8.044
   55    HG   LEU   7           HG       LEU   7 -27.237   1.023   8.152
   56   1HD1  LEU   7          1HD1      LEU   7 -28.714   2.645   7.802
   57   2HD1  LEU   7          2HD1      LEU   7 -27.754   3.325   6.487
   58   3HD1  LEU   7          3HD1      LEU   7 -27.424   3.797   8.153
   59   1HD2  LEU   7          1HD2      LEU   7 -25.481   0.654   6.371
   60   2HD2  LEU   7          2HD2      LEU   7 -26.023   2.170   5.651
   61   3HD2  LEU   7          3HD2      LEU   7 -27.142   0.815   5.802
   62    H    VAL   8           H        VAL   8 -23.697   0.378  10.643
   63    HA   VAL   8           HA       VAL   8 -22.231   2.498  12.046
   64    HB   VAL   8           HB       VAL   8 -21.797  -0.464  12.185
   65   1HG1  VAL   8          1HG1      VAL   8 -20.912   0.878  14.510
   66   2HG1  VAL   8          2HG1      VAL   8 -20.242   1.717  13.110
   67   3HG1  VAL   8          3HG1      VAL   8 -19.958  -0.010  13.323
   68   1HG2  VAL   8          1HG2      VAL   8 -23.131  -0.605  14.073
   69   2HG2  VAL   8          2HG2      VAL   8 -24.046   0.474  13.021
   70   3HG2  VAL   8          3HG2      VAL   8 -23.094   1.139  14.346
   71    H    ILE   9           H        ILE   9 -20.393   3.266  11.336
   72    HA   ILE   9           HA       ILE   9 -19.236   2.162   8.908
   73    HB   ILE   9           HB       ILE   9 -19.656   4.579   9.006
   74   1HG1  ILE   9          2HG1      ILE   9 -16.736   4.650   8.909
   75   2HG1  ILE   9          1HG1      ILE   9 -17.420   3.291   8.025
   76   1HG2  ILE   9          1HG2      ILE   9 -18.108   4.332  11.457
   77   2HG2  ILE   9          2HG2      ILE   9 -19.319   5.521  10.985
   78   3HG2  ILE   9          3HG2      ILE   9 -17.651   5.697  10.440
   79   1HD1  ILE   9          1HD1      ILE   9 -17.619   4.715   6.339
   80   2HD1  ILE   9          2HD1      ILE   9 -17.411   6.121   7.385
   81   3HD1  ILE   9          3HD1      ILE   9 -18.998   5.370   7.221
   82    H    TRP  10           H        TRP  10 -16.974   1.763   8.679
   83    HA   TRP  10           HA       TRP  10 -15.451   1.472  11.149
   84   1HB   TRP  10          2HB       TRP  10 -16.571  -0.728   9.697
   85   2HB   TRP  10          1HB       TRP  10 -14.825  -0.762   9.513
   86    HD1  TRP  10           HD       TRP  10 -14.143   0.327  12.490
   87    HE1  TRP  10           1HE      TRP  10 -14.422  -1.290  14.468
   88    HE3  TRP  10           3HE      TRP  10 -17.360  -3.024  10.351
   89    HZ2  TRP  10           2HZ      TRP  10 -15.820  -3.661  15.052
   90    HZ3  TRP  10           3HZ      TRP  10 -18.123  -4.940  11.695
   91    HH2  TRP  10           HH       TRP  10 -17.365  -5.252  13.998
   92    H    ILE  11           H        ILE  11 -13.753   2.753  10.776
   93    HA   ILE  11           HA       ILE  11 -12.409   2.576   8.156
   94    HB   ILE  11           HB       ILE  11 -11.778   4.990   8.474
   95   1HG1  ILE  11          2HG1      ILE  11 -14.131   5.331  10.267
   96   2HG1  ILE  11          1HG1      ILE  11 -12.642   4.741  10.995
   97   1HG2  ILE  11          1HG2      ILE  11 -14.267   5.753   7.998
   98   2HG2  ILE  11          2HG2      ILE  11 -14.514   4.012   7.881
   99   3HG2  ILE  11          3HG2      ILE  11 -13.341   4.810   6.831
  100   1HD1  ILE  11          1HD1      ILE  11 -11.492   6.731   9.977
  101   2HD1  ILE  11          2HD1      ILE  11 -12.655   7.082  11.255
  102   3HD1  ILE  11          3HD1      ILE  11 -13.096   7.341   9.567
  103    H    ASN  12           H        ASN  12 -10.237   2.309   8.212
  104    HA   ASN  12           HA       ASN  12  -8.848   2.774  10.759
  105   1HB   ASN  12          2HB       ASN  12  -9.420   0.318  10.363
  106   2HB   ASN  12          1HB       ASN  12  -8.255   0.364   9.045
  107   1HD2  ASN  12          1HD2      ASN  12  -8.566  -0.568  12.121
  108   2HD2  ASN  12          2HD2      ASN  12  -6.949  -0.353  12.677
  109    H    GLY  13           H        GLY  13  -8.422   4.743   9.447
  110   1HA   GLY  13          2HA       GLY  13  -6.018   5.407   8.862
  111   2HA   GLY  13          1HA       GLY  13  -6.261   4.337   7.490
  112    H    ASP  14           H        ASP  14  -9.189   5.793   8.141
  113    HA   ASP  14           HA       ASP  14  -8.928   7.539   5.852
  114   1HB   ASP  14          2HB       ASP  14 -11.133   6.426   7.461
  115   2HB   ASP  14          1HB       ASP  14 -11.421   8.052   6.857
  116    H    LYS  15           H        LYS  15  -9.063   7.801   9.315
  117    HA   LYS  15           HA       LYS  15  -8.624   9.493  10.739
  118   1HB   LYS  15          2HB       LYS  15  -7.545  10.547   8.215
  119   2HB   LYS  15          1HB       LYS  15  -8.005  11.787   9.374
  120   1HG   LYS  15          2HG       LYS  15  -6.611  10.659  11.080
  121   2HG   LYS  15          1HG       LYS  15  -6.093   9.506   9.852
  122   1HD   LYS  15          2HD       LYS  15  -4.967  11.194   8.620
  123   2HD   LYS  15          1HD       LYS  15  -5.719  12.481   9.565
  124   1HE   LYS  15          2HE       LYS  15  -3.475  12.253  10.337
  125   2HE   LYS  15          1HE       LYS  15  -4.529  11.577  11.577
  126   1HZ   LYS  15          1HZ       LYS  15  -2.954   9.956  11.423
  127   2HZ   LYS  15          2HZ       LYS  15  -2.665  10.208   9.777
  128   3HZ   LYS  15          3HZ       LYS  15  -4.052   9.378  10.273
  129    H    GLY  16           H        GLY  16  -9.688  11.837   8.361
  130   1HA   GLY  16          2HA       GLY  16 -11.378  13.418   8.598
  131   2HA   GLY  16          1HA       GLY  16 -12.286  11.960   8.276
  132    H    TYR  17           H        TYR  17 -11.012  13.958  10.897
  133    HA   TYR  17           HA       TYR  17 -12.822  12.794  12.828
  134   1HB   TYR  17          2HB       TYR  17 -10.606  14.709  12.883
  135   2HB   TYR  17          1HB       TYR  17 -11.921  15.127  13.977
  136    HD1  TYR  17           1HD      TYR  17 -11.720  14.333  16.127
  137    HD2  TYR  17           2HD      TYR  17 -10.065  12.064  12.937
  138    HE1  TYR  17           1HE      TYR  17 -10.908  12.665  17.744
  139    HE2  TYR  17           2HE      TYR  17  -9.245  10.393  14.537
  140    HH   TYR  17           HH       TYR  17  -9.905   9.620  16.879
  141    H    ASN  18           H        ASN  18 -12.452  16.108  11.543
  142    HA   ASN  18           HA       ASN  18 -15.064  16.875  12.447
  143   1HB   ASN  18          2HB       ASN  18 -12.783  18.190  11.086
  144   2HB   ASN  18          1HB       ASN  18 -14.372  18.890  10.796
  145   1HD2  ASN  18          1HD2      ASN  18 -14.636  20.586  12.040
  146   2HD2  ASN  18          2HD2      ASN  18 -14.202  20.707  13.708
  147    H    GLY  19           H        GLY  19 -13.673  15.787   9.418
  148   1HA   GLY  19          2HA       GLY  19 -15.596  16.644   7.613
  149   2HA   GLY  19          1HA       GLY  19 -14.642  15.183   7.428
  150    H    LEU  20           H        LEU  20 -15.504  13.360   9.022
  151    HA   LEU  20           HA       LEU  20 -18.090  12.717   8.076
  152   1HB   LEU  20          2HB       LEU  20 -16.070  11.449   9.811
  153   2HB   LEU  20          1HB       LEU  20 -17.723  10.919  10.050
  154    HG   LEU  20           HG       LEU  20 -16.920  10.996   7.232
  155   1HD1  LEU  20          1HD1      LEU  20 -15.771   8.655   8.575
  156   2HD1  LEU  20          2HD1      LEU  20 -14.906  10.167   8.851
  157   3HD1  LEU  20          3HD1      LEU  20 -15.172   9.590   7.204
  158   1HD2  LEU  20          1HD2      LEU  20 -17.960   8.689   8.854
  159   2HD2  LEU  20          2HD2      LEU  20 -18.132   8.981   7.124
  160   3HD2  LEU  20          3HD2      LEU  20 -19.005   9.988   8.279
  161    H    ALA  21           H        ALA  21 -16.935  14.279  10.926
  162    HA   ALA  21           HA       ALA  21 -18.940  13.825  12.763
  163   1HB   ALA  21          1HB       ALA  21 -17.236  14.998  13.690
  164   2HB   ALA  21          2HB       ALA  21 -18.347  16.336  13.389
  165   3HB   ALA  21          3HB       ALA  21 -17.019  16.024  12.271
  166    H    GLU  22           H        GLU  22 -18.867  16.324  10.219
  167    HA   GLU  22           HA       GLU  22 -21.412  17.404  10.955
  168   1HB   GLU  22          2HB       GLU  22 -21.205  18.535   8.670
  169   2HB   GLU  22          1HB       GLU  22 -19.961  18.900   9.855
  170   1HG   GLU  22          2HG       GLU  22 -18.393  17.472   8.768
  171   2HG   GLU  22          1HG       GLU  22 -19.635  16.818   7.710
  172    H    VAL  23           H        VAL  23 -20.395  15.641   8.032
  173    HA   VAL  23           HA       VAL  23 -22.755  15.282   6.784
  174    HB   VAL  23           HB       VAL  23 -21.850  13.138   5.869
  175   1HG1  VAL  23          1HG1      VAL  23 -20.264  15.671   5.906
  176   2HG1  VAL  23          2HG1      VAL  23 -21.218  14.965   4.602
  177   3HG1  VAL  23          3HG1      VAL  23 -19.657  14.265   5.034
  178   1HG2  VAL  23          1HG2      VAL  23 -20.592  12.740   8.141
  179   2HG2  VAL  23          2HG2      VAL  23 -19.315  13.646   7.335
  180   3HG2  VAL  23          3HG2      VAL  23 -19.923  12.152   6.622
  181    H    GLY  24           H        GLY  24 -21.631  13.418   9.568
  182   1HA   GLY  24          2HA       GLY  24 -23.612  11.407   9.420
  183   2HA   GLY  24          1HA       GLY  24 -22.676  11.824  10.846
  184    H    LYS  25           H        LYS  25 -23.496  14.467  11.206
  185    HA   LYS  25           HA       LYS  25 -26.041  14.030  12.463
  186   1HB   LYS  25          2HB       LYS  25 -24.093  15.408  13.372
  187   2HB   LYS  25          1HB       LYS  25 -24.590  16.663  12.248
  188   1HG   LYS  25          2HG       LYS  25 -26.916  15.927  13.611
  189   2HG   LYS  25          1HG       LYS  25 -25.647  15.995  14.835
  190   1HD   LYS  25          2HD       LYS  25 -25.027  18.257  13.866
  191   2HD   LYS  25          1HD       LYS  25 -26.538  18.174  12.960
  192   1HE   LYS  25          2HE       LYS  25 -27.418  19.185  14.760
  193   2HE   LYS  25          1HE       LYS  25 -27.388  17.571  15.468
  194   1HZ   LYS  25          1HZ       LYS  25 -24.897  18.967  15.758
  195   2HZ   LYS  25          2HZ       LYS  25 -25.834  18.179  16.926
  196   3HZ   LYS  25          3HZ       LYS  25 -26.185  19.777  16.498
  197    H    LYS  26           H        LYS  26 -24.925  15.670   9.579
  198    HA   LYS  26           HA       LYS  26 -27.152  17.314   9.138
  199   1HB   LYS  26          2HB       LYS  26 -24.765  16.914   7.870
  200   2HB   LYS  26          1HB       LYS  26 -25.897  16.228   6.712
  201   1HG   LYS  26          2HG       LYS  26 -26.804  18.785   7.737
  202   2HG   LYS  26          1HG       LYS  26 -25.215  18.892   6.979
  203   1HD   LYS  26          2HD       LYS  26 -26.139  18.790   4.957
  204   2HD   LYS  26          1HD       LYS  26 -26.918  17.259   5.359
  205   1HE   LYS  26          2HE       LYS  26 -28.782  18.493   4.957
  206   2HE   LYS  26          1HE       LYS  26 -28.565  18.898   6.657
  207   1HZ   LYS  26          1HZ       LYS  26 -27.058  20.649   5.009
  208   2HZ   LYS  26          2HZ       LYS  26 -28.267  21.016   6.134
  209   3HZ   LYS  26          3HZ       LYS  26 -28.684  20.652   4.536
  210    H    PHE  27           H        PHE  27 -26.615  13.922   8.334
  211    HA   PHE  27           HA       PHE  27 -28.860  13.705   6.614
  212   1HB   PHE  27          2HB       PHE  27 -26.926  11.869   7.871
  213   2HB   PHE  27          1HB       PHE  27 -28.478  11.178   7.451
  214    HD1  PHE  27           1HD      PHE  27 -28.833  10.384   5.293
  215    HD2  PHE  27           2HD      PHE  27 -25.765  13.239   6.000
  216    HE1  PHE  27           1HE      PHE  27 -28.082  10.131   2.975
  217    HE2  PHE  27           2HE      PHE  27 -25.014  13.000   3.672
  218    HZ   PHE  27           HZ       PHE  27 -26.171  11.442   2.158
  219    H    GLU  28           H        GLU  28 -28.413  12.500   9.971
  220    HA   GLU  28           HA       GLU  28 -31.015  11.652  10.419
  221   1HB   GLU  28          2HB       GLU  28 -30.550  12.079  12.844
  222   2HB   GLU  28          1HB       GLU  28 -29.303  11.146  12.032
  223   1HG   GLU  28          2HG       GLU  28 -27.862  13.036  11.906
  224   2HG   GLU  28          1HG       GLU  28 -29.143  14.111  12.465
  225    H    LYS  29           H        LYS  29 -29.697  14.805  10.306
  226    HA   LYS  29           HA       LYS  29 -31.531  16.315  11.712
  227   1HB   LYS  29          2HB       LYS  29 -29.296  16.906  10.393
  228   2HB   LYS  29          1HB       LYS  29 -30.447  17.417   9.165
  229   1HG   LYS  29          2HG       LYS  29 -31.130  18.404  11.810
  230   2HG   LYS  29          1HG       LYS  29 -29.529  18.919  11.282
  231   1HD   LYS  29          2HD       LYS  29 -30.600  19.651   9.122
  232   2HD   LYS  29          1HD       LYS  29 -32.163  19.363   9.891
  233   1HE   LYS  29          2HE       LYS  29 -31.982  21.166  11.252
  234   2HE   LYS  29          1HE       LYS  29 -30.235  21.010  11.402
  235   1HZ   LYS  29          1HZ       LYS  29 -31.801  22.476   9.434
  236   2HZ   LYS  29          2HZ       LYS  29 -30.405  21.712   8.863
  237   3HZ   LYS  29          3HZ       LYS  29 -30.296  22.844  10.114
  238    H    ASP  30           H        ASP  30 -31.790  14.908   8.503
  239    HA   ASP  30           HA       ASP  30 -33.973  16.420   7.563
  240   1HB   ASP  30          2HB       ASP  30 -32.680  13.843   6.903
  241   2HB   ASP  30          1HB       ASP  30 -34.363  13.984   6.404
  242    H    THR  31           H        THR  31 -33.921  13.184   9.046
  243    HA   THR  31           HA       THR  31 -35.647  13.358  11.048
  244    HB   THR  31           HB       THR  31 -37.827  12.415   9.728
  245    HG1  THR  31           1HG      THR  31 -37.812  13.004   7.750
  246   1HG2  THR  31          1HG2      THR  31 -37.125  15.024  10.854
  247   2HG2  THR  31          2HG2      THR  31 -38.525  13.990  11.135
  248   3HG2  THR  31          3HG2      THR  31 -38.472  15.031   9.715
  249    H    GLY  32           H        GLY  32 -33.577  11.542   9.993
  250   1HA   GLY  32          2HA       GLY  32 -34.291   9.201  11.124
  251   2HA   GLY  32          1HA       GLY  32 -35.080   9.063   9.570
  252    H    ILE  33           H        ILE  33 -31.834  10.376  10.286
  253    HA   ILE  33           HA       ILE  33 -30.717   8.012   8.954
  254    HB   ILE  33           HB       ILE  33 -29.876  10.806   8.239
  255   1HG1  ILE  33          2HG1      ILE  33 -30.895   9.546   5.961
  256   2HG1  ILE  33          1HG1      ILE  33 -32.057   9.169   7.228
  257   1HG2  ILE  33          1HG2      ILE  33 -28.049   9.335   8.002
  258   2HG2  ILE  33          2HG2      ILE  33 -28.715   9.527   6.388
  259   3HG2  ILE  33          3HG2      ILE  33 -29.060   8.073   7.305
  260   1HD1  ILE  33          1HD1      ILE  33 -31.965  11.698   7.733
  261   2HD1  ILE  33          2HD1      ILE  33 -32.880  11.129   6.339
  262   3HD1  ILE  33          3HD1      ILE  33 -31.274  11.827   6.118
  263    H    LYS  34           H        LYS  34 -29.787   7.249  10.800
  264    HA   LYS  34           HA       LYS  34 -27.765   8.977  12.060
  265   1HB   LYS  34          2HB       LYS  34 -29.911   7.735  13.267
  266   2HB   LYS  34          1HB       LYS  34 -28.583   6.631  13.606
  267   1HG   LYS  34          2HG       LYS  34 -28.252   7.969  15.372
  268   2HG   LYS  34          1HG       LYS  34 -27.428   9.000  14.199
  269   1HD   LYS  34          2HD       LYS  34 -29.288  10.418  13.977
  270   2HD   LYS  34          1HD       LYS  34 -30.373   9.247  14.730
  271   1HE   LYS  34          2HE       LYS  34 -28.588   9.624  16.722
  272   2HE   LYS  34          1HE       LYS  34 -28.551  11.211  15.958
  273   1HZ   LYS  34          1HZ       LYS  34 -30.248  11.421  17.481
  274   2HZ   LYS  34          2HZ       LYS  34 -30.802   9.837  17.266
  275   3HZ   LYS  34          3HZ       LYS  34 -31.107  11.005  16.081
  276    H    VAL  35           H        VAL  35 -25.737   8.431  11.779
  277    HA   VAL  35           HA       VAL  35 -25.087   5.644  11.072
  278    HB   VAL  35           HB       VAL  35 -24.677   7.158   9.203
  279   1HG1  VAL  35          1HG1      VAL  35 -22.838   8.638  11.078
  280   2HG1  VAL  35          2HG1      VAL  35 -24.380   9.226  10.458
  281   3HG1  VAL  35          3HG1      VAL  35 -23.033   8.955   9.353
  282   1HG2  VAL  35          1HG2      VAL  35 -23.068   5.241   9.883
  283   2HG2  VAL  35          2HG2      VAL  35 -21.954   6.550  10.280
  284   3HG2  VAL  35          3HG2      VAL  35 -22.572   6.384   8.636
  285    H    THR  36           H        THR  36 -23.522   4.613  12.227
  286    HA   THR  36           HA       THR  36 -22.469   6.031  14.562
  287    HB   THR  36           HB       THR  36 -22.211   3.080  14.022
  288    HG1  THR  36           1HG      THR  36 -24.308   3.926  15.613
  289   1HG2  THR  36          1HG2      THR  36 -22.663   3.280  16.648
  290   2HG2  THR  36          2HG2      THR  36 -21.871   4.830  16.370
  291   3HG2  THR  36          3HG2      THR  36 -21.049   3.332  15.935
  292    H    VAL  37           H        VAL  37 -20.477   6.829  14.502
  293    HA   VAL  37           HA       VAL  37 -18.645   5.923  12.451
  294    HB   VAL  37           HB       VAL  37 -18.150   8.081  14.485
  295   1HG1  VAL  37          1HG1      VAL  37 -16.106   7.991  13.587
  296   2HG1  VAL  37          2HG1      VAL  37 -16.827   8.694  12.141
  297   3HG1  VAL  37          3HG1      VAL  37 -16.639   6.945  12.271
  298   1HG2  VAL  37          1HG2      VAL  37 -19.841   9.161  13.473
  299   2HG2  VAL  37          2HG2      VAL  37 -19.853   8.059  12.096
  300   3HG2  VAL  37          3HG2      VAL  37 -18.693   9.386  12.154
  301    H    GLU  38           H        GLU  38 -17.447   4.185  12.839
  302    HA   GLU  38           HA       GLU  38 -16.085   4.012  15.431
  303   1HB   GLU  38          2HB       GLU  38 -18.114   2.293  14.655
  304   2HB   GLU  38          1HB       GLU  38 -16.654   1.406  14.240
  305   1HG   GLU  38          2HG       GLU  38 -16.056   1.108  16.394
  306   2HG   GLU  38          1HG       GLU  38 -16.693   2.671  16.902
  307    H    HIS  39           H        HIS  39 -14.038   2.996  15.381
  308    HA   HIS  39           HA       HIS  39 -12.928   2.452  12.726
  309   1HB   HIS  39          2HB       HIS  39 -10.830   3.708  13.520
  310   2HB   HIS  39          1HB       HIS  39 -12.211   4.674  13.016
  311    HD1  HIS  39           1HD      HIS  39 -11.872   6.712  14.442
  312    HD2  HIS  39           2HD      HIS  39 -11.751   3.194  16.650
  313    HE1  HIS  39           1HE      HIS  39 -11.816   7.425  16.854
  314    HE2  HIS  39           2HE      HIS  39 -11.696   5.280  18.165
  315    HA   PRO  40           HA       PRO  40 -11.256  -0.891  15.148
  316   1HB   PRO  40          2HB       PRO  40 -10.170  -2.318  13.179
  317   2HB   PRO  40          1HB       PRO  40 -11.924  -2.118  13.295
  318   1HG   PRO  40          2HG       PRO  40  -9.974  -0.753  11.505
  319   2HG   PRO  40          1HG       PRO  40 -11.606  -1.316  11.146
  320   1HD   PRO  40          2HD       PRO  40 -10.888   1.302  11.772
  321   2HD   PRO  40          1HD       PRO  40 -12.530   0.643  11.839
  322    H    ASP  41           H        ASP  41  -9.083  -2.204  15.048
  323    HA   ASP  41           HA       ASP  41  -6.696  -0.826  14.352
  324   1HB   ASP  41          2HB       ASP  41  -7.592   0.351  16.499
  325   2HB   ASP  41          1HB       ASP  41  -7.045  -1.107  17.323
  326    H    LYS  42           H        LYS  42  -8.075  -3.128  16.669
  327    HA   LYS  42           HA       LYS  42  -6.044  -5.083  15.815
  328   1HB   LYS  42          2HB       LYS  42  -7.371  -4.877  18.521
  329   2HB   LYS  42          1HB       LYS  42  -6.187  -6.087  18.042
  330   1HG   LYS  42          2HG       LYS  42  -4.579  -4.746  18.757
  331   2HG   LYS  42          1HG       LYS  42  -5.021  -3.591  17.499
  332   1HD   LYS  42          2HD       LYS  42  -5.463  -2.186  19.180
  333   2HD   LYS  42          1HD       LYS  42  -6.926  -3.144  19.423
  334   1HE   LYS  42          2HE       LYS  42  -5.565  -4.619  20.949
  335   2HE   LYS  42          1HE       LYS  42  -4.284  -3.411  20.842
  336   1HZ   LYS  42          1HZ       LYS  42  -6.992  -3.090  21.993
  337   2HZ   LYS  42          2HZ       LYS  42  -6.002  -1.769  21.627
  338   3HZ   LYS  42          3HZ       LYS  42  -5.500  -2.910  22.771
  339    H    LEU  43           H        LEU  43  -9.214  -4.297  15.551
  340    HA   LEU  43           HA       LEU  43 -10.605  -6.665  16.078
  341   1HB   LEU  43          2HB       LEU  43 -11.175  -4.134  14.992
  342   2HB   LEU  43          1HB       LEU  43 -11.695  -5.303  13.794
  343    HG   LEU  43           HG       LEU  43 -12.562  -6.057  16.460
  344   1HD1  LEU  43          1HD1      LEU  43 -12.872  -3.912  17.166
  345   2HD1  LEU  43          2HD1      LEU  43 -14.380  -4.144  16.281
  346   3HD1  LEU  43          3HD1      LEU  43 -13.040  -3.278  15.529
  347   1HD2  LEU  43          1HD2      LEU  43 -14.496  -5.321  14.366
  348   2HD2  LEU  43          2HD2      LEU  43 -14.369  -6.791  15.330
  349   3HD2  LEU  43          3HD2      LEU  43 -13.328  -6.566  13.924
  350    H    GLU  44           H        GLU  44  -8.238  -6.069  13.747
  351    HA   GLU  44           HA       GLU  44  -9.078  -7.455  11.513
  352   1HB   GLU  44          2HB       GLU  44  -6.657  -6.386  12.495
  353   2HB   GLU  44          1HB       GLU  44  -6.313  -8.046  12.027
  354   1HG   GLU  44          2HG       GLU  44  -7.787  -7.139   9.910
  355   2HG   GLU  44          1HG       GLU  44  -6.876  -5.705  10.382
  356    H    GLU  45           H        GLU  45  -7.905  -8.701  14.575
  357    HA   GLU  45           HA       GLU  45  -7.837 -11.431  13.560
  358   1HB   GLU  45          2HB       GLU  45  -6.627 -10.003  15.749
  359   2HB   GLU  45          1HB       GLU  45  -7.457 -11.430  16.355
  360   1HG   GLU  45          2HG       GLU  45  -5.185 -11.989  15.898
  361   2HG   GLU  45          1HG       GLU  45  -6.213 -12.795  14.714
  362    H    LYS  46           H        LYS  46  -9.906  -9.347  15.411
  363    HA   LYS  46           HA       LYS  46 -11.474 -11.435  16.600
  364   1HB   LYS  46          2HB       LYS  46 -11.295  -8.594  16.773
  365   2HB   LYS  46          1HB       LYS  46 -12.964  -9.009  16.438
  366   1HG   LYS  46          2HG       LYS  46 -13.043  -9.115  18.691
  367   2HG   LYS  46          1HG       LYS  46 -12.503 -10.765  18.381
  368   1HD   LYS  46          2HD       LYS  46 -11.045 -10.041  20.039
  369   2HD   LYS  46          1HD       LYS  46 -10.120  -9.777  18.561
  370   1HE   LYS  46          2HE       LYS  46 -11.783  -7.620  19.844
  371   2HE   LYS  46          1HE       LYS  46 -10.102  -7.908  20.288
  372   1HZ   LYS  46          1HZ       LYS  46 -10.856  -6.239  18.359
  373   2HZ   LYS  46          2HZ       LYS  46 -10.619  -7.640  17.453
  374   3HZ   LYS  46          3HZ       LYS  46  -9.356  -7.024  18.378
  375    H    PHE  47           H        PHE  47 -11.464  -9.758  13.581
  376    HA   PHE  47           HA       PHE  47 -14.001  -9.756  12.682
  377   1HB   PHE  47          2HB       PHE  47 -11.653  -9.335  11.496
  378   2HB   PHE  47          1HB       PHE  47 -12.016 -10.904  10.793
  379    HD1  PHE  47           1HD      PHE  47 -14.420 -11.158   9.812
  380    HD2  PHE  47           2HD      PHE  47 -12.447  -7.447  10.457
  381    HE1  PHE  47           1HE      PHE  47 -15.891 -10.094   8.153
  382    HE2  PHE  47           2HE      PHE  47 -13.913  -6.373   8.801
  383    HZ   PHE  47           HZ       PHE  47 -15.637  -7.698   7.648
  384    HA   PRO  48           HA       PRO  48 -13.901 -14.378  11.168
  385   1HB   PRO  48          2HB       PRO  48 -12.038 -15.951  12.447
  386   2HB   PRO  48          1HB       PRO  48 -11.825 -15.241  10.844
  387   1HG   PRO  48          2HG       PRO  48 -10.830 -14.263  13.492
  388   2HG   PRO  48          1HG       PRO  48  -9.992 -14.317  11.929
  389   1HD   PRO  48          2HD       PRO  48 -11.026 -12.037  12.861
  390   2HD   PRO  48          1HD       PRO  48 -11.094 -12.438  11.132
  391    H    GLN  49           H        GLN  49 -13.364 -13.297  14.409
  392    HA   GLN  49           HA       GLN  49 -14.806 -15.541  15.575
  393   1HB   GLN  49          2HB       GLN  49 -12.775 -14.267  16.624
  394   2HB   GLN  49          1HB       GLN  49 -13.989 -13.088  17.100
  395   1HG   GLN  49          2HG       GLN  49 -15.032 -14.543  18.552
  396   2HG   GLN  49          1HG       GLN  49 -14.405 -15.972  17.734
  397   1HE2  GLN  49          1HE2      GLN  49 -13.942 -13.714  20.235
  398   2HE2  GLN  49          2HE2      GLN  49 -12.430 -14.313  20.819
  399    H    VAL  50           H        VAL  50 -15.115 -12.010  15.380
  400    HA   VAL  50           HA       VAL  50 -17.788 -11.988  16.400
  401    HB   VAL  50           HB       VAL  50 -17.763  -9.587  15.654
  402   1HG1  VAL  50          1HG1      VAL  50 -16.299 -10.872  17.727
  403   2HG1  VAL  50          2HG1      VAL  50 -17.031  -9.266  17.722
  404   3HG1  VAL  50          3HG1      VAL  50 -15.370  -9.480  17.168
  405   1HG2  VAL  50          1HG2      VAL  50 -15.805  -8.608  14.758
  406   2HG2  VAL  50          2HG2      VAL  50 -16.125 -10.041  13.781
  407   3HG2  VAL  50          3HG2      VAL  50 -14.871 -10.076  15.016
  408    H    ALA  51           H        ALA  51 -16.508 -12.774  13.386
  409    HA   ALA  51           HA       ALA  51 -18.661 -11.703  11.804
  410   1HB   ALA  51          1HB       ALA  51 -17.603 -12.776   9.934
  411   2HB   ALA  51          2HB       ALA  51 -16.588 -13.737  11.009
  412   3HB   ALA  51          3HB       ALA  51 -16.367 -11.991  10.914
  413    H    ALA  52           H        ALA  52 -17.772 -14.831  13.177
  414    HA   ALA  52           HA       ALA  52 -19.573 -16.502  11.925
  415   1HB   ALA  52          1HB       ALA  52 -18.145 -16.520  14.502
  416   2HB   ALA  52          2HB       ALA  52 -18.207 -17.732  13.223
  417   3HB   ALA  52          3HB       ALA  52 -19.537 -17.596  14.374
  418    H    THR  53           H        THR  53 -20.352 -13.863  13.954
  419    HA   THR  53           HA       THR  53 -22.863 -15.005  14.863
  420    HB   THR  53           HB       THR  53 -21.604 -13.435  16.306
  421    HG1  THR  53           1HG      THR  53 -23.655 -11.846  16.236
  422   1HG2  THR  53          1HG2      THR  53 -22.507 -11.063  14.822
  423   2HG2  THR  53          2HG2      THR  53 -21.136 -11.927  14.132
  424   3HG2  THR  53          3HG2      THR  53 -21.052 -11.321  15.787
  425    H    GLY  54           H        GLY  54 -21.678 -13.001  12.297
  426   1HA   GLY  54          2HA       GLY  54 -23.183 -13.105  10.294
  427   2HA   GLY  54          1HA       GLY  54 -24.454 -12.575  11.382
  428    H    ASP  55           H        ASP  55 -21.397 -11.159  11.969
  429    HA   ASP  55           HA       ASP  55 -20.576  -9.065  11.739
  430   1HB   ASP  55          2HB       ASP  55 -21.315  -9.883   9.158
  431   2HB   ASP  55          1HB       ASP  55 -21.906  -8.233   9.315
  432    H    GLY  56           H        GLY  56 -21.492  -7.935  13.376
  433   1HA   GLY  56          2HA       GLY  56 -24.146  -7.138  13.624
  434   2HA   GLY  56          1HA       GLY  56 -22.785  -6.302  14.359
  435    HA   PRO  57           HA       PRO  57 -23.508  -2.768  11.801
  436   1HB   PRO  57          2HB       PRO  57 -20.969  -2.043  11.097
  437   2HB   PRO  57          1HB       PRO  57 -21.671  -1.750  12.689
  438   1HG   PRO  57          2HG       PRO  57 -19.876  -3.977  11.820
  439   2HG   PRO  57          1HG       PRO  57 -19.772  -2.951  13.266
  440   1HD   PRO  57          2HD       PRO  57 -20.820  -5.394  13.424
  441   2HD   PRO  57          1HD       PRO  57 -21.542  -4.041  14.321
  442    H    ASP  58           H        ASP  58 -22.472  -1.834   9.521
  443    HA   ASP  58           HA       ASP  58 -21.870  -4.008   7.718
  444   1HB   ASP  58          2HB       ASP  58 -23.826  -3.633   6.281
  445   2HB   ASP  58          1HB       ASP  58 -24.297  -4.179   7.878
  446    H    ILE  59           H        ILE  59 -20.485  -1.559   8.453
  447    HA   ILE  59           HA       ILE  59 -20.148  -0.530   5.743
  448    HB   ILE  59           HB       ILE  59 -20.576   1.327   8.083
  449   1HG1  ILE  59          2HG1      ILE  59 -22.668   0.213   7.288
  450   2HG1  ILE  59          1HG1      ILE  59 -22.671   1.962   7.102
  451   1HG2  ILE  59          1HG2      ILE  59 -20.584   2.315   5.302
  452   2HG2  ILE  59          2HG2      ILE  59 -19.026   1.848   5.984
  453   3HG2  ILE  59          3HG2      ILE  59 -20.005   3.076   6.784
  454   1HD1  ILE  59          1HD1      ILE  59 -22.905   1.830   4.900
  455   2HD1  ILE  59          2HD1      ILE  59 -23.336   0.142   5.172
  456   3HD1  ILE  59          3HD1      ILE  59 -21.679   0.572   4.747
  457    H    ILE  60           H        ILE  60 -18.058  -1.094   5.454
  458    HA   ILE  60           HA       ILE  60 -16.060  -0.025   7.310
  459    HB   ILE  60           HB       ILE  60 -16.584  -2.267   8.165
  460   1HG1  ILE  60          2HG1      ILE  60 -13.932  -2.746   6.938
  461   2HG1  ILE  60          1HG1      ILE  60 -14.112  -1.234   7.822
  462   1HG2  ILE  60          1HG2      ILE  60 -16.596  -2.948   5.392
  463   2HG2  ILE  60          2HG2      ILE  60 -17.110  -3.909   6.778
  464   3HG2  ILE  60          3HG2      ILE  60 -15.431  -3.963   6.240
  465   1HD1  ILE  60          1HD1      ILE  60 -13.733  -3.892   8.821
  466   2HD1  ILE  60          2HD1      ILE  60 -15.231  -3.210   9.458
  467   3HD1  ILE  60          3HD1      ILE  60 -13.704  -2.356   9.684
  468    H    PHE  61           H        PHE  61 -14.080   0.365   6.414
  469    HA   PHE  61           HA       PHE  61 -13.821  -0.188   3.532
  470   1HB   PHE  61          2HB       PHE  61 -13.010   2.216   5.159
  471   2HB   PHE  61          1HB       PHE  61 -12.324   1.895   3.569
  472    HD1  PHE  61           1HD      PHE  61 -15.625   2.220   5.273
  473    HD2  PHE  61           2HD      PHE  61 -13.357   2.780   1.715
  474    HE1  PHE  61           1HE      PHE  61 -17.552   3.333   4.222
  475    HE2  PHE  61           2HE      PHE  61 -15.279   3.894   0.661
  476    HZ   PHE  61           HZ       PHE  61 -17.380   4.171   1.912
  477    H    TRP  62           H        TRP  62 -12.152  -1.406   2.928
  478    HA   TRP  62           HA       TRP  62  -9.630  -1.315   4.370
  479   1HB   TRP  62          2HB       TRP  62 -10.925  -3.094   5.550
  480   2HB   TRP  62          1HB       TRP  62 -11.097  -3.938   4.021
  481    HD1  TRP  62           HD       TRP  62  -9.384  -5.774   3.636
  482    HE1  TRP  62           1HE      TRP  62  -7.031  -6.322   4.517
  483    HE3  TRP  62           3HE      TRP  62  -8.627  -1.639   6.548
  484    HZ2  TRP  62           2HZ      TRP  62  -5.103  -5.150   6.220
  485    HZ3  TRP  62           3HZ      TRP  62  -6.500  -1.427   7.766
  486    HH2  TRP  62           HH       TRP  62  -4.775  -3.147   7.606
  487    H    ALA  63           H        ALA  63  -7.922  -2.507   3.114
  488    HA   ALA  63           HA       ALA  63  -7.859  -1.749   0.469
  489   1HB   ALA  63          1HB       ALA  63  -5.781  -2.310   1.176
  490   2HB   ALA  63          2HB       ALA  63  -6.186  -3.803   0.330
  491   3HB   ALA  63          3HB       ALA  63  -6.347  -3.713   2.084
  492    H    HIS  64           H        HIS  64  -7.817  -3.143  -1.526
  493    HA   HIS  64           HA       HIS  64 -10.251  -4.573  -1.691
  494   1HB   HIS  64          2HB       HIS  64  -9.769  -4.757  -4.046
  495   2HB   HIS  64          1HB       HIS  64  -9.358  -3.138  -3.494
  496    HD1  HIS  64           1HD      HIS  64  -8.176  -4.929  -5.972
  497    HD2  HIS  64           2HD      HIS  64  -6.284  -3.850  -2.434
  498    HE1  HIS  64           1HE      HIS  64  -5.721  -5.060  -6.462
  499    HE2  HIS  64           2HE      HIS  64  -4.592  -4.519  -4.272
  500    H    ASP  65           H        ASP  65  -6.930  -5.600  -1.423
  501    HA   ASP  65           HA       ASP  65  -7.131  -8.162  -2.485
  502   1HB   ASP  65          2HB       ASP  65  -5.124  -8.674  -1.176
  503   2HB   ASP  65          1HB       ASP  65  -5.004  -7.099  -1.953
  504    H    ARG  66           H        ARG  66  -7.512  -7.189   0.938
  505    HA   ARG  66           HA       ARG  66  -8.466  -9.879   1.542
  506   1HB   ARG  66          2HB       ARG  66  -6.734  -8.520   2.914
  507   2HB   ARG  66          1HB       ARG  66  -8.140  -7.692   3.563
  508   1HG   ARG  66          2HG       ARG  66  -8.138  -9.300   5.106
  509   2HG   ARG  66          1HG       ARG  66  -8.849 -10.311   3.847
  510   1HD   ARG  66          2HD       ARG  66  -7.063 -11.578   4.649
  511   2HD   ARG  66          1HD       ARG  66  -6.435 -10.838   3.182
  512    HE   ARG  66           HE       ARG  66  -5.829  -9.906   5.914
  513   1HH1  ARG  66          1HH1      ARG  66  -4.922 -10.320   2.556
  514   2HH1  ARG  66          2HH1      ARG  66  -3.337  -9.665   2.783
  515   1HH2  ARG  66          1HH2      ARG  66  -3.747  -9.043   6.195
  516   2HH2  ARG  66          2HH2      ARG  66  -2.670  -8.941   4.842
  517    H    PHE  67           H        PHE  67 -10.008  -7.563   0.165
  518    HA   PHE  67           HA       PHE  67 -12.350  -7.643   1.951
  519   1HB   PHE  67          2HB       PHE  67 -11.147  -5.414   1.114
  520   2HB   PHE  67          1HB       PHE  67 -12.217  -5.662  -0.259
  521    HD1  PHE  67           1HD      PHE  67 -14.579  -5.399  -0.039
  522    HD2  PHE  67           2HD      PHE  67 -12.032  -4.979   3.326
  523    HE1  PHE  67           1HE      PHE  67 -16.401  -4.379   1.220
  524    HE2  PHE  67           2HE      PHE  67 -13.864  -3.935   4.597
  525    HZ   PHE  67           HZ       PHE  67 -16.063  -3.636   3.536
  526    H    GLY  68           H        GLY  68 -11.600  -7.324  -1.528
  527   1HA   GLY  68          2HA       GLY  68 -14.106  -8.606  -2.201
  528   2HA   GLY  68          1HA       GLY  68 -12.933  -7.962  -3.335
  529    H    GLY  69           H        GLY  69 -11.017  -9.693  -1.450
  530   1HA   GLY  69          2HA       GLY  69 -11.255 -12.061  -3.169
  531   2HA   GLY  69          1HA       GLY  69  -9.801 -11.546  -2.333
  532    H    TYR  70           H        TYR  70 -11.274 -11.095   0.206
  533    HA   TYR  70           HA       TYR  70 -11.287 -13.892   1.050
  534   1HB   TYR  70          2HB       TYR  70  -9.989 -11.972   2.225
  535   2HB   TYR  70          1HB       TYR  70 -11.554 -11.557   2.918
  536    HD1  TYR  70           1HD      TYR  70  -8.800 -13.939   2.934
  537    HD2  TYR  70           2HD      TYR  70 -12.681 -13.103   4.461
  538    HE1  TYR  70           1HE      TYR  70  -8.477 -15.650   4.671
  539    HE2  TYR  70           2HE      TYR  70 -12.369 -14.811   6.203
  540    HH   TYR  70           HH       TYR  70 -10.341 -15.886   7.385
  541    H    ALA  71           H        ALA  71 -13.359 -11.054   1.013
  542    HA   ALA  71           HA       ALA  71 -15.484 -12.093   2.520
  543   1HB   ALA  71          1HB       ALA  71 -15.562 -10.066   0.311
  544   2HB   ALA  71          2HB       ALA  71 -15.200  -9.731   2.006
  545   3HB   ALA  71          3HB       ALA  71 -16.788 -10.322   1.542
  546    H    GLN  72           H        GLN  72 -14.555 -12.613  -0.792
  547    HA   GLN  72           HA       GLN  72 -16.995 -13.372  -1.898
  548   1HB   GLN  72          2HB       GLN  72 -15.697 -14.552  -3.591
  549   2HB   GLN  72          1HB       GLN  72 -14.986 -12.984  -3.231
  550   1HG   GLN  72          2HG       GLN  72 -13.155 -13.893  -2.208
  551   2HG   GLN  72          1HG       GLN  72 -13.984 -15.393  -1.799
  552   1HE2  GLN  72          1HE2      GLN  72 -14.608 -16.753  -3.695
  553   2HE2  GLN  72          2HE2      GLN  72 -13.484 -16.862  -5.003
  554    H    SER  73           H        SER  73 -15.156 -14.998   0.499
  555    HA   SER  73           HA       SER  73 -16.637 -17.488  -0.044
  556   1HB   SER  73          2HB       SER  73 -14.009 -16.967   1.328
  557   2HB   SER  73          1HB       SER  73 -14.885 -18.479   1.560
  558    HG   SER  73           HG       SER  73 -13.454 -17.584  -0.603
  559    H    GLY  74           H        GLY  74 -15.991 -14.998   2.329
  560   1HA   GLY  74          2HA       GLY  74 -17.225 -16.379   4.515
  561   2HA   GLY  74          1HA       GLY  74 -16.790 -14.677   4.465
  562    H    LEU  75           H        LEU  75 -18.296 -13.156   3.758
  563    HA   LEU  75           HA       LEU  75 -20.845 -13.900   2.728
  564   1HB   LEU  75          2HB       LEU  75 -22.091 -12.930   4.744
  565   2HB   LEU  75          1HB       LEU  75 -21.490 -14.571   4.853
  566    HG   LEU  75           HG       LEU  75 -19.418 -13.034   5.892
  567   1HD1  LEU  75          1HD1      LEU  75 -21.841 -12.122   7.354
  568   2HD1  LEU  75          2HD1      LEU  75 -21.345 -11.243   5.911
  569   3HD1  LEU  75          3HD1      LEU  75 -20.234 -11.402   7.270
  570   1HD2  LEU  75          1HD2      LEU  75 -21.369 -14.998   6.802
  571   2HD2  LEU  75          2HD2      LEU  75 -20.818 -13.924   8.087
  572   3HD2  LEU  75          3HD2      LEU  75 -19.648 -14.863   7.159
  573    H    LEU  76           H        LEU  76 -20.039 -12.344   1.224
  574    HA   LEU  76           HA       LEU  76 -20.580  -9.586   2.090
  575   1HB   LEU  76          2HB       LEU  76 -18.162  -9.947   1.885
  576   2HB   LEU  76          1HB       LEU  76 -18.375 -10.451   0.220
  577    HG   LEU  76           HG       LEU  76 -19.390  -8.091  -0.134
  578   1HD1  LEU  76          1HD1      LEU  76 -19.633  -7.457   2.166
  579   2HD1  LEU  76          2HD1      LEU  76 -18.433  -6.408   1.413
  580   3HD1  LEU  76          3HD1      LEU  76 -17.922  -7.726   2.469
  581   1HD2  LEU  76          1HD2      LEU  76 -16.473  -8.593   0.378
  582   2HD2  LEU  76          2HD2      LEU  76 -17.080  -7.111  -0.338
  583   3HD2  LEU  76          3HD2      LEU  76 -17.322  -8.652  -1.162
  584    H    ALA  77           H        ALA  77 -21.951  -8.501   0.831
  585    HA   ALA  77           HA       ALA  77 -23.067  -9.864  -1.473
  586   1HB   ALA  77          1HB       ALA  77 -24.920  -8.573  -1.197
  587   2HB   ALA  77          2HB       ALA  77 -23.996  -7.161  -0.683
  588   3HB   ALA  77          3HB       ALA  77 -24.274  -8.488   0.441
  589    H    GLU  78           H        GLU  78 -23.153  -9.048  -3.559
  590    HA   GLU  78           HA       GLU  78 -20.872  -7.562  -4.397
  591   1HB   GLU  78          2HB       GLU  78 -22.082  -9.399  -5.689
  592   2HB   GLU  78          1HB       GLU  78 -23.299  -8.190  -6.076
  593   1HG   GLU  78          2HG       GLU  78 -20.793  -7.061  -6.689
  594   2HG   GLU  78          1HG       GLU  78 -20.794  -8.694  -7.341
  595    H    ILE  79           H        ILE  79 -20.986  -5.608  -5.755
  596    HA   ILE  79           HA       ILE  79 -23.017  -3.748  -4.724
  597    HB   ILE  79           HB       ILE  79 -20.706  -3.184  -4.107
  598   1HG1  ILE  79          2HG1      ILE  79 -21.116  -1.029  -6.027
  599   2HG1  ILE  79          1HG1      ILE  79 -22.606  -1.485  -5.209
  600   1HG2  ILE  79          1HG2      ILE  79 -20.020  -4.125  -6.559
  601   2HG2  ILE  79          2HG2      ILE  79 -18.971  -3.160  -5.523
  602   3HG2  ILE  79          3HG2      ILE  79 -19.902  -2.390  -6.808
  603   1HD1  ILE  79          1HD1      ILE  79 -20.536  -1.321  -3.276
  604   2HD1  ILE  79          2HD1      ILE  79 -21.991  -0.339  -3.431
  605   3HD1  ILE  79          3HD1      ILE  79 -20.512   0.141  -4.262
  606    H    THR  80           H        THR  80 -23.994  -2.250  -6.135
  607    HA   THR  80           HA       THR  80 -24.007  -3.108  -8.938
  608    HB   THR  80           HB       THR  80 -26.150  -1.823  -9.062
  609    HG1  THR  80           1HG      THR  80 -27.044  -1.366  -6.883
  610   1HG2  THR  80          1HG2      THR  80 -26.183  -3.830  -6.826
  611   2HG2  THR  80          2HG2      THR  80 -26.145  -4.247  -8.539
  612   3HG2  THR  80          3HG2      THR  80 -27.524  -3.371  -7.876
  613    HA   PRO  81           HA       PRO  81 -21.948   0.731  -9.851
  614   1HB   PRO  81          2HB       PRO  81 -21.687   0.455 -12.479
  615   2HB   PRO  81          1HB       PRO  81 -20.846  -0.635 -11.367
  616   1HG   PRO  81          2HG       PRO  81 -23.357  -1.093 -12.929
  617   2HG   PRO  81          1HG       PRO  81 -21.994  -2.194 -12.654
  618   1HD   PRO  81          2HD       PRO  81 -24.374  -2.222 -11.229
  619   2HD   PRO  81          1HD       PRO  81 -22.841  -2.910 -10.659
  620    H    ASP  82           H        ASP  82 -22.260   2.720 -10.953
  621    HA   ASP  82           HA       ASP  82 -25.039   3.190 -11.801
  622   1HB   ASP  82          2HB       ASP  82 -24.780   5.480 -10.907
  623   2HB   ASP  82          1HB       ASP  82 -24.536   4.262  -9.663
  624    H    LYS  83           H        LYS  83 -24.357   5.947 -12.592
  625    HA   LYS  83           HA       LYS  83 -23.466   5.353 -15.264
  626   1HB   LYS  83          2HB       LYS  83 -23.948   7.744 -15.683
  627   2HB   LYS  83          1HB       LYS  83 -25.307   6.884 -14.972
  628   1HG   LYS  83          2HG       LYS  83 -24.512   7.788 -12.733
  629   2HG   LYS  83          1HG       LYS  83 -23.465   8.860 -13.662
  630   1HD   LYS  83          2HD       LYS  83 -25.164  10.245 -14.037
  631   2HD   LYS  83          1HD       LYS  83 -26.109   8.939 -14.755
  632   1HE   LYS  83          2HE       LYS  83 -26.374   8.325 -12.154
  633   2HE   LYS  83          1HE       LYS  83 -26.195  10.075 -12.029
  634   1HZ   LYS  83          1HZ       LYS  83 -28.500   8.738 -12.592
  635   2HZ   LYS  83          2HZ       LYS  83 -28.003   9.296 -14.109
  636   3HZ   LYS  83          3HZ       LYS  83 -28.230  10.390 -12.840
  637    H    ALA  84           H        ALA  84 -21.956   6.345 -12.381
  638    HA   ALA  84           HA       ALA  84 -19.949   8.043 -13.365
  639   1HB   ALA  84          1HB       ALA  84 -20.524   7.699 -10.960
  640   2HB   ALA  84          2HB       ALA  84 -18.796   7.644 -11.309
  641   3HB   ALA  84          3HB       ALA  84 -19.688   6.148 -11.036
  642    H    PHE  85           H        PHE  85 -20.404   4.640 -13.643
  643    HA   PHE  85           HA       PHE  85 -17.660   3.997 -14.183
  644   1HB   PHE  85          2HB       PHE  85 -19.387   2.384 -13.255
  645   2HB   PHE  85          1HB       PHE  85 -20.063   2.314 -14.882
  646    HD1  PHE  85           1HD      PHE  85 -18.640   1.473 -16.752
  647    HD2  PHE  85           2HD      PHE  85 -17.465   1.150 -12.674
  648    HE1  PHE  85           1HE      PHE  85 -16.993  -0.247 -17.367
  649    HE2  PHE  85           2HE      PHE  85 -15.816  -0.570 -13.282
  650    HZ   PHE  85           HZ       PHE  85 -15.579  -1.271 -15.632
  651    H    GLN  86           H        GLN  86 -20.594   4.010 -16.191
  652    HA   GLN  86           HA       GLN  86 -19.240   3.710 -18.635
  653   1HB   GLN  86          2HB       GLN  86 -21.868   3.776 -17.849
  654   2HB   GLN  86          1HB       GLN  86 -21.720   5.284 -18.741
  655   1HG   GLN  86          2HG       GLN  86 -21.729   4.229 -20.692
  656   2HG   GLN  86          1HG       GLN  86 -20.485   3.097 -20.165
  657   1HE2  GLN  86          1HE2      GLN  86 -23.843   3.730 -19.194
  658   2HE2  GLN  86          2HE2      GLN  86 -24.383   2.098 -19.370
  659    H    ASP  87           H        ASP  87 -19.897   6.484 -16.623
  660    HA   ASP  87           HA       ASP  87 -19.669   8.567 -18.429
  661   1HB   ASP  87          2HB       ASP  87 -20.123   8.521 -15.844
  662   2HB   ASP  87          1HB       ASP  87 -18.393   8.820 -15.736
  663    H    LYS  88           H        LYS  88 -16.999   7.173 -16.506
  664    HA   LYS  88           HA       LYS  88 -15.091   7.045 -18.459
  665   1HB   LYS  88          2HB       LYS  88 -15.661   9.776 -17.895
  666   2HB   LYS  88          1HB       LYS  88 -14.064   9.432 -17.251
  667   1HG   LYS  88          2HG       LYS  88 -14.326   8.277 -19.861
  668   2HG   LYS  88          1HG       LYS  88 -14.765   9.983 -19.905
  669   1HD   LYS  88          2HD       LYS  88 -12.453   9.779 -18.299
  670   2HD   LYS  88          1HD       LYS  88 -12.169   8.787 -19.730
  671   1HE   LYS  88          2HE       LYS  88 -11.447  11.168 -19.950
  672   2HE   LYS  88          1HE       LYS  88 -12.589  10.631 -21.181
  673   1HZ   LYS  88          1HZ       LYS  88 -13.703  12.469 -20.629
  674   2HZ   LYS  88          2HZ       LYS  88 -12.879  12.666 -19.166
  675   3HZ   LYS  88          3HZ       LYS  88 -14.204  11.624 -19.251
  676    H    LEU  89           H        LEU  89 -15.038   5.295 -16.807
  677    HA   LEU  89           HA       LEU  89 -13.518   6.026 -14.412
  678   1HB   LEU  89          2HB       LEU  89 -15.594   4.193 -14.883
  679   2HB   LEU  89          1HB       LEU  89 -14.161   3.223 -14.590
  680    HG   LEU  89           HG       LEU  89 -14.181   5.237 -12.609
  681   1HD1  LEU  89          1HD1      LEU  89 -16.630   5.368 -13.311
  682   2HD1  LEU  89          2HD1      LEU  89 -16.273   5.165 -11.599
  683   3HD1  LEU  89          3HD1      LEU  89 -16.795   3.782 -12.563
  684   1HD2  LEU  89          1HD2      LEU  89 -14.830   3.107 -11.214
  685   2HD2  LEU  89          2HD2      LEU  89 -13.242   3.262 -11.965
  686   3HD2  LEU  89          3HD2      LEU  89 -14.491   2.286 -12.738
  687    H    TYR  90           H        TYR  90 -11.488   5.211 -13.979
  688    HA   TYR  90           HA       TYR  90  -9.825   4.622 -16.161
  689   1HB   TYR  90          2HB       TYR  90  -9.488   5.188 -13.424
  690   2HB   TYR  90          1HB       TYR  90  -8.723   3.628 -13.691
  691    HD1  TYR  90           1HD      TYR  90  -8.943   6.786 -15.674
  692    HD2  TYR  90           2HD      TYR  90  -6.444   3.823 -13.923
  693    HE1  TYR  90           1HE      TYR  90  -6.966   7.901 -16.614
  694    HE2  TYR  90           2HE      TYR  90  -4.459   4.934 -14.858
  695    HH   TYR  90           HH       TYR  90  -4.620   8.063 -16.306
  696    HA   PRO  91           HA       PRO  91 -11.171   0.341 -16.613
  697   1HB   PRO  91          2HB       PRO  91  -8.981   0.333 -18.597
  698   2HB   PRO  91          1HB       PRO  91 -10.673  -0.143 -18.779
  699   1HG   PRO  91          2HG       PRO  91  -9.759   2.142 -19.825
  700   2HG   PRO  91          1HG       PRO  91 -11.388   2.023 -19.135
  701   1HD   PRO  91          2HD       PRO  91  -8.918   3.246 -17.975
  702   2HD   PRO  91          1HD       PRO  91 -10.604   3.794 -17.872
  703    H    PHE  92           H        PHE  92  -7.909   1.506 -16.144
  704    HA   PHE  92           HA       PHE  92  -6.771  -1.047 -15.596
  705   1HB   PHE  92          2HB       PHE  92  -5.744   1.407 -16.114
  706   2HB   PHE  92          1HB       PHE  92  -5.516   1.330 -14.371
  707    HD1  PHE  92           1HD      PHE  92  -4.719  -1.300 -13.744
  708    HD2  PHE  92           2HD      PHE  92  -3.811   0.946 -17.243
  709    HE1  PHE  92           1HE      PHE  92  -2.689  -2.639 -14.070
  710    HE2  PHE  92           2HE      PHE  92  -1.775  -0.397 -17.574
  711    HZ   PHE  92           HZ       PHE  92  -1.214  -2.191 -15.986
  712    H    THR  93           H        THR  93  -8.832   0.971 -13.795
  713    HA   THR  93           HA       THR  93  -7.846   0.016 -11.237
  714    HB   THR  93           HB       THR  93  -9.372   1.564 -10.216
  715    HG1  THR  93           1HG      THR  93 -10.965   1.167 -12.165
  716   1HG2  THR  93          1HG2      THR  93  -7.763   2.545 -12.480
  717   2HG2  THR  93          2HG2      THR  93  -7.668   2.932 -10.762
  718   3HG2  THR  93          3HG2      THR  93  -8.923   3.662 -11.763
  719    H    TRP  94           H        TRP  94 -10.929  -0.147 -13.064
  720    HA   TRP  94           HA       TRP  94 -12.003  -1.968 -11.142
  721   1HB   TRP  94          2HB       TRP  94 -13.955  -2.105 -12.722
  722   2HB   TRP  94          1HB       TRP  94 -13.591  -0.505 -12.089
  723    HD1  TRP  94           HD       TRP  94 -13.071   1.367 -13.793
  724    HE1  TRP  94           1HE      TRP  94 -13.004   1.482 -16.360
  725    HE3  TRP  94           3HE      TRP  94 -13.303  -3.635 -14.836
  726    HZ2  TRP  94           2HZ      TRP  94 -13.026  -0.311 -18.541
  727    HZ3  TRP  94           3HZ      TRP  94 -13.269  -4.350 -17.190
  728    HH2  TRP  94           HH       TRP  94 -13.135  -2.720 -19.002
  729    H    ASP  95           H        ASP  95 -10.399  -2.240 -14.205
  730    HA   ASP  95           HA       ASP  95 -11.240  -4.823 -14.920
  731   1HB   ASP  95          2HB       ASP  95  -9.659  -2.965 -16.091
  732   2HB   ASP  95          1HB       ASP  95  -8.442  -4.117 -15.560
  733    H    ALA  96           H        ALA  96  -9.030  -3.716 -12.513
  734    HA   ALA  96           HA       ALA  96  -7.927  -6.399 -12.162
  735   1HB   ALA  96          1HB       ALA  96  -7.148  -3.868 -10.727
  736   2HB   ALA  96          2HB       ALA  96  -6.409  -4.433 -12.226
  737   3HB   ALA  96          3HB       ALA  96  -6.269  -5.397 -10.756
  738    H    VAL  97           H        VAL  97 -10.320  -4.327 -10.848
  739    HA   VAL  97           HA       VAL  97 -10.348  -5.736  -8.288
  740    HB   VAL  97           HB       VAL  97 -10.591  -3.280  -8.275
  741   1HG1  VAL  97          1HG1      VAL  97 -11.806  -3.141 -10.396
  742   2HG1  VAL  97          2HG1      VAL  97 -12.544  -2.198  -9.104
  743   3HG1  VAL  97          3HG1      VAL  97 -13.249  -3.743  -9.590
  744   1HG2  VAL  97          1HG2      VAL  97 -12.943  -4.858  -7.262
  745   2HG2  VAL  97          2HG2      VAL  97 -12.645  -3.171  -6.852
  746   3HG2  VAL  97          3HG2      VAL  97 -11.481  -4.411  -6.387
  747    H    ARG  98           H        ARG  98 -10.957  -7.348 -10.475
  748    HA   ARG  98           HA       ARG  98 -13.842  -7.830 -10.096
  749   1HB   ARG  98          2HB       ARG  98 -13.742  -9.075 -12.275
  750   2HB   ARG  98          1HB       ARG  98 -13.491  -7.342 -12.415
  751   1HG   ARG  98          2HG       ARG  98 -10.996  -7.871 -12.385
  752   2HG   ARG  98          1HG       ARG  98 -11.476  -9.548 -12.649
  753   1HD   ARG  98          2HD       ARG  98 -12.898  -7.874 -14.476
  754   2HD   ARG  98          1HD       ARG  98 -11.181  -7.493 -14.566
  755    HE   ARG  98           HE       ARG  98 -11.332 -10.237 -14.609
  756   1HH1  ARG  98          1HH1      ARG  98 -12.563  -7.628 -16.571
  757   2HH1  ARG  98          2HH1      ARG  98 -12.535  -8.551 -18.036
  758   1HH2  ARG  98          1HH2      ARG  98 -11.294 -11.452 -16.530
  759   2HH2  ARG  98          2HH2      ARG  98 -11.814 -10.723 -18.012
  760    H    TYR  99           H        TYR  99 -14.513  -9.949  -9.715
  761    HA   TYR  99           HA       TYR  99 -12.483 -12.015  -9.414
  762   1HB   TYR  99          2HB       TYR  99 -13.921 -10.697  -7.177
  763   2HB   TYR  99          1HB       TYR  99 -13.777 -12.450  -7.092
  764    HD1  TYR  99           1HD      TYR  99 -12.385  -9.682  -5.788
  765    HD2  TYR  99           2HD      TYR  99 -11.178 -13.090  -8.032
  766    HE1  TYR  99           1HE      TYR  99 -10.100  -9.442  -4.913
  767    HE2  TYR  99           2HE      TYR  99  -8.891 -12.860  -7.161
  768    HH   TYR  99           HH       TYR  99  -8.112 -10.811  -4.557
  769    H    ASN 100           H        ASN 100 -13.285 -13.609 -10.623
  770    HA   ASN 100           HA       ASN 100 -14.697 -15.193 -11.449
  771   1HB   ASN 100          2HB       ASN 100 -15.135 -15.391  -8.885
  772   2HB   ASN 100          1HB       ASN 100 -16.664 -14.603  -9.256
  773   1HD2  ASN 100          1HD2      ASN 100 -18.270 -15.750 -10.202
  774   2HD2  ASN 100          2HD2      ASN 100 -18.170 -17.436 -10.562
  775    H    GLY 101           H        GLY 101 -14.932 -12.349 -12.175
  776   1HA   GLY 101          2HA       GLY 101 -16.200 -11.159 -13.676
  777   2HA   GLY 101          1HA       GLY 101 -17.270 -12.545 -13.788
  778    H    LYS 102           H        LYS 102 -16.607 -11.083 -10.704
  779    HA   LYS 102           HA       LYS 102 -19.211  -9.716 -10.771
  780   1HB   LYS 102          2HB       LYS 102 -18.174 -11.541  -8.601
  781   2HB   LYS 102          1HB       LYS 102 -19.531 -10.447  -8.383
  782   1HG   LYS 102          2HG       LYS 102 -20.060 -11.928 -10.715
  783   2HG   LYS 102          1HG       LYS 102 -19.489 -13.072  -9.499
  784   1HD   LYS 102          2HD       LYS 102 -21.582 -13.055  -8.708
  785   2HD   LYS 102          1HD       LYS 102 -21.208 -11.450  -8.080
  786   1HE   LYS 102          2HE       LYS 102 -21.956 -10.557 -10.334
  787   2HE   LYS 102          1HE       LYS 102 -22.595 -12.170 -10.648
  788   1HZ   LYS 102          1HZ       LYS 102 -23.341 -10.674  -8.214
  789   2HZ   LYS 102          2HZ       LYS 102 -24.144 -11.971  -8.945
  790   3HZ   LYS 102          3HZ       LYS 102 -24.165 -10.445  -9.675
  791    H    LEU 103           H        LEU 103 -19.366  -7.841  -9.516
  792    HA   LEU 103           HA       LEU 103 -16.774  -6.778  -8.633
  793   1HB   LEU 103          2HB       LEU 103 -18.802  -5.705 -10.252
  794   2HB   LEU 103          1HB       LEU 103 -18.882  -4.810  -8.748
  795    HG   LEU 103           HG       LEU 103 -16.303  -4.550  -9.072
  796   1HD1  LEU 103          1HD1      LEU 103 -17.163  -4.936 -11.933
  797   2HD1  LEU 103          2HD1      LEU 103 -16.257  -6.131 -11.006
  798   3HD1  LEU 103          3HD1      LEU 103 -15.548  -4.550 -11.338
  799   1HD2  LEU 103          1HD2      LEU 103 -16.726  -2.427  -9.733
  800   2HD2  LEU 103          2HD2      LEU 103 -18.392  -2.907  -9.410
  801   3HD2  LEU 103          3HD2      LEU 103 -17.771  -2.930 -11.061
  802    H    ILE 104           H        ILE 104 -16.961  -7.954  -6.595
  803    HA   ILE 104           HA       ILE 104 -18.983  -6.901  -4.744
  804    HB   ILE 104           HB       ILE 104 -18.210  -8.721  -3.222
  805   1HG1  ILE 104          2HG1      ILE 104 -16.949 -10.405  -5.146
  806   2HG1  ILE 104          1HG1      ILE 104 -16.100  -8.864  -5.132
  807   1HG2  ILE 104          1HG2      ILE 104 -19.760  -8.934  -5.590
  808   2HG2  ILE 104          2HG2      ILE 104 -19.919  -9.834  -4.082
  809   3HG2  ILE 104          3HG2      ILE 104 -18.880 -10.447  -5.368
  810   1HD1  ILE 104          1HD1      ILE 104 -16.731 -10.167  -2.542
  811   2HD1  ILE 104          2HD1      ILE 104 -15.394  -9.113  -2.989
  812   3HD1  ILE 104          3HD1      ILE 104 -15.404 -10.791  -3.524
  813    H    ALA 105           H        ALA 105 -17.020  -5.077  -5.393
  814    HA   ALA 105           HA       ALA 105 -16.118  -4.204  -2.919
  815   1HB   ALA 105          1HB       ALA 105 -14.465  -6.272  -3.902
  816   2HB   ALA 105          2HB       ALA 105 -14.206  -5.246  -2.491
  817   3HB   ALA 105          3HB       ALA 105 -13.560  -4.768  -4.061
  818    H    TYR 106           H        TYR 106 -15.311  -2.146  -3.028
  819    HA   TYR 106           HA       TYR 106 -14.647  -1.078  -5.680
  820   1HB   TYR 106          2HB       TYR 106 -17.050  -0.589  -4.341
  821   2HB   TYR 106          1HB       TYR 106 -16.084   0.859  -4.072
  822    HD1  TYR 106           1HD      TYR 106 -17.054  -1.453  -6.840
  823    HD2  TYR 106           2HD      TYR 106 -16.164   2.532  -5.650
  824    HE1  TYR 106           1HE      TYR 106 -17.626  -0.661  -9.094
  825    HE2  TYR 106           2HE      TYR 106 -16.735   3.335  -7.902
  826    HH   TYR 106           HH       TYR 106 -18.283   2.426  -9.840
  827    HA   PRO 107           HA       PRO 107 -11.341   0.631  -3.232
  828   1HB   PRO 107          2HB       PRO 107 -10.375   2.071  -5.517
  829   2HB   PRO 107          1HB       PRO 107  -9.742   0.592  -4.802
  830   1HG   PRO 107          2HG       PRO 107 -10.932   0.738  -7.275
  831   2HG   PRO 107          1HG       PRO 107 -10.807  -0.737  -6.303
  832   1HD   PRO 107          2HD       PRO 107 -13.126   1.111  -6.661
  833   2HD   PRO 107          1HD       PRO 107 -13.101  -0.661  -6.514
  834    H    ILE 108           H        ILE 108 -11.210   2.391  -1.986
  835    HA   ILE 108           HA       ILE 108 -11.969   5.002  -3.045
  836    HB   ILE 108           HB       ILE 108 -13.166   4.038  -0.452
  837   1HG1  ILE 108          2HG1      ILE 108 -14.059   2.783  -2.453
  838   2HG1  ILE 108          1HG1      ILE 108 -15.259   3.681  -1.535
  839   1HG2  ILE 108          1HG2      ILE 108 -13.565   6.198  -0.150
  840   2HG2  ILE 108          2HG2      ILE 108 -14.655   6.136  -1.535
  841   3HG2  ILE 108          3HG2      ILE 108 -12.966   6.591  -1.762
  842   1HD1  ILE 108          1HD1      ILE 108 -14.754   5.535  -3.331
  843   2HD1  ILE 108          2HD1      ILE 108 -15.880   4.216  -3.649
  844   3HD1  ILE 108          3HD1      ILE 108 -14.239   4.144  -4.278
  845    H    ALA 109           H        ALA 109  -9.453   3.929  -2.368
  846    HA   ALA 109           HA       ALA 109  -8.353   5.975  -0.812
  847   1HB   ALA 109          1HB       ALA 109  -7.591   4.199   1.058
  848   2HB   ALA 109          2HB       ALA 109  -9.210   3.601   0.706
  849   3HB   ALA 109          3HB       ALA 109  -8.989   5.261   1.238
  850    H    VAL 110           H        VAL 110  -6.321   6.147  -1.576
  851    HA   VAL 110           HA       VAL 110  -5.065   3.690  -2.593
  852    HB   VAL 110           HB       VAL 110  -4.211   6.518  -3.205
  853   1HG1  VAL 110          1HG1      VAL 110  -2.691   5.637  -4.630
  854   2HG1  VAL 110          2HG1      VAL 110  -3.724   4.273  -5.058
  855   3HG1  VAL 110          3HG1      VAL 110  -2.811   4.248  -3.549
  856   1HG2  VAL 110          1HG2      VAL 110  -6.465   6.288  -3.992
  857   2HG2  VAL 110          2HG2      VAL 110  -6.109   4.713  -4.698
  858   3HG2  VAL 110          3HG2      VAL 110  -5.383   6.169  -5.379
  859    H    GLU 111           H        GLU 111  -3.589   2.754  -1.283
  860    HA   GLU 111           HA       GLU 111  -2.005   4.584   0.432
  861   1HB   GLU 111          2HB       GLU 111  -2.987   1.775   0.855
  862   2HB   GLU 111          1HB       GLU 111  -1.613   2.389   1.767
  863   1HG   GLU 111          2HG       GLU 111  -2.960   4.116   2.742
  864   2HG   GLU 111          1HG       GLU 111  -4.322   3.701   1.704
  865    H    ALA 112           H        ALA 112   0.127   4.720   0.033
  866    HA   ALA 112           HA       ALA 112   1.723   2.527  -0.788
  867   1HB   ALA 112          1HB       ALA 112   2.160   2.964  -3.033
  868   2HB   ALA 112          2HB       ALA 112   1.410   4.555  -2.958
  869   3HB   ALA 112          3HB       ALA 112   0.408   3.108  -2.892
  870    H    LEU 113           H        LEU 113   3.891   3.519  -1.907
  871    HA   LEU 113           HA       LEU 113   4.635   5.646   0.010
  872   1HB   LEU 113          2HB       LEU 113   6.390   3.442  -1.052
  873   2HB   LEU 113          1HB       LEU 113   6.822   4.621   0.172
  874    HG   LEU 113           HG       LEU 113   4.430   2.979   0.754
  875   1HD1  LEU 113          1HD1      LEU 113   5.765   1.234  -0.168
  876   2HD1  LEU 113          2HD1      LEU 113   5.884   1.119   1.587
  877   3HD1  LEU 113          3HD1      LEU 113   7.211   1.818   0.657
  878   1HD2  LEU 113          1HD2      LEU 113   6.174   2.905   2.879
  879   2HD2  LEU 113          2HD2      LEU 113   4.860   4.060   2.655
  880   3HD2  LEU 113          3HD2      LEU 113   6.498   4.474   2.147
  881    H    SER 114           H        SER 114   6.516   6.894  -0.407
  882    HA   SER 114           HA       SER 114   6.932   7.534  -3.250
  883   1HB   SER 114          2HB       SER 114   7.481   9.874  -2.345
  884   2HB   SER 114          1HB       SER 114   5.781   9.402  -2.316
  885    HG   SER 114           HG       SER 114   6.493  10.342  -0.334
  886    H    LEU 115           H        LEU 115   9.132   8.471  -3.654
  887    HA   LEU 115           HA       LEU 115  11.126   7.249  -1.855
  888   1HB   LEU 115          2HB       LEU 115  11.144   6.746  -4.387
  889   2HB   LEU 115          1HB       LEU 115  11.677   8.402  -4.589
  890    HG   LEU 115           HG       LEU 115  13.544   6.817  -4.658
  891   1HD1  LEU 115          1HD1      LEU 115  13.658   9.197  -3.678
  892   2HD1  LEU 115          2HD1      LEU 115  15.010   8.101  -3.401
  893   3HD1  LEU 115          3HD1      LEU 115  13.827   8.382  -2.124
  894   1HD2  LEU 115          1HD2      LEU 115  13.276   5.027  -3.325
  895   2HD2  LEU 115          2HD2      LEU 115  12.316   5.916  -2.144
  896   3HD2  LEU 115          3HD2      LEU 115  14.074   6.043  -2.125
  897    H    ILE 116           H        ILE 116  11.916   8.715  -0.358
  898    HA   ILE 116           HA       ILE 116  11.442  11.512  -0.816
  899    HB   ILE 116           HB       ILE 116  12.988  10.268   1.440
  900   1HG1  ILE 116          2HG1      ILE 116  10.748   9.306   1.293
  901   2HG1  ILE 116          1HG1      ILE 116  10.850  10.386   2.677
  902   1HG2  ILE 116          1HG2      ILE 116  11.578  12.932   1.240
  903   2HG2  ILE 116          2HG2      ILE 116  13.323  12.696   1.140
  904   3HG2  ILE 116          3HG2      ILE 116  12.468  12.320   2.636
  905   1HD1  ILE 116          1HD1      ILE 116   8.991  11.296   1.933
  906   2HD1  ILE 116          2HD1      ILE 116   9.125  10.480   0.375
  907   3HD1  ILE 116          3HD1      ILE 116   9.961  12.011   0.645
  908    H    TYR 117           H        TYR 117  12.789  13.119  -1.208
  909    HA   TYR 117           HA       TYR 117  15.631  12.526  -1.607
  910   1HB   TYR 117          2HB       TYR 117  13.671  13.543  -3.565
  911   2HB   TYR 117          1HB       TYR 117  15.192  14.430  -3.500
  912    HD1  TYR 117           1HD      TYR 117  17.240  12.566  -3.141
  913    HD2  TYR 117           2HD      TYR 117  13.639  12.043  -5.290
  914    HE1  TYR 117           1HE      TYR 117  18.319  10.835  -4.509
  915    HE2  TYR 117           2HE      TYR 117  14.688  10.316  -6.681
  916    HH   TYR 117           HH       TYR 117  16.744   8.648  -6.281
  917    H    ASN 118           H        ASN 118  17.017  14.205  -1.126
  918    HA   ASN 118           HA       ASN 118  15.919  16.110   0.730
  919   1HB   ASN 118          2HB       ASN 118  18.045  14.642   1.000
  920   2HB   ASN 118          1HB       ASN 118  18.833  15.939   0.109
  921   1HD2  ASN 118          1HD2      ASN 118  18.537  14.862   3.061
  922   2HD2  ASN 118          2HD2      ASN 118  18.491  16.334   3.965
  923    H    LYS 119           H        LYS 119  15.516  18.074   0.416
  924    HA   LYS 119           HA       LYS 119  14.977  19.654  -1.391
  925   1HB   LYS 119          2HB       LYS 119  15.859  21.627  -0.307
  926   2HB   LYS 119          1HB       LYS 119  15.285  20.463   0.876
  927   1HG   LYS 119          2HG       LYS 119  17.245  20.472   1.891
  928   2HG   LYS 119          1HG       LYS 119  18.061  20.007   0.406
  929   1HD   LYS 119          2HD       LYS 119  18.859  22.071   0.090
  930   2HD   LYS 119          1HD       LYS 119  17.280  22.801   0.386
  931   1HE   LYS 119          2HE       LYS 119  18.174  21.878   2.875
  932   2HE   LYS 119          1HE       LYS 119  19.573  22.640   2.119
  933   1HZ   LYS 119          1HZ       LYS 119  18.229  24.621   1.744
  934   2HZ   LYS 119          2HZ       LYS 119  18.298  24.235   3.390
  935   3HZ   LYS 119          3HZ       LYS 119  16.904  23.887   2.496
  936    H    ASP 120           H        ASP 120  18.491  19.571  -0.812
  937    HA   ASP 120           HA       ASP 120  19.104  19.523  -3.582
  938   1HB   ASP 120          2HB       ASP 120  18.343  22.024  -2.775
  939   2HB   ASP 120          1HB       ASP 120  20.081  22.091  -2.496
  940    H    LEU 121           H        LEU 121  19.860  18.173  -1.127
  941    HA   LEU 121           HA       LEU 121  22.710  18.918  -0.997
  942   1HB   LEU 121          2HB       LEU 121  21.014  18.756   1.092
  943   2HB   LEU 121          1HB       LEU 121  21.575  17.095   1.042
  944    HG   LEU 121           HG       LEU 121  23.943  18.070   1.072
  945   1HD1  LEU 121          1HD1      LEU 121  24.307  20.260   1.442
  946   2HD1  LEU 121          2HD1      LEU 121  22.871  20.439   2.452
  947   3HD1  LEU 121          3HD1      LEU 121  22.720  20.439   0.695
  948   1HD2  LEU 121          1HD2      LEU 121  23.389  18.763   3.648
  949   2HD2  LEU 121          2HD2      LEU 121  23.621  17.113   3.068
  950   3HD2  LEU 121          3HD2      LEU 121  21.993  17.770   3.230
  951    H    LEU 122           H        LEU 122  21.601  17.354  -3.103
  952    HA   LEU 122           HA       LEU 122  23.362  15.077  -2.904
  953   1HB   LEU 122          2HB       LEU 122  21.726  13.360  -3.253
  954   2HB   LEU 122          1HB       LEU 122  21.304  14.266  -1.812
  955    HG   LEU 122           HG       LEU 122  19.934  15.509  -3.939
  956   1HD1  LEU 122          1HD1      LEU 122  19.777  13.864  -5.461
  957   2HD1  LEU 122          2HD1      LEU 122  18.560  13.231  -4.363
  958   3HD1  LEU 122          3HD1      LEU 122  20.205  12.607  -4.303
  959   1HD2  LEU 122          1HD2      LEU 122  18.972  13.637  -1.800
  960   2HD2  LEU 122          2HD2      LEU 122  17.955  14.715  -2.747
  961   3HD2  LEU 122          3HD2      LEU 122  19.166  15.376  -1.647
  962    HA   PRO 123           HA       PRO 123  22.704  16.624  -7.249
  963   1HB   PRO 123          2HB       PRO 123  25.219  17.331  -7.836
  964   2HB   PRO 123          1HB       PRO 123  24.149  18.407  -6.929
  965   1HG   PRO 123          2HG       PRO 123  26.347  16.636  -5.939
  966   2HG   PRO 123          1HG       PRO 123  25.914  18.278  -5.429
  967   1HD   PRO 123          2HD       PRO 123  25.206  15.975  -4.077
  968   2HD   PRO 123          1HD       PRO 123  24.347  17.521  -3.948
  969    H    ASN 124           H        ASN 124  22.546  14.967  -8.660
  970    HA   ASN 124           HA       ASN 124  24.749  13.524  -9.640
  971   1HB   ASN 124          2HB       ASN 124  24.295  11.297  -8.717
  972   2HB   ASN 124          1HB       ASN 124  24.690  12.436  -7.435
  973   1HD2  ASN 124          1HD2      ASN 124  22.398  13.691  -6.861
  974   2HD2  ASN 124          2HD2      ASN 124  21.176  12.580  -6.379
  975    HA   PRO 125           HA       PRO 125  21.655  12.399 -12.643
  976   1HB   PRO 125          2HB       PRO 125  22.769   9.842 -13.311
  977   2HB   PRO 125          1HB       PRO 125  23.008  11.375 -14.152
  978   1HG   PRO 125          2HG       PRO 125  24.966   9.995 -12.761
  979   2HG   PRO 125          1HG       PRO 125  25.028  11.717 -13.175
  980   1HD   PRO 125          2HD       PRO 125  24.298  10.414 -10.596
  981   2HD   PRO 125          1HD       PRO 125  25.173  11.924 -10.878
  982    HA   PRO 126           HA       PRO 126  19.208   9.633  -9.919
  983   1HB   PRO 126          2HB       PRO 126  16.784  10.607 -10.635
  984   2HB   PRO 126          1HB       PRO 126  17.818  11.395  -9.438
  985   1HG   PRO 126          2HG       PRO 126  17.436  12.052 -12.333
  986   2HG   PRO 126          1HG       PRO 126  17.527  13.144 -10.938
  987   1HD   PRO 126          2HD       PRO 126  19.630  12.711 -12.590
  988   2HD   PRO 126          1HD       PRO 126  19.822  13.063 -10.863
  989    H    LYS 127           H        LYS 127  19.983   9.384 -13.003
  990    HA   LYS 127           HA       LYS 127  17.728   7.908 -14.020
  991   1HB   LYS 127          2HB       LYS 127  19.279   7.491 -15.958
  992   2HB   LYS 127          1HB       LYS 127  18.953   9.185 -15.613
  993   1HG   LYS 127          2HG       LYS 127  21.117   9.599 -15.384
  994   2HG   LYS 127          1HG       LYS 127  21.266   8.345 -14.152
  995   1HD   LYS 127          2HD       LYS 127  21.144   7.580 -17.042
  996   2HD   LYS 127          1HD       LYS 127  22.657   8.176 -16.355
  997   1HE   LYS 127          2HE       LYS 127  23.007   6.047 -15.770
  998   2HE   LYS 127          1HE       LYS 127  21.857   6.383 -14.482
  999   1HZ   LYS 127          1HZ       LYS 127  20.767   5.542 -17.054
 1000   2HZ   LYS 127          2HZ       LYS 127  20.226   5.203 -15.487
 1001   3HZ   LYS 127          3HZ       LYS 127  21.549   4.365 -16.124
 1002    H    THR 128           H        THR 128  20.686   7.229 -12.335
 1003    HA   THR 128           HA       THR 128  20.167   4.342 -12.645
 1004    HB   THR 128           HB       THR 128  22.238   4.775 -13.737
 1005    HG1  THR 128           1HG      THR 128  22.439   3.616 -11.215
 1006   1HG2  THR 128          1HG2      THR 128  23.004   6.855 -13.151
 1007   2HG2  THR 128          2HG2      THR 128  24.142   5.806 -12.308
 1008   3HG2  THR 128          3HG2      THR 128  22.811   6.552 -11.429
 1009    H    TRP 129           H        TRP 129  20.202   3.077 -10.833
 1010    HA   TRP 129           HA       TRP 129  19.734   4.376  -8.328
 1011   1HB   TRP 129          2HB       TRP 129  19.173   1.867  -9.460
 1012   2HB   TRP 129          1HB       TRP 129  20.192   1.540  -8.063
 1013    HD1  TRP 129           HD       TRP 129  16.706   2.542  -9.024
 1014    HE1  TRP 129           1HE      TRP 129  15.264   2.785  -6.904
 1015    HE3  TRP 129           3HE      TRP 129  20.389   2.278  -5.514
 1016    HZ2  TRP 129           2HZ      TRP 129  15.644   2.866  -4.107
 1017    HZ3  TRP 129           3HZ      TRP 129  19.778   2.444  -3.139
 1018    HH2  TRP 129           HH       TRP 129  17.453   2.732  -2.449
 1019    H    GLU 130           H        GLU 130  22.370   2.503  -9.724
 1020    HA   GLU 130           HA       GLU 130  23.952   2.104  -7.483
 1021   1HB   GLU 130          2HB       GLU 130  24.381   1.132  -9.717
 1022   2HB   GLU 130          1HB       GLU 130  24.907   2.712 -10.281
 1023   1HG   GLU 130          2HG       GLU 130  26.576   2.531  -8.273
 1024   2HG   GLU 130          1HG       GLU 130  26.264   0.804  -8.448
 1025    H    GLU 131           H        GLU 131  23.325   5.048  -9.186
 1026    HA   GLU 131           HA       GLU 131  25.631   6.487  -8.408
 1027   1HB   GLU 131          2HB       GLU 131  23.452   6.964 -10.001
 1028   2HB   GLU 131          1HB       GLU 131  23.173   8.051  -8.653
 1029   1HG   GLU 131          2HG       GLU 131  24.350   9.158 -10.407
 1030   2HG   GLU 131          1HG       GLU 131  25.376   9.027  -8.986
 1031    H    ILE 132           H        ILE 132  22.769   5.547  -6.723
 1032    HA   ILE 132           HA       ILE 132  22.819   7.588  -4.755
 1033    HB   ILE 132           HB       ILE 132  21.589   4.883  -4.330
 1034   1HG1  ILE 132          2HG1      ILE 132  20.863   5.636  -6.530
 1035   2HG1  ILE 132          1HG1      ILE 132  19.541   5.754  -5.379
 1036   1HG2  ILE 132          1HG2      ILE 132  21.759   6.774  -2.564
 1037   2HG2  ILE 132          2HG2      ILE 132  20.258   5.873  -2.770
 1038   3HG2  ILE 132          3HG2      ILE 132  20.428   7.480  -3.474
 1039   1HD1  ILE 132          1HD1      ILE 132  19.346   7.735  -6.487
 1040   2HD1  ILE 132          2HD1      ILE 132  21.084   7.900  -6.728
 1041   3HD1  ILE 132          3HD1      ILE 132  20.382   8.217  -5.142
 1042    HA   PRO 133           HA       PRO 133  24.776   4.006  -1.965
 1043   1HB   PRO 133          2HB       PRO 133  26.221   2.636  -4.175
 1044   2HB   PRO 133          1HB       PRO 133  25.472   1.955  -2.727
 1045   1HG   PRO 133          2HG       PRO 133  24.318   1.720  -5.123
 1046   2HG   PRO 133          1HG       PRO 133  23.354   1.969  -3.656
 1047   1HD   PRO 133          2HD       PRO 133  24.032   3.883  -5.821
 1048   2HD   PRO 133          1HD       PRO 133  22.570   3.764  -4.841
 1049    H    ALA 134           H        ALA 134  26.456   5.097  -4.902
 1050    HA   ALA 134           HA       ALA 134  29.015   5.312  -3.721
 1051   1HB   ALA 134          1HB       ALA 134  29.341   6.950  -5.731
 1052   2HB   ALA 134          2HB       ALA 134  27.763   6.337  -6.226
 1053   3HB   ALA 134          3HB       ALA 134  29.114   5.224  -6.015
 1054    H    LEU 135           H        LEU 135  26.258   7.433  -3.772
 1055    HA   LEU 135           HA       LEU 135  27.374   9.912  -3.313
 1056   1HB   LEU 135          2HB       LEU 135  24.847   8.681  -2.243
 1057   2HB   LEU 135          1HB       LEU 135  25.272  10.354  -1.940
 1058    HG   LEU 135           HG       LEU 135  25.138   9.337  -4.754
 1059   1HD1  LEU 135          1HD1      LEU 135  22.801  10.297  -3.113
 1060   2HD1  LEU 135          2HD1      LEU 135  23.050   8.655  -3.692
 1061   3HD1  LEU 135          3HD1      LEU 135  22.789   9.963  -4.845
 1062   1HD2  LEU 135          1HD2      LEU 135  26.078  11.543  -4.335
 1063   2HD2  LEU 135          2HD2      LEU 135  24.610  12.016  -3.481
 1064   3HD2  LEU 135          3HD2      LEU 135  24.554  11.657  -5.208
 1065    H    ASP 136           H        ASP 136  27.299   7.183  -1.177
 1066    HA   ASP 136           HA       ASP 136  27.541   8.511   1.287
 1067   1HB   ASP 136          2HB       ASP 136  28.384   6.379   2.145
 1068   2HB   ASP 136          1HB       ASP 136  26.988   6.132   1.101
 1069    H    LYS 137           H        LYS 137  29.871   7.745  -1.185
 1070    HA   LYS 137           HA       LYS 137  32.242   8.021   0.265
 1071   1HB   LYS 137          2HB       LYS 137  31.540   8.474  -2.621
 1072   2HB   LYS 137          1HB       LYS 137  33.169   8.762  -2.026
 1073   1HG   LYS 137          2HG       LYS 137  32.118   6.181  -1.209
 1074   2HG   LYS 137          1HG       LYS 137  32.180   6.378  -2.961
 1075   1HD   LYS 137          2HD       LYS 137  34.427   6.316  -3.004
 1076   2HD   LYS 137          1HD       LYS 137  34.576   7.321  -1.561
 1077   1HE   LYS 137          2HE       LYS 137  33.922   5.307  -0.213
 1078   2HE   LYS 137          1HE       LYS 137  34.047   4.359  -1.693
 1079   1HZ   LYS 137          1HZ       LYS 137  36.128   4.078  -0.886
 1080   2HZ   LYS 137          2HZ       LYS 137  36.157   5.561  -0.074
 1081   3HZ   LYS 137          3HZ       LYS 137  36.401   5.510  -1.746
 1082    H    GLU 138           H        GLU 138  30.428  10.478  -1.582
 1083    HA   GLU 138           HA       GLU 138  32.179  12.589  -0.746
 1084   1HB   GLU 138          2HB       GLU 138  30.509  14.076  -1.839
 1085   2HB   GLU 138          1HB       GLU 138  31.105  12.795  -2.883
 1086   1HG   GLU 138          2HG       GLU 138  29.066  11.518  -2.492
 1087   2HG   GLU 138          1HG       GLU 138  28.471  12.792  -1.429
 1088    H    LEU 139           H        LEU 139  29.101  11.304   0.335
 1089    HA   LEU 139           HA       LEU 139  28.452  13.480   2.049
 1090   1HB   LEU 139          2HB       LEU 139  27.381  10.839   1.425
 1091   2HB   LEU 139          1HB       LEU 139  27.197  11.259   3.117
 1092    HG   LEU 139           HG       LEU 139  25.234  11.853   1.735
 1093   1HD1  LEU 139          1HD1      LEU 139  26.425  13.301   3.741
 1094   2HD1  LEU 139          2HD1      LEU 139  24.788  13.531   3.129
 1095   3HD1  LEU 139          3HD1      LEU 139  26.109  14.517   2.503
 1096   1HD2  LEU 139          1HD2      LEU 139  26.440  14.219   0.560
 1097   2HD2  LEU 139          2HD2      LEU 139  25.356  13.024  -0.152
 1098   3HD2  LEU 139          3HD2      LEU 139  27.093  12.716  -0.094
 1099    H    LYS 140           H        LYS 140  29.663  10.198   2.764
 1100    HA   LYS 140           HA       LYS 140  30.136  10.697   5.496
 1101   1HB   LYS 140          2HB       LYS 140  31.200   8.628   3.580
 1102   2HB   LYS 140          1HB       LYS 140  31.684   8.666   5.269
 1103   1HG   LYS 140          2HG       LYS 140  29.332   8.419   5.932
 1104   2HG   LYS 140          1HG       LYS 140  28.876   8.327   4.230
 1105   1HD   LYS 140          2HD       LYS 140  29.160   6.114   4.412
 1106   2HD   LYS 140          1HD       LYS 140  30.892   6.451   4.464
 1107   1HE   LYS 140          2HE       LYS 140  29.766   6.859   7.066
 1108   2HE   LYS 140          1HE       LYS 140  29.290   5.271   6.464
 1109   1HZ   LYS 140          1HZ       LYS 140  32.080   6.282   6.544
 1110   2HZ   LYS 140          2HZ       LYS 140  31.588   4.731   6.083
 1111   3HZ   LYS 140          3HZ       LYS 140  31.399   5.234   7.687
 1112    H    ALA 141           H        ALA 141  31.985  11.344   2.630
 1113    HA   ALA 141           HA       ALA 141  34.558  11.542   3.606
 1114   1HB   ALA 141          1HB       ALA 141  33.241  13.260   1.511
 1115   2HB   ALA 141          2HB       ALA 141  34.073  11.727   1.249
 1116   3HB   ALA 141          3HB       ALA 141  34.978  13.138   1.787
 1117    H    LYS 142           H        LYS 142  31.872  13.529   4.414
 1118    HA   LYS 142           HA       LYS 142  33.697  15.535   5.566
 1119   1HB   LYS 142          2HB       LYS 142  31.185  15.763   4.115
 1120   2HB   LYS 142          1HB       LYS 142  31.140  16.615   5.651
 1121   1HG   LYS 142          2HG       LYS 142  32.118  18.308   4.601
 1122   2HG   LYS 142          1HG       LYS 142  33.585  17.329   4.593
 1123   1HD   LYS 142          2HD       LYS 142  33.227  16.591   2.402
 1124   2HD   LYS 142          1HD       LYS 142  31.524  17.048   2.430
 1125   1HE   LYS 142          2HE       LYS 142  33.926  18.852   2.271
 1126   2HE   LYS 142          1HE       LYS 142  32.653  18.638   1.072
 1127   1HZ   LYS 142          1HZ       LYS 142  32.706  20.299   3.424
 1128   2HZ   LYS 142          2HZ       LYS 142  31.274  19.419   3.245
 1129   3HZ   LYS 142          3HZ       LYS 142  31.788  20.453   2.010
 1130    H    GLY 143           H        GLY 143  30.443  14.207   6.164
 1131   1HA   GLY 143          2HA       GLY 143  30.883  13.040   8.603
 1132   2HA   GLY 143          1HA       GLY 143  30.618  14.737   8.971
 1133    H    LYS 144           H        LYS 144  29.079  12.820   6.426
 1134    HA   LYS 144           HA       LYS 144  26.613  12.620   7.920
 1135   1HB   LYS 144          2HB       LYS 144  27.046  14.676   5.842
 1136   2HB   LYS 144          1HB       LYS 144  25.533  13.786   5.740
 1137   1HG   LYS 144          2HG       LYS 144  25.561  14.371   8.370
 1138   2HG   LYS 144          1HG       LYS 144  26.436  15.760   7.722
 1139   1HD   LYS 144          2HD       LYS 144  24.096  15.115   6.139
 1140   2HD   LYS 144          1HD       LYS 144  23.682  15.429   7.825
 1141   1HE   LYS 144          2HE       LYS 144  24.546  17.593   7.757
 1142   2HE   LYS 144          1HE       LYS 144  25.504  17.262   6.312
 1143   1HZ   LYS 144          1HZ       LYS 144  22.540  17.376   6.392
 1144   2HZ   LYS 144          2HZ       LYS 144  23.499  17.148   5.021
 1145   3HZ   LYS 144          3HZ       LYS 144  23.542  18.625   5.843
 1146    H    SER 145           H        SER 145  24.822  12.013   6.056
 1147    HA   SER 145           HA       SER 145  26.016  10.056   4.242
 1148   1HB   SER 145          2HB       SER 145  23.963   9.459   6.372
 1149   2HB   SER 145          1HB       SER 145  24.179   8.428   4.957
 1150    HG   SER 145           HG       SER 145  26.270   9.133   6.737
 1151    H    ALA 146           H        ALA 146  24.756   9.624   2.396
 1152    HA   ALA 146           HA       ALA 146  22.725  11.653   1.855
 1153   1HB   ALA 146          1HB       ALA 146  23.742  11.686  -0.122
 1154   2HB   ALA 146          2HB       ALA 146  23.104  10.072  -0.439
 1155   3HB   ALA 146          3HB       ALA 146  24.698  10.266   0.293
 1156    H    LEU 147           H        LEU 147  22.778   8.494   2.924
 1157    HA   LEU 147           HA       LEU 147  19.990   8.147   2.516
 1158   1HB   LEU 147          2HB       LEU 147  20.381   5.857   1.505
 1159   2HB   LEU 147          1HB       LEU 147  20.709   7.219   0.452
 1160    HG   LEU 147           HG       LEU 147  23.157   6.667   1.688
 1161   1HD1  LEU 147          1HD1      LEU 147  22.362   4.528   2.450
 1162   2HD1  LEU 147          2HD1      LEU 147  23.489   4.282   1.115
 1163   3HD1  LEU 147          3HD1      LEU 147  21.751   4.140   0.842
 1164   1HD2  LEU 147          1HD2      LEU 147  22.726   7.440  -0.621
 1165   2HD2  LEU 147          2HD2      LEU 147  22.199   5.807  -1.032
 1166   3HD2  LEU 147          3HD2      LEU 147  23.867   6.096  -0.539
 1167    H    MET 148           H        MET 148  19.085   6.855   4.063
 1168    HA   MET 148           HA       MET 148  20.678   5.040   5.641
 1169   1HB   MET 148          2HB       MET 148  19.690   7.656   6.717
 1170   2HB   MET 148          1HB       MET 148  19.778   6.257   7.774
 1171   1HG   MET 148          2HG       MET 148  22.235   6.382   6.424
 1172   2HG   MET 148          1HG       MET 148  21.857   8.027   6.930
 1173   1HE   MET 148          1HE       MET 148  24.186   5.649   7.892
 1174   2HE   MET 148          2HE       MET 148  24.440   6.298   9.513
 1175   3HE   MET 148          3HE       MET 148  24.329   7.391   8.133
 1176    H    PHE 149           H        PHE 149  19.449   3.337   6.112
 1177    HA   PHE 149           HA       PHE 149  16.773   3.571   7.035
 1178   1HB   PHE 149          2HB       PHE 149  16.850   3.739   4.343
 1179   2HB   PHE 149          1HB       PHE 149  16.747   1.990   4.539
 1180    HD1  PHE 149           1HD      PHE 149  15.184   5.047   6.001
 1181    HD2  PHE 149           2HD      PHE 149  14.639   1.091   4.546
 1182    HE1  PHE 149           1HE      PHE 149  12.763   5.235   6.399
 1183    HE2  PHE 149           2HE      PHE 149  12.220   1.274   4.925
 1184    HZ   PHE 149           HZ       PHE 149  11.277   3.348   5.856
 1185    H    ASN 150           H        ASN 150  15.708   1.243   6.937
 1186    HA   ASN 150           HA       ASN 150  17.250  -0.390   8.584
 1187   1HB   ASN 150          2HB       ASN 150  14.610  -0.344   7.713
 1188   2HB   ASN 150          1HB       ASN 150  15.222  -1.882   7.113
 1189   1HD2  ASN 150          1HD2      ASN 150  15.840  -0.004  10.057
 1190   2HD2  ASN 150          2HD2      ASN 150  15.447  -1.277  11.157
 1191    H    LEU 151           H        LEU 151  17.283  -2.920   7.878
 1192    HA   LEU 151           HA       LEU 151  18.447  -3.209   5.233
 1193   1HB   LEU 151          2HB       LEU 151  20.406  -4.491   6.385
 1194   2HB   LEU 151          1HB       LEU 151  20.463  -2.752   6.177
 1195    HG   LEU 151           HG       LEU 151  21.248  -3.593   8.396
 1196   1HD1  LEU 151          1HD1      LEU 151  19.078  -1.891   9.225
 1197   2HD1  LEU 151          2HD1      LEU 151  19.810  -1.338   7.717
 1198   3HD1  LEU 151          3HD1      LEU 151  20.808  -1.583   9.138
 1199   1HD2  LEU 151          1HD2      LEU 151  20.006  -4.878   9.703
 1200   2HD2  LEU 151          2HD2      LEU 151  18.862  -5.030   8.383
 1201   3HD2  LEU 151          3HD2      LEU 151  18.637  -3.773   9.595
 1202    H    GLN 152           H        GLN 152  17.012  -4.651   8.063
 1203    HA   GLN 152           HA       GLN 152  16.879  -7.204   6.604
 1204   1HB   GLN 152          2HB       GLN 152  16.601  -8.264   8.893
 1205   2HB   GLN 152          1HB       GLN 152  18.198  -7.632   8.526
 1206   1HG   GLN 152          2HG       GLN 152  17.310  -5.499   9.756
 1207   2HG   GLN 152          1HG       GLN 152  16.159  -6.634  10.455
 1208   1HE2  GLN 152          1HE2      GLN 152  16.800  -7.909  12.093
 1209   2HE2  GLN 152          2HE2      GLN 152  18.411  -7.983  12.713
 1210    H    GLU 153           H        GLU 153  15.040  -5.079   6.241
 1211    HA   GLU 153           HA       GLU 153  12.609  -6.245   7.445
 1212   1HB   GLU 153          2HB       GLU 153  13.557  -3.548   7.476
 1213   2HB   GLU 153          1HB       GLU 153  12.084  -3.602   6.518
 1214   1HG   GLU 153          2HG       GLU 153  11.108  -4.927   8.498
 1215   2HG   GLU 153          1HG       GLU 153  12.487  -4.301   9.399
 1216    HA   PRO 154           HA       PRO 154  11.223  -6.957   3.302
 1217   1HB   PRO 154          2HB       PRO 154   8.563  -7.145   3.667
 1218   2HB   PRO 154          1HB       PRO 154   9.683  -8.367   4.280
 1219   1HG   PRO 154          2HG       PRO 154   8.306  -6.152   5.733
 1220   2HG   PRO 154          1HG       PRO 154   8.629  -7.812   6.262
 1221   1HD   PRO 154          2HD       PRO 154  10.120  -5.614   7.000
 1222   2HD   PRO 154          1HD       PRO 154  10.715  -7.284   7.013
 1223    H    TYR 155           H        TYR 155  11.713  -4.182   3.871
 1224    HA   TYR 155           HA       TYR 155   9.648  -2.973   2.176
 1225   1HB   TYR 155          2HB       TYR 155  10.921  -1.793   4.643
 1226   2HB   TYR 155          1HB       TYR 155  10.079  -0.817   3.444
 1227    HD1  TYR 155           1HD      TYR 155   7.706  -0.722   3.388
 1228    HD2  TYR 155           2HD      TYR 155   9.653  -3.539   5.912
 1229    HE1  TYR 155           1HE      TYR 155   5.562  -1.201   4.495
 1230    HE2  TYR 155           2HE      TYR 155   7.517  -4.027   7.027
 1231    HH   TYR 155           HH       TYR 155   5.326  -3.618   7.095
 1232    H    PHE 156           H        PHE 156  12.972  -3.582   2.713
 1233    HA   PHE 156           HA       PHE 156  13.680  -1.601   0.646
 1234   1HB   PHE 156          2HB       PHE 156  14.593  -1.490   3.155
 1235   2HB   PHE 156          1HB       PHE 156  15.783  -2.604   2.489
 1236    HD1  PHE 156           1HD      PHE 156  16.519  -1.730  -0.035
 1237    HD2  PHE 156           2HD      PHE 156  15.334   0.666   3.255
 1238    HE1  PHE 156           1HE      PHE 156  17.773   0.180  -0.964
 1239    HE2  PHE 156           2HE      PHE 156  16.574   2.576   2.329
 1240    HZ   PHE 156           HZ       PHE 156  17.795   2.329   0.209
 1241    H    THR 157           H        THR 157  14.875  -4.651   2.069
 1242    HA   THR 157           HA       THR 157  16.538  -5.397  -0.018
 1243    HB   THR 157           HB       THR 157  16.607  -6.548   2.094
 1244    HG1  THR 157           1HG      THR 157  16.451  -8.741   1.318
 1245   1HG2  THR 157          1HG2      THR 157  14.924  -8.032   2.894
 1246   2HG2  THR 157          2HG2      THR 157  13.927  -7.751   1.467
 1247   3HG2  THR 157          3HG2      THR 157  14.192  -6.450   2.628
 1248    H    TRP 158           H        TRP 158  13.146  -6.308   0.501
 1249    HA   TRP 158           HA       TRP 158  12.786  -7.882  -1.757
 1250   1HB   TRP 158          2HB       TRP 158  11.204  -6.946   0.328
 1251   2HB   TRP 158          1HB       TRP 158  10.431  -6.295  -1.113
 1252    HD1  TRP 158           HD       TRP 158  10.118  -8.358  -3.130
 1253    HE1  TRP 158           1HE      TRP 158   9.129 -10.701  -2.740
 1254    HE3  TRP 158           3HE      TRP 158  10.791  -8.694   1.932
 1255    HZ2  TRP 158           2HZ      TRP 158   8.690 -12.458  -0.578
 1256    HZ3  TRP 158           3HZ      TRP 158  10.056 -10.742   3.085
 1257    HH2  TRP 158           HH       TRP 158   9.026 -12.584   1.853
 1258    HA   PRO 159           HA       PRO 159  11.264  -3.919  -4.121
 1259   1HB   PRO 159          2HB       PRO 159  12.117  -1.531  -3.113
 1260   2HB   PRO 159          1HB       PRO 159  10.558  -2.259  -2.711
 1261   1HG   PRO 159          2HG       PRO 159  13.113  -2.285  -1.167
 1262   2HG   PRO 159          1HG       PRO 159  11.458  -2.039  -0.594
 1263   1HD   PRO 159          2HD       PRO 159  12.715  -4.403  -0.327
 1264   2HD   PRO 159          1HD       PRO 159  10.971  -4.297  -0.614
 1265    H    LEU 160           H        LEU 160  14.348  -4.369  -2.673
 1266    HA   LEU 160           HA       LEU 160  15.768  -2.914  -4.752
 1267   1HB   LEU 160          2HB       LEU 160  16.383  -3.903  -2.097
 1268   2HB   LEU 160          1HB       LEU 160  17.624  -4.372  -3.244
 1269    HG   LEU 160           HG       LEU 160  17.853  -1.995  -3.909
 1270   1HD1  LEU 160          1HD1      LEU 160  15.478  -1.761  -2.302
 1271   2HD1  LEU 160          2HD1      LEU 160  16.210  -0.593  -3.404
 1272   3HD1  LEU 160          3HD1      LEU 160  16.733  -0.677  -1.737
 1273   1HD2  LEU 160          1HD2      LEU 160  19.536  -2.444  -2.457
 1274   2HD2  LEU 160          2HD2      LEU 160  18.447  -3.061  -1.214
 1275   3HD2  LEU 160          3HD2      LEU 160  18.641  -1.324  -1.432
 1276    H    ILE 161           H        ILE 161  15.184  -6.220  -3.703
 1277    HA   ILE 161           HA       ILE 161  16.822  -7.344  -5.797
 1278    HB   ILE 161           HB       ILE 161  16.662  -8.470  -3.623
 1279   1HG1  ILE 161          2HG1      ILE 161  15.408 -10.144  -5.807
 1280   2HG1  ILE 161          1HG1      ILE 161  17.119  -9.767  -5.689
 1281   1HG2  ILE 161          1HG2      ILE 161  14.751  -8.777  -2.561
 1282   2HG2  ILE 161          2HG2      ILE 161  14.108  -9.725  -3.901
 1283   3HG2  ILE 161          3HG2      ILE 161  13.917  -7.974  -3.890
 1284   1HD1  ILE 161          1HD1      ILE 161  15.490 -11.365  -3.737
 1285   2HD1  ILE 161          2HD1      ILE 161  17.173 -10.894  -3.492
 1286   3HD1  ILE 161          3HD1      ILE 161  16.743 -11.962  -4.825
 1287    H    ALA 162           H        ALA 162  13.753  -6.032  -5.677
 1288    HA   ALA 162           HA       ALA 162  12.474  -7.861  -7.509
 1289   1HB   ALA 162          1HB       ALA 162  11.383  -5.150  -7.032
 1290   2HB   ALA 162          2HB       ALA 162  11.440  -6.262  -5.667
 1291   3HB   ALA 162          3HB       ALA 162  10.556  -6.702  -7.125
 1292    H    ALA 163           H        ALA 163  14.281  -4.876  -7.662
 1293    HA   ALA 163           HA       ALA 163  13.508  -4.220 -10.340
 1294   1HB   ALA 163          1HB       ALA 163  14.455  -2.281  -9.847
 1295   2HB   ALA 163          2HB       ALA 163  16.017  -3.059  -9.617
 1296   3HB   ALA 163          3HB       ALA 163  14.894  -2.938  -8.271
 1297    H    ASP 164           H        ASP 164  14.690  -6.945  -9.787
 1298    HA   ASP 164           HA       ASP 164  16.875  -6.827 -11.759
 1299   1HB   ASP 164          2HB       ASP 164  16.517  -8.492  -9.293
 1300   2HB   ASP 164          1HB       ASP 164  17.411  -9.161 -10.654
 1301    H    GLY 165           H        GLY 165  14.013  -8.529 -10.623
 1302   1HA   GLY 165          2HA       GLY 165  12.534  -9.190 -12.559
 1303   2HA   GLY 165          1HA       GLY 165  13.954 -10.025 -13.170
 1304    H    GLY 166           H        GLY 166  13.027  -9.917  -9.775
 1305   1HA   GLY 166          2HA       GLY 166  12.728 -12.841  -9.867
 1306   2HA   GLY 166          1HA       GLY 166  13.131 -11.902  -8.438
 1307    H    TYR 167           H        TYR 167  10.672 -13.406 -10.195
 1308    HA   TYR 167           HA       TYR 167   8.488 -11.886  -9.070
 1309   1HB   TYR 167          2HB       TYR 167   8.582 -14.428 -10.703
 1310   2HB   TYR 167          1HB       TYR 167   7.087 -13.671 -10.160
 1311    HD1  TYR 167           1HD      TYR 167   7.055 -11.012 -10.729
 1312    HD2  TYR 167           2HD      TYR 167   9.189 -13.993 -12.883
 1313    HE1  TYR 167           1HE      TYR 167   7.063  -9.568 -12.721
 1314    HE2  TYR 167           2HE      TYR 167   9.207 -12.548 -14.873
 1315    HH   TYR 167           HH       TYR 167   8.893  -9.548 -14.960
 1316    H    ALA 168           H        ALA 168   6.768 -12.985  -7.803
 1317    HA   ALA 168           HA       ALA 168   8.004 -14.698  -5.767
 1318   1HB   ALA 168          1HB       ALA 168   6.938 -13.463  -4.259
 1319   2HB   ALA 168          2HB       ALA 168   5.385 -13.740  -5.049
 1320   3HB   ALA 168          3HB       ALA 168   6.415 -12.409  -5.574
 1321    H    PHE 169           H        PHE 169   4.744 -14.325  -7.174
 1322    HA   PHE 169           HA       PHE 169   4.597 -17.249  -7.433
 1323   1HB   PHE 169          2HB       PHE 169   3.134 -15.700  -5.562
 1324   2HB   PHE 169          1HB       PHE 169   1.996 -16.219  -6.800
 1325    HD1  PHE 169           1HD      PHE 169   0.850 -18.125  -6.298
 1326    HD2  PHE 169           2HD      PHE 169   4.871 -17.734  -4.958
 1327    HE1  PHE 169           1HE      PHE 169   0.712 -20.347  -5.248
 1328    HE2  PHE 169           2HE      PHE 169   4.740 -19.953  -3.904
 1329    HZ   PHE 169           HZ       PHE 169   2.659 -21.264  -4.049
 1330    H    LYS 170           H        LYS 170   2.875 -17.969  -8.912
 1331    HA   LYS 170           HA       LYS 170   2.753 -16.207 -11.218
 1332   1HB   LYS 170          2HB       LYS 170   2.555 -19.086 -10.748
 1333   2HB   LYS 170          1HB       LYS 170   1.371 -18.493 -11.904
 1334   1HG   LYS 170          2HG       LYS 170   4.030 -17.420 -12.382
 1335   2HG   LYS 170          1HG       LYS 170   3.975 -19.175 -12.464
 1336   1HD   LYS 170          2HD       LYS 170   1.906 -18.834 -13.949
 1337   2HD   LYS 170          1HD       LYS 170   2.481 -17.172 -14.108
 1338   1HE   LYS 170          2HE       LYS 170   4.548 -19.212 -14.512
 1339   2HE   LYS 170          1HE       LYS 170   3.242 -19.256 -15.697
 1340   1HZ   LYS 170          1HZ       LYS 170   3.628 -16.797 -15.951
 1341   2HZ   LYS 170          2HZ       LYS 170   4.854 -17.798 -16.549
 1342   3HZ   LYS 170          3HZ       LYS 170   5.057 -17.004 -15.069
 1343    H    TYR 171           H        TYR 171   1.198 -14.712 -11.134
 1344    HA   TYR 171           HA       TYR 171  -1.532 -15.601 -10.462
 1345   1HB   TYR 171          2HB       TYR 171  -0.577 -14.094  -8.738
 1346   2HB   TYR 171          1HB       TYR 171  -0.337 -12.865  -9.974
 1347    HD1  TYR 171           1HD      TYR 171  -2.568 -14.157  -7.539
 1348    HD2  TYR 171           2HD      TYR 171  -2.449 -12.085 -11.253
 1349    HE1  TYR 171           1HE      TYR 171  -4.827 -13.290  -7.119
 1350    HE2  TYR 171           2HE      TYR 171  -4.713 -11.211 -10.844
 1351    HH   TYR 171           HH       TYR 171  -6.806 -12.077  -9.259
 1352    H    GLU 172           H        GLU 172  -2.663 -15.703 -12.307
 1353    HA   GLU 172           HA       GLU 172  -2.328 -13.518 -14.254
 1354   1HB   GLU 172          2HB       GLU 172  -2.127 -16.345 -14.655
 1355   2HB   GLU 172          1HB       GLU 172  -3.535 -15.761 -15.529
 1356   1HG   GLU 172          2HG       GLU 172  -2.263 -14.928 -17.129
 1357   2HG   GLU 172          1HG       GLU 172  -1.336 -13.982 -15.965
 1358    H    ASN 173           H        ASN 173  -4.054 -12.286 -14.570
 1359    HA   ASN 173           HA       ASN 173  -6.190 -11.511 -14.613
 1360   1HB   ASN 173          2HB       ASN 173  -6.491 -13.842 -15.797
 1361   2HB   ASN 173          1HB       ASN 173  -7.334 -14.258 -14.307
 1362   1HD2  ASN 173          1HD2      ASN 173  -9.345 -13.466 -13.940
 1363   2HD2  ASN 173          2HD2      ASN 173 -10.212 -12.476 -15.060
 1364    H    GLY 174           H        GLY 174  -6.576 -14.403 -12.557
 1365   1HA   GLY 174          2HA       GLY 174  -6.569 -12.931 -10.157
 1366   2HA   GLY 174          1HA       GLY 174  -8.218 -13.206 -10.665
 1367    H    LYS 175           H        LYS 175  -5.407 -15.330 -10.974
 1368    HA   LYS 175           HA       LYS 175  -6.201 -17.006  -8.792
 1369   1HB   LYS 175          2HB       LYS 175  -7.451 -17.442 -11.277
 1370   2HB   LYS 175          1HB       LYS 175  -6.263 -18.725 -11.099
 1371   1HG   LYS 175          2HG       LYS 175  -7.603 -19.803  -9.720
 1372   2HG   LYS 175          1HG       LYS 175  -7.635 -18.420  -8.629
 1373   1HD   LYS 175          2HD       LYS 175  -9.745 -17.982  -9.185
 1374   2HD   LYS 175          1HD       LYS 175  -9.309 -17.883 -10.892
 1375   1HE   LYS 175          2HE       LYS 175  -9.308 -20.615 -10.261
 1376   2HE   LYS 175          1HE       LYS 175 -10.740 -19.946  -9.480
 1377   1HZ   LYS 175          1HZ       LYS 175 -10.425 -18.951 -12.132
 1378   2HZ   LYS 175          2HZ       LYS 175 -11.747 -19.738 -11.429
 1379   3HZ   LYS 175          3HZ       LYS 175 -10.493 -20.641 -12.115
 1380    H    TYR 176           H        TYR 176  -4.778 -18.871  -8.536
 1381    HA   TYR 176           HA       TYR 176  -2.139 -18.352  -9.719
 1382   1HB   TYR 176          2HB       TYR 176  -1.288 -19.699  -7.780
 1383   2HB   TYR 176          1HB       TYR 176  -2.094 -18.200  -7.327
 1384    HD1  TYR 176           1HD      TYR 176  -3.860 -18.231  -5.800
 1385    HD2  TYR 176           2HD      TYR 176  -2.668 -21.862  -7.665
 1386    HE1  TYR 176           1HE      TYR 176  -5.359 -19.482  -4.305
 1387    HE2  TYR 176           2HE      TYR 176  -4.166 -23.126  -6.179
 1388    HH   TYR 176           HH       TYR 176  -6.464 -22.379  -4.809
 1389    H    ASP 177           H        ASP 177  -0.752 -20.283 -10.070
 1390    HA   ASP 177           HA       ASP 177  -2.224 -22.233 -11.597
 1391   1HB   ASP 177          2HB       ASP 177   0.351 -21.143 -11.723
 1392   2HB   ASP 177          1HB       ASP 177   0.595 -22.841 -11.320
 1393    H    ILE 178           H        ILE 178   0.506 -22.900  -9.411
 1394    HA   ILE 178           HA       ILE 178  -0.905 -24.377  -7.507
 1395    HB   ILE 178           HB       ILE 178  -1.436 -25.895  -9.348
 1396   1HG1  ILE 178          2HG1      ILE 178  -0.635 -27.987  -8.343
 1397   2HG1  ILE 178          1HG1      ILE 178   0.584 -27.094  -7.438
 1398   1HG2  ILE 178          1HG2      ILE 178   0.267 -27.152 -10.519
 1399   2HG2  ILE 178          2HG2      ILE 178   1.531 -26.312  -9.627
 1400   3HG2  ILE 178          3HG2      ILE 178   0.514 -25.421 -10.758
 1401   1HD1  ILE 178          1HD1      ILE 178  -1.248 -25.879  -6.289
 1402   2HD1  ILE 178          2HD1      ILE 178  -1.239 -27.616  -5.988
 1403   3HD1  ILE 178          3HD1      ILE 178  -2.401 -26.924  -7.119
 1404    H    LYS 179           H        LYS 179   2.112 -24.563  -9.405
 1405    HA   LYS 179           HA       LYS 179   3.634 -24.164  -6.947
 1406   1HB   LYS 179          2HB       LYS 179   5.238 -25.964  -7.645
 1407   2HB   LYS 179          1HB       LYS 179   3.666 -26.553  -7.124
 1408   1HG   LYS 179          2HG       LYS 179   3.041 -27.173  -9.257
 1409   2HG   LYS 179          1HG       LYS 179   4.197 -26.083 -10.026
 1410   1HD   LYS 179          2HD       LYS 179   5.720 -27.852  -8.473
 1411   2HD   LYS 179          1HD       LYS 179   4.501 -28.844  -9.274
 1412   1HE   LYS 179          2HE       LYS 179   5.160 -27.990 -11.432
 1413   2HE   LYS 179          1HE       LYS 179   6.288 -26.863 -10.678
 1414   1HZ   LYS 179          1HZ       LYS 179   6.574 -29.748 -10.185
 1415   2HZ   LYS 179          2HZ       LYS 179   7.751 -28.534 -10.162
 1416   3HZ   LYS 179          3HZ       LYS 179   7.143 -29.091 -11.638
 1417    H    ASP 180           H        ASP 180   2.994 -22.478  -9.186
 1418    HA   ASP 180           HA       ASP 180   5.440 -22.325 -10.743
 1419   1HB   ASP 180          2HB       ASP 180   2.711 -21.254 -10.949
 1420   2HB   ASP 180          1HB       ASP 180   3.978 -20.160 -11.471
 1421    H    VAL 181           H        VAL 181   7.105 -21.480  -9.641
 1422    HA   VAL 181           HA       VAL 181   6.690 -18.881  -8.311
 1423    HB   VAL 181           HB       VAL 181   8.527 -19.483  -6.755
 1424   1HG1  VAL 181          1HG1      VAL 181   6.376 -19.716  -5.855
 1425   2HG1  VAL 181          2HG1      VAL 181   7.174 -21.247  -5.493
 1426   3HG1  VAL 181          3HG1      VAL 181   6.028 -21.145  -6.829
 1427   1HG2  VAL 181          1HG2      VAL 181   9.352 -21.714  -6.591
 1428   2HG2  VAL 181          2HG2      VAL 181   9.528 -21.210  -8.272
 1429   3HG2  VAL 181          3HG2      VAL 181   8.212 -22.287  -7.809
 1430    H    GLY 182           H        GLY 182   8.129 -17.274  -8.751
 1431   1HA   GLY 182          2HA       GLY 182  10.175 -17.895 -10.783
 1432   2HA   GLY 182          1HA       GLY 182   9.377 -16.340 -10.607
 1433    H    VAL 183           H        VAL 183  10.885 -18.409  -8.150
 1434    HA   VAL 183           HA       VAL 183  12.634 -16.146  -7.457
 1435    HB   VAL 183           HB       VAL 183  11.105 -16.845  -5.659
 1436   1HG1  VAL 183          1HG1      VAL 183  11.508 -19.385  -6.545
 1437   2HG1  VAL 183          2HG1      VAL 183  10.805 -18.968  -4.983
 1438   3HG1  VAL 183          3HG1      VAL 183  12.521 -19.354  -5.104
 1439   1HG2  VAL 183          1HG2      VAL 183  13.858 -17.691  -4.847
 1440   2HG2  VAL 183          2HG2      VAL 183  12.671 -16.760  -3.937
 1441   3HG2  VAL 183          3HG2      VAL 183  13.518 -16.022  -5.298
 1442    H    ASP 184           H        ASP 184  12.539 -19.551  -8.239
 1443    HA   ASP 184           HA       ASP 184  15.346 -19.974  -7.723
 1444   1HB   ASP 184          2HB       ASP 184  13.343 -21.683  -7.663
 1445   2HB   ASP 184          1HB       ASP 184  13.693 -21.841  -9.380
 1446    H    ASN 185           H        ASN 185  15.324 -17.855  -9.332
 1447    HA   ASN 185           HA       ASN 185  16.244 -18.931 -11.907
 1448   1HB   ASN 185          2HB       ASN 185  15.385 -16.838 -12.983
 1449   2HB   ASN 185          1HB       ASN 185  14.122 -17.899 -12.368
 1450   1HD2  ASN 185          1HD2      ASN 185  13.000 -15.746 -12.660
 1451   2HD2  ASN 185          2HD2      ASN 185  12.953 -14.710 -11.279
 1452    H    ALA 186           H        ALA 186  17.326 -16.795 -13.082
 1453    HA   ALA 186           HA       ALA 186  19.648 -16.290 -11.473
 1454   1HB   ALA 186          1HB       ALA 186  20.625 -16.183 -13.447
 1455   2HB   ALA 186          2HB       ALA 186  19.701 -14.737 -13.845
 1456   3HB   ALA 186          3HB       ALA 186  19.054 -16.332 -14.231
 1457    H    GLY 187           H        GLY 187  16.749 -14.587 -12.268
 1458   1HA   GLY 187          2HA       GLY 187  17.691 -11.946 -11.826
 1459   2HA   GLY 187          1HA       GLY 187  16.013 -12.457 -11.823
 1460    H    ALA 188           H        ALA 188  16.101 -14.299  -9.703
 1461    HA   ALA 188           HA       ALA 188  15.971 -12.487  -7.487
 1462   1HB   ALA 188          1HB       ALA 188  15.821 -15.391  -6.980
 1463   2HB   ALA 188          2HB       ALA 188  14.627 -14.728  -8.096
 1464   3HB   ALA 188          3HB       ALA 188  14.752 -14.087  -6.459
 1465    H    LYS 189           H        LYS 189  18.182 -14.994  -8.562
 1466    HA   LYS 189           HA       LYS 189  19.679 -15.194  -6.174
 1467   1HB   LYS 189          2HB       LYS 189  21.436 -16.207  -7.635
 1468   2HB   LYS 189          1HB       LYS 189  19.846 -16.937  -7.812
 1469   1HG   LYS 189          2HG       LYS 189  19.837 -16.519  -9.963
 1470   2HG   LYS 189          1HG       LYS 189  20.109 -14.809  -9.677
 1471   1HD   LYS 189          2HD       LYS 189  22.125 -15.027 -10.587
 1472   2HD   LYS 189          1HD       LYS 189  22.580 -16.067  -9.237
 1473   1HE   LYS 189          2HE       LYS 189  21.444 -17.944 -10.582
 1474   2HE   LYS 189          1HE       LYS 189  21.549 -16.833 -11.947
 1475   1HZ   LYS 189          1HZ       LYS 189  23.775 -17.055 -12.077
 1476   2HZ   LYS 189          2HZ       LYS 189  23.466 -18.545 -11.338
 1477   3HZ   LYS 189          3HZ       LYS 189  23.985 -17.231 -10.408
 1478    H    ALA 190           H        ALA 190  20.298 -13.365  -9.168
 1479    HA   ALA 190           HA       ALA 190  22.667 -12.135  -8.306
 1480   1HB   ALA 190          1HB       ALA 190  20.727 -10.981 -10.294
 1481   2HB   ALA 190          2HB       ALA 190  21.800 -12.328 -10.668
 1482   3HB   ALA 190          3HB       ALA 190  22.476 -10.760 -10.227
 1483    H    GLY 191           H        GLY 191  19.343 -11.464  -7.638
 1484   1HA   GLY 191          2HA       GLY 191  19.773  -8.734  -6.849
 1485   2HA   GLY 191          1HA       GLY 191  18.315  -9.678  -6.604
 1486    H    LEU 192           H        LEU 192  19.475 -11.834  -5.172
 1487    HA   LEU 192           HA       LEU 192  19.538 -10.677  -2.558
 1488   1HB   LEU 192          2HB       LEU 192  18.677 -13.017  -3.412
 1489   2HB   LEU 192          1HB       LEU 192  20.327 -13.507  -3.082
 1490    HG   LEU 192           HG       LEU 192  19.449 -12.104  -0.796
 1491   1HD1  LEU 192          1HD1      LEU 192  17.315 -13.698  -2.076
 1492   2HD1  LEU 192          2HD1      LEU 192  17.209 -12.316  -0.984
 1493   3HD1  LEU 192          3HD1      LEU 192  17.548 -13.923  -0.342
 1494   1HD2  LEU 192          1HD2      LEU 192  20.780 -14.451  -1.435
 1495   2HD2  LEU 192          2HD2      LEU 192  19.355 -14.988  -0.544
 1496   3HD2  LEU 192          3HD2      LEU 192  20.463 -13.824   0.183
 1497    H    THR 193           H        THR 193  21.912 -11.610  -4.887
 1498    HA   THR 193           HA       THR 193  24.079 -11.899  -3.026
 1499    HB   THR 193           HB       THR 193  25.472 -11.793  -5.160
 1500    HG1  THR 193           1HG      THR 193  24.465 -11.121  -6.855
 1501   1HG2  THR 193          1HG2      THR 193  24.869 -13.941  -4.258
 1502   2HG2  THR 193          2HG2      THR 193  24.711 -13.966  -6.015
 1503   3HG2  THR 193          3HG2      THR 193  23.273 -13.837  -5.002
 1504    H    PHE 194           H        PHE 194  22.829  -9.325  -5.075
 1505    HA   PHE 194           HA       PHE 194  25.020  -7.556  -4.682
 1506   1HB   PHE 194          2HB       PHE 194  22.389  -7.456  -5.971
 1507   2HB   PHE 194          1HB       PHE 194  22.888  -5.919  -5.270
 1508    HD1  PHE 194           1HD      PHE 194  23.486  -8.364  -7.885
 1509    HD2  PHE 194           2HD      PHE 194  24.923  -4.800  -6.060
 1510    HE1  PHE 194           1HE      PHE 194  24.914  -7.945  -9.843
 1511    HE2  PHE 194           2HE      PHE 194  26.355  -4.372  -8.017
 1512    HZ   PHE 194           HZ       PHE 194  26.351  -5.945  -9.911
 1513    H    LEU 195           H        LEU 195  21.934  -8.032  -3.032
 1514    HA   LEU 195           HA       LEU 195  21.974  -5.754  -1.417
 1515   1HB   LEU 195          2HB       LEU 195  20.163  -7.619  -1.791
 1516   2HB   LEU 195          1HB       LEU 195  20.912  -8.343  -0.379
 1517    HG   LEU 195           HG       LEU 195  20.554  -5.831   0.529
 1518   1HD1  LEU 195          1HD1      LEU 195  18.410  -4.994  -0.166
 1519   2HD1  LEU 195          2HD1      LEU 195  18.199  -6.346  -1.276
 1520   3HD1  LEU 195          3HD1      LEU 195  19.460  -5.150  -1.575
 1521   1HD2  LEU 195          1HD2      LEU 195  19.637  -7.210   2.014
 1522   2HD2  LEU 195          2HD2      LEU 195  19.198  -8.386   0.775
 1523   3HD2  LEU 195          3HD2      LEU 195  18.144  -7.017   1.109
 1524    H    VAL 196           H        VAL 196  23.614  -8.838  -1.065
 1525    HA   VAL 196           HA       VAL 196  24.352  -8.519   1.654
 1526    HB   VAL 196           HB       VAL 196  25.809 -10.148  -0.428
 1527   1HG1  VAL 196          1HG1      VAL 196  25.571 -10.592   2.542
 1528   2HG1  VAL 196          2HG1      VAL 196  26.933  -9.780   1.773
 1529   3HG1  VAL 196          3HG1      VAL 196  26.591 -11.469   1.402
 1530   1HG2  VAL 196          1HG2      VAL 196  23.355 -10.786   1.193
 1531   2HG2  VAL 196          2HG2      VAL 196  24.366 -12.026   0.447
 1532   3HG2  VAL 196          3HG2      VAL 196  23.549 -10.830  -0.557
 1533    H    ASP 197           H        ASP 197  25.955  -7.717  -1.393
 1534    HA   ASP 197           HA       ASP 197  28.432  -6.964  -0.291
 1535   1HB   ASP 197          2HB       ASP 197  27.136  -6.861  -2.881
 1536   2HB   ASP 197          1HB       ASP 197  28.078  -5.402  -2.584
 1537    H    LEU 198           H        LEU 198  25.415  -5.247  -0.679
 1538    HA   LEU 198           HA       LEU 198  26.394  -2.626  -0.284
 1539   1HB   LEU 198          2HB       LEU 198  23.712  -3.933  -0.040
 1540   2HB   LEU 198          1HB       LEU 198  23.926  -2.282   0.509
 1541    HG   LEU 198           HG       LEU 198  24.800  -3.005  -2.254
 1542   1HD1  LEU 198          1HD1      LEU 198  22.335  -2.130  -2.764
 1543   2HD1  LEU 198          2HD1      LEU 198  22.021  -2.963  -1.241
 1544   3HD1  LEU 198          3HD1      LEU 198  22.726  -3.842  -2.598
 1545   1HD2  LEU 198          1HD2      LEU 198  25.343  -0.806  -1.508
 1546   2HD2  LEU 198          2HD2      LEU 198  23.705  -0.540  -0.912
 1547   3HD2  LEU 198          3HD2      LEU 198  24.004  -0.665  -2.646
 1548    H    ILE 199           H        ILE 199  25.101  -5.038   1.963
 1549    HA   ILE 199           HA       ILE 199  25.181  -3.376   4.255
 1550    HB   ILE 199           HB       ILE 199  25.368  -6.384   4.272
 1551   1HG1  ILE 199          2HG1      ILE 199  22.719  -5.065   4.496
 1552   2HG1  ILE 199          1HG1      ILE 199  23.435  -5.108   2.889
 1553   1HG2  ILE 199          1HG2      ILE 199  25.487  -5.927   6.467
 1554   2HG2  ILE 199          2HG2      ILE 199  23.747  -5.681   6.321
 1555   3HG2  ILE 199          3HG2      ILE 199  24.840  -4.298   6.271
 1556   1HD1  ILE 199          1HD1      ILE 199  23.223  -7.358   2.711
 1557   2HD1  ILE 199          2HD1      ILE 199  21.874  -7.038   3.800
 1558   3HD1  ILE 199          3HD1      ILE 199  23.408  -7.628   4.443
 1559    H    LYS 200           H        LYS 200  27.508  -5.576   2.793
 1560    HA   LYS 200           HA       LYS 200  29.358  -5.429   4.980
 1561   1HB   LYS 200          2HB       LYS 200  29.058  -7.030   2.679
 1562   2HB   LYS 200          1HB       LYS 200  30.604  -6.213   2.502
 1563   1HG   LYS 200          2HG       LYS 200  31.109  -6.994   4.870
 1564   2HG   LYS 200          1HG       LYS 200  29.711  -8.057   4.694
 1565   1HD   LYS 200          2HD       LYS 200  31.771  -8.068   2.544
 1566   2HD   LYS 200          1HD       LYS 200  32.156  -8.862   4.073
 1567   1HE   LYS 200          2HE       LYS 200  31.087 -10.649   3.275
 1568   2HE   LYS 200          1HE       LYS 200  29.594  -9.737   3.494
 1569   1HZ   LYS 200          1HZ       LYS 200  29.622  -9.057   1.256
 1570   2HZ   LYS 200          2HZ       LYS 200  29.966 -10.713   1.227
 1571   3HZ   LYS 200          3HZ       LYS 200  31.210  -9.585   1.016
 1572    H    ASN 201           H        ASN 201  28.914  -3.752   1.931
 1573    HA   ASN 201           HA       ASN 201  31.447  -2.387   2.082
 1574   1HB   ASN 201          2HB       ASN 201  29.846  -3.016   0.014
 1575   2HB   ASN 201          1HB       ASN 201  29.320  -1.361   0.291
 1576   1HD2  ASN 201          1HD2      ASN 201  31.296   0.141   0.717
 1577   2HD2  ASN 201          2HD2      ASN 201  32.562   0.007  -0.451
 1578    H    LYS 202           H        LYS 202  28.458  -1.939   3.565
 1579    HA   LYS 202           HA       LYS 202  28.912   0.952   3.875
 1580   1HB   LYS 202          2HB       LYS 202  26.669  -0.118   3.021
 1581   2HB   LYS 202          1HB       LYS 202  26.392  -0.410   4.732
 1582   1HG   LYS 202          2HG       LYS 202  27.235   2.298   4.353
 1583   2HG   LYS 202          1HG       LYS 202  25.888   1.933   3.272
 1584   1HD   LYS 202          2HD       LYS 202  24.931   0.808   5.483
 1585   2HD   LYS 202          1HD       LYS 202  25.985   2.005   6.240
 1586   1HE   LYS 202          2HE       LYS 202  24.104   3.264   6.049
 1587   2HE   LYS 202          1HE       LYS 202  24.811   3.593   4.467
 1588   1HZ   LYS 202          1HZ       LYS 202  22.502   1.917   5.163
 1589   2HZ   LYS 202          2HZ       LYS 202  23.424   1.497   3.809
 1590   3HZ   LYS 202          3HZ       LYS 202  22.690   3.017   3.889
 1591    H    HIS 203           H        HIS 203  27.374  -1.568   5.873
 1592    HA   HIS 203           HA       HIS 203  28.453  -0.338   8.267
 1593   1HB   HIS 203          2HB       HIS 203  26.695  -2.783   8.005
 1594   2HB   HIS 203          1HB       HIS 203  27.003  -1.862   9.475
 1595    HD1  HIS 203           1HD      HIS 203  24.447  -2.303   7.123
 1596    HD2  HIS 203           2HD      HIS 203  26.160   1.053   8.874
 1597    HE1  HIS 203           1HE      HIS 203  22.755  -0.462   6.845
 1598    HE2  HIS 203           2HE      HIS 203  23.825   1.567   7.886
 1599    H    MET 204           H        MET 204  29.034  -3.092   6.236
 1600    HA   MET 204           HA       MET 204  30.608  -4.732   6.249
 1601   1HB   MET 204          2HB       MET 204  31.873  -2.392   7.066
 1602   2HB   MET 204          1HB       MET 204  32.399  -3.600   8.232
 1603   1HG   MET 204          2HG       MET 204  32.784  -5.024   6.044
 1604   2HG   MET 204          1HG       MET 204  32.915  -3.424   5.318
 1605   1HE   MET 204          1HE       MET 204  36.391  -3.439   5.200
 1606   2HE   MET 204          2HE       MET 204  35.635  -1.947   5.760
 1607   3HE   MET 204          3HE       MET 204  34.789  -2.986   4.613
 1608    H    ASN 205           H        ASN 205  28.501  -4.561   8.435
 1609    HA   ASN 205           HA       ASN 205  29.235  -6.931   9.799
 1610   1HB   ASN 205          2HB       ASN 205  30.619  -5.199  11.023
 1611   2HB   ASN 205          1HB       ASN 205  29.104  -4.489  11.575
 1612   1HD2  ASN 205          1HD2      ASN 205  28.766  -5.003  13.602
 1613   2HD2  ASN 205          2HD2      ASN 205  29.023  -6.554  14.319
 1614    H    ALA 206           H        ALA 206  27.103  -4.321   9.170
 1615    HA   ALA 206           HA       ALA 206  24.858  -4.083   9.272
 1616   1HB   ALA 206          1HB       ALA 206  23.929  -6.655   9.988
 1617   2HB   ALA 206          2HB       ALA 206  25.311  -6.870   8.914
 1618   3HB   ALA 206          3HB       ALA 206  23.937  -5.895   8.397
 1619    H    ASP 207           H        ASP 207  25.357  -2.843  11.232
 1620    HA   ASP 207           HA       ASP 207  24.218  -4.123  13.629
 1621   1HB   ASP 207          2HB       ASP 207  26.782  -3.070  13.358
 1622   2HB   ASP 207          1HB       ASP 207  25.891  -1.807  14.198
 1623    H    THR 208           H        THR 208  22.948  -2.512  11.431
 1624    HA   THR 208           HA       THR 208  22.221  -0.033  12.759
 1625    HB   THR 208           HB       THR 208  20.904  -1.112  10.312
 1626    HG1  THR 208           1HG      THR 208  23.529  -0.171  10.537
 1627   1HG2  THR 208          1HG2      THR 208  20.678   1.307  11.615
 1628   2HG2  THR 208          2HG2      THR 208  20.117   0.913   9.991
 1629   3HG2  THR 208          3HG2      THR 208  21.705   1.644  10.219
 1630    H    ASP 209           H        ASP 209  20.490   0.236  14.000
 1631    HA   ASP 209           HA       ASP 209  18.533  -1.949  14.160
 1632   1HB   ASP 209          2HB       ASP 209  19.874  -0.351  16.208
 1633   2HB   ASP 209          1HB       ASP 209  18.137  -0.365  16.415
 1634    H    TYR 210           H        TYR 210  16.515  -0.714  15.484
 1635    HA   TYR 210           HA       TYR 210  15.314   0.819  13.373
 1636   1HB   TYR 210          2HB       TYR 210  14.273  -0.941  15.100
 1637   2HB   TYR 210          1HB       TYR 210  13.963   0.532  16.012
 1638    HD1  TYR 210           1HD      TYR 210  12.264   2.063  15.337
 1639    HD2  TYR 210           2HD      TYR 210  13.246  -1.252  12.855
 1640    HE1  TYR 210           1HE      TYR 210  10.240   2.470  14.001
 1641    HE2  TYR 210           2HE      TYR 210  11.226  -0.850  11.514
 1642    HH   TYR 210           HH       TYR 210   8.720   1.143  12.507
 1643    H    SER 211           H        SER 211  16.398   1.362  16.675
 1644    HA   SER 211           HA       SER 211  15.611   4.114  16.751
 1645   1HB   SER 211          2HB       SER 211  17.554   2.594  18.509
 1646   2HB   SER 211          1HB       SER 211  16.910   4.200  18.843
 1647    HG   SER 211           HG       SER 211  15.438   1.779  18.657
 1648    H    ILE 212           H        ILE 212  18.332   2.342  15.597
 1649    HA   ILE 212           HA       ILE 212  20.159   4.576  15.626
 1650    HB   ILE 212           HB       ILE 212  20.440   2.025  14.041
 1651   1HG1  ILE 212          2HG1      ILE 212  21.574   2.538  16.792
 1652   2HG1  ILE 212          1HG1      ILE 212  20.043   1.705  16.548
 1653   1HG2  ILE 212          1HG2      ILE 212  22.790   3.379  15.165
 1654   2HG2  ILE 212          2HG2      ILE 212  21.933   4.281  13.914
 1655   3HG2  ILE 212          3HG2      ILE 212  22.546   2.662  13.573
 1656   1HD1  ILE 212          1HD1      ILE 212  21.093  -0.125  15.528
 1657   2HD1  ILE 212          2HD1      ILE 212  22.122   0.280  16.889
 1658   3HD1  ILE 212          3HD1      ILE 212  22.581   0.760  15.254
 1659    H    ALA 213           H        ALA 213  18.300   2.819  13.176
 1660    HA   ALA 213           HA       ALA 213  19.072   4.560  11.036
 1661   1HB   ALA 213          1HB       ALA 213  17.668   3.258   9.662
 1662   2HB   ALA 213          2HB       ALA 213  16.707   2.703  11.033
 1663   3HB   ALA 213          3HB       ALA 213  18.363   2.130  10.827
 1664    H    GLU 214           H        GLU 214  16.486   4.401  13.365
 1665    HA   GLU 214           HA       GLU 214  14.607   6.065  12.101
 1666   1HB   GLU 214          2HB       GLU 214  14.242   4.674  14.171
 1667   2HB   GLU 214          1HB       GLU 214  15.097   5.913  15.075
 1668   1HG   GLU 214          2HG       GLU 214  13.418   7.538  14.510
 1669   2HG   GLU 214          1HG       GLU 214  12.599   6.372  13.469
 1670    H    ALA 215           H        ALA 215  17.560   6.810  13.784
 1671    HA   ALA 215           HA       ALA 215  17.096   9.472  14.465
 1672   1HB   ALA 215          1HB       ALA 215  19.142   9.239  15.280
 1673   2HB   ALA 215          2HB       ALA 215  19.809   9.187  13.649
 1674   3HB   ALA 215          3HB       ALA 215  19.295   7.696  14.439
 1675    H    ALA 216           H        ALA 216  18.122   8.053  11.395
 1676    HA   ALA 216           HA       ALA 216  18.670  10.561  10.142
 1677   1HB   ALA 216          1HB       ALA 216  18.276   7.786   9.040
 1678   2HB   ALA 216          2HB       ALA 216  19.794   8.646   9.297
 1679   3HB   ALA 216          3HB       ALA 216  18.681   9.183   8.039
 1680    H    PHE 217           H        PHE 217  16.034   8.203   9.633
 1681    HA   PHE 217           HA       PHE 217  14.497   9.734   7.916
 1682   1HB   PHE 217          2HB       PHE 217  14.115   7.310   8.476
 1683   2HB   PHE 217          1HB       PHE 217  13.393   7.830   9.995
 1684    HD1  PHE 217           1HD      PHE 217  11.255   9.014  10.011
 1685    HD2  PHE 217           2HD      PHE 217  12.942   7.520   6.403
 1686    HE1  PHE 217           1HE      PHE 217   9.086   9.286   8.888
 1687    HE2  PHE 217           2HE      PHE 217  10.771   7.794   5.275
 1688    HZ   PHE 217           HZ       PHE 217   8.848   8.690   6.527
 1689    H    ASN 218           H        ASN 218  14.700   9.810  11.399
 1690    HA   ASN 218           HA       ASN 218  12.436  11.320  11.988
 1691   1HB   ASN 218          2HB       ASN 218  14.868  10.514  13.340
 1692   2HB   ASN 218          1HB       ASN 218  14.361  12.125  13.833
 1693   1HD2  ASN 218          1HD2      ASN 218  13.303  11.999  15.659
 1694   2HD2  ASN 218          2HD2      ASN 218  12.091  10.832  16.060
 1695    H    LYS 219           H        LYS 219  15.684  12.402  11.072
 1696    HA   LYS 219           HA       LYS 219  14.672  15.163  11.039
 1697   1HB   LYS 219          2HB       LYS 219  17.389  13.977  11.425
 1698   2HB   LYS 219          1HB       LYS 219  17.261  15.594  10.749
 1699   1HG   LYS 219          2HG       LYS 219  15.627  15.202  13.140
 1700   2HG   LYS 219          1HG       LYS 219  17.355  14.976  13.419
 1701   1HD   LYS 219          2HD       LYS 219  16.898  17.299  11.779
 1702   2HD   LYS 219          1HD       LYS 219  15.948  17.396  13.260
 1703   1HE   LYS 219          2HE       LYS 219  17.882  18.301  14.032
 1704   2HE   LYS 219          1HE       LYS 219  18.247  16.601  14.329
 1705   1HZ   LYS 219          1HZ       LYS 219  20.119  17.354  13.247
 1706   2HZ   LYS 219          2HZ       LYS 219  19.259  18.371  12.203
 1707   3HZ   LYS 219          3HZ       LYS 219  19.229  16.696  11.967
 1708    H    GLY 220           H        GLY 220  14.953  12.652   9.005
 1709   1HA   GLY 220          2HA       GLY 220  15.339  12.355   6.753
 1710   2HA   GLY 220          1HA       GLY 220  14.286  13.754   6.688
 1711    H    GLU 221           H        GLU 221  17.546  13.847   7.971
 1712    HA   GLU 221           HA       GLU 221  18.208  15.803   5.924
 1713   1HB   GLU 221          2HB       GLU 221  20.130  16.318   7.329
 1714   2HB   GLU 221          1HB       GLU 221  18.649  16.321   8.277
 1715   1HG   GLU 221          2HG       GLU 221  19.167  14.082   9.103
 1716   2HG   GLU 221          1HG       GLU 221  20.660  14.087   8.164
 1717    H    THR 222           H        THR 222  17.975  13.122   4.981
 1718    HA   THR 222           HA       THR 222  20.559  12.933   3.759
 1719    HB   THR 222           HB       THR 222  21.069  11.590   5.701
 1720    HG1  THR 222           1HG      THR 222  21.888  10.611   3.956
 1721   1HG2  THR 222          1HG2      THR 222  19.752   9.438   6.049
 1722   2HG2  THR 222          2HG2      THR 222  18.446  10.242   5.179
 1723   3HG2  THR 222          3HG2      THR 222  19.060  10.931   6.683
 1724    H    ALA 223           H        ALA 223  20.404  12.007   1.795
 1725    HA   ALA 223           HA       ALA 223  17.847  12.163   0.737
 1726   1HB   ALA 223          1HB       ALA 223  19.741  10.810  -0.998
 1727   2HB   ALA 223          2HB       ALA 223  20.391  12.270  -0.249
 1728   3HB   ALA 223          3HB       ALA 223  18.906  12.348  -1.194
 1729    H    MET 224           H        MET 224  17.815  10.078   2.697
 1730    HA   MET 224           HA       MET 224  16.494   8.211   0.884
 1731   1HB   MET 224          2HB       MET 224  19.052   7.611   1.276
 1732   2HB   MET 224          1HB       MET 224  18.335   6.714   2.602
 1733   1HG   MET 224          2HG       MET 224  18.095   5.099   1.096
 1734   2HG   MET 224          1HG       MET 224  16.706   6.037   0.540
 1735   1HE   MET 224          1HE       MET 224  17.417   6.854  -2.923
 1736   2HE   MET 224          2HE       MET 224  17.171   8.044  -1.646
 1737   3HE   MET 224          3HE       MET 224  16.299   6.513  -1.603
 1738    H    THR 225           H        THR 225  14.652   8.370   1.788
 1739    HA   THR 225           HA       THR 225  14.178   7.022   4.302
 1740    HB   THR 225           HB       THR 225  12.590   8.846   4.988
 1741    HG1  THR 225           1HG      THR 225  12.278  10.076   3.319
 1742   1HG2  THR 225          1HG2      THR 225  14.714  10.560   5.263
 1743   2HG2  THR 225          2HG2      THR 225  15.458   8.960   5.203
 1744   3HG2  THR 225          3HG2      THR 225  14.207   9.311   6.394
 1745    H    ILE 226           H        ILE 226  12.455   5.743   4.128
 1746    HA   ILE 226           HA       ILE 226  10.620   6.167   1.858
 1747    HB   ILE 226           HB       ILE 226  11.141   3.547   3.266
 1748   1HG1  ILE 226          2HG1      ILE 226  12.118   3.360   0.664
 1749   2HG1  ILE 226          1HG1      ILE 226  12.674   4.941   1.209
 1750   1HG2  ILE 226          1HG2      ILE 226   8.992   4.249   1.804
 1751   2HG2  ILE 226          2HG2      ILE 226   9.633   2.607   1.872
 1752   3HG2  ILE 226          3HG2      ILE 226  10.061   3.663   0.527
 1753   1HD1  ILE 226          1HD1      ILE 226  14.309   3.965   2.322
 1754   2HD1  ILE 226          2HD1      ILE 226  13.727   2.381   1.803
 1755   3HD1  ILE 226          3HD1      ILE 226  13.123   3.103   3.288
 1756    H    ASN 227           H        ASN 227   8.599   6.743   2.362
 1757    HA   ASN 227           HA       ASN 227   7.364   5.718   4.803
 1758   1HB   ASN 227          2HB       ASN 227   6.524   8.030   5.334
 1759   2HB   ASN 227          1HB       ASN 227   8.236   7.755   5.602
 1760   1HD2  ASN 227          1HD2      ASN 227   6.164   9.938   4.534
 1761   2HD2  ASN 227          2HD2      ASN 227   7.125  10.791   3.392
 1762    H    GLY 228           H        GLY 228   5.034   6.213   4.922
 1763   1HA   GLY 228          2HA       GLY 228   3.832   6.625   2.261
 1764   2HA   GLY 228          1HA       GLY 228   3.340   5.275   3.273
 1765    HA   PRO 229           HA       PRO 229   0.677   9.105   4.046
 1766   1HB   PRO 229          2HB       PRO 229  -1.533   7.267   3.453
 1767   2HB   PRO 229          1HB       PRO 229  -1.227   8.891   2.836
 1768   1HG   PRO 229          2HG       PRO 229  -0.922   6.695   1.307
 1769   2HG   PRO 229          1HG       PRO 229   0.088   8.138   1.114
 1770   1HD   PRO 229          2HD       PRO 229   0.732   5.534   2.432
 1771   2HD   PRO 229          1HD       PRO 229   1.764   6.593   1.453
 1772    H    TRP 230           H        TRP 230   0.553   5.750   4.970
 1773    HA   TRP 230           HA       TRP 230  -0.660   6.537   7.532
 1774   1HB   TRP 230          2HB       TRP 230  -1.508   4.265   7.736
 1775   2HB   TRP 230          1HB       TRP 230  -2.045   4.978   6.218
 1776    HD1  TRP 230           HD       TRP 230  -0.623   4.147   3.976
 1777    HE1  TRP 230           1HE      TRP 230   0.337   1.818   3.455
 1778    HE3  TRP 230           3HE      TRP 230  -0.539   2.222   8.711
 1779    HZ2  TRP 230           2HZ      TRP 230   1.036  -0.524   4.861
 1780    HZ3  TRP 230           3HZ      TRP 230   0.290  -0.070   9.034
 1781    HH2  TRP 230           HH       TRP 230   1.060  -1.413   7.150
 1782    H    ALA 231           H        ALA 231   1.894   7.070   7.515
 1783    HA   ALA 231           HA       ALA 231   2.983   5.238   9.436
 1784   1HB   ALA 231          1HB       ALA 231   4.736   4.327   8.304
 1785   2HB   ALA 231          2HB       ALA 231   4.832   5.658   7.152
 1786   3HB   ALA 231          3HB       ALA 231   3.570   4.436   6.986
 1787    H    TRP 232           H        TRP 232   2.239   8.113   9.052
 1788    HA   TRP 232           HA       TRP 232   4.835   9.392   9.486
 1789   1HB   TRP 232          2HB       TRP 232   2.092  10.595   9.036
 1790   2HB   TRP 232          1HB       TRP 232   3.568  11.521   9.291
 1791    HD1  TRP 232           HD       TRP 232   5.558  10.051   7.414
 1792    HE1  TRP 232           1HE      TRP 232   5.261  10.134   4.874
 1793    HE3  TRP 232           3HE      TRP 232   0.582  11.218   7.158
 1794    HZ2  TRP 232           2HZ      TRP 232   3.257  10.622   2.994
 1795    HZ3  TRP 232           3HZ      TRP 232  -0.441  11.477   4.933
 1796    HH2  TRP 232           HH       TRP 232   0.870  11.186   2.891
 1797    H    SER 233           H        SER 233   5.492   9.972  11.440
 1798    HA   SER 233           HA       SER 233   3.671   9.535  13.687
 1799   1HB   SER 233          2HB       SER 233   6.214   8.690  13.336
 1800   2HB   SER 233          1HB       SER 233   6.517  10.201  14.189
 1801    HG   SER 233           HG       SER 233   4.553   8.992  15.468
 1802    H    ASN 234           H        ASN 234   2.626  11.231  14.483
 1803    HA   ASN 234           HA       ASN 234   2.132  13.336  15.200
 1804   1HB   ASN 234          2HB       ASN 234   5.139  13.639  15.291
 1805   2HB   ASN 234          1HB       ASN 234   3.978  14.712  16.066
 1806   1HD2  ASN 234          1HD2      ASN 234   6.123  12.491  16.772
 1807   2HD2  ASN 234          2HD2      ASN 234   5.378  11.705  18.117
 1808    H    ILE 235           H        ILE 235   1.208  14.667  13.803
 1809    HA   ILE 235           HA       ILE 235   2.211  15.276  11.253
 1810    HB   ILE 235           HB       ILE 235   0.441  17.127  11.310
 1811   1HG1  ILE 235          2HG1      ILE 235  -1.131  16.010  13.397
 1812   2HG1  ILE 235          1HG1      ILE 235   0.446  16.381  14.086
 1813   1HG2  ILE 235          1HG2      ILE 235  -0.492  15.434  10.191
 1814   2HG2  ILE 235          2HG2      ILE 235  -1.326  15.055  11.697
 1815   3HG2  ILE 235          3HG2      ILE 235   0.176  14.228  11.291
 1816   1HD1  ILE 235          1HD1      ILE 235  -0.112  18.516  14.227
 1817   2HD1  ILE 235          2HD1      ILE 235  -1.702  18.135  13.568
 1818   3HD1  ILE 235          3HD1      ILE 235  -0.381  18.584  12.488
 1819    H    ASP 236           H        ASP 236   1.546  17.805  13.676
 1820    HA   ASP 236           HA       ASP 236   2.601  19.723  14.218
 1821   1HB   ASP 236          2HB       ASP 236   5.022  18.103  13.428
 1822   2HB   ASP 236          1HB       ASP 236   5.094  19.670  14.230
 1823    H    THR 237           H        THR 237   2.496  21.557  13.125
 1824    HA   THR 237           HA       THR 237   2.747  21.611  10.283
 1825    HB   THR 237           HB       THR 237   2.496  24.142  10.642
 1826    HG1  THR 237           1HG      THR 237   2.137  23.223  13.295
 1827   1HG2  THR 237          1HG2      THR 237   0.157  23.099  11.989
 1828   2HG2  THR 237          2HG2      THR 237   0.612  22.141  10.581
 1829   3HG2  THR 237          3HG2      THR 237   0.312  23.869  10.410
 1830    H    SER 238           H        SER 238   4.913  20.798  10.130
 1831    HA   SER 238           HA       SER 238   7.169  22.187  11.110
 1832   1HB   SER 238          2HB       SER 238   6.656  19.826   9.592
 1833   2HB   SER 238          1HB       SER 238   7.846  20.788   8.714
 1834    HG   SER 238           HG       SER 238   9.269  20.357  10.199
 1835    H    LYS 239           H        LYS 239   8.908  22.813   9.333
 1836    HA   LYS 239           HA       LYS 239   7.675  24.501   7.286
 1837   1HB   LYS 239          2HB       LYS 239   9.021  25.438   9.686
 1838   2HB   LYS 239          1HB       LYS 239   9.810  26.031   8.230
 1839   1HG   LYS 239          2HG       LYS 239   8.300  27.670   8.333
 1840   2HG   LYS 239          1HG       LYS 239   7.196  26.481   7.642
 1841   1HD   LYS 239          2HD       LYS 239   5.961  27.152   9.445
 1842   2HD   LYS 239          1HD       LYS 239   6.866  25.831  10.181
 1843   1HE   LYS 239          2HE       LYS 239   7.644  27.257  11.695
 1844   2HE   LYS 239          1HE       LYS 239   8.484  28.120  10.410
 1845   1HZ   LYS 239          1HZ       LYS 239   5.781  28.881  10.390
 1846   2HZ   LYS 239          2HZ       LYS 239   7.139  29.834  10.721
 1847   3HZ   LYS 239          3HZ       LYS 239   6.356  29.013  11.975
 1848    H    VAL 240           H        VAL 240   9.200  21.965   7.289
 1849    HA   VAL 240           HA       VAL 240  11.584  22.824   5.786
 1850    HB   VAL 240           HB       VAL 240  11.060  20.080   6.911
 1851   1HG1  VAL 240          1HG1      VAL 240  13.425  19.703   6.509
 1852   2HG1  VAL 240          2HG1      VAL 240  13.601  21.347   5.896
 1853   3HG1  VAL 240          3HG1      VAL 240  12.618  20.179   5.013
 1854   1HG2  VAL 240          1HG2      VAL 240  13.053  21.925   8.121
 1855   2HG2  VAL 240          2HG2      VAL 240  12.180  20.572   8.840
 1856   3HG2  VAL 240          3HG2      VAL 240  11.353  22.104   8.551
 1857    H    ASN 241           H        ASN 241  11.700  22.424   3.672
 1858    HA   ASN 241           HA       ASN 241   9.447  21.207   2.341
 1859   1HB   ASN 241          2HB       ASN 241  10.833  23.269   1.579
 1860   2HB   ASN 241          1HB       ASN 241  11.978  22.077   0.970
 1861   1HD2  ASN 241          1HD2      ASN 241  11.560  22.908  -1.128
 1862   2HD2  ASN 241          2HD2      ASN 241  10.143  22.440  -1.995
 1863    H    TYR 242           H        TYR 242   9.381  19.254   1.342
 1864    HA   TYR 242           HA       TYR 242  11.839  17.636   1.381
 1865   1HB   TYR 242          2HB       TYR 242   9.068  16.867   2.277
 1866   2HB   TYR 242          1HB       TYR 242  10.250  15.655   1.792
 1867    HD1  TYR 242           1HD      TYR 242  10.058  18.648   4.029
 1868    HD2  TYR 242           2HD      TYR 242  11.507  14.691   3.468
 1869    HE1  TYR 242           1HE      TYR 242  11.006  18.673   6.292
 1870    HE2  TYR 242           2HE      TYR 242  12.467  14.716   5.734
 1871    HH   TYR 242           HH       TYR 242  12.660  15.860   7.658
 1872    H    GLY 243           H        GLY 243  12.131  16.205  -0.327
 1873   1HA   GLY 243          2HA       GLY 243  10.423  16.778  -2.650
 1874   2HA   GLY 243          1HA       GLY 243  12.079  16.197  -2.721
 1875    H    VAL 244           H        VAL 244   9.150  15.299  -3.513
 1876    HA   VAL 244           HA       VAL 244   9.518  12.495  -2.693
 1877    HB   VAL 244           HB       VAL 244   7.049  12.271  -3.288
 1878   1HG1  VAL 244          1HG1      VAL 244   6.821  12.216  -1.083
 1879   2HG1  VAL 244          2HG1      VAL 244   6.826  13.978  -1.012
 1880   3HG1  VAL 244          3HG1      VAL 244   8.344  13.086  -0.915
 1881   1HG2  VAL 244          1HG2      VAL 244   6.643  14.258  -4.513
 1882   2HG2  VAL 244          2HG2      VAL 244   7.291  15.271  -3.222
 1883   3HG2  VAL 244          3HG2      VAL 244   5.763  14.422  -2.993
 1884    H    THR 245           H        THR 245  10.281  11.270  -4.273
 1885    HA   THR 245           HA       THR 245   9.261  11.681  -6.990
 1886    HB   THR 245           HB       THR 245  11.990  10.763  -7.085
 1887    HG1  THR 245           1HG      THR 245  12.859  12.838  -6.416
 1888   1HG2  THR 245          1HG2      THR 245  12.204  12.220  -8.802
 1889   2HG2  THR 245          2HG2      THR 245  11.235  13.466  -8.016
 1890   3HG2  THR 245          3HG2      THR 245  10.446  12.083  -8.775
 1891    H    VAL 246           H        VAL 246   9.690   9.769  -8.404
 1892    HA   VAL 246           HA       VAL 246   9.176   7.364  -6.838
 1893    HB   VAL 246           HB       VAL 246   7.600   7.953  -8.653
 1894   1HG1  VAL 246          1HG1      VAL 246  10.012   7.485 -10.392
 1895   2HG1  VAL 246          2HG1      VAL 246   8.991   8.920 -10.311
 1896   3HG1  VAL 246          3HG1      VAL 246   8.359   7.427 -11.002
 1897   1HG2  VAL 246          1HG2      VAL 246   9.043   5.375  -9.231
 1898   2HG2  VAL 246          2HG2      VAL 246   7.332   5.732  -9.462
 1899   3HG2  VAL 246          3HG2      VAL 246   7.997   5.615  -7.833
 1900    H    LEU 247           H        LEU 247  10.224   5.400  -7.196
 1901    HA   LEU 247           HA       LEU 247  12.979   5.564  -7.306
 1902   1HB   LEU 247          2HB       LEU 247  11.118   3.220  -7.579
 1903   2HB   LEU 247          1HB       LEU 247  12.860   3.040  -7.464
 1904    HG   LEU 247           HG       LEU 247  11.868   4.729  -5.337
 1905   1HD1  LEU 247          1HD1      LEU 247  10.308   3.469  -4.280
 1906   2HD1  LEU 247          2HD1      LEU 247  10.898   1.953  -4.963
 1907   3HD1  LEU 247          3HD1      LEU 247   9.908   3.038  -5.940
 1908   1HD2  LEU 247          1HD2      LEU 247  12.946   2.783  -4.016
 1909   2HD2  LEU 247          2HD2      LEU 247  13.965   3.811  -5.024
 1910   3HD2  LEU 247          3HD2      LEU 247  13.471   2.220  -5.601
 1911    HA   PRO 248           HA       PRO 248  13.977   5.337 -11.623
 1912   1HB   PRO 248          2HB       PRO 248  16.656   4.479 -11.025
 1913   2HB   PRO 248          1HB       PRO 248  16.100   6.103 -11.431
 1914   1HG   PRO 248          2HG       PRO 248  17.087   5.350  -8.973
 1915   2HG   PRO 248          1HG       PRO 248  16.031   6.746  -9.249
 1916   1HD   PRO 248          2HD       PRO 248  15.346   4.021  -8.247
 1917   2HD   PRO 248          1HD       PRO 248  14.724   5.592  -7.728
 1918    H    THR 249           H        THR 249  16.061   3.597 -12.597
 1919    HA   THR 249           HA       THR 249  14.658   1.018 -12.365
 1920    HB   THR 249           HB       THR 249  15.632   0.502 -14.602
 1921    HG1  THR 249           1HG      THR 249  16.175   3.193 -15.043
 1922   1HG2  THR 249          1HG2      THR 249  13.738   1.215 -15.481
 1923   2HG2  THR 249          2HG2      THR 249  14.314   2.881 -15.447
 1924   3HG2  THR 249          3HG2      THR 249  13.466   2.212 -14.053
 1925    H    PHE 250           H        PHE 250  16.060  -0.907 -12.803
 1926    HA   PHE 250           HA       PHE 250  18.811  -0.545 -11.861
 1927   1HB   PHE 250          2HB       PHE 250  17.020  -1.294 -10.064
 1928   2HB   PHE 250          1HB       PHE 250  17.262  -2.866 -10.818
 1929    HD1  PHE 250           1HD      PHE 250  18.930  -4.227 -10.031
 1930    HD2  PHE 250           2HD      PHE 250  19.220  -0.030  -9.431
 1931    HE1  PHE 250           1HE      PHE 250  20.974  -4.564  -8.707
 1932    HE2  PHE 250           2HE      PHE 250  21.267  -0.354  -8.106
 1933    HZ   PHE 250           HZ       PHE 250  22.147  -2.624  -7.744
 1934    H    LYS 251           H        LYS 251  20.151  -1.478 -13.235
 1935    HA   LYS 251           HA       LYS 251  21.062  -2.914 -14.743
 1936   1HB   LYS 251          2HB       LYS 251  19.610  -4.572 -13.046
 1937   2HB   LYS 251          1HB       LYS 251  19.078  -5.042 -14.655
 1938   1HG   LYS 251          2HG       LYS 251  21.160  -5.778 -15.282
 1939   2HG   LYS 251          1HG       LYS 251  21.992  -4.750 -14.113
 1940   1HD   LYS 251          2HD       LYS 251  20.990  -6.175 -12.302
 1941   2HD   LYS 251          1HD       LYS 251  20.437  -7.272 -13.569
 1942   1HE   LYS 251          2HE       LYS 251  22.441  -8.228 -12.923
 1943   2HE   LYS 251          1HE       LYS 251  22.917  -7.260 -14.320
 1944   1HZ   LYS 251          1HZ       LYS 251  23.203  -6.458 -11.472
 1945   2HZ   LYS 251          2HZ       LYS 251  23.645  -5.514 -12.803
 1946   3HZ   LYS 251          3HZ       LYS 251  24.457  -6.964 -12.489
 1947    H    GLY 252           H        GLY 252  17.896  -1.746 -15.005
 1948   1HA   GLY 252          2HA       GLY 252  17.552  -0.924 -17.383
 1949   2HA   GLY 252          1HA       GLY 252  17.706  -2.624 -17.803
 1950    H    GLN 253           H        GLN 253  16.222  -2.806 -14.939
 1951    HA   GLN 253           HA       GLN 253  13.522  -2.289 -15.970
 1952   1HB   GLN 253          2HB       GLN 253  14.445  -4.875 -14.704
 1953   2HB   GLN 253          1HB       GLN 253  12.778  -4.487 -15.109
 1954   1HG   GLN 253          2HG       GLN 253  13.999  -4.071 -17.491
 1955   2HG   GLN 253          1HG       GLN 253  14.990  -5.366 -16.822
 1956   1HE2  GLN 253          1HE2      GLN 253  11.608  -4.451 -17.341
 1957   2HE2  GLN 253          2HE2      GLN 253  11.047  -6.051 -17.673
 1958    HA   PRO 254           HA       PRO 254  13.045  -0.522 -11.913
 1959   1HB   PRO 254          2HB       PRO 254  10.318  -0.454 -11.811
 1960   2HB   PRO 254          1HB       PRO 254  11.290   0.711 -12.717
 1961   1HG   PRO 254          2HG       PRO 254   9.818  -1.701 -13.692
 1962   2HG   PRO 254          1HG       PRO 254   9.965  -0.098 -14.436
 1963   1HD   PRO 254          2HD       PRO 254  11.420  -2.230 -15.262
 1964   2HD   PRO 254          1HD       PRO 254  12.034  -0.566 -15.337
 1965    H    SER 255           H        SER 255  11.502  -0.940  -9.928
 1966    HA   SER 255           HA       SER 255  11.560  -3.840  -9.431
 1967   1HB   SER 255          2HB       SER 255  12.969  -2.803  -7.850
 1968   2HB   SER 255          1HB       SER 255  11.864  -1.447  -7.625
 1969    HG   SER 255           HG       SER 255  10.588  -2.676  -6.368
 1970    H    LYS 256           H        LYS 256   9.841  -4.692  -7.980
 1971    HA   LYS 256           HA       LYS 256   7.281  -3.347  -8.552
 1972   1HB   LYS 256          2HB       LYS 256   6.290  -5.645  -8.295
 1973   2HB   LYS 256          1HB       LYS 256   7.362  -5.451  -9.677
 1974   1HG   LYS 256          2HG       LYS 256   8.748  -6.361  -7.283
 1975   2HG   LYS 256          1HG       LYS 256   7.471  -7.459  -7.805
 1976   1HD   LYS 256          2HD       LYS 256   9.005  -6.540 -10.068
 1977   2HD   LYS 256          1HD       LYS 256  10.063  -7.251  -8.850
 1978   1HE   LYS 256          2HE       LYS 256   9.378  -8.992 -10.335
 1979   2HE   LYS 256          1HE       LYS 256   8.544  -9.235  -8.799
 1980   1HZ   LYS 256          1HZ       LYS 256   7.454  -8.795 -11.372
 1981   2HZ   LYS 256          2HZ       LYS 256   6.895  -7.621 -10.304
 1982   3HZ   LYS 256          3HZ       LYS 256   6.667  -9.260  -9.954
 1983    HA   PRO 257           HA       PRO 257   7.276  -3.398  -3.989
 1984   1HB   PRO 257          2HB       PRO 257   6.716  -0.825  -3.565
 1985   2HB   PRO 257          1HB       PRO 257   8.334  -1.332  -4.060
 1986   1HG   PRO 257          2HG       PRO 257   6.208   0.012  -5.631
 1987   2HG   PRO 257          1HG       PRO 257   7.967   0.115  -5.800
 1988   1HD   PRO 257          2HD       PRO 257   6.162  -1.500  -7.313
 1989   2HD   PRO 257          1HD       PRO 257   7.934  -1.483  -7.405
 1990    H    PHE 258           H        PHE 258   5.388  -1.716  -2.705
 1991    HA   PHE 258           HA       PHE 258   3.012  -3.212  -3.438
 1992   1HB   PHE 258          2HB       PHE 258   3.448  -1.563  -0.961
 1993   2HB   PHE 258          1HB       PHE 258   2.243  -2.823  -1.215
 1994    HD1  PHE 258           1HD      PHE 258   2.775  -5.110  -0.913
 1995    HD2  PHE 258           2HD      PHE 258   5.837  -2.158  -0.763
 1996    HE1  PHE 258           1HE      PHE 258   4.340  -6.784  -0.018
 1997    HE2  PHE 258           2HE      PHE 258   7.408  -3.828   0.131
 1998    HZ   PHE 258           HZ       PHE 258   6.659  -6.145   0.502
 1999    H    VAL 259           H        VAL 259   1.176  -2.531  -4.083
 2000    HA   VAL 259           HA       VAL 259   0.562   0.351  -4.149
 2001    HB   VAL 259           HB       VAL 259  -0.477  -1.723  -6.094
 2002   1HG1  VAL 259          1HG1      VAL 259  -1.255   0.930  -5.508
 2003   2HG1  VAL 259          2HG1      VAL 259  -1.860  -0.133  -6.779
 2004   3HG1  VAL 259          3HG1      VAL 259  -0.500   0.944  -7.101
 2005   1HG2  VAL 259          1HG2      VAL 259   2.130  -0.790  -6.030
 2006   2HG2  VAL 259          2HG2      VAL 259   1.344   0.232  -7.234
 2007   3HG2  VAL 259          3HG2      VAL 259   1.314  -1.522  -7.412
 2008    H    GLY 260           H        GLY 260  -1.549   0.879  -3.327
 2009   1HA   GLY 260          2HA       GLY 260  -3.193  -1.446  -2.586
 2010   2HA   GLY 260          1HA       GLY 260  -2.684  -0.341  -1.327
 2011    H    VAL 261           H        VAL 261  -5.275  -1.247  -2.644
 2012    HA   VAL 261           HA       VAL 261  -6.519   1.414  -2.764
 2013    HB   VAL 261           HB       VAL 261  -8.156   0.510  -4.410
 2014   1HG1  VAL 261          1HG1      VAL 261  -5.337   0.366  -5.456
 2015   2HG1  VAL 261          2HG1      VAL 261  -6.175   1.872  -5.081
 2016   3HG1  VAL 261          3HG1      VAL 261  -6.795   0.810  -6.344
 2017   1HG2  VAL 261          1HG2      VAL 261  -6.943  -1.536  -5.692
 2018   2HG2  VAL 261          2HG2      VAL 261  -8.211  -1.736  -4.484
 2019   3HG2  VAL 261          3HG2      VAL 261  -6.517  -1.892  -4.020
 2020    H    LEU 262           H        LEU 262  -8.344   1.588  -1.450
 2021    HA   LEU 262           HA       LEU 262  -8.957  -0.738   0.191
 2022   1HB   LEU 262          2HB       LEU 262  -8.917   2.070   0.576
 2023   2HB   LEU 262          1HB       LEU 262 -10.532   1.496   0.941
 2024    HG   LEU 262           HG       LEU 262  -9.540  -0.138   2.520
 2025   1HD1  LEU 262          1HD1      LEU 262  -7.378  -0.585   1.997
 2026   2HD1  LEU 262          2HD1      LEU 262  -7.103   0.675   3.194
 2027   3HD1  LEU 262          3HD1      LEU 262  -7.048   1.061   1.474
 2028   1HD2  LEU 262          1HD2      LEU 262  -9.677   1.331   4.199
 2029   2HD2  LEU 262          2HD2      LEU 262 -10.100   2.478   2.926
 2030   3HD2  LEU 262          3HD2      LEU 262  -8.439   2.384   3.515
 2031    H    SER 263           H        SER 263 -10.589  -2.086  -0.173
 2032    HA   SER 263           HA       SER 263 -12.676  -1.144  -2.008
 2033   1HB   SER 263          2HB       SER 263 -11.491  -3.720  -1.345
 2034   2HB   SER 263          1HB       SER 263 -13.248  -3.781  -1.446
 2035    HG   SER 263           HG       SER 263 -11.775  -3.988  -3.457
 2036    H    ALA 264           H        ALA 264 -14.677  -0.672  -1.418
 2037    HA   ALA 264           HA       ALA 264 -15.388  -0.900   1.403
 2038   1HB   ALA 264          1HB       ALA 264 -17.077   0.699   0.981
 2039   2HB   ALA 264          2HB       ALA 264 -17.011   0.426  -0.761
 2040   3HB   ALA 264          3HB       ALA 264 -15.673   1.233   0.059
 2041    H    GLY 265           H        GLY 265 -17.332  -2.001   2.124
 2042   1HA   GLY 265          2HA       GLY 265 -19.069  -3.271   0.266
 2043   2HA   GLY 265          1HA       GLY 265 -17.872  -4.418   0.826
 2044    H    ILE 266           H        ILE 266 -20.630  -4.648   1.167
 2045    HA   ILE 266           HA       ILE 266 -20.856  -4.435   4.093
 2046    HB   ILE 266           HB       ILE 266 -23.128  -4.340   2.111
 2047   1HG1  ILE 266          2HG1      ILE 266 -22.155  -2.074   3.839
 2048   2HG1  ILE 266          1HG1      ILE 266 -21.520  -2.327   2.219
 2049   1HG2  ILE 266          1HG2      ILE 266 -24.392  -3.613   4.159
 2050   2HG2  ILE 266          2HG2      ILE 266 -22.974  -4.077   5.100
 2051   3HG2  ILE 266          3HG2      ILE 266 -23.846  -5.292   4.173
 2052   1HD1  ILE 266          1HD1      ILE 266 -23.267  -0.672   2.193
 2053   2HD1  ILE 266          2HD1      ILE 266 -24.389  -1.798   2.957
 2054   3HD1  ILE 266          3HD1      ILE 266 -23.795  -2.109   1.324
 2055    H    ASN 267           H        ASN 267 -21.979  -6.145   5.153
 2056    HA   ASN 267           HA       ASN 267 -21.290  -8.700   4.253
 2057   1HB   ASN 267          2HB       ASN 267 -22.644  -9.523   6.144
 2058   2HB   ASN 267          1HB       ASN 267 -21.592  -8.191   6.616
 2059   1HD2  ASN 267          1HD2      ASN 267 -22.480  -6.246   7.211
 2060   2HD2  ASN 267          2HD2      ASN 267 -24.170  -6.043   7.505
 2061    H    ALA 268           H        ALA 268 -22.598 -10.504   3.632
 2062    HA   ALA 268           HA       ALA 268 -24.546  -9.859   1.667
 2063   1HB   ALA 268          1HB       ALA 268 -22.956 -12.063   2.282
 2064   2HB   ALA 268          2HB       ALA 268 -24.065 -11.888   0.920
 2065   3HB   ALA 268          3HB       ALA 268 -24.618 -12.635   2.420
 2066    H    ALA 269           H        ALA 269 -25.305  -8.942   4.297
 2067    HA   ALA 269           HA       ALA 269 -27.958 -10.139   4.411
 2068   1HB   ALA 269          1HB       ALA 269 -26.017 -10.032   6.697
 2069   2HB   ALA 269          2HB       ALA 269 -26.976 -11.395   6.121
 2070   3HB   ALA 269          3HB       ALA 269 -27.759 -10.063   6.969
 2071    H    SER 270           H        SER 270 -26.604  -7.546   3.600
 2072    HA   SER 270           HA       SER 270 -27.301  -5.525   5.451
 2073   1HB   SER 270          2HB       SER 270 -27.355  -4.755   2.612
 2074   2HB   SER 270          1HB       SER 270 -26.356  -4.137   3.928
 2075    HG   SER 270           HG       SER 270 -24.899  -5.194   2.778
 2076    HA   PRO 271           HA       PRO 271 -31.672  -5.430   4.601
 2077   1HB   PRO 271          2HB       PRO 271 -32.373  -3.395   6.172
 2078   2HB   PRO 271          1HB       PRO 271 -31.776  -4.912   6.859
 2079   1HG   PRO 271          2HG       PRO 271 -30.334  -2.321   6.449
 2080   2HG   PRO 271          1HG       PRO 271 -30.275  -3.427   7.833
 2081   1HD   PRO 271          2HD       PRO 271 -28.398  -3.328   5.799
 2082   2HD   PRO 271          1HD       PRO 271 -28.669  -4.726   6.858
 2083    H    ASN 272           H        ASN 272 -32.839  -4.591   2.992
 2084    HA   ASN 272           HA       ASN 272 -33.542  -3.253   1.302
 2085   1HB   ASN 272          2HB       ASN 272 -32.655  -1.220   3.323
 2086   2HB   ASN 272          1HB       ASN 272 -33.246  -0.726   1.742
 2087   1HD2  ASN 272          1HD2      ASN 272 -34.115  -1.385   4.865
 2088   2HD2  ASN 272          2HD2      ASN 272 -35.811  -1.612   4.637
 2089    H    LYS 273           H        LYS 273 -32.272  -3.810  -0.381
 2090    HA   LYS 273           HA       LYS 273 -29.550  -3.015  -0.653
 2091   1HB   LYS 273          2HB       LYS 273 -31.519  -4.176  -2.625
 2092   2HB   LYS 273          1HB       LYS 273 -29.826  -3.882  -3.001
 2093   1HG   LYS 273          2HG       LYS 273 -29.844  -6.116  -2.426
 2094   2HG   LYS 273          1HG       LYS 273 -29.354  -5.335  -0.920
 2095   1HD   LYS 273          2HD       LYS 273 -31.488  -5.596   0.033
 2096   2HD   LYS 273          1HD       LYS 273 -32.226  -5.968  -1.527
 2097   1HE   LYS 273          2HE       LYS 273 -30.385  -7.686   0.119
 2098   2HE   LYS 273          1HE       LYS 273 -32.051  -8.019  -0.351
 2099   1HZ   LYS 273          1HZ       LYS 273 -29.595  -8.227  -1.934
 2100   2HZ   LYS 273          2HZ       LYS 273 -31.030  -7.825  -2.737
 2101   3HZ   LYS 273          3HZ       LYS 273 -30.925  -9.270  -1.864
 2102    H    GLU 274           H        GLU 274 -32.590  -1.851  -2.038
 2103    HA   GLU 274           HA       GLU 274 -31.446   0.077  -3.765
 2104   1HB   GLU 274          2HB       GLU 274 -34.008  -0.869  -3.208
 2105   2HB   GLU 274          1HB       GLU 274 -34.063   0.827  -2.751
 2106   1HG   GLU 274          2HG       GLU 274 -33.641   1.555  -4.901
 2107   2HG   GLU 274          1HG       GLU 274 -32.930   0.019  -5.393
 2108    H    LEU 275           H        LEU 275 -32.480   0.155  -0.405
 2109    HA   LEU 275           HA       LEU 275 -32.207   2.980  -0.111
 2110   1HB   LEU 275          2HB       LEU 275 -33.090   0.783   1.467
 2111   2HB   LEU 275          1HB       LEU 275 -31.901   1.670   2.397
 2112    HG   LEU 275           HG       LEU 275 -33.711   3.540   1.210
 2113   1HD1  LEU 275          1HD1      LEU 275 -35.126   1.513   2.919
 2114   2HD1  LEU 275          2HD1      LEU 275 -35.199   1.501   1.156
 2115   3HD1  LEU 275          3HD1      LEU 275 -35.813   2.888   2.056
 2116   1HD2  LEU 275          1HD2      LEU 275 -32.328   3.181   3.577
 2117   2HD2  LEU 275          2HD2      LEU 275 -34.022   3.091   4.055
 2118   3HD2  LEU 275          3HD2      LEU 275 -33.426   4.508   3.192
 2119    H    ALA 276           H        ALA 276 -30.077   0.232   0.259
 2120    HA   ALA 276           HA       ALA 276 -28.012   1.652   1.634
 2121   1HB   ALA 276          1HB       ALA 276 -26.649  -0.318   1.228
 2122   2HB   ALA 276          2HB       ALA 276 -27.835  -0.926   0.074
 2123   3HB   ALA 276          3HB       ALA 276 -28.253  -0.791   1.782
 2124    H    LYS 277           H        LYS 277 -28.489   0.622  -1.734
 2125    HA   LYS 277           HA       LYS 277 -26.098   1.683  -2.747
 2126   1HB   LYS 277          2HB       LYS 277 -27.218   1.572  -4.957
 2127   2HB   LYS 277          1HB       LYS 277 -27.376   0.086  -4.031
 2128   1HG   LYS 277          2HG       LYS 277 -29.582   0.186  -4.108
 2129   2HG   LYS 277          1HG       LYS 277 -29.583   1.838  -3.494
 2130   1HD   LYS 277          2HD       LYS 277 -30.564   2.140  -5.544
 2131   2HD   LYS 277          1HD       LYS 277 -28.870   2.420  -5.948
 2132   1HE   LYS 277          2HE       LYS 277 -29.266  -0.346  -6.178
 2133   2HE   LYS 277          1HE       LYS 277 -30.677   0.405  -6.923
 2134   1HZ   LYS 277          1HZ       LYS 277 -29.463   1.184  -8.620
 2135   2HZ   LYS 277          2HZ       LYS 277 -28.329   0.015  -8.164
 2136   3HZ   LYS 277          3HZ       LYS 277 -28.152   1.613  -7.641
 2137    H    GLU 278           H        GLU 278 -29.233   3.152  -2.130
 2138    HA   GLU 278           HA       GLU 278 -28.656   5.583  -3.540
 2139   1HB   GLU 278          2HB       GLU 278 -30.963   4.588  -2.975
 2140   2HB   GLU 278          1HB       GLU 278 -30.726   5.283  -1.380
 2141   1HG   GLU 278          2HG       GLU 278 -30.202   7.219  -3.455
 2142   2HG   GLU 278          1HG       GLU 278 -31.815   6.526  -3.608
 2143    H    PHE 279           H        PHE 279 -28.631   4.591  -0.138
 2144    HA   PHE 279           HA       PHE 279 -27.984   7.141   0.902
 2145   1HB   PHE 279          2HB       PHE 279 -28.270   4.419   1.922
 2146   2HB   PHE 279          1HB       PHE 279 -27.019   5.333   2.754
 2147    HD1  PHE 279           1HD      PHE 279 -27.689   6.365   4.664
 2148    HD2  PHE 279           2HD      PHE 279 -30.478   5.968   1.480
 2149    HE1  PHE 279           1HE      PHE 279 -29.409   7.453   6.023
 2150    HE2  PHE 279           2HE      PHE 279 -32.200   7.075   2.848
 2151    HZ   PHE 279           HZ       PHE 279 -31.659   7.821   5.126
 2152    H    LEU 280           H        LEU 280 -25.983   4.329   0.048
 2153    HA   LEU 280           HA       LEU 280 -23.553   5.573   0.899
 2154   1HB   LEU 280          2HB       LEU 280 -24.343   3.023  -0.314
 2155   2HB   LEU 280          1HB       LEU 280 -22.759   3.590  -0.807
 2156    HG   LEU 280           HG       LEU 280 -23.377   3.591   2.107
 2157   1HD1  LEU 280          1HD1      LEU 280 -23.132   1.163   0.403
 2158   2HD1  LEU 280          2HD1      LEU 280 -24.132   1.448   1.828
 2159   3HD1  LEU 280          3HD1      LEU 280 -22.400   1.167   2.008
 2160   1HD2  LEU 280          1HD2      LEU 280 -20.892   2.741   0.643
 2161   2HD2  LEU 280          2HD2      LEU 280 -21.054   3.230   2.330
 2162   3HD2  LEU 280          3HD2      LEU 280 -21.236   4.424   1.044
 2163    H    GLU 281           H        GLU 281 -25.254   5.325  -2.180
 2164    HA   GLU 281           HA       GLU 281 -23.125   6.193  -3.821
 2165   1HB   GLU 281          2HB       GLU 281 -25.840   5.497  -4.187
 2166   2HB   GLU 281          1HB       GLU 281 -25.640   7.099  -4.871
 2167   1HG   GLU 281          2HG       GLU 281 -23.472   5.363  -5.639
 2168   2HG   GLU 281          1HG       GLU 281 -25.034   4.667  -6.067
 2169    H    ASN 282           H        ASN 282 -25.281   7.903  -1.713
 2170    HA   ASN 282           HA       ASN 282 -24.294  10.459  -2.783
 2171   1HB   ASN 282          2HB       ASN 282 -26.884   9.617  -1.633
 2172   2HB   ASN 282          1HB       ASN 282 -26.316  11.211  -1.148
 2173   1HD2  ASN 282          1HD2      ASN 282 -25.430  12.515  -3.076
 2174   2HD2  ASN 282          2HD2      ASN 282 -26.433  12.523  -4.483
 2175    H    TYR 283           H        TYR 283 -23.750   8.319  -0.299
 2176    HA   TYR 283           HA       TYR 283 -23.289  10.286   1.780
 2177   1HB   TYR 283          2HB       TYR 283 -24.113   7.962   2.265
 2178   2HB   TYR 283          1HB       TYR 283 -22.536   7.354   1.787
 2179    HD1  TYR 283           1HD      TYR 283 -20.578   7.745   3.201
 2180    HD2  TYR 283           2HD      TYR 283 -24.437   9.110   4.359
 2181    HE1  TYR 283           1HE      TYR 283 -19.767   8.069   5.497
 2182    HE2  TYR 283           2HE      TYR 283 -23.637   9.441   6.662
 2183    HH   TYR 283           HH       TYR 283 -21.531   8.248   8.066
 2184    H    LEU 284           H        LEU 284 -21.099   7.714   0.662
 2185    HA   LEU 284           HA       LEU 284 -18.892   9.641   0.821
 2186   1HB   LEU 284          2HB       LEU 284 -19.191   6.996   1.740
 2187   2HB   LEU 284          1HB       LEU 284 -18.040   6.919   0.419
 2188    HG   LEU 284           HG       LEU 284 -16.861   7.177   2.504
 2189   1HD1  LEU 284          1HD1      LEU 284 -16.814   9.305   0.464
 2190   2HD1  LEU 284          2HD1      LEU 284 -15.525   8.244   1.033
 2191   3HD1  LEU 284          3HD1      LEU 284 -15.981   9.660   1.974
 2192   1HD2  LEU 284          1HD2      LEU 284 -17.479   9.802   3.314
 2193   2HD2  LEU 284          2HD2      LEU 284 -17.779   8.298   4.185
 2194   3HD2  LEU 284          3HD2      LEU 284 -19.016   8.961   3.117
 2195    H    LEU 285           H        LEU 285 -20.419   9.956  -1.405
 2196    HA   LEU 285           HA       LEU 285 -18.524   9.358  -3.497
 2197   1HB   LEU 285          2HB       LEU 285 -20.926   7.787  -3.156
 2198   2HB   LEU 285          1HB       LEU 285 -20.924   8.606  -4.706
 2199    HG   LEU 285           HG       LEU 285 -18.356   7.524  -4.474
 2200   1HD1  LEU 285          1HD1      LEU 285 -20.242   5.964  -2.932
 2201   2HD1  LEU 285          2HD1      LEU 285 -18.494   5.793  -3.089
 2202   3HD1  LEU 285          3HD1      LEU 285 -19.561   5.036  -4.269
 2203   1HD2  LEU 285          1HD2      LEU 285 -18.852   6.633  -6.490
 2204   2HD2  LEU 285          2HD2      LEU 285 -20.252   7.697  -6.356
 2205   3HD2  LEU 285          3HD2      LEU 285 -20.403   5.989  -5.949
 2206    H    THR 286           H        THR 286 -19.716  11.714  -2.146
 2207    HA   THR 286           HA       THR 286 -20.330  13.211  -4.545
 2208    HB   THR 286           HB       THR 286 -22.310  13.540  -2.331
 2209    HG1  THR 286           1HG      THR 286 -22.367  11.326  -2.806
 2210   1HG2  THR 286          1HG2      THR 286 -22.844  15.112  -3.858
 2211   2HG2  THR 286          2HG2      THR 286 -23.725  13.759  -4.568
 2212   3HG2  THR 286          3HG2      THR 286 -22.142  14.207  -5.199
 2213    H    ASP 287           H        ASP 287 -20.472  15.548  -4.117
 2214    HA   ASP 287           HA       ASP 287 -18.363  16.460  -2.535
 2215   1HB   ASP 287          2HB       ASP 287 -19.368  18.730  -2.925
 2216   2HB   ASP 287          1HB       ASP 287 -19.117  17.779  -4.388
 2217    H    GLU 288           H        GLU 288 -21.446  15.460  -1.562
 2218    HA   GLU 288           HA       GLU 288 -21.811  17.234   0.643
 2219   1HB   GLU 288          2HB       GLU 288 -23.041  14.537   0.046
 2220   2HB   GLU 288          1HB       GLU 288 -23.589  15.643   1.299
 2221   1HG   GLU 288          2HG       GLU 288 -23.734  17.301  -0.767
 2222   2HG   GLU 288          1HG       GLU 288 -23.919  15.779  -1.640
 2223    H    GLY 289           H        GLY 289 -20.912  13.777   0.445
 2224   1HA   GLY 289          2HA       GLY 289 -19.901  13.965   3.194
 2225   2HA   GLY 289          1HA       GLY 289 -20.270  12.478   2.344
 2226    H    LEU 290           H        LEU 290 -18.852  13.282  -0.074
 2227    HA   LEU 290           HA       LEU 290 -16.355  12.168   0.451
 2228   1HB   LEU 290          2HB       LEU 290 -17.765  13.051  -1.796
 2229   2HB   LEU 290          1HB       LEU 290 -16.271  13.960  -1.820
 2230    HG   LEU 290           HG       LEU 290 -15.225  11.550  -1.438
 2231   1HD1  LEU 290          1HD1      LEU 290 -17.270  10.591  -3.260
 2232   2HD1  LEU 290          2HD1      LEU 290 -17.865  10.871  -1.623
 2233   3HD1  LEU 290          3HD1      LEU 290 -16.496   9.790  -1.894
 2234   1HD2  LEU 290          1HD2      LEU 290 -14.376  12.055  -3.437
 2235   2HD2  LEU 290          2HD2      LEU 290 -15.623  13.285  -3.636
 2236   3HD2  LEU 290          3HD2      LEU 290 -15.900  11.643  -4.216
 2237    H    GLU 291           H        GLU 291 -17.043  15.565  -0.356
 2238    HA   GLU 291           HA       GLU 291 -14.558  16.629   0.068
 2239   1HB   GLU 291          2HB       GLU 291 -17.285  17.816   0.539
 2240   2HB   GLU 291          1HB       GLU 291 -15.817  18.757   0.759
 2241   1HG   GLU 291          2HG       GLU 291 -15.228  18.493  -1.543
 2242   2HG   GLU 291          1HG       GLU 291 -16.555  17.366  -1.804
 2243    H    ALA 292           H        ALA 292 -16.792  15.532   2.407
 2244    HA   ALA 292           HA       ALA 292 -15.903  16.884   4.678
 2245   1HB   ALA 292          1HB       ALA 292 -17.884  15.019   4.067
 2246   2HB   ALA 292          2HB       ALA 292 -17.584  15.768   5.634
 2247   3HB   ALA 292          3HB       ALA 292 -16.852  14.211   5.249
 2248    H    VAL 293           H        VAL 293 -15.246  13.583   3.532
 2249    HA   VAL 293           HA       VAL 293 -13.084  13.267   5.380
 2250    HB   VAL 293           HB       VAL 293 -14.656  11.468   5.002
 2251   1HG1  VAL 293          1HG1      VAL 293 -13.769  10.415   2.532
 2252   2HG1  VAL 293          2HG1      VAL 293 -14.215  12.101   2.267
 2253   3HG1  VAL 293          3HG1      VAL 293 -15.378  10.984   2.976
 2254   1HG2  VAL 293          1HG2      VAL 293 -13.109   9.717   5.018
 2255   2HG2  VAL 293          2HG2      VAL 293 -12.187  11.109   5.583
 2256   3HG2  VAL 293          3HG2      VAL 293 -12.011  10.552   3.918
 2257    H    ASN 294           H        ASN 294 -13.311  14.020   1.920
 2258    HA   ASN 294           HA       ASN 294 -10.397  13.661   1.724
 2259   1HB   ASN 294          2HB       ASN 294 -10.706  13.497  -0.720
 2260   2HB   ASN 294          1HB       ASN 294 -11.530  12.207   0.152
 2261   1HD2  ASN 294          1HD2      ASN 294 -12.883  11.879  -1.590
 2262   2HD2  ASN 294          2HD2      ASN 294 -14.169  12.969  -1.939
 2263    H    LYS 295           H        LYS 295 -12.661  16.022   2.218
 2264    HA   LYS 295           HA       LYS 295 -10.972  17.943   0.734
 2265   1HB   LYS 295          2HB       LYS 295 -13.832  17.719   0.656
 2266   2HB   LYS 295          1HB       LYS 295 -13.371  19.302   1.232
 2267   1HG   LYS 295          2HG       LYS 295 -11.822  18.455  -1.071
 2268   2HG   LYS 295          1HG       LYS 295 -13.551  18.474  -1.396
 2269   1HD   LYS 295          2HD       LYS 295 -13.114  20.824   0.003
 2270   2HD   LYS 295          1HD       LYS 295 -11.703  20.684  -1.045
 2271   1HE   LYS 295          2HE       LYS 295 -14.207  20.058  -2.404
 2272   2HE   LYS 295          1HE       LYS 295 -14.159  21.699  -1.760
 2273   1HZ   LYS 295          1HZ       LYS 295 -12.969  20.757  -4.082
 2274   2HZ   LYS 295          2HZ       LYS 295 -11.703  21.100  -3.014
 2275   3HZ   LYS 295          3HZ       LYS 295 -12.828  22.300  -3.405
 2276    H    ASP 296           H        ASP 296 -12.416  17.064   3.772
 2277    HA   ASP 296           HA       ASP 296 -12.081  19.452   5.196
 2278   1HB   ASP 296          2HB       ASP 296 -12.617  16.797   5.866
 2279   2HB   ASP 296          1HB       ASP 296 -11.073  17.105   6.645
 2280    H    LYS 297           H        LYS 297  -9.970  16.993   3.962
 2281    HA   LYS 297           HA       LYS 297  -7.699  18.713   3.777
 2282   1HB   LYS 297          2HB       LYS 297  -7.629  18.391   6.196
 2283   2HB   LYS 297          1HB       LYS 297  -7.708  16.648   5.990
 2284   1HG   LYS 297          2HG       LYS 297  -5.514  16.764   4.809
 2285   2HG   LYS 297          1HG       LYS 297  -5.428  18.468   5.261
 2286   1HD   LYS 297          2HD       LYS 297  -6.059  17.158   7.628
 2287   2HD   LYS 297          1HD       LYS 297  -4.885  16.098   6.847
 2288   1HE   LYS 297          2HE       LYS 297  -3.207  17.496   7.305
 2289   2HE   LYS 297          1HE       LYS 297  -4.095  18.877   6.661
 2290   1HZ   LYS 297          1HZ       LYS 297  -4.404  19.583   8.719
 2291   2HZ   LYS 297          2HZ       LYS 297  -3.572  18.249   9.342
 2292   3HZ   LYS 297          3HZ       LYS 297  -5.245  18.169   9.109
 2293    HA   PRO 298           HA       PRO 298  -7.130  15.398   0.796
 2294   1HB   PRO 298          2HB       PRO 298  -4.832  16.333  -0.320
 2295   2HB   PRO 298          1HB       PRO 298  -6.428  16.992  -0.696
 2296   1HG   PRO 298          2HG       PRO 298  -4.352  18.027   1.196
 2297   2HG   PRO 298          1HG       PRO 298  -5.347  18.921   0.033
 2298   1HD   PRO 298          2HD       PRO 298  -5.937  18.845   2.663
 2299   2HD   PRO 298          1HD       PRO 298  -7.198  18.906   1.417
 2300    H    LEU 299           H        LEU 299  -6.134  13.480   0.864
 2301    HA   LEU 299           HA       LEU 299  -3.479  13.188   1.969
 2302   1HB   LEU 299          2HB       LEU 299  -4.245  11.378   3.549
 2303   2HB   LEU 299          1HB       LEU 299  -4.622  13.024   4.022
 2304    HG   LEU 299           HG       LEU 299  -6.808  11.916   2.511
 2305   1HD1  LEU 299          1HD1      LEU 299  -6.280   9.744   3.177
 2306   2HD1  LEU 299          2HD1      LEU 299  -7.463  10.288   4.367
 2307   3HD1  LEU 299          3HD1      LEU 299  -5.747  10.265   4.775
 2308   1HD2  LEU 299          1HD2      LEU 299  -6.965  13.826   3.991
 2309   2HD2  LEU 299          2HD2      LEU 299  -6.547  12.818   5.372
 2310   3HD2  LEU 299          3HD2      LEU 299  -8.062  12.548   4.509
 2311    H    GLY 300           H        GLY 300  -6.394  11.542   0.790
 2312   1HA   GLY 300          2HA       GLY 300  -4.624   9.699  -0.694
 2313   2HA   GLY 300          1HA       GLY 300  -6.116   9.162   0.062
 2314    H    ALA 301           H        ALA 301  -5.125   9.240  -2.796
 2315    HA   ALA 301           HA       ALA 301  -6.905  11.091  -4.108
 2316   1HB   ALA 301          1HB       ALA 301  -5.596   8.864  -5.563
 2317   2HB   ALA 301          2HB       ALA 301  -4.589  10.127  -4.859
 2318   3HB   ALA 301          3HB       ALA 301  -5.837  10.546  -6.027
 2319    H    VAL 302           H        VAL 302  -8.734  10.610  -5.296
 2320    HA   VAL 302           HA       VAL 302 -10.014   8.077  -4.575
 2321    HB   VAL 302           HB       VAL 302 -11.254  10.121  -4.042
 2322   1HG1  VAL 302          1HG1      VAL 302 -12.089  10.836  -6.702
 2323   2HG1  VAL 302          2HG1      VAL 302 -10.343  10.989  -6.540
 2324   3HG1  VAL 302          3HG1      VAL 302 -11.412  11.848  -5.429
 2325   1HG2  VAL 302          1HG2      VAL 302 -12.677   8.717  -6.282
 2326   2HG2  VAL 302          2HG2      VAL 302 -13.359   9.390  -4.803
 2327   3HG2  VAL 302          3HG2      VAL 302 -12.359   7.937  -4.736
 2328    H    ALA 303           H        ALA 303 -11.376   7.013  -6.242
 2329    HA   ALA 303           HA       ALA 303  -9.880   6.785  -8.710
 2330   1HB   ALA 303          1HB       ALA 303 -12.235   5.131  -8.623
 2331   2HB   ALA 303          2HB       ALA 303 -11.331   5.012  -7.113
 2332   3HB   ALA 303          3HB       ALA 303 -10.535   4.664  -8.646
 2333    H    LEU 304           H        LEU 304 -10.808   9.197  -8.863
 2334    HA   LEU 304           HA       LEU 304 -13.041   9.043 -10.766
 2335   1HB   LEU 304          2HB       LEU 304 -12.654  11.298  -8.799
 2336   2HB   LEU 304          1HB       LEU 304 -13.986  11.091  -9.921
 2337    HG   LEU 304           HG       LEU 304 -13.476   9.062  -7.775
 2338   1HD1  LEU 304          1HD1      LEU 304 -13.745  10.759  -6.294
 2339   2HD1  LEU 304          2HD1      LEU 304 -15.445  10.515  -6.686
 2340   3HD1  LEU 304          3HD1      LEU 304 -14.537  11.803  -7.474
 2341   1HD2  LEU 304          1HD2      LEU 304 -15.844   9.907  -9.419
 2342   2HD2  LEU 304          2HD2      LEU 304 -15.981   8.865  -8.004
 2343   3HD2  LEU 304          3HD2      LEU 304 -15.035   8.342  -9.396
 2344    H    LYS 305           H        LYS 305 -12.420   9.769 -12.693
 2345    HA   LYS 305           HA       LYS 305  -9.919  11.015 -13.130
 2346   1HB   LYS 305          2HB       LYS 305 -12.111   9.984 -14.714
 2347   2HB   LYS 305          1HB       LYS 305 -11.491  11.479 -15.398
 2348   1HG   LYS 305          2HG       LYS 305  -9.368   9.667 -14.609
 2349   2HG   LYS 305          1HG       LYS 305 -10.469   8.950 -15.786
 2350   1HD   LYS 305          2HD       LYS 305  -9.845  10.368 -17.434
 2351   2HD   LYS 305          1HD       LYS 305  -9.637  11.727 -16.328
 2352   1HE   LYS 305          2HE       LYS 305  -7.568  10.456 -15.490
 2353   2HE   LYS 305          1HE       LYS 305  -7.727   9.510 -16.969
 2354   1HZ   LYS 305          1HZ       LYS 305  -6.510  11.106 -17.892
 2355   2HZ   LYS 305          2HZ       LYS 305  -6.748  12.182 -16.609
 2356   3HZ   LYS 305          3HZ       LYS 305  -7.900  12.068 -17.843
 2357    H    SER 306           H        SER 306 -13.196  12.275 -12.854
 2358    HA   SER 306           HA       SER 306 -12.646  14.873 -13.814
 2359   1HB   SER 306          2HB       SER 306 -14.758  15.327 -12.220
 2360   2HB   SER 306          1HB       SER 306 -14.902  14.552 -13.796
 2361    HG   SER 306           HG       SER 306 -15.970  13.394 -12.111
 2362    H    TYR 307           H        TYR 307 -12.668  13.528 -10.527
 2363    HA   TYR 307           HA       TYR 307 -12.137  16.001  -9.246
 2364   1HB   TYR 307          2HB       TYR 307 -12.612  13.306  -8.446
 2365   2HB   TYR 307          1HB       TYR 307 -11.129  13.848  -7.664
 2366    HD1  TYR 307           1HD      TYR 307 -11.174  15.488  -5.929
 2367    HD2  TYR 307           2HD      TYR 307 -14.738  14.517  -8.038
 2368    HE1  TYR 307           1HE      TYR 307 -12.492  16.717  -4.255
 2369    HE2  TYR 307           2HE      TYR 307 -16.067  15.742  -6.371
 2370    HH   TYR 307           HH       TYR 307 -15.412  16.390  -3.602
 2371    H    GLU 308           H        GLU 308 -10.038  13.263 -10.106
 2372    HA   GLU 308           HA       GLU 308  -7.668  14.335  -9.103
 2373   1HB   GLU 308          2HB       GLU 308  -7.839  12.490 -11.471
 2374   2HB   GLU 308          1HB       GLU 308  -6.498  12.681 -10.350
 2375   1HG   GLU 308          2HG       GLU 308  -7.632  11.594  -8.624
 2376   2HG   GLU 308          1HG       GLU 308  -9.186  11.737  -9.434
 2377    H    GLU 309           H        GLU 309  -9.395  15.064 -11.989
 2378    HA   GLU 309           HA       GLU 309  -7.329  15.983 -13.627
 2379   1HB   GLU 309          2HB       GLU 309 -10.063  15.737 -13.823
 2380   2HB   GLU 309          1HB       GLU 309  -9.816  17.474 -13.911
 2381   1HG   GLU 309          2HG       GLU 309  -8.102  15.733 -15.595
 2382   2HG   GLU 309          1HG       GLU 309  -9.789  15.951 -16.057
 2383    H    GLU 310           H        GLU 310  -8.993  17.524 -11.016
 2384    HA   GLU 310           HA       GLU 310  -7.671  20.103 -11.473
 2385   1HB   GLU 310          2HB       GLU 310 -10.113  19.294 -10.189
 2386   2HB   GLU 310          1HB       GLU 310  -9.081  20.065  -8.992
 2387   1HG   GLU 310          2HG       GLU 310  -9.004  22.079 -10.196
 2388   2HG   GLU 310          1HG       GLU 310  -9.648  21.325 -11.655
 2389    H    LEU 311           H        LEU 311  -7.690  17.254  -9.582
 2390    HA   LEU 311           HA       LEU 311  -6.214  17.730  -7.339
 2391   1HB   LEU 311          2HB       LEU 311  -7.146  15.541  -8.767
 2392   2HB   LEU 311          1HB       LEU 311  -5.444  15.227  -8.521
 2393    HG   LEU 311           HG       LEU 311  -6.779  14.233  -6.744
 2394   1HD1  LEU 311          1HD1      LEU 311  -4.633  14.877  -6.051
 2395   2HD1  LEU 311          2HD1      LEU 311  -5.727  15.470  -4.802
 2396   3HD1  LEU 311          3HD1      LEU 311  -5.077  16.581  -6.008
 2397   1HD2  LEU 311          1HD2      LEU 311  -8.709  15.347  -6.362
 2398   2HD2  LEU 311          2HD2      LEU 311  -7.995  16.920  -6.716
 2399   3HD2  LEU 311          3HD2      LEU 311  -7.734  16.167  -5.142
 2400    H    ALA 312           H        ALA 312  -5.074  18.420 -10.372
 2401    HA   ALA 312           HA       ALA 312  -2.487  17.445 -10.512
 2402   1HB   ALA 312          1HB       ALA 312  -3.884  19.827 -11.565
 2403   2HB   ALA 312          2HB       ALA 312  -2.993  18.563 -12.411
 2404   3HB   ALA 312          3HB       ALA 312  -2.120  19.855 -11.587
 2405    H    LYS 313           H        LYS 313  -3.808  19.757  -8.310
 2406    HA   LYS 313           HA       LYS 313  -1.347  21.042  -7.658
 2407   1HB   LYS 313          2HB       LYS 313  -4.134  21.210  -6.855
 2408   2HB   LYS 313          1HB       LYS 313  -3.048  21.377  -5.480
 2409   1HG   LYS 313          2HG       LYS 313  -3.419  23.556  -6.271
 2410   2HG   LYS 313          1HG       LYS 313  -1.809  23.113  -6.845
 2411   1HD   LYS 313          2HD       LYS 313  -2.994  22.368  -8.996
 2412   2HD   LYS 313          1HD       LYS 313  -4.375  23.290  -8.399
 2413   1HE   LYS 313          2HE       LYS 313  -2.266  25.033  -8.074
 2414   2HE   LYS 313          1HE       LYS 313  -1.877  24.210  -9.584
 2415   1HZ   LYS 313          1HZ       LYS 313  -3.407  26.322  -9.534
 2416   2HZ   LYS 313          2HZ       LYS 313  -4.613  25.179  -9.215
 2417   3HZ   LYS 313          3HZ       LYS 313  -3.691  25.062 -10.627
 2418    H    ASP 314           H        ASP 314  -3.200  18.369  -6.228
 2419    HA   ASP 314           HA       ASP 314  -1.367  18.050  -4.039
 2420   1HB   ASP 314          2HB       ASP 314  -3.592  16.320  -5.097
 2421   2HB   ASP 314          1HB       ASP 314  -2.634  15.886  -3.693
 2422    HA   PRO 315           HA       PRO 315   1.364  15.429  -6.412
 2423   1HB   PRO 315          2HB       PRO 315   3.387  15.377  -4.677
 2424   2HB   PRO 315          1HB       PRO 315   2.935  16.869  -5.509
 2425   1HG   PRO 315          2HG       PRO 315   2.483  16.068  -2.692
 2426   2HG   PRO 315          1HG       PRO 315   2.679  17.687  -3.383
 2427   1HD   PRO 315          2HD       PRO 315   0.243  16.342  -2.716
 2428   2HD   PRO 315          1HD       PRO 315   0.433  17.936  -3.472
 2429    H    ARG 316           H        ARG 316  -0.500  14.425  -3.886
 2430    HA   ARG 316           HA       ARG 316   0.890  12.058  -3.087
 2431   1HB   ARG 316          2HB       ARG 316  -1.960  12.992  -2.796
 2432   2HB   ARG 316          1HB       ARG 316  -1.465  11.391  -2.272
 2433   1HG   ARG 316          2HG       ARG 316  -0.318  13.988  -1.266
 2434   2HG   ARG 316          1HG       ARG 316  -1.516  12.999  -0.431
 2435   1HD   ARG 316          2HD       ARG 316   0.013  11.455   0.214
 2436   2HD   ARG 316          1HD       ARG 316   0.964  11.626  -1.260
 2437    HE   ARG 316           HE       ARG 316   2.315  13.043  -0.109
 2438   1HH1  ARG 316          1HH1      ARG 316  -0.827  13.098   1.405
 2439   2HH1  ARG 316          2HH1      ARG 316  -0.356  14.229   2.628
 2440   1HH2  ARG 316          1HH2      ARG 316   2.934  14.539   1.491
 2441   2HH2  ARG 316          2HH2      ARG 316   1.776  15.050   2.674
 2442    H    ILE 317           H        ILE 317  -2.040  12.527  -5.065
 2443    HA   ILE 317           HA       ILE 317  -2.102   9.878  -6.034
 2444    HB   ILE 317           HB       ILE 317  -4.086  11.292  -5.986
 2445   1HG1  ILE 317          2HG1      ILE 317  -3.379  10.525  -8.815
 2446   2HG1  ILE 317          1HG1      ILE 317  -3.896   9.381  -7.581
 2447   1HG2  ILE 317          1HG2      ILE 317  -3.772  12.806  -8.355
 2448   2HG2  ILE 317          2HG2      ILE 317  -2.432  13.173  -7.267
 2449   3HG2  ILE 317          3HG2      ILE 317  -4.094  13.357  -6.715
 2450   1HD1  ILE 317          1HD1      ILE 317  -5.928   9.709  -8.431
 2451   2HD1  ILE 317          2HD1      ILE 317  -5.465  11.214  -9.225
 2452   3HD1  ILE 317          3HD1      ILE 317  -5.909  11.218  -7.522
 2453    H    ALA 318           H        ALA 318  -0.557  12.803  -7.228
 2454    HA   ALA 318           HA       ALA 318  -0.086  11.811  -9.857
 2455   1HB   ALA 318          1HB       ALA 318  -0.018  14.265  -8.800
 2456   2HB   ALA 318          2HB       ALA 318   0.810  13.839 -10.298
 2457   3HB   ALA 318          3HB       ALA 318   1.706  13.898  -8.780
 2458    H    ALA 319           H        ALA 319   2.135  12.273  -7.078
 2459    HA   ALA 319           HA       ALA 319   4.390  11.179  -8.281
 2460   1HB   ALA 319          1HB       ALA 319   3.878  10.848  -5.351
 2461   2HB   ALA 319          2HB       ALA 319   4.139  12.447  -6.048
 2462   3HB   ALA 319          3HB       ALA 319   5.389  11.213  -6.189
 2463    H    THR 320           H        THR 320   2.015   9.570  -6.168
 2464    HA   THR 320           HA       THR 320   3.187   7.011  -6.344
 2465    HB   THR 320           HB       THR 320   0.257   7.533  -5.857
 2466    HG1  THR 320           1HG      THR 320   0.763   8.510  -4.083
 2467   1HG2  THR 320          1HG2      THR 320   1.885   5.229  -5.660
 2468   2HG2  THR 320          2HG2      THR 320   0.180   5.415  -5.246
 2469   3HG2  THR 320          3HG2      THR 320   1.425   5.724  -4.037
 2470    H    MET 321           H        MET 321   1.092   8.771  -8.468
 2471    HA   MET 321           HA       MET 321  -0.078   6.672  -9.902
 2472   1HB   MET 321          2HB       MET 321   0.171   9.519 -10.163
 2473   2HB   MET 321          1HB       MET 321   0.455   8.769 -11.727
 2474   1HG   MET 321          2HG       MET 321  -1.683   7.529 -11.447
 2475   2HG   MET 321          1HG       MET 321  -1.977   8.465  -9.982
 2476   1HE   MET 321          1HE       MET 321  -4.484  10.530 -11.869
 2477   2HE   MET 321          2HE       MET 321  -3.990   9.783 -10.351
 2478   3HE   MET 321          3HE       MET 321  -4.362   8.775 -11.747
 2479    H    GLU 322           H        GLU 322   3.155   7.915  -9.939
 2480    HA   GLU 322           HA       GLU 322   3.925   6.963 -12.494
 2481   1HB   GLU 322          2HB       GLU 322   5.139   8.342 -10.313
 2482   2HB   GLU 322          1HB       GLU 322   6.168   6.983 -10.735
 2483   1HG   GLU 322          2HG       GLU 322   6.815   7.907 -12.661
 2484   2HG   GLU 322          1HG       GLU 322   5.202   8.517 -13.031
 2485    H    ASN 323           H        ASN 323   4.443   5.614  -9.218
 2486    HA   ASN 323           HA       ASN 323   5.607   3.203 -10.190
 2487   1HB   ASN 323          2HB       ASN 323   5.342   2.412  -7.845
 2488   2HB   ASN 323          1HB       ASN 323   6.144   3.974  -7.960
 2489   1HD2  ASN 323          1HD2      ASN 323   2.924   2.551  -7.536
 2490   2HD2  ASN 323          2HD2      ASN 323   2.356   3.744  -6.431
 2491    H    ALA 324           H        ALA 324   2.359   4.225  -9.433
 2492    HA   ALA 324           HA       ALA 324   1.105   1.748  -9.182
 2493   1HB   ALA 324          1HB       ALA 324  -0.746   2.978  -8.982
 2494   2HB   ALA 324          2HB       ALA 324  -0.526   3.718 -10.568
 2495   3HB   ALA 324          3HB       ALA 324   0.304   4.383  -9.161
 2496    H    GLN 325           H        GLN 325   1.754   3.687 -12.072
 2497    HA   GLN 325           HA       GLN 325   0.417   2.017 -13.900
 2498   1HB   GLN 325          2HB       GLN 325   2.411   4.209 -14.068
 2499   2HB   GLN 325          1HB       GLN 325   2.264   3.164 -15.473
 2500   1HG   GLN 325          2HG       GLN 325  -0.239   3.625 -15.340
 2501   2HG   GLN 325          1HG       GLN 325   0.183   4.921 -14.224
 2502   1HE2  GLN 325          1HE2      GLN 325  -0.972   4.873 -16.989
 2503   2HE2  GLN 325          2HE2      GLN 325   0.024   5.955 -17.896
 2504    H    LYS 326           H        LYS 326   3.669   1.946 -12.579
 2505    HA   LYS 326           HA       LYS 326   4.151  -0.545 -14.083
 2506   1HB   LYS 326          2HB       LYS 326   5.886   1.800 -13.579
 2507   2HB   LYS 326          1HB       LYS 326   6.656   0.225 -13.439
 2508   1HG   LYS 326          2HG       LYS 326   6.959   0.335 -15.637
 2509   2HG   LYS 326          1HG       LYS 326   5.229   0.013 -15.782
 2510   1HD   LYS 326          2HD       LYS 326   4.862   2.042 -16.618
 2511   2HD   LYS 326          1HD       LYS 326   5.688   2.807 -15.262
 2512   1HE   LYS 326          2HE       LYS 326   7.358   3.360 -16.611
 2513   2HE   LYS 326          1HE       LYS 326   7.679   1.653 -16.898
 2514   1HZ   LYS 326          1HZ       LYS 326   6.851   3.488 -18.747
 2515   2HZ   LYS 326          2HZ       LYS 326   5.460   2.581 -18.427
 2516   3HZ   LYS 326          3HZ       LYS 326   6.874   1.807 -18.944
 2517    H    GLY 327           H        GLY 327   2.791  -0.765 -11.762
 2518   1HA   GLY 327          2HA       GLY 327   4.819  -1.886  -9.928
 2519   2HA   GLY 327          1HA       GLY 327   3.438  -0.983  -9.324
 2520    H    GLU 328           H        GLU 328   3.695  -3.384  -8.267
 2521    HA   GLU 328           HA       GLU 328   1.814  -5.116  -9.736
 2522   1HB   GLU 328          2HB       GLU 328   4.309  -5.694  -8.414
 2523   2HB   GLU 328          1HB       GLU 328   3.010  -6.585  -7.636
 2524   1HG   GLU 328          2HG       GLU 328   2.641  -6.856 -10.420
 2525   2HG   GLU 328          1HG       GLU 328   4.352  -7.130 -10.089
 2526    H    ILE 329           H        ILE 329   0.018  -5.913  -8.686
 2527    HA   ILE 329           HA       ILE 329  -0.889  -4.430  -6.390
 2528    HB   ILE 329           HB       ILE 329  -2.256  -6.784  -7.695
 2529   1HG1  ILE 329          2HG1      ILE 329  -2.467  -3.841  -8.383
 2530   2HG1  ILE 329          1HG1      ILE 329  -1.739  -5.086  -9.395
 2531   1HG2  ILE 329          1HG2      ILE 329  -3.993  -4.740  -6.714
 2532   2HG2  ILE 329          2HG2      ILE 329  -2.871  -5.212  -5.441
 2533   3HG2  ILE 329          3HG2      ILE 329  -3.877  -6.431  -6.223
 2534   1HD1  ILE 329          1HD1      ILE 329  -4.496  -5.646  -8.597
 2535   2HD1  ILE 329          2HD1      ILE 329  -3.719  -5.767 -10.175
 2536   3HD1  ILE 329          3HD1      ILE 329  -4.299  -4.205  -9.593
 2537    H    MET 330           H        MET 330  -1.119  -5.155  -4.306
 2538    HA   MET 330           HA       MET 330   0.610  -6.991  -3.230
 2539   1HB   MET 330          2HB       MET 330  -2.117  -6.429  -2.066
 2540   2HB   MET 330          1HB       MET 330  -0.656  -6.883  -1.199
 2541   1HG   MET 330          2HG       MET 330   0.259  -4.793  -1.354
 2542   2HG   MET 330          1HG       MET 330  -0.649  -4.378  -2.805
 2543   1HE   MET 330          1HE       MET 330  -1.581  -3.691   1.503
 2544   2HE   MET 330          2HE       MET 330  -0.496  -2.680   0.546
 2545   3HE   MET 330          3HE       MET 330  -0.168  -4.403   0.725
 2546    HA   PRO 331           HA       PRO 331  -1.029 -11.019  -4.016
 2547   1HB   PRO 331          2HB       PRO 331  -0.190 -12.429  -1.892
 2548   2HB   PRO 331          1HB       PRO 331   0.941 -11.780  -3.083
 2549   1HG   PRO 331          2HG       PRO 331   0.205 -10.693  -0.392
 2550   2HG   PRO 331          1HG       PRO 331   1.809 -10.845  -1.134
 2551   1HD   PRO 331          2HD       PRO 331   0.393  -8.514  -1.098
 2552   2HD   PRO 331          1HD       PRO 331   1.553  -8.927  -2.376
 2553    H    ASN 332           H        ASN 332  -2.457 -12.726  -3.222
 2554    HA   ASN 332           HA       ASN 332  -4.161 -12.021  -0.963
 2555   1HB   ASN 332          2HB       ASN 332  -6.212 -12.457  -2.359
 2556   2HB   ASN 332          1HB       ASN 332  -5.355 -10.969  -2.751
 2557   1HD2  ASN 332          1HD2      ASN 332  -6.514 -13.943  -3.896
 2558   2HD2  ASN 332          2HD2      ASN 332  -5.887 -13.844  -5.504
 2559    H    ILE 333           H        ILE 333  -2.186 -14.125  -1.566
 2560    HA   ILE 333           HA       ILE 333  -3.929 -16.505  -1.440
 2561    HB   ILE 333           HB       ILE 333  -0.989 -16.522  -2.112
 2562   1HG1  ILE 333          2HG1      ILE 333  -3.136 -16.779  -4.193
 2563   2HG1  ILE 333          1HG1      ILE 333  -2.527 -15.189  -3.735
 2564   1HG2  ILE 333          1HG2      ILE 333  -1.206 -18.734  -2.550
 2565   2HG2  ILE 333          2HG2      ILE 333  -2.887 -18.582  -3.067
 2566   3HG2  ILE 333          3HG2      ILE 333  -2.480 -18.574  -1.354
 2567   1HD1  ILE 333          1HD1      ILE 333  -1.069 -17.454  -5.045
 2568   2HD1  ILE 333          2HD1      ILE 333  -0.209 -16.148  -4.228
 2569   3HD1  ILE 333          3HD1      ILE 333  -1.262 -15.789  -5.597
 2570    HA   PRO 334           HA       PRO 334  -2.446 -16.963   2.743
 2571   1HB   PRO 334          2HB       PRO 334  -3.179 -19.501   3.235
 2572   2HB   PRO 334          1HB       PRO 334  -4.373 -18.209   3.064
 2573   1HG   PRO 334          2HG       PRO 334  -3.463 -20.217   1.032
 2574   2HG   PRO 334          1HG       PRO 334  -5.119 -19.735   1.454
 2575   1HD   PRO 334          2HD       PRO 334  -3.833 -18.733  -0.695
 2576   2HD   PRO 334          1HD       PRO 334  -4.989 -17.774   0.241
 2577    H    GLN 335           H        GLN 335  -1.503 -19.179   0.194
 2578    HA   GLN 335           HA       GLN 335   0.495 -20.583   1.620
 2579   1HB   GLN 335          2HB       GLN 335  -0.635 -20.732  -0.910
 2580   2HB   GLN 335          1HB       GLN 335   1.036 -20.288  -1.229
 2581   1HG   GLN 335          2HG       GLN 335   1.846 -22.269  -0.517
 2582   2HG   GLN 335          1HG       GLN 335   0.598 -22.462   0.715
 2583   1HE2  GLN 335          1HE2      GLN 335   1.067 -22.472  -2.787
 2584   2HE2  GLN 335          2HE2      GLN 335  -0.097 -23.704  -3.120
 2585    H    MET 336           H        MET 336   0.431 -17.495   0.047
 2586    HA   MET 336           HA       MET 336   3.173 -17.128  -0.383
 2587   1HB   MET 336          2HB       MET 336   0.957 -15.680  -0.928
 2588   2HB   MET 336          1HB       MET 336   1.604 -14.755   0.419
 2589   1HG   MET 336          2HG       MET 336   2.624 -13.710  -1.327
 2590   2HG   MET 336          1HG       MET 336   3.838 -14.933  -0.944
 2591   1HE   MET 336          1HE       MET 336   2.276 -13.964  -4.828
 2592   2HE   MET 336          2HE       MET 336   2.144 -13.122  -3.285
 2593   3HE   MET 336          3HE       MET 336   0.848 -14.194  -3.819
 2594    H    SER 337           H        SER 337   1.269 -16.981   2.510
 2595    HA   SER 337           HA       SER 337   2.943 -15.378   4.090
 2596   1HB   SER 337          2HB       SER 337   1.290 -17.684   5.120
 2597   2HB   SER 337          1HB       SER 337   1.728 -16.200   5.966
 2598    HG   SER 337           HG       SER 337   0.447 -15.078   4.370
 2599    H    ALA 338           H        ALA 338   3.315 -18.596   2.951
 2600    HA   ALA 338           HA       ALA 338   5.017 -19.617   4.968
 2601   1HB   ALA 338          1HB       ALA 338   3.883 -20.546   2.560
 2602   2HB   ALA 338          2HB       ALA 338   4.743 -21.475   3.785
 2603   3HB   ALA 338          3HB       ALA 338   5.627 -20.778   2.427
 2604    H    PHE 339           H        PHE 339   5.555 -17.529   2.238
 2605    HA   PHE 339           HA       PHE 339   8.269 -17.882   1.780
 2606   1HB   PHE 339          2HB       PHE 339   6.421 -16.317   0.672
 2607   2HB   PHE 339          1HB       PHE 339   7.183 -15.110   1.700
 2608    HD1  PHE 339           1HD      PHE 339   9.757 -14.895   1.509
 2609    HD2  PHE 339           2HD      PHE 339   7.308 -16.790  -1.410
 2610    HE1  PHE 339           1HE      PHE 339  11.522 -14.570  -0.174
 2611    HE2  PHE 339           2HE      PHE 339   9.070 -16.472  -3.099
 2612    HZ   PHE 339           HZ       PHE 339  11.178 -15.361  -2.481
 2613    H    TRP 340           H        TRP 340   6.680 -16.263   4.432
 2614    HA   TRP 340           HA       TRP 340   8.694 -14.594   5.362
 2615   1HB   TRP 340          2HB       TRP 340   6.255 -15.704   6.382
 2616   2HB   TRP 340          1HB       TRP 340   7.489 -15.797   7.632
 2617    HD1  TRP 340           HD       TRP 340   8.802 -13.322   8.083
 2618    HE1  TRP 340           1HE      TRP 340   7.722 -10.991   8.233
 2619    HE3  TRP 340           3HE      TRP 340   4.414 -14.298   5.641
 2620    HZ2  TRP 340           2HZ      TRP 340   5.328  -9.731   7.423
 2621    HZ3  TRP 340           3HZ      TRP 340   2.784 -12.474   5.371
 2622    HH2  TRP 340           HH       TRP 340   3.234 -10.238   6.245
 2623    H    TYR 341           H        TYR 341   8.349 -18.048   5.589
 2624    HA   TYR 341           HA       TYR 341  10.464 -18.464   7.472
 2625   1HB   TYR 341          2HB       TYR 341   8.541 -20.098   5.997
 2626   2HB   TYR 341          1HB       TYR 341  10.124 -20.859   6.132
 2627    HD1  TYR 341           1HD      TYR 341  11.130 -21.135   8.448
 2628    HD2  TYR 341           2HD      TYR 341   7.056 -20.073   7.821
 2629    HE1  TYR 341           1HE      TYR 341  10.595 -21.851  10.740
 2630    HE2  TYR 341           2HE      TYR 341   6.512 -20.789  10.109
 2631    HH   TYR 341           HH       TYR 341   8.796 -21.321  12.462
 2632    H    ALA 342           H        ALA 342  10.279 -17.868   4.131
 2633    HA   ALA 342           HA       ALA 342  12.780 -19.142   3.444
 2634   1HB   ALA 342          1HB       ALA 342  10.605 -17.805   1.989
 2635   2HB   ALA 342          2HB       ALA 342  11.575 -19.211   1.551
 2636   3HB   ALA 342          3HB       ALA 342  12.216 -17.587   1.304
 2637    H    VAL 343           H        VAL 343  11.587 -15.788   3.523
 2638    HA   VAL 343           HA       VAL 343  13.953 -14.491   2.927
 2639    HB   VAL 343           HB       VAL 343  11.761 -13.377   3.013
 2640   1HG1  VAL 343          1HG1      VAL 343  10.822 -14.298   5.014
 2641   2HG1  VAL 343          2HG1      VAL 343  10.931 -12.547   5.205
 2642   3HG1  VAL 343          3HG1      VAL 343  12.107 -13.596   5.998
 2643   1HG2  VAL 343          1HG2      VAL 343  12.539 -11.256   4.054
 2644   2HG2  VAL 343          2HG2      VAL 343  13.705 -11.978   2.946
 2645   3HG2  VAL 343          3HG2      VAL 343  13.933 -12.129   4.688
 2646    H    ARG 344           H        ARG 344  12.873 -15.721   6.055
 2647    HA   ARG 344           HA       ARG 344  14.889 -14.399   7.565
 2648   1HB   ARG 344          2HB       ARG 344  14.293 -16.105   9.324
 2649   2HB   ARG 344          1HB       ARG 344  12.964 -15.110   8.751
 2650   1HG   ARG 344          2HG       ARG 344  11.819 -16.952   8.323
 2651   2HG   ARG 344          1HG       ARG 344  13.013 -17.379   7.099
 2652   1HD   ARG 344          2HD       ARG 344  13.250 -19.222   8.378
 2653   2HD   ARG 344          1HD       ARG 344  14.321 -18.175   9.305
 2654    HE   ARG 344           HE       ARG 344  11.649 -19.063  10.056
 2655   1HH1  ARG 344          1HH1      ARG 344  14.409 -17.046  10.795
 2656   2HH1  ARG 344          2HH1      ARG 344  13.959 -16.829  12.449
 2657   1HH2  ARG 344          1HH2      ARG 344  11.078 -18.787  12.240
 2658   2HH2  ARG 344          2HH2      ARG 344  12.079 -17.819  13.271
 2659    H    THR 345           H        THR 345  14.670 -17.599   6.072
 2660    HA   THR 345           HA       THR 345  17.206 -18.422   7.145
 2661    HB   THR 345           HB       THR 345  16.898 -20.397   5.611
 2662    HG1  THR 345           1HG      THR 345  15.004 -20.585   4.510
 2663   1HG2  THR 345          1HG2      THR 345  15.574 -19.817   7.992
 2664   2HG2  THR 345          2HG2      THR 345  15.820 -21.402   7.260
 2665   3HG2  THR 345          3HG2      THR 345  14.346 -20.494   6.922
 2666    H    ALA 346           H        ALA 346  16.088 -16.863   4.264
 2667    HA   ALA 346           HA       ALA 346  18.377 -17.441   2.659
 2668   1HB   ALA 346          1HB       ALA 346  15.955 -15.777   2.404
 2669   2HB   ALA 346          2HB       ALA 346  16.682 -16.909   1.266
 2670   3HB   ALA 346          3HB       ALA 346  17.353 -15.288   1.446
 2671    H    VAL 347           H        VAL 347  17.268 -14.355   4.090
 2672    HA   VAL 347           HA       VAL 347  19.848 -13.156   3.665
 2673    HB   VAL 347           HB       VAL 347  17.564 -12.014   5.259
 2674   1HG1  VAL 347          1HG1      VAL 347  18.551  -9.861   4.489
 2675   2HG1  VAL 347          2HG1      VAL 347  19.905 -10.774   3.822
 2676   3HG1  VAL 347          3HG1      VAL 347  19.600 -10.789   5.560
 2677   1HG2  VAL 347          1HG2      VAL 347  17.885 -12.419   2.355
 2678   2HG2  VAL 347          2HG2      VAL 347  17.322 -10.825   2.862
 2679   3HG2  VAL 347          3HG2      VAL 347  16.420 -12.269   3.327
 2680    H    ILE 348           H        ILE 348  17.914 -13.773   6.598
 2681    HA   ILE 348           HA       ILE 348  19.891 -12.993   8.415
 2682    HB   ILE 348           HB       ILE 348  17.873 -15.109   9.085
 2683   1HG1  ILE 348          2HG1      ILE 348  16.642 -13.401   7.847
 2684   2HG1  ILE 348          1HG1      ILE 348  16.252 -13.309   9.559
 2685   1HG2  ILE 348          1HG2      ILE 348  17.843 -13.711  11.220
 2686   2HG2  ILE 348          2HG2      ILE 348  19.306 -12.957  10.590
 2687   3HG2  ILE 348          3HG2      ILE 348  19.273 -14.693  10.896
 2688   1HD1  ILE 348          1HD1      ILE 348  17.235 -11.279   7.832
 2689   2HD1  ILE 348          2HD1      ILE 348  18.420 -11.562   9.109
 2690   3HD1  ILE 348          3HD1      ILE 348  16.752 -11.163   9.523
 2691    H    ASN 349           H        ASN 349  18.915 -16.343   7.623
 2692    HA   ASN 349           HA       ASN 349  20.907 -17.623   9.067
 2693   1HB   ASN 349          2HB       ASN 349  18.907 -18.360   7.184
 2694   2HB   ASN 349          1HB       ASN 349  20.395 -19.173   6.738
 2695   1HD2  ASN 349          1HD2      ASN 349  21.311 -20.675   8.212
 2696   2HD2  ASN 349          2HD2      ASN 349  20.380 -21.359   9.486
 2697    H    ALA 350           H        ALA 350  20.969 -16.664   5.634
 2698    HA   ALA 350           HA       ALA 350  23.573 -17.677   5.139
 2699   1HB   ALA 350          1HB       ALA 350  23.230 -15.679   3.288
 2700   2HB   ALA 350          2HB       ALA 350  21.586 -16.155   3.689
 2701   3HB   ALA 350          3HB       ALA 350  22.726 -17.361   3.109
 2702    H    ALA 351           H        ALA 351  22.426 -14.642   6.405
 2703    HA   ALA 351           HA       ALA 351  24.936 -13.294   6.076
 2704   1HB   ALA 351          1HB       ALA 351  22.713 -12.147   6.175
 2705   2HB   ALA 351          2HB       ALA 351  23.945 -11.472   7.239
 2706   3HB   ALA 351          3HB       ALA 351  22.678 -12.504   7.902
 2707    H    SER 352           H        SER 352  23.839 -15.652   8.232
 2708    HA   SER 352           HA       SER 352  25.119 -14.764  10.609
 2709   1HB   SER 352          2HB       SER 352  24.722 -17.672  10.045
 2710   2HB   SER 352          1HB       SER 352  24.446 -16.771  11.537
 2711    HG   SER 352           HG       SER 352  22.787 -17.167   9.365
 2712    H    GLY 353           H        GLY 353  26.040 -17.206   8.189
 2713   1HA   GLY 353          2HA       GLY 353  28.525 -16.784   7.568
 2714   2HA   GLY 353          1HA       GLY 353  28.773 -17.162   9.265
 2715    H    ARG 354           H        ARG 354  26.228 -19.030   8.474
 2716    HA   ARG 354           HA       ARG 354  27.858 -21.199   7.359
 2717   1HB   ARG 354          2HB       ARG 354  26.566 -21.080   9.981
 2718   2HB   ARG 354          1HB       ARG 354  26.106 -22.500   9.058
 2719   1HG   ARG 354          2HG       ARG 354  27.971 -23.465   9.764
 2720   2HG   ARG 354          1HG       ARG 354  28.868 -22.329   8.756
 2721   1HD   ARG 354          2HD       ARG 354  29.746 -21.402  10.567
 2722   2HD   ARG 354          1HD       ARG 354  28.136 -20.991  11.149
 2723    HE   ARG 354           HE       ARG 354  29.451 -23.568  11.724
 2724   1HH1  ARG 354          1HH1      ARG 354  27.487 -20.845  12.714
 2725   2HH1  ARG 354          2HH1      ARG 354  27.273 -21.432  14.326
 2726   1HH2  ARG 354          1HH2      ARG 354  29.165 -24.327  13.856
 2727   2HH2  ARG 354          2HH2      ARG 354  28.216 -23.402  14.972
 2728    H    GLN 355           H        GLN 355  26.080 -19.530   5.948
 2729    HA   GLN 355           HA       GLN 355  24.228 -21.543   4.950
 2730   1HB   GLN 355          2HB       GLN 355  23.398 -19.209   6.461
 2731   2HB   GLN 355          1HB       GLN 355  22.675 -19.241   4.861
 2732   1HG   GLN 355          2HG       GLN 355  22.598 -21.745   6.414
 2733   2HG   GLN 355          1HG       GLN 355  21.609 -20.407   6.976
 2734   1HE2  GLN 355          1HE2      GLN 355  22.354 -22.311   4.122
 2735   2HE2  GLN 355          2HE2      GLN 355  20.777 -22.211   3.424
 2736    H    THR 356           H        THR 356  24.649 -21.641   2.834
 2737    HA   THR 356           HA       THR 356  25.680 -19.269   1.486
 2738    HB   THR 356           HB       THR 356  26.967 -21.274   1.131
 2739    HG1  THR 356           1HG      THR 356  25.483 -20.936  -1.242
 2740   1HG2  THR 356          1HG2      THR 356  25.185 -22.827  -0.481
 2741   2HG2  THR 356          2HG2      THR 356  24.524 -22.637   1.142
 2742   3HG2  THR 356          3HG2      THR 356  26.139 -23.311   0.921
 2743    H    VAL 357           H        VAL 357  24.671 -18.247  -0.183
 2744    HA   VAL 357           HA       VAL 357  21.903 -18.190  -0.291
 2745    HB   VAL 357           HB       VAL 357  22.183 -17.024  -2.507
 2746   1HG1  VAL 357          1HG1      VAL 357  22.203 -15.862  -0.319
 2747   2HG1  VAL 357          2HG1      VAL 357  23.159 -15.045  -1.557
 2748   3HG1  VAL 357          3HG1      VAL 357  23.962 -15.993  -0.304
 2749   1HG2  VAL 357          1HG2      VAL 357  24.166 -16.861  -3.586
 2750   2HG2  VAL 357          2HG2      VAL 357  24.466 -18.395  -2.770
 2751   3HG2  VAL 357          3HG2      VAL 357  25.107 -16.896  -2.094
 2752    H    ASP 358           H        ASP 358  24.130 -20.271  -1.961
 2753    HA   ASP 358           HA       ASP 358  22.460 -21.105  -4.067
 2754   1HB   ASP 358          2HB       ASP 358  24.659 -22.654  -2.684
 2755   2HB   ASP 358          1HB       ASP 358  23.965 -23.038  -4.254
 2756    H    GLU 359           H        GLU 359  23.200 -22.753  -0.999
 2757    HA   GLU 359           HA       GLU 359  21.052 -24.625  -1.404
 2758   1HB   GLU 359          2HB       GLU 359  23.286 -24.306   0.481
 2759   2HB   GLU 359          1HB       GLU 359  21.839 -25.031   1.170
 2760   1HG   GLU 359          2HG       GLU 359  22.381 -26.217  -1.375
 2761   2HG   GLU 359          1HG       GLU 359  23.831 -26.271  -0.374
 2762    H    ALA 360           H        ALA 360  21.441 -21.596   0.246
 2763    HA   ALA 360           HA       ALA 360  19.236 -21.976   2.040
 2764   1HB   ALA 360          1HB       ALA 360  19.513 -19.625   2.594
 2765   2HB   ALA 360          2HB       ALA 360  20.632 -19.433   1.245
 2766   3HB   ALA 360          3HB       ALA 360  21.062 -20.465   2.605
 2767    H    LEU 361           H        LEU 361  19.674 -19.981  -0.894
 2768    HA   LEU 361           HA       LEU 361  16.876 -19.288  -0.905
 2769   1HB   LEU 361          2HB       LEU 361  18.893 -17.860  -1.667
 2770   2HB   LEU 361          1HB       LEU 361  18.776 -18.761  -3.166
 2771    HG   LEU 361           HG       LEU 361  17.648 -16.571  -3.270
 2772   1HD1  LEU 361          1HD1      LEU 361  15.380 -17.481  -4.008
 2773   2HD1  LEU 361          2HD1      LEU 361  16.018 -19.061  -3.593
 2774   3HD1  LEU 361          3HD1      LEU 361  16.817 -18.092  -4.825
 2775   1HD2  LEU 361          1HD2      LEU 361  15.257 -17.100  -1.873
 2776   2HD2  LEU 361          2HD2      LEU 361  16.451 -15.843  -1.556
 2777   3HD2  LEU 361          3HD2      LEU 361  16.584 -17.407  -0.753
 2778    H    LYS 362           H        LYS 362  18.987 -21.194  -3.065
 2779    HA   LYS 362           HA       LYS 362  16.972 -21.875  -4.887
 2780   1HB   LYS 362          2HB       LYS 362  19.683 -22.250  -4.720
 2781   2HB   LYS 362          1HB       LYS 362  19.068 -23.893  -4.583
 2782   1HG   LYS 362          2HG       LYS 362  17.745 -22.429  -6.685
 2783   2HG   LYS 362          1HG       LYS 362  19.489 -22.445  -6.909
 2784   1HD   LYS 362          2HD       LYS 362  18.276 -25.018  -6.138
 2785   2HD   LYS 362          1HD       LYS 362  17.843 -24.416  -7.741
 2786   1HE   LYS 362          2HE       LYS 362  20.512 -23.969  -7.731
 2787   2HE   LYS 362          1HE       LYS 362  20.416 -25.412  -6.721
 2788   1HZ   LYS 362          1HZ       LYS 362  19.049 -26.416  -8.541
 2789   2HZ   LYS 362          2HZ       LYS 362  20.666 -26.130  -8.943
 2790   3HZ   LYS 362          3HZ       LYS 362  19.460 -25.089  -9.508
 2791    H    ASP 363           H        ASP 363  18.297 -23.862  -2.211
 2792    HA   ASP 363           HA       ASP 363  16.492 -25.998  -2.605
 2793   1HB   ASP 363          2HB       ASP 363  18.414 -25.201  -0.515
 2794   2HB   ASP 363          1HB       ASP 363  17.095 -26.225   0.034
 2795    H    ALA 364           H        ALA 364  16.209 -22.953  -0.973
 2796    HA   ALA 364           HA       ALA 364  14.077 -23.555   0.753
 2797   1HB   ALA 364          1HB       ALA 364  14.388 -21.447   1.363
 2798   2HB   ALA 364          2HB       ALA 364  13.851 -20.870  -0.216
 2799   3HB   ALA 364          3HB       ALA 364  15.546 -21.267   0.047
 2800    H    GLN 365           H        GLN 365  14.177 -22.826  -2.674
 2801    HA   GLN 365           HA       GLN 365  11.428 -22.250  -2.995
 2802   1HB   GLN 365          2HB       GLN 365  13.122 -21.673  -4.685
 2803   2HB   GLN 365          1HB       GLN 365  13.375 -23.382  -5.008
 2804   1HG   GLN 365          2HG       GLN 365  10.584 -22.635  -5.241
 2805   2HG   GLN 365          1HG       GLN 365  11.618 -21.696  -6.316
 2806   1HE2  GLN 365          1HE2      GLN 365  10.573 -24.921  -5.438
 2807   2HE2  GLN 365          2HE2      GLN 365  11.033 -25.683  -6.916
 2808    H    THR 366           H        THR 366  13.282 -25.255  -3.417
 2809    HA   THR 366           HA       THR 366  11.053 -26.823  -4.173
 2810    HB   THR 366           HB       THR 366  13.288 -27.540  -4.733
 2811    HG1  THR 366           1HG      THR 366  11.696 -29.181  -3.159
 2812   1HG2  THR 366          1HG2      THR 366  14.655 -28.606  -2.814
 2813   2HG2  THR 366          2HG2      THR 366  13.761 -27.479  -1.792
 2814   3HG2  THR 366          3HG2      THR 366  14.764 -26.871  -3.110
 2815    H    ARG 367           H        ARG 367  12.338 -25.903  -1.052
 2816    HA   ARG 367           HA       ARG 367  10.986 -27.911   0.448
 2817   1HB   ARG 367          2HB       ARG 367  12.952 -26.260   1.102
 2818   2HB   ARG 367          1HB       ARG 367  11.619 -25.257   1.660
 2819   1HG   ARG 367          2HG       ARG 367  11.699 -28.103   2.514
 2820   2HG   ARG 367          1HG       ARG 367  12.815 -26.959   3.260
 2821   1HD   ARG 367          2HD       ARG 367  11.170 -25.858   4.350
 2822   2HD   ARG 367          1HD       ARG 367  10.004 -26.087   3.050
 2823    HE   ARG 367           HE       ARG 367   9.833 -28.446   3.887
 2824   1HH1  ARG 367          1HH1      ARG 367  10.759 -25.838   6.030
 2825   2HH1  ARG 367          2HH1      ARG 367  10.189 -26.644   7.449
 2826   1HH2  ARG 367          1HH2      ARG 367   9.078 -29.491   5.765
 2827   2HH2  ARG 367          2HH2      ARG 367   9.238 -28.709   7.303
 2828    H    ILE 368           H        ILE 368  10.218 -24.540  -0.367
 2829    HA   ILE 368           HA       ILE 368   7.877 -24.308   1.136
 2830    HB   ILE 368           HB       ILE 368   8.368 -22.965  -1.524
 2831   1HG1  ILE 368          2HG1      ILE 368   9.200 -22.079   1.248
 2832   2HG1  ILE 368          1HG1      ILE 368  10.285 -22.665   0.000
 2833   1HG2  ILE 368          1HG2      ILE 368   6.351 -22.720   0.576
 2834   2HG2  ILE 368          2HG2      ILE 368   6.308 -22.194  -1.107
 2835   3HG2  ILE 368          3HG2      ILE 368   7.090 -21.187   0.112
 2836   1HD1  ILE 368          1HD1      ILE 368  10.532 -20.582  -0.687
 2837   2HD1  ILE 368          2HD1      ILE 368   9.296 -20.025   0.441
 2838   3HD1  ILE 368          3HD1      ILE 368   8.836 -20.579  -1.169
 2839    H    THR 369           H        THR 369   8.371 -25.588  -2.133
 2840    HA   THR 369           HA       THR 369   5.559 -25.965  -2.593
 2841    HB   THR 369           HB       THR 369   6.253 -27.141  -4.635
 2842    HG1  THR 369           1HG      THR 369   8.287 -27.916  -3.470
 2843   1HG2  THR 369          1HG2      THR 369   7.085 -25.344  -5.805
 2844   2HG2  THR 369          2HG2      THR 369   8.091 -24.799  -4.463
 2845   3HG2  THR 369          3HG2      THR 369   6.342 -24.569  -4.405
 2846    H    LYS 370           H        LYS 370   8.147 -27.856  -1.249
 2847    HA   LYS 370           HA       LYS 370   6.239 -29.917  -0.488
 2848   1HB   LYS 370          2HB       LYS 370   7.837 -30.332  -2.709
 2849   2HB   LYS 370          1HB       LYS 370   8.729 -31.128  -1.420
 2850   1HG   LYS 370          2HG       LYS 370   6.011 -31.862  -1.142
 2851   2HG   LYS 370          1HG       LYS 370   6.442 -32.040  -2.843
 2852   1HD   LYS 370          2HD       LYS 370   7.494 -33.942  -2.373
 2853   2HD   LYS 370          1HD       LYS 370   8.589 -33.072  -1.299
 2854   1HE   LYS 370          2HE       LYS 370   5.872 -34.092  -0.483
 2855   2HE   LYS 370          1HE       LYS 370   7.376 -34.977  -0.230
 2856   1HZ   LYS 370          1HZ       LYS 370   6.327 -32.672   1.181
 2857   2HZ   LYS 370          2HZ       LYS 370   7.984 -32.612   0.845
 2858   3HZ   LYS 370          3HZ       LYS 370   7.349 -33.906   1.730
  Start of MODEL    2
    1   1H    LYS   1          1HT       LYS   1 -37.576 -10.759  10.268
    2   2H    LYS   1          2HT       LYS   1 -38.924 -11.382   9.407
    3   3H    LYS   1          3HT       LYS   1 -39.108 -10.862  11.028
    4    HA   LYS   1           HA       LYS   1 -39.629  -9.423   8.826
    5   1HB   LYS   1          2HB       LYS   1 -39.632  -7.500  10.513
    6   2HB   LYS   1          1HB       LYS   1 -40.615  -8.901  10.908
    7   1HG   LYS   1          2HG       LYS   1 -37.895  -9.049  11.959
    8   2HG   LYS   1          1HG       LYS   1 -38.831  -7.690  12.582
    9   1HD   LYS   1          2HD       LYS   1 -40.141  -9.027  13.815
   10   2HD   LYS   1          1HD       LYS   1 -40.342 -10.180  12.495
   11   1HE   LYS   1          2HE       LYS   1 -38.170 -11.156  13.003
   12   2HE   LYS   1          1HE       LYS   1 -37.932  -9.987  14.299
   13   1HZ   LYS   1          1HZ       LYS   1 -38.744 -11.702  15.503
   14   2HZ   LYS   1          2HZ       LYS   1 -39.634 -12.351  14.220
   15   3HZ   LYS   1          3HZ       LYS   1 -40.226 -11.012  15.065
   16    H    THR   2           H        THR   2 -38.795  -7.345   8.070
   17    HA   THR   2           HA       THR   2 -35.904  -7.000   8.426
   18    HB   THR   2           HB       THR   2 -35.560  -6.716   6.039
   19    HG1  THR   2           1HG      THR   2 -38.339  -7.232   5.881
   20   1HG2  THR   2          1HG2      THR   2 -36.128  -9.163   7.232
   21   2HG2  THR   2          2HG2      THR   2 -35.240  -8.876   5.736
   22   3HG2  THR   2          3HG2      THR   2 -36.976  -9.184   5.685
   23    H    GLU   3           H        GLU   3 -36.358  -5.200   9.707
   24    HA   GLU   3           HA       GLU   3 -37.480  -2.883   8.269
   25   1HB   GLU   3          2HB       GLU   3 -38.714  -3.729  10.330
   26   2HB   GLU   3          1HB       GLU   3 -37.328  -3.190  11.266
   27   1HG   GLU   3          2HG       GLU   3 -37.974  -1.063  11.204
   28   2HG   GLU   3          1HG       GLU   3 -38.337  -1.134   9.478
   29    H    GLU   4           H        GLU   4 -35.895  -1.603   7.574
   30    HA   GLU   4           HA       GLU   4 -33.353  -1.503   8.972
   31   1HB   GLU   4          2HB       GLU   4 -32.631  -0.051   7.106
   32   2HB   GLU   4          1HB       GLU   4 -33.282  -1.588   6.556
   33   1HG   GLU   4          2HG       GLU   4 -34.448  -0.331   5.124
   34   2HG   GLU   4          1HG       GLU   4 -35.502  -0.039   6.506
   35    H    GLY   5           H        GLY   5 -32.376   0.919   8.869
   36   1HA   GLY   5          2HA       GLY   5 -33.785   3.194   9.273
   37   2HA   GLY   5          1HA       GLY   5 -33.958   2.356  10.807
   38    H    LYS   6           H        LYS   6 -31.230   1.160  10.523
   39    HA   LYS   6           HA       LYS   6 -29.556   3.544  10.746
   40   1HB   LYS   6          2HB       LYS   6 -28.574   2.656  12.879
   41   2HB   LYS   6          1HB       LYS   6 -30.224   3.245  13.022
   42   1HG   LYS   6          2HG       LYS   6 -31.086   1.155  13.369
   43   2HG   LYS   6          1HG       LYS   6 -29.778   0.349  12.498
   44   1HD   LYS   6          2HD       LYS   6 -28.289   0.579  14.305
   45   2HD   LYS   6          1HD       LYS   6 -29.306   1.783  15.101
   46   1HE   LYS   6          2HE       LYS   6 -31.036  -0.236  15.062
   47   2HE   LYS   6          1HE       LYS   6 -29.544  -1.171  15.027
   48   1HZ   LYS   6          1HZ       LYS   6 -30.372   0.794  17.089
   49   2HZ   LYS   6          2HZ       LYS   6 -28.826   0.108  17.011
   50   3HZ   LYS   6          3HZ       LYS   6 -30.175  -0.875  17.280
   51    H    LEU   7           H        LEU   7 -27.317   3.143  10.582
   52    HA   LEU   7           HA       LEU   7 -26.640   0.456   9.594
   53   1HB   LEU   7          2HB       LEU   7 -25.580   3.072   8.533
   54   2HB   LEU   7          1HB       LEU   7 -25.134   1.470   7.986
   55    HG   LEU   7           HG       LEU   7 -28.012   2.160   7.839
   56   1HD1  LEU   7          1HD1      LEU   7 -27.680   3.278   5.666
   57   2HD1  LEU   7          2HD1      LEU   7 -25.942   3.304   5.962
   58   3HD1  LEU   7          3HD1      LEU   7 -27.031   4.216   7.010
   59   1HD2  LEU   7          1HD2      LEU   7 -27.554   0.989   5.583
   60   2HD2  LEU   7          2HD2      LEU   7 -27.527   0.031   7.062
   61   3HD2  LEU   7          3HD2      LEU   7 -26.012   0.539   6.314
   62    H    VAL   8           H        VAL   8 -24.399  -0.167   9.880
   63    HA   VAL   8           HA       VAL   8 -23.112   1.311  12.084
   64    HB   VAL   8           HB       VAL   8 -22.940  -1.640  11.606
   65   1HG1  VAL   8          1HG1      VAL   8 -21.250  -1.488  13.048
   66   2HG1  VAL   8          2HG1      VAL   8 -22.432  -1.037  14.275
   67   3HG1  VAL   8          3HG1      VAL   8 -21.588   0.212  13.359
   68   1HG2  VAL   8          1HG2      VAL   8 -25.258  -0.620  12.258
   69   2HG2  VAL   8          2HG2      VAL   8 -24.516  -0.470  13.852
   70   3HG2  VAL   8          3HG2      VAL   8 -24.652  -2.052  13.087
   71    H    ILE   9           H        ILE   9 -21.299   2.182  11.537
   72    HA   ILE   9           HA       ILE   9 -19.832   1.287   9.210
   73    HB   ILE   9           HB       ILE   9 -19.176   3.623  10.996
   74   1HG1  ILE   9          2HG1      ILE   9 -21.455   3.949  10.280
   75   2HG1  ILE   9          1HG1      ILE   9 -20.424   5.014   9.332
   76   1HG2  ILE   9          1HG2      ILE   9 -18.347   4.421   8.628
   77   2HG2  ILE   9          2HG2      ILE   9 -18.273   2.685   8.324
   78   3HG2  ILE   9          3HG2      ILE   9 -17.348   3.389   9.650
   79   1HD1  ILE   9          1HD1      ILE   9 -22.320   3.669   8.192
   80   2HD1  ILE   9          2HD1      ILE   9 -21.164   2.342   8.253
   81   3HD1  ILE   9          3HD1      ILE   9 -20.755   3.828   7.399
   82    H    TRP  10           H        TRP  10 -17.510   1.075   9.267
   83    HA   TRP  10           HA       TRP  10 -16.349   0.511  11.877
   84   1HB   TRP  10          2HB       TRP  10 -17.174  -1.652  10.978
   85   2HB   TRP  10          1HB       TRP  10 -16.164  -1.410   9.571
   86    HD1  TRP  10           HD       TRP  10 -16.127  -2.920  12.935
   87    HE1  TRP  10           1HE      TRP  10 -13.760  -3.715  13.552
   88    HE3  TRP  10           3HE      TRP  10 -13.476  -0.603   9.223
   89    HZ2  TRP  10           2HZ      TRP  10 -11.121  -3.410  12.579
   90    HZ3  TRP  10           3HZ      TRP  10 -11.044  -0.904   9.149
   91    HH2  TRP  10           HH       TRP  10  -9.891  -2.278  10.790
   92    H    ILE  11           H        ILE  11 -14.677   1.855  11.940
   93    HA   ILE  11           HA       ILE  11 -12.833   1.968   9.667
   94    HB   ILE  11           HB       ILE  11 -14.393   3.833   9.359
   95   1HG1  ILE  11          2HG1      ILE  11 -11.698   4.812  10.297
   96   2HG1  ILE  11          1HG1      ILE  11 -11.993   4.054   8.736
   97   1HG2  ILE  11          1HG2      ILE  11 -15.112   5.159  10.989
   98   2HG2  ILE  11          2HG2      ILE  11 -13.483   5.431  11.605
   99   3HG2  ILE  11          3HG2      ILE  11 -14.391   4.003  12.105
  100   1HD1  ILE  11          1HD1      ILE  11 -13.457   5.854   8.107
  101   2HD1  ILE  11          2HD1      ILE  11 -11.900   6.488   8.622
  102   3HD1  ILE  11          3HD1      ILE  11 -13.285   6.583   9.704
  103    H    ASN  12           H        ASN  12 -10.715   2.245  10.247
  104    HA   ASN  12           HA       ASN  12 -10.125   2.878  13.051
  105   1HB   ASN  12          2HB       ASN  12  -8.435   1.078  13.124
  106   2HB   ASN  12          1HB       ASN  12 -10.057   0.441  12.879
  107   1HD2  ASN  12          1HD2      ASN  12  -7.213  -0.436  12.175
  108   2HD2  ASN  12          2HD2      ASN  12  -7.329  -0.894  10.513
  109    H    GLY  13           H        GLY  13  -9.971   4.643  10.931
  110   1HA   GLY  13          2HA       GLY  13  -7.071   4.858  10.416
  111   2HA   GLY  13          1HA       GLY  13  -8.314   5.534   9.379
  112    H    ASP  14           H        ASP  14  -9.462   6.133  12.348
  113    HA   ASP  14           HA       ASP  14  -9.715   7.996  13.589
  114   1HB   ASP  14          2HB       ASP  14  -7.774   8.925  14.588
  115   2HB   ASP  14          1HB       ASP  14  -7.381   7.237  14.280
  116    H    LYS  15           H        LYS  15 -10.153   8.173  10.811
  117    HA   LYS  15           HA       LYS  15  -9.308  10.899  10.180
  118   1HB   LYS  15          2HB       LYS  15 -10.221  10.329   7.878
  119   2HB   LYS  15          1HB       LYS  15  -8.789   9.441   8.387
  120   1HG   LYS  15          2HG       LYS  15 -11.105   8.003   9.207
  121   2HG   LYS  15          1HG       LYS  15 -11.264   8.422   7.503
  122   1HD   LYS  15          2HD       LYS  15  -8.598   7.445   8.195
  123   2HD   LYS  15          1HD       LYS  15  -9.874   6.268   8.513
  124   1HE   LYS  15          2HE       LYS  15  -9.702   7.745   5.908
  125   2HE   LYS  15          1HE       LYS  15  -8.800   6.256   6.193
  126   1HZ   LYS  15          1HZ       LYS  15 -11.721   6.647   6.072
  127   2HZ   LYS  15          2HZ       LYS  15 -11.067   5.315   6.883
  128   3HZ   LYS  15          3HZ       LYS  15 -10.767   5.529   5.232
  129    H    GLY  16           H        GLY  16 -10.886  12.217   9.039
  130   1HA   GLY  16          2HA       GLY  16 -12.707  13.595   9.513
  131   2HA   GLY  16          1HA       GLY  16 -13.407  12.275   8.617
  132    H    TYR  17           H        TYR  17 -12.814  13.574  11.753
  133    HA   TYR  17           HA       TYR  17 -14.579  11.757  13.107
  134   1HB   TYR  17          2HB       TYR  17 -12.543  13.507  13.868
  135   2HB   TYR  17          1HB       TYR  17 -14.006  14.168  14.592
  136    HD1  TYR  17           1HD      TYR  17 -14.513  13.441  16.730
  137    HD2  TYR  17           2HD      TYR  17 -12.406  10.805  14.130
  138    HE1  TYR  17           1HE      TYR  17 -14.390  11.766  18.532
  139    HE2  TYR  17           2HE      TYR  17 -12.280   9.126  15.926
  140    HH   TYR  17           HH       TYR  17 -13.671   8.591  18.062
  141    H    ASN  18           H        ASN  18 -14.715  15.322  12.677
  142    HA   ASN  18           HA       ASN  18 -17.427  15.461  13.524
  143   1HB   ASN  18          2HB       ASN  18 -15.737  17.481  12.045
  144   2HB   ASN  18          1HB       ASN  18 -17.305  17.818  12.772
  145   1HD2  ASN  18          1HD2      ASN  18 -14.838  19.102  13.366
  146   2HD2  ASN  18          2HD2      ASN  18 -14.468  18.791  15.025
  147    H    GLY  19           H        GLY  19 -15.886  15.103  10.411
  148   1HA   GLY  19          2HA       GLY  19 -17.942  15.934   8.726
  149   2HA   GLY  19          1HA       GLY  19 -16.762  14.697   8.328
  150    H    LEU  20           H        LEU  20 -17.375  12.680  10.041
  151    HA   LEU  20           HA       LEU  20 -19.705  11.577   8.817
  152   1HB   LEU  20          2HB       LEU  20 -17.414  10.600  10.048
  153   2HB   LEU  20          1HB       LEU  20 -18.706  10.110  11.125
  154    HG   LEU  20           HG       LEU  20 -19.833   9.192   8.975
  155   1HD1  LEU  20          1HD1      LEU  20 -17.746  10.372   7.732
  156   2HD1  LEU  20          2HD1      LEU  20 -18.638   9.000   7.072
  157   3HD1  LEU  20          3HD1      LEU  20 -17.117   8.738   7.928
  158   1HD2  LEU  20          1HD2      LEU  20 -17.803   7.295   9.250
  159   2HD2  LEU  20          2HD2      LEU  20 -19.323   7.360  10.144
  160   3HD2  LEU  20          3HD2      LEU  20 -17.872   8.113  10.809
  161    H    ALA  21           H        ALA  21 -19.090  13.210  11.818
  162    HA   ALA  21           HA       ALA  21 -21.263  12.163  13.294
  163   1HB   ALA  21          1HB       ALA  21 -19.373  14.407  13.598
  164   2HB   ALA  21          2HB       ALA  21 -19.856  13.159  14.746
  165   3HB   ALA  21          3HB       ALA  21 -20.900  14.550  14.464
  166    H    GLU  22           H        GLU  22 -20.934  15.115  11.340
  167    HA   GLU  22           HA       GLU  22 -23.614  15.945  11.861
  168   1HB   GLU  22          2HB       GLU  22 -23.171  17.645  10.090
  169   2HB   GLU  22          1HB       GLU  22 -21.960  17.616  11.362
  170   1HG   GLU  22          2HG       GLU  22 -20.338  16.684   9.980
  171   2HG   GLU  22          1HG       GLU  22 -21.524  16.102   8.825
  172    H    VAL  23           H        VAL  23 -22.059  14.809   8.853
  173    HA   VAL  23           HA       VAL  23 -24.185  14.692   7.206
  174    HB   VAL  23           HB       VAL  23 -21.888  14.180   6.535
  175   1HG1  VAL  23          1HG1      VAL  23 -20.762  12.227   7.032
  176   2HG1  VAL  23          2HG1      VAL  23 -22.236  11.366   7.474
  177   3HG1  VAL  23          3HG1      VAL  23 -21.579  12.598   8.550
  178   1HG2  VAL  23          1HG2      VAL  23 -24.196  13.153   5.457
  179   2HG2  VAL  23          2HG2      VAL  23 -23.143  11.740   5.561
  180   3HG2  VAL  23          3HG2      VAL  23 -22.614  13.176   4.684
  181    H    GLY  24           H        GLY  24 -23.495  12.507   9.825
  182   1HA   GLY  24          2HA       GLY  24 -25.440  10.562   8.986
  183   2HA   GLY  24          1HA       GLY  24 -24.582  10.580  10.519
  184    H    LYS  25           H        LYS  25 -25.364  13.274  11.220
  185    HA   LYS  25           HA       LYS  25 -27.922  12.660  12.375
  186   1HB   LYS  25          2HB       LYS  25 -25.939  13.989  13.417
  187   2HB   LYS  25          1HB       LYS  25 -26.626  15.355  12.549
  188   1HG   LYS  25          2HG       LYS  25 -28.779  14.957  13.704
  189   2HG   LYS  25          1HG       LYS  25 -28.004  13.675  14.634
  190   1HD   LYS  25          2HD       LYS  25 -26.288  15.780  14.992
  191   2HD   LYS  25          1HD       LYS  25 -27.862  16.577  14.947
  192   1HE   LYS  25          2HE       LYS  25 -28.554  15.620  16.883
  193   2HE   LYS  25          1HE       LYS  25 -27.677  14.121  16.577
  194   1HZ   LYS  25          1HZ       LYS  25 -26.252  16.615  17.258
  195   2HZ   LYS  25          2HZ       LYS  25 -25.705  15.020  17.383
  196   3HZ   LYS  25          3HZ       LYS  25 -26.869  15.604  18.464
  197    H    LYS  26           H        LYS  26 -26.781  14.529   9.684
  198    HA   LYS  26           HA       LYS  26 -29.105  16.154   9.400
  199   1HB   LYS  26          2HB       LYS  26 -26.622  15.677   7.900
  200   2HB   LYS  26          1HB       LYS  26 -28.009  16.065   6.892
  201   1HG   LYS  26          2HG       LYS  26 -28.058  17.885   9.028
  202   2HG   LYS  26          1HG       LYS  26 -26.384  17.796   8.476
  203   1HD   LYS  26          2HD       LYS  26 -28.664  18.115   6.549
  204   2HD   LYS  26          1HD       LYS  26 -27.926  19.504   7.347
  205   1HE   LYS  26          2HE       LYS  26 -26.183  19.469   5.956
  206   2HE   LYS  26          1HE       LYS  26 -25.915  17.750   6.239
  207   1HZ   LYS  26          1HZ       LYS  26 -26.826  18.909   3.926
  208   2HZ   LYS  26          2HZ       LYS  26 -28.201  18.194   4.600
  209   3HZ   LYS  26          3HZ       LYS  26 -26.827  17.256   4.293
  210    H    PHE  27           H        PHE  27 -28.151  12.995   8.332
  211    HA   PHE  27           HA       PHE  27 -30.139  12.720   6.327
  212   1HB   PHE  27          2HB       PHE  27 -28.140  11.050   7.675
  213   2HB   PHE  27          1HB       PHE  27 -29.575  10.191   7.180
  214    HD1  PHE  27           1HD      PHE  27 -26.431  10.574   6.237
  215    HD2  PHE  27           2HD      PHE  27 -30.317  11.310   4.680
  216    HE1  PHE  27           1HE      PHE  27 -25.540  10.415   3.949
  217    HE2  PHE  27           2HE      PHE  27 -29.437  11.157   2.391
  218    HZ   PHE  27           HZ       PHE  27 -27.044  10.713   2.023
  219    H    GLU  28           H        GLU  28 -29.899  11.357   9.638
  220    HA   GLU  28           HA       GLU  28 -32.403  10.218   9.855
  221   1HB   GLU  28          2HB       GLU  28 -32.219  10.597  12.309
  222   2HB   GLU  28          1HB       GLU  28 -30.746   9.942  11.621
  223   1HG   GLU  28          2HG       GLU  28 -29.554  11.808  12.017
  224   2HG   GLU  28          1HG       GLU  28 -30.937  12.875  11.784
  225    H    LYS  29           H        LYS  29 -31.493  13.528   9.904
  226    HA   LYS  29           HA       LYS  29 -33.612  14.766  11.143
  227   1HB   LYS  29          2HB       LYS  29 -31.492  15.509   9.355
  228   2HB   LYS  29          1HB       LYS  29 -32.966  16.336   8.875
  229   1HG   LYS  29          2HG       LYS  29 -33.100  16.879  11.439
  230   2HG   LYS  29          1HG       LYS  29 -31.366  16.570  11.364
  231   1HD   LYS  29          2HD       LYS  29 -31.117  18.241   9.617
  232   2HD   LYS  29          1HD       LYS  29 -32.857  18.534   9.624
  233   1HE   LYS  29          2HE       LYS  29 -31.950  20.273  10.916
  234   2HE   LYS  29          1HE       LYS  29 -32.578  19.120  12.092
  235   1HZ   LYS  29          1HZ       LYS  29 -30.506  19.579  12.923
  236   2HZ   LYS  29          2HZ       LYS  29 -29.789  19.719  11.397
  237   3HZ   LYS  29          3HZ       LYS  29 -30.184  18.193  12.005
  238    H    ASP  30           H        ASP  30 -33.472  13.266   7.973
  239    HA   ASP  30           HA       ASP  30 -35.824  14.429   6.915
  240   1HB   ASP  30          2HB       ASP  30 -33.907  12.809   5.896
  241   2HB   ASP  30          1HB       ASP  30 -35.200  11.636   6.130
  242    H    THR  31           H        THR  31 -35.304  11.249   8.394
  243    HA   THR  31           HA       THR  31 -37.169  11.124  10.266
  244    HB   THR  31           HB       THR  31 -38.910  11.851   8.691
  245    HG1  THR  31           1HG      THR  31 -39.796   9.307   9.021
  246   1HG2  THR  31          1HG2      THR  31 -39.679  10.499   6.889
  247   2HG2  THR  31          2HG2      THR  31 -38.514   9.233   7.275
  248   3HG2  THR  31          3HG2      THR  31 -37.956  10.787   6.656
  249    H    GLY  32           H        GLY  32 -34.760   9.690   9.385
  250   1HA   GLY  32          2HA       GLY  32 -35.132   7.262  10.480
  251   2HA   GLY  32          1HA       GLY  32 -35.769   6.986   8.875
  252    H    ILE  33           H        ILE  33 -32.844   8.735  10.005
  253    HA   ILE  33           HA       ILE  33 -31.261   6.711   8.588
  254    HB   ILE  33           HB       ILE  33 -30.495   9.569   8.285
  255   1HG1  ILE  33          2HG1      ILE  33 -32.825   9.373   7.395
  256   2HG1  ILE  33          1HG1      ILE  33 -31.629   9.717   6.148
  257   1HG2  ILE  33          1HG2      ILE  33 -29.190   8.745   6.485
  258   2HG2  ILE  33          2HG2      ILE  33 -30.046   7.207   6.485
  259   3HG2  ILE  33          3HG2      ILE  33 -28.973   7.621   7.824
  260   1HD1  ILE  33          1HD1      ILE  33 -32.010   7.804   5.078
  261   2HD1  ILE  33          2HD1      ILE  33 -33.519   7.781   5.992
  262   3HD1  ILE  33          3HD1      ILE  33 -32.119   6.875   6.569
  263    H    LYS  34           H        LYS  34 -30.392   5.904  10.441
  264    HA   LYS  34           HA       LYS  34 -28.777   7.747  12.074
  265   1HB   LYS  34          2HB       LYS  34 -30.462   5.408  12.712
  266   2HB   LYS  34          1HB       LYS  34 -28.929   5.479  13.569
  267   1HG   LYS  34          2HG       LYS  34 -29.637   7.927  14.083
  268   2HG   LYS  34          1HG       LYS  34 -31.255   7.344  13.685
  269   1HD   LYS  34          2HD       LYS  34 -31.421   6.539  15.752
  270   2HD   LYS  34          1HD       LYS  34 -30.112   5.416  15.381
  271   1HE   LYS  34          2HE       LYS  34 -29.561   6.665  17.373
  272   2HE   LYS  34          1HE       LYS  34 -28.482   7.134  16.060
  273   1HZ   LYS  34          1HZ       LYS  34 -29.050   9.202  16.610
  274   2HZ   LYS  34          2HZ       LYS  34 -30.392   8.711  17.515
  275   3HZ   LYS  34          3HZ       LYS  34 -30.524   8.897  15.839
  276    H    VAL  35           H        VAL  35 -26.639   7.583  11.945
  277    HA   VAL  35           HA       VAL  35 -25.514   5.128  10.775
  278    HB   VAL  35           HB       VAL  35 -24.138   7.806  10.902
  279   1HG1  VAL  35          1HG1      VAL  35 -22.392   6.659  10.152
  280   2HG1  VAL  35          2HG1      VAL  35 -23.312   6.233   8.710
  281   3HG1  VAL  35          3HG1      VAL  35 -23.343   5.174  10.119
  282   1HG2  VAL  35          1HG2      VAL  35 -24.978   7.161   8.253
  283   2HG2  VAL  35          2HG2      VAL  35 -25.380   8.575   9.229
  284   3HG2  VAL  35          3HG2      VAL  35 -26.382   7.127   9.319
  285    H    THR  36           H        THR  36 -24.295   3.880  12.030
  286    HA   THR  36           HA       THR  36 -23.465   4.940  14.634
  287    HB   THR  36           HB       THR  36 -23.161   2.054  14.025
  288    HG1  THR  36           1HG      THR  36 -25.626   3.405  14.055
  289   1HG2  THR  36          1HG2      THR  36 -22.853   2.210  16.233
  290   2HG2  THR  36          2HG2      THR  36 -24.616   2.232  16.293
  291   3HG2  THR  36          3HG2      THR  36 -23.712   3.746  16.354
  292    H    VAL  37           H        VAL  37 -21.413   5.478  14.949
  293    HA   VAL  37           HA       VAL  37 -19.385   4.534  13.058
  294    HB   VAL  37           HB       VAL  37 -19.076   6.632  15.208
  295   1HG1  VAL  37          1HG1      VAL  37 -16.957   5.836  14.457
  296   2HG1  VAL  37          2HG1      VAL  37 -17.234   7.403  13.703
  297   3HG1  VAL  37          3HG1      VAL  37 -17.457   5.927  12.765
  298   1HG2  VAL  37          1HG2      VAL  37 -19.428   8.293  13.430
  299   2HG2  VAL  37          2HG2      VAL  37 -20.863   7.308  13.718
  300   3HG2  VAL  37          3HG2      VAL  37 -19.844   6.991  12.314
  301    H    GLU  38           H        GLU  38 -18.389   2.701  13.634
  302    HA   GLU  38           HA       GLU  38 -17.603   2.359  16.456
  303   1HB   GLU  38          2HB       GLU  38 -18.694   0.330  14.514
  304   2HB   GLU  38          1HB       GLU  38 -17.816  -0.141  15.961
  305   1HG   GLU  38          2HG       GLU  38 -19.828   1.716  16.712
  306   2HG   GLU  38          1HG       GLU  38 -20.563   0.489  15.682
  307    H    HIS  39           H        HIS  39 -15.737   0.899  16.755
  308    HA   HIS  39           HA       HIS  39 -13.884   0.915  14.468
  309   1HB   HIS  39          2HB       HIS  39 -12.055   1.475  16.097
  310   2HB   HIS  39          1HB       HIS  39 -13.228   2.761  15.883
  311    HD1  HIS  39           1HD      HIS  39 -15.282   2.491  17.845
  312    HD2  HIS  39           2HD      HIS  39 -11.444   1.148  18.698
  313    HE1  HIS  39           1HE      HIS  39 -15.143   2.403  20.356
  314    HE2  HIS  39           2HE      HIS  39 -12.797   1.625  20.849
  315    HA   PRO  40           HA       PRO  40 -12.872  -3.219  15.632
  316   1HB   PRO  40          2HB       PRO  40 -10.205  -3.440  15.405
  317   2HB   PRO  40          1HB       PRO  40 -11.234  -3.109  14.026
  318   1HG   PRO  40          2HG       PRO  40  -9.598  -1.210  15.648
  319   2HG   PRO  40          1HG       PRO  40  -9.757  -1.320  13.886
  320   1HD   PRO  40          2HD       PRO  40 -11.123   0.474  15.409
  321   2HD   PRO  40          1HD       PRO  40 -11.726  -0.156  13.866
  322    H    ASP  41           H        ASP  41  -9.957  -3.541  16.891
  323    HA   ASP  41           HA       ASP  41  -9.026  -3.748  18.945
  324   1HB   ASP  41          2HB       ASP  41 -10.656  -1.468  19.237
  325   2HB   ASP  41          1HB       ASP  41 -10.967  -2.484  20.642
  326    H    LYS  42           H        LYS  42 -12.442  -3.572  19.924
  327    HA   LYS  42           HA       LYS  42 -12.222  -6.393  20.748
  328   1HB   LYS  42          2HB       LYS  42 -13.196  -4.018  22.117
  329   2HB   LYS  42          1HB       LYS  42 -14.383  -5.314  22.119
  330   1HG   LYS  42          2HG       LYS  42 -11.611  -6.059  22.818
  331   2HG   LYS  42          1HG       LYS  42 -12.489  -5.066  23.982
  332   1HD   LYS  42          2HD       LYS  42 -13.731  -6.805  24.643
  333   2HD   LYS  42          1HD       LYS  42 -14.133  -7.230  22.977
  334   1HE   LYS  42          2HE       LYS  42 -11.780  -8.228  22.869
  335   2HE   LYS  42          1HE       LYS  42 -11.780  -8.104  24.627
  336   1HZ   LYS  42          1HZ       LYS  42 -14.088  -9.311  24.290
  337   2HZ   LYS  42          2HZ       LYS  42 -12.636 -10.171  24.409
  338   3HZ   LYS  42          3HZ       LYS  42 -13.318  -9.872  22.891
  339    H    LEU  43           H        LEU  43 -14.034  -4.075  18.917
  340    HA   LEU  43           HA       LEU  43 -16.379  -5.690  18.621
  341   1HB   LEU  43          2HB       LEU  43 -16.383  -3.225  18.425
  342   2HB   LEU  43          1HB       LEU  43 -15.451  -3.363  16.945
  343    HG   LEU  43           HG       LEU  43 -17.836  -4.989  16.788
  344   1HD1  LEU  43          1HD1      LEU  43 -18.392  -2.059  17.063
  345   2HD1  LEU  43          2HD1      LEU  43 -18.548  -3.159  18.430
  346   3HD1  LEU  43          3HD1      LEU  43 -19.539  -3.396  16.990
  347   1HD2  LEU  43          1HD2      LEU  43 -17.013  -2.541  15.229
  348   2HD2  LEU  43          2HD2      LEU  43 -18.147  -3.793  14.724
  349   3HD2  LEU  43          3HD2      LEU  43 -16.434  -4.175  14.902
  350    H    GLU  44           H        GLU  44 -13.290  -5.702  17.159
  351    HA   GLU  44           HA       GLU  44 -13.858  -6.525  14.564
  352   1HB   GLU  44          2HB       GLU  44 -11.611  -7.539  14.572
  353   2HB   GLU  44          1HB       GLU  44 -11.614  -5.917  15.248
  354   1HG   GLU  44          2HG       GLU  44 -11.523  -6.818  17.492
  355   2HG   GLU  44          1HG       GLU  44 -11.608  -8.459  16.861
  356    H    GLU  45           H        GLU  45 -13.625  -8.425  17.533
  357    HA   GLU  45           HA       GLU  45 -14.177 -10.885  16.105
  358   1HB   GLU  45          2HB       GLU  45 -13.933 -10.412  19.077
  359   2HB   GLU  45          1HB       GLU  45 -13.957 -11.974  18.270
  360   1HG   GLU  45          2HG       GLU  45 -11.893 -10.316  17.163
  361   2HG   GLU  45          1HG       GLU  45 -11.731 -10.417  18.915
  362    H    LYS  46           H        LYS  46 -15.928  -8.438  17.740
  363    HA   LYS  46           HA       LYS  46 -18.166  -9.945  18.599
  364   1HB   LYS  46          2HB       LYS  46 -17.305  -7.369  18.930
  365   2HB   LYS  46          1HB       LYS  46 -18.655  -7.145  17.827
  366   1HG   LYS  46          2HG       LYS  46 -20.078  -7.324  19.509
  367   2HG   LYS  46          1HG       LYS  46 -19.462  -8.934  19.889
  368   1HD   LYS  46          2HD       LYS  46 -17.604  -7.812  21.159
  369   2HD   LYS  46          1HD       LYS  46 -18.460  -6.286  20.930
  370   1HE   LYS  46          2HE       LYS  46 -20.367  -8.106  21.897
  371   2HE   LYS  46          1HE       LYS  46 -18.918  -8.362  22.867
  372   1HZ   LYS  46          1HZ       LYS  46 -19.106  -6.358  23.831
  373   2HZ   LYS  46          2HZ       LYS  46 -20.728  -6.475  23.366
  374   3HZ   LYS  46          3HZ       LYS  46 -19.642  -5.592  22.420
  375    H    PHE  47           H        PHE  47 -17.186  -8.708  15.525
  376    HA   PHE  47           HA       PHE  47 -19.511  -8.316  14.152
  377   1HB   PHE  47          2HB       PHE  47 -16.780  -8.822  13.496
  378   2HB   PHE  47          1HB       PHE  47 -17.786  -9.786  12.423
  379    HD1  PHE  47           1HD      PHE  47 -16.138  -6.793  12.682
  380    HD2  PHE  47           2HD      PHE  47 -19.936  -8.349  11.562
  381    HE1  PHE  47           1HE      PHE  47 -16.532  -4.812  11.281
  382    HE2  PHE  47           2HE      PHE  47 -20.336  -6.367  10.164
  383    HZ   PHE  47           HZ       PHE  47 -18.635  -4.597  10.021
  384    HA   PRO  48           HA       PRO  48 -19.829 -12.995  12.888
  385   1HB   PRO  48          2HB       PRO  48 -18.524 -14.731  14.579
  386   2HB   PRO  48          1HB       PRO  48 -17.883 -14.166  13.033
  387   1HG   PRO  48          2HG       PRO  48 -17.322 -13.156  15.797
  388   2HG   PRO  48          1HG       PRO  48 -16.189 -13.452  14.463
  389   1HD   PRO  48          2HD       PRO  48 -17.015 -10.978  15.035
  390   2HD   PRO  48          1HD       PRO  48 -16.801 -11.492  13.350
  391    H    GLN  49           H        GLN  49 -19.751 -11.774  16.108
  392    HA   GLN  49           HA       GLN  49 -21.713 -13.691  17.065
  393   1HB   GLN  49          2HB       GLN  49 -20.299 -11.392  18.416
  394   2HB   GLN  49          1HB       GLN  49 -21.482 -12.420  19.215
  395   1HG   GLN  49          2HG       GLN  49 -19.794 -14.285  18.243
  396   2HG   GLN  49          1HG       GLN  49 -18.675 -12.949  18.507
  397   1HE2  GLN  49          1HE2      GLN  49 -20.231 -15.542  19.894
  398   2HE2  GLN  49          2HE2      GLN  49 -19.918 -15.182  21.554
  399    H    VAL  50           H        VAL  50 -21.479 -10.161  16.671
  400    HA   VAL  50           HA       VAL  50 -24.280  -9.801  17.231
  401    HB   VAL  50           HB       VAL  50 -22.341  -7.766  16.131
  402   1HG1  VAL  50          1HG1      VAL  50 -24.730  -7.179  15.975
  403   2HG1  VAL  50          2HG1      VAL  50 -23.858  -6.135  17.100
  404   3HG1  VAL  50          3HG1      VAL  50 -24.887  -7.429  17.714
  405   1HG2  VAL  50          1HG2      VAL  50 -21.231  -8.099  18.057
  406   2HG2  VAL  50          2HG2      VAL  50 -22.576  -8.969  18.796
  407   3HG2  VAL  50          3HG2      VAL  50 -22.566  -7.206  18.785
  408    H    ALA  51           H        ALA  51 -22.320 -10.212  14.379
  409    HA   ALA  51           HA       ALA  51 -24.304  -9.118  12.597
  410   1HB   ALA  51          1HB       ALA  51 -21.619  -9.475  12.353
  411   2HB   ALA  51          2HB       ALA  51 -22.720  -9.154  11.017
  412   3HB   ALA  51          3HB       ALA  51 -22.242 -10.811  11.387
  413    H    ALA  52           H        ALA  52 -23.456 -12.277  13.814
  414    HA   ALA  52           HA       ALA  52 -24.549 -13.994  11.999
  415   1HB   ALA  52          1HB       ALA  52 -24.668 -15.593  13.713
  416   2HB   ALA  52          2HB       ALA  52 -24.944 -14.368  14.953
  417   3HB   ALA  52          3HB       ALA  52 -23.364 -14.503  14.183
  418    H    THR  53           H        THR  53 -26.291 -11.607  13.732
  419    HA   THR  53           HA       THR  53 -28.651 -11.799  12.420
  420    HB   THR  53           HB       THR  53 -29.903 -13.005  14.550
  421    HG1  THR  53           1HG      THR  53 -28.639 -15.080  14.601
  422   1HG2  THR  53          1HG2      THR  53 -30.783 -14.267  12.967
  423   2HG2  THR  53          2HG2      THR  53 -29.231 -15.034  12.629
  424   3HG2  THR  53          3HG2      THR  53 -29.657 -13.521  11.830
  425    H    GLY  54           H        GLY  54 -30.617 -11.252  14.144
  426   1HA   GLY  54          2HA       GLY  54 -31.452  -9.733  15.642
  427   2HA   GLY  54          1HA       GLY  54 -29.871  -9.709  16.403
  428    H    ASP  55           H        ASP  55 -28.377  -8.134  15.832
  429    HA   ASP  55           HA       ASP  55 -29.138  -6.173  13.822
  430   1HB   ASP  55          2HB       ASP  55 -29.953  -5.641  16.335
  431   2HB   ASP  55          1HB       ASP  55 -28.323  -4.978  16.413
  432    H    GLY  56           H        GLY  56 -27.273  -7.169  12.821
  433   1HA   GLY  56          2HA       GLY  56 -24.695  -6.552  14.081
  434   2HA   GLY  56          1HA       GLY  56 -24.950  -7.611  12.705
  435    HA   PRO  57           HA       PRO  57 -23.862  -3.129  11.469
  436   1HB   PRO  57          2HB       PRO  57 -21.185  -3.320  11.160
  437   2HB   PRO  57          1HB       PRO  57 -21.940  -2.832  12.674
  438   1HG   PRO  57          2HG       PRO  57 -20.892  -5.502  11.894
  439   2HG   PRO  57          1HG       PRO  57 -20.661  -4.608  13.404
  440   1HD   PRO  57          2HD       PRO  57 -22.478  -6.586  13.176
  441   2HD   PRO  57          1HD       PRO  57 -22.756  -5.158  14.196
  442    H    ASP  58           H        ASP  58 -23.227  -2.539   9.308
  443    HA   ASP  58           HA       ASP  58 -22.454  -4.723   7.545
  444   1HB   ASP  58          2HB       ASP  58 -24.305  -4.202   5.968
  445   2HB   ASP  58          1HB       ASP  58 -24.849  -4.896   7.492
  446    H    ILE  59           H        ILE  59 -21.031  -2.377   8.361
  447    HA   ILE  59           HA       ILE  59 -20.400  -1.357   5.730
  448    HB   ILE  59           HB       ILE  59 -21.203   0.582   7.895
  449   1HG1  ILE  59          2HG1      ILE  59 -22.621  -0.097   5.306
  450   2HG1  ILE  59          1HG1      ILE  59 -23.170  -0.522   6.925
  451   1HG2  ILE  59          1HG2      ILE  59 -20.827   2.293   6.245
  452   2HG2  ILE  59          2HG2      ILE  59 -20.449   1.084   5.024
  453   3HG2  ILE  59          3HG2      ILE  59 -19.374   1.311   6.405
  454   1HD1  ILE  59          1HD1      ILE  59 -23.647   1.684   7.472
  455   2HD1  ILE  59          2HD1      ILE  59 -24.235   1.499   5.818
  456   3HD1  ILE  59          3HD1      ILE  59 -22.705   2.320   6.133
  457    H    ILE  60           H        ILE  60 -18.323  -1.897   5.793
  458    HA   ILE  60           HA       ILE  60 -16.639  -0.735   7.884
  459    HB   ILE  60           HB       ILE  60 -17.102  -2.995   8.665
  460   1HG1  ILE  60          2HG1      ILE  60 -14.337  -2.868   7.474
  461   2HG1  ILE  60          1HG1      ILE  60 -14.819  -2.065   8.950
  462   1HG2  ILE  60          1HG2      ILE  60 -15.924  -3.954   6.077
  463   2HG2  ILE  60          2HG2      ILE  60 -17.646  -3.962   6.455
  464   3HG2  ILE  60          3HG2      ILE  60 -16.528  -4.953   7.396
  465   1HD1  ILE  60          1HD1      ILE  60 -15.481  -4.870   9.046
  466   2HD1  ILE  60          2HD1      ILE  60 -14.487  -3.917  10.142
  467   3HD1  ILE  60          3HD1      ILE  60 -13.774  -4.623   8.699
  468    H    PHE  61           H        PHE  61 -14.608  -0.218   7.281
  469    HA   PHE  61           HA       PHE  61 -13.935  -0.573   4.440
  470   1HB   PHE  61          2HB       PHE  61 -13.208   1.642   6.373
  471   2HB   PHE  61          1HB       PHE  61 -12.577   1.516   4.747
  472    HD1  PHE  61           1HD      PHE  61 -13.483   3.101   3.356
  473    HD2  PHE  61           2HD      PHE  61 -15.986   1.233   6.248
  474    HE1  PHE  61           1HE      PHE  61 -15.406   4.391   2.524
  475    HE2  PHE  61           2HE      PHE  61 -17.906   2.516   5.417
  476    HZ   PHE  61           HZ       PHE  61 -17.618   4.098   3.557
  477    H    TRP  62           H        TRP  62 -12.115  -1.707   3.973
  478    HA   TRP  62           HA       TRP  62  -9.931  -1.854   5.901
  479   1HB   TRP  62          2HB       TRP  62 -11.877  -3.890   5.741
  480   2HB   TRP  62          1HB       TRP  62 -10.452  -4.514   4.927
  481    HD1  TRP  62           HD       TRP  62  -8.348  -3.031   6.979
  482    HE1  TRP  62           1HE      TRP  62  -8.029  -4.120   9.291
  483    HE3  TRP  62           3HE      TRP  62 -12.665  -5.774   7.194
  484    HZ2  TRP  62           2HZ      TRP  62  -9.433  -5.904  10.982
  485    HZ3  TRP  62           3HZ      TRP  62 -13.101  -7.133   9.195
  486    HH2  TRP  62           HH       TRP  62 -11.518  -7.196  11.045
  487    H    ALA  63           H        ALA  63  -7.948  -2.709   4.946
  488    HA   ALA  63           HA       ALA  63  -7.402  -1.770   2.422
  489   1HB   ALA  63          1HB       ALA  63  -5.711  -2.466   4.120
  490   2HB   ALA  63          2HB       ALA  63  -5.356  -2.996   2.475
  491   3HB   ALA  63          3HB       ALA  63  -6.012  -4.138   3.647
  492    H    HIS  64           H        HIS  64  -6.781  -3.086   0.420
  493    HA   HIS  64           HA       HIS  64  -9.035  -4.594  -0.351
  494   1HB   HIS  64          2HB       HIS  64  -7.294  -3.065  -1.676
  495   2HB   HIS  64          1HB       HIS  64  -6.604  -4.636  -2.041
  496    HD1  HIS  64           1HD      HIS  64  -9.840  -2.713  -2.442
  497    HD2  HIS  64           2HD      HIS  64  -7.874  -6.013  -4.021
  498    HE1  HIS  64           1HE      HIS  64 -11.232  -3.449  -4.403
  499    HE2  HIS  64           2HE      HIS  64 -10.075  -5.507  -5.280
  500    H    ASP  65           H        ASP  65  -5.782  -5.558   0.591
  501    HA   ASP  65           HA       ASP  65  -6.081  -8.243  -0.393
  502   1HB   ASP  65          2HB       ASP  65  -3.904  -7.029  -0.245
  503   2HB   ASP  65          1HB       ASP  65  -4.011  -7.149   1.504
  504    H    ARG  66           H        ARG  66  -7.178  -6.655   2.404
  505    HA   ARG  66           HA       ARG  66  -7.309  -9.225   3.846
  506   1HB   ARG  66          2HB       ARG  66  -6.923  -6.420   4.810
  507   2HB   ARG  66          1HB       ARG  66  -7.635  -7.625   5.875
  508   1HG   ARG  66          2HG       ARG  66  -5.627  -8.363   6.388
  509   2HG   ARG  66          1HG       ARG  66  -5.334  -8.773   4.698
  510   1HD   ARG  66          2HD       ARG  66  -3.596  -7.319   5.103
  511   2HD   ARG  66          1HD       ARG  66  -4.815  -6.216   4.474
  512    HE   ARG  66           HE       ARG  66  -4.590  -5.110   6.436
  513   1HH1  ARG  66          1HH1      ARG  66  -4.027  -8.498   7.114
  514   2HH1  ARG  66          2HH1      ARG  66  -3.883  -8.249   8.820
  515   1HH2  ARG  66          1HH2      ARG  66  -4.320  -4.796   8.669
  516   2HH2  ARG  66          2HH2      ARG  66  -4.027  -6.161   9.694
  517    H    PHE  67           H        PHE  67  -9.186  -6.926   2.270
  518    HA   PHE  67           HA       PHE  67 -11.561  -7.913   3.691
  519   1HB   PHE  67          2HB       PHE  67 -10.997  -5.401   3.900
  520   2HB   PHE  67          1HB       PHE  67 -11.581  -5.295   2.248
  521    HD1  PHE  67           1HD      PHE  67 -13.707  -4.501   2.113
  522    HD2  PHE  67           2HD      PHE  67 -12.700  -7.081   5.335
  523    HE1  PHE  67           1HE      PHE  67 -16.012  -4.392   2.926
  524    HE2  PHE  67           2HE      PHE  67 -15.025  -6.982   6.141
  525    HZ   PHE  67           HZ       PHE  67 -16.681  -5.633   4.929
  526    H    GLY  68           H        GLY  68 -10.338  -6.652   0.594
  527   1HA   GLY  68          2HA       GLY  68 -12.575  -7.602  -0.903
  528   2HA   GLY  68          1HA       GLY  68 -11.046  -7.049  -1.565
  529    H    GLY  69           H        GLY  69  -9.895  -9.195   0.437
  530   1HA   GLY  69          2HA       GLY  69 -10.095 -11.380  -1.523
  531   2HA   GLY  69          1HA       GLY  69  -8.739 -11.108  -0.441
  532    H    TYR  70           H        TYR  70 -10.765 -10.536   1.769
  533    HA   TYR  70           HA       TYR  70 -11.057 -13.332   2.551
  534   1HB   TYR  70          2HB       TYR  70 -10.227 -11.096   3.937
  535   2HB   TYR  70          1HB       TYR  70 -11.880 -11.315   4.508
  536    HD1  TYR  70           1HD      TYR  70  -8.486 -12.513   4.683
  537    HD2  TYR  70           2HD      TYR  70 -12.540 -13.528   5.484
  538    HE1  TYR  70           1HE      TYR  70  -7.736 -14.310   6.188
  539    HE2  TYR  70           2HE      TYR  70 -11.801 -15.318   6.997
  540    HH   TYR  70           HH       TYR  70  -8.515 -16.338   7.155
  541    H    ALA  71           H        ALA  71 -12.966 -10.525   1.783
  542    HA   ALA  71           HA       ALA  71 -15.415 -11.537   2.807
  543   1HB   ALA  71          1HB       ALA  71 -14.642  -9.110   2.006
  544   2HB   ALA  71          2HB       ALA  71 -16.320  -9.618   2.158
  545   3HB   ALA  71          3HB       ALA  71 -15.540  -9.632   0.578
  546    H    GLN  72           H        GLN  72 -13.663 -12.011  -0.123
  547    HA   GLN  72           HA       GLN  72 -15.681 -12.741  -1.887
  548   1HB   GLN  72          2HB       GLN  72 -13.366 -12.424  -2.589
  549   2HB   GLN  72          1HB       GLN  72 -12.865 -13.811  -1.638
  550   1HG   GLN  72          2HG       GLN  72 -12.963 -14.407  -3.964
  551   2HG   GLN  72          1HG       GLN  72 -14.203 -15.278  -3.065
  552   1HE2  GLN  72          1HE2      GLN  72 -13.993 -14.606  -5.923
  553   2HE2  GLN  72          2HE2      GLN  72 -15.442 -13.746  -6.309
  554    H    SER  73           H        SER  73 -14.600 -14.358   0.956
  555    HA   SER  73           HA       SER  73 -16.005 -16.806   0.106
  556   1HB   SER  73          2HB       SER  73 -13.942 -16.574   2.306
  557   2HB   SER  73          1HB       SER  73 -14.630 -18.058   1.649
  558    HG   SER  73           HG       SER  73 -13.211 -17.982   0.102
  559    H    GLY  74           H        GLY  74 -15.739 -14.292   2.516
  560   1HA   GLY  74          2HA       GLY  74 -17.227 -15.457   4.569
  561   2HA   GLY  74          1HA       GLY  74 -17.074 -13.730   4.286
  562    H    LEU  75           H        LEU  75 -18.711 -12.627   3.321
  563    HA   LEU  75           HA       LEU  75 -20.848 -13.846   1.921
  564   1HB   LEU  75          2HB       LEU  75 -22.597 -13.228   3.706
  565   2HB   LEU  75          1HB       LEU  75 -21.728 -14.737   3.854
  566    HG   LEU  75           HG       LEU  75 -22.139 -13.241   5.946
  567   1HD1  LEU  75          1HD1      LEU  75 -20.973 -15.213   6.255
  568   2HD1  LEU  75          2HD1      LEU  75 -19.882 -13.969   6.862
  569   3HD1  LEU  75          3HD1      LEU  75 -19.612 -14.685   5.280
  570   1HD2  LEU  75          1HD2      LEU  75 -19.558 -12.057   5.869
  571   2HD2  LEU  75          2HD2      LEU  75 -21.126 -11.286   6.093
  572   3HD2  LEU  75          3HD2      LEU  75 -20.468 -11.489   4.479
  573    H    LEU  76           H        LEU  76 -19.602 -11.850   0.936
  574    HA   LEU  76           HA       LEU  76 -21.136  -9.432   1.624
  575   1HB   LEU  76          2HB       LEU  76 -18.321  -9.837   0.717
  576   2HB   LEU  76          1HB       LEU  76 -19.141  -8.361   0.246
  577    HG   LEU  76           HG       LEU  76 -18.537  -9.302   3.052
  578   1HD1  LEU  76          1HD1      LEU  76 -17.702  -6.849   1.510
  579   2HD1  LEU  76          2HD1      LEU  76 -16.676  -8.213   1.899
  580   3HD1  LEU  76          3HD1      LEU  76 -17.298  -7.199   3.190
  581   1HD2  LEU  76          1HD2      LEU  76 -19.521  -6.923   3.501
  582   2HD2  LEU  76          2HD2      LEU  76 -20.565  -8.342   3.420
  583   3HD2  LEU  76          3HD2      LEU  76 -20.426  -7.267   2.028
  584    H    ALA  77           H        ALA  77 -22.176  -8.306   0.041
  585    HA   ALA  77           HA       ALA  77 -22.681  -9.772  -2.403
  586   1HB   ALA  77          1HB       ALA  77 -24.299  -7.760  -2.742
  587   2HB   ALA  77          2HB       ALA  77 -23.958  -7.437  -1.043
  588   3HB   ALA  77          3HB       ALA  77 -24.664  -8.981  -1.522
  589    H    GLU  78           H        GLU  78 -21.743  -9.388  -4.286
  590    HA   GLU  78           HA       GLU  78 -19.790  -7.343  -4.614
  591   1HB   GLU  78          2HB       GLU  78 -19.707  -8.219  -6.962
  592   2HB   GLU  78          1HB       GLU  78 -19.474  -9.434  -5.715
  593   1HG   GLU  78          2HG       GLU  78 -21.114 -10.635  -6.542
  594   2HG   GLU  78          1HG       GLU  78 -22.246  -9.306  -6.291
  595    H    ILE  79           H        ILE  79 -19.828  -5.544  -5.984
  596    HA   ILE  79           HA       ILE  79 -22.492  -4.435  -6.407
  597    HB   ILE  79           HB       ILE  79 -19.877  -3.006  -6.830
  598   1HG1  ILE  79          2HG1      ILE  79 -21.276  -2.411  -4.337
  599   2HG1  ILE  79          1HG1      ILE  79 -20.723  -4.081  -4.408
  600   1HG2  ILE  79          1HG2      ILE  79 -21.114  -1.036  -6.782
  601   2HG2  ILE  79          2HG2      ILE  79 -22.490  -1.803  -6.007
  602   3HG2  ILE  79          3HG2      ILE  79 -22.141  -2.138  -7.698
  603   1HD1  ILE  79          1HD1      ILE  79 -18.520  -3.495  -4.403
  604   2HD1  ILE  79          2HD1      ILE  79 -19.200  -2.174  -3.451
  605   3HD1  ILE  79          3HD1      ILE  79 -18.821  -1.926  -5.155
  606    H    THR  80           H        THR  80 -23.329  -3.873  -8.340
  607    HA   THR  80           HA       THR  80 -21.895  -4.813 -10.724
  608    HB   THR  80           HB       THR  80 -23.995  -5.919 -10.537
  609    HG1  THR  80           1HG      THR  80 -23.500  -4.452 -12.578
  610   1HG2  THR  80          1HG2      THR  80 -26.110  -4.871 -10.216
  611   2HG2  THR  80          2HG2      THR  80 -25.380  -3.267 -10.252
  612   3HG2  THR  80          3HG2      THR  80 -25.040  -4.361  -8.910
  613    HA   PRO  81           HA       PRO  81 -21.641  -0.481 -11.788
  614   1HB   PRO  81          2HB       PRO  81 -20.103  -0.713 -13.956
  615   2HB   PRO  81          1HB       PRO  81 -19.465  -1.017 -12.336
  616   1HG   PRO  81          2HG       PRO  81 -20.333  -2.980 -14.422
  617   2HG   PRO  81          1HG       PRO  81 -18.939  -3.051 -13.334
  618   1HD   PRO  81          2HD       PRO  81 -21.315  -4.375 -12.919
  619   2HD   PRO  81          1HD       PRO  81 -20.151  -3.961 -11.646
  620    H    ASP  82           H        ASP  82 -21.846   0.799 -13.933
  621    HA   ASP  82           HA       ASP  82 -23.413  -0.247 -16.025
  622   1HB   ASP  82          2HB       ASP  82 -25.513   1.082 -15.466
  623   2HB   ASP  82          1HB       ASP  82 -25.244  -0.392 -14.544
  624    H    LYS  83           H        LYS  83 -23.806   2.916 -14.414
  625    HA   LYS  83           HA       LYS  83 -22.493   4.127 -16.750
  626   1HB   LYS  83          2HB       LYS  83 -25.108   4.600 -15.560
  627   2HB   LYS  83          1HB       LYS  83 -24.162   6.079 -15.663
  628   1HG   LYS  83          2HG       LYS  83 -23.760   5.501 -18.087
  629   2HG   LYS  83          1HG       LYS  83 -24.977   4.241 -17.895
  630   1HD   LYS  83          2HD       LYS  83 -26.067   6.635 -16.838
  631   2HD   LYS  83          1HD       LYS  83 -25.345   7.027 -18.399
  632   1HE   LYS  83          2HE       LYS  83 -26.612   4.716 -19.000
  633   2HE   LYS  83          1HE       LYS  83 -27.686   5.357 -17.758
  634   1HZ   LYS  83          1HZ       LYS  83 -28.268   6.055 -20.038
  635   2HZ   LYS  83          2HZ       LYS  83 -26.796   6.882 -20.142
  636   3HZ   LYS  83          3HZ       LYS  83 -27.955   7.359 -19.006
  637    H    ALA  84           H        ALA  84 -23.470   4.905 -13.408
  638    HA   ALA  84           HA       ALA  84 -21.626   6.935 -12.971
  639   1HB   ALA  84          1HB       ALA  84 -22.444   6.972 -10.870
  640   2HB   ALA  84          2HB       ALA  84 -22.151   5.253 -10.618
  641   3HB   ALA  84          3HB       ALA  84 -23.598   5.783 -11.475
  642    H    PHE  85           H        PHE  85 -21.154   3.525 -13.139
  643    HA   PHE  85           HA       PHE  85 -18.646   3.501 -11.736
  644   1HB   PHE  85          2HB       PHE  85 -20.398   1.556 -13.075
  645   2HB   PHE  85          1HB       PHE  85 -18.680   1.185 -13.146
  646    HD1  PHE  85           1HD      PHE  85 -17.410   0.883 -11.063
  647    HD2  PHE  85           2HD      PHE  85 -21.629   1.356 -11.049
  648    HE1  PHE  85           1HE      PHE  85 -17.499  -0.120  -8.844
  649    HE2  PHE  85           2HE      PHE  85 -21.721   0.374  -8.789
  650    HZ   PHE  85           HZ       PHE  85 -19.649  -0.373  -7.692
  651    H    GLN  86           H        GLN  86 -19.733   3.368 -15.091
  652    HA   GLN  86           HA       GLN  86 -17.163   3.182 -16.250
  653   1HB   GLN  86          2HB       GLN  86 -19.866   4.038 -17.231
  654   2HB   GLN  86          1HB       GLN  86 -18.452   4.263 -18.251
  655   1HG   GLN  86          2HG       GLN  86 -19.222   1.613 -17.063
  656   2HG   GLN  86          1HG       GLN  86 -19.775   2.169 -18.642
  657   1HE2  GLN  86          1HE2      GLN  86 -18.738   0.844 -19.989
  658   2HE2  GLN  86          2HE2      GLN  86 -17.024   0.650 -20.073
  659    H    ASP  87           H        ASP  87 -19.019   5.775 -14.925
  660    HA   ASP  87           HA       ASP  87 -17.417   7.866 -16.144
  661   1HB   ASP  87          2HB       ASP  87 -20.008   7.700 -15.022
  662   2HB   ASP  87          1HB       ASP  87 -19.104   8.854 -14.046
  663    H    LYS  88           H        LYS  88 -18.152   6.847 -12.860
  664    HA   LYS  88           HA       LYS  88 -16.537   8.613 -11.519
  665   1HB   LYS  88          2HB       LYS  88 -17.968   6.155 -10.861
  666   2HB   LYS  88          1HB       LYS  88 -16.595   6.472  -9.823
  667   1HG   LYS  88          2HG       LYS  88 -17.741   7.979  -8.688
  668   2HG   LYS  88          1HG       LYS  88 -18.055   8.894 -10.161
  669   1HD   LYS  88          2HD       LYS  88 -19.771   6.639 -10.187
  670   2HD   LYS  88          1HD       LYS  88 -19.862   7.346  -8.578
  671   1HE   LYS  88          2HE       LYS  88 -19.898   9.435 -10.536
  672   2HE   LYS  88          1HE       LYS  88 -21.121   8.235 -10.938
  673   1HZ   LYS  88          1HZ       LYS  88 -22.389   8.954  -9.288
  674   2HZ   LYS  88          2HZ       LYS  88 -21.297  10.220  -9.035
  675   3HZ   LYS  88          3HZ       LYS  88 -21.142   8.783  -8.158
  676    H    LEU  89           H        LEU  89 -15.666   5.375 -12.594
  677    HA   LEU  89           HA       LEU  89 -12.859   6.069 -12.107
  678   1HB   LEU  89          2HB       LEU  89 -14.371   3.740 -11.064
  679   2HB   LEU  89          1HB       LEU  89 -12.747   3.431 -11.650
  680    HG   LEU  89           HG       LEU  89 -11.930   5.236 -10.099
  681   1HD1  LEU  89          1HD1      LEU  89 -13.698   6.579  -9.529
  682   2HD1  LEU  89          2HD1      LEU  89 -13.630   5.519  -8.124
  683   3HD1  LEU  89          3HD1      LEU  89 -14.822   5.228  -9.390
  684   1HD2  LEU  89          1HD2      LEU  89 -11.584   2.988  -9.440
  685   2HD2  LEU  89          2HD2      LEU  89 -13.282   2.783  -9.008
  686   3HD2  LEU  89          3HD2      LEU  89 -12.246   3.826  -8.035
  687    H    TYR  90           H        TYR  90 -11.558   5.659 -13.779
  688    HA   TYR  90           HA       TYR  90 -12.655   4.703 -16.249
  689   1HB   TYR  90          2HB       TYR  90 -10.137   5.948 -15.334
  690   2HB   TYR  90          1HB       TYR  90  -9.983   4.880 -16.724
  691    HD1  TYR  90           1HD      TYR  90 -10.524   5.645 -18.865
  692    HD2  TYR  90           2HD      TYR  90 -11.878   7.838 -15.480
  693    HE1  TYR  90           1HE      TYR  90 -11.289   7.451 -20.348
  694    HE2  TYR  90           2HE      TYR  90 -12.647   9.650 -16.954
  695    HH   TYR  90           HH       TYR  90 -11.997   9.623 -20.409
  696    HA   PRO  91           HA       PRO  91 -11.669   0.402 -16.288
  697   1HB   PRO  91          2HB       PRO  91 -10.113   0.894 -18.784
  698   2HB   PRO  91          1HB       PRO  91 -11.404  -0.272 -18.473
  699   1HG   PRO  91          2HG       PRO  91 -11.900   1.918 -19.887
  700   2HG   PRO  91          1HG       PRO  91 -13.080   1.320 -18.705
  701   1HD   PRO  91          2HD       PRO  91 -11.184   3.623 -18.488
  702   2HD   PRO  91          1HD       PRO  91 -12.851   3.474 -17.894
  703    H    PHE  92           H        PHE  92  -9.094   2.730 -16.642
  704    HA   PHE  92           HA       PHE  92  -6.856   1.083 -16.541
  705   1HB   PHE  92          2HB       PHE  92  -7.416   3.887 -16.230
  706   2HB   PHE  92          1HB       PHE  92  -6.247   3.386 -15.013
  707    HD1  PHE  92           1HD      PHE  92  -4.320   1.833 -15.964
  708    HD2  PHE  92           2HD      PHE  92  -6.618   4.577 -18.264
  709    HE1  PHE  92           1HE      PHE  92  -2.525   1.917 -17.646
  710    HE2  PHE  92           2HE      PHE  92  -4.829   4.667 -19.954
  711    HZ   PHE  92           HZ       PHE  92  -2.778   3.335 -19.646
  712    H    THR  93           H        THR  93  -8.541   2.650 -13.837
  713    HA   THR  93           HA       THR  93  -7.019   1.303 -11.844
  714    HB   THR  93           HB       THR  93  -9.132   2.078 -10.424
  715    HG1  THR  93           1HG      THR  93  -9.962   2.793 -12.740
  716   1HG2  THR  93          1HG2      THR  93  -7.810   4.512 -11.200
  717   2HG2  THR  93          2HG2      THR  93  -6.652   3.202 -10.972
  718   3HG2  THR  93          3HG2      THR  93  -7.759   3.636  -9.670
  719    H    TRP  94           H        TRP  94  -9.969   0.617 -13.568
  720    HA   TRP  94           HA       TRP  94 -11.037  -1.352 -11.870
  721   1HB   TRP  94          2HB       TRP  94 -11.425  -0.537 -14.681
  722   2HB   TRP  94          1HB       TRP  94 -11.948  -2.164 -14.257
  723    HD1  TRP  94           HD       TRP  94 -12.299   1.074 -12.135
  724    HE1  TRP  94           1HE      TRP  94 -14.798   1.393 -11.621
  725    HE3  TRP  94           3HE      TRP  94 -14.200  -2.890 -14.759
  726    HZ2  TRP  94           2HZ      TRP  94 -17.195   0.158 -12.251
  727    HZ3  TRP  94           3HZ      TRP  94 -16.634  -3.230 -14.715
  728    HH2  TRP  94           HH       TRP  94 -18.073  -1.726 -13.481
  729    H    ASP  95           H        ASP  95  -8.412  -1.420 -14.105
  730    HA   ASP  95           HA       ASP  95  -8.356  -4.215 -14.569
  731   1HB   ASP  95          2HB       ASP  95  -6.635  -1.902 -15.146
  732   2HB   ASP  95          1HB       ASP  95  -5.761  -3.416 -14.927
  733    H    ALA  96           H        ALA  96  -7.268  -2.208 -11.960
  734    HA   ALA  96           HA       ALA  96  -5.660  -4.381 -10.830
  735   1HB   ALA  96          1HB       ALA  96  -4.513  -2.842  -9.660
  736   2HB   ALA  96          2HB       ALA  96  -5.940  -1.866  -9.323
  737   3HB   ALA  96          3HB       ALA  96  -5.138  -1.747 -10.891
  738    H    VAL  97           H        VAL  97  -8.589  -2.560 -10.300
  739    HA   VAL  97           HA       VAL  97  -9.093  -3.836  -7.743
  740    HB   VAL  97           HB       VAL  97 -11.235  -2.567  -7.780
  741   1HG1  VAL  97          1HG1      VAL  97  -9.545  -1.463  -6.638
  742   2HG1  VAL  97          2HG1      VAL  97 -10.066  -0.264  -7.821
  743   3HG1  VAL  97          3HG1      VAL  97  -8.597  -1.194  -8.102
  744   1HG2  VAL  97          1HG2      VAL  97 -10.199  -1.765 -10.467
  745   2HG2  VAL  97          2HG2      VAL  97 -11.265  -0.701  -9.557
  746   3HG2  VAL  97          3HG2      VAL  97 -11.810  -2.313 -10.022
  747    H    ARG  98           H        ARG  98  -8.841  -5.699  -9.790
  748    HA   ARG  98           HA       ARG  98 -11.594  -6.718 -10.006
  749   1HB   ARG  98          2HB       ARG  98 -10.026  -6.011 -12.131
  750   2HB   ARG  98          1HB       ARG  98  -9.658  -7.723 -11.975
  751   1HG   ARG  98          2HG       ARG  98 -11.530  -8.215 -13.044
  752   2HG   ARG  98          1HG       ARG  98 -12.459  -7.459 -11.752
  753   1HD   ARG  98          2HD       ARG  98 -13.081  -5.840 -13.135
  754   2HD   ARG  98          1HD       ARG  98 -11.395  -5.394 -13.388
  755    HE   ARG  98           HE       ARG  98 -11.368  -6.687 -15.342
  756   1HH1  ARG  98          1HH1      ARG  98 -14.489  -6.811 -13.767
  757   2HH1  ARG  98          2HH1      ARG  98 -15.303  -7.411 -15.170
  758   1HH2  ARG  98          1HH2      ARG  98 -12.459  -7.472 -17.178
  759   2HH2  ARG  98          2HH2      ARG  98 -14.159  -7.787 -17.091
  760    H    TYR  99           H        TYR  99 -11.881  -8.945  -9.725
  761    HA   TYR  99           HA       TYR  99  -9.575 -10.560  -8.968
  762   1HB   TYR  99          2HB       TYR  99 -11.419  -9.411  -7.068
  763   2HB   TYR  99          1HB       TYR  99 -11.516 -11.168  -7.018
  764    HD1  TYR  99           1HD      TYR  99  -8.987 -12.257  -7.204
  765    HD2  TYR  99           2HD      TYR  99 -10.015  -8.491  -5.514
  766    HE1  TYR  99           1HE      TYR  99  -6.937 -12.313  -5.840
  767    HE2  TYR  99           2HE      TYR  99  -7.974  -8.535  -4.148
  768    HH   TYR  99           HH       TYR  99  -5.428 -10.269  -4.704
  769    H    ASN 100           H        ASN 100  -9.744 -12.306 -10.193
  770    HA   ASN 100           HA       ASN 100 -10.568 -14.158 -11.223
  771   1HB   ASN 100          2HB       ASN 100 -11.663 -14.336  -8.840
  772   2HB   ASN 100          1HB       ASN 100 -13.147 -13.970  -9.711
  773   1HD2  ASN 100          1HD2      ASN 100 -14.065 -15.512 -11.001
  774   2HD2  ASN 100          2HD2      ASN 100 -13.473 -17.131 -11.117
  775    H    GLY 101           H        GLY 101 -13.669 -12.541 -10.623
  776   1HA   GLY 101          2HA       GLY 101 -13.882 -11.361 -13.183
  777   2HA   GLY 101          1HA       GLY 101 -14.694 -12.920 -13.181
  778    H    LYS 102           H        LYS 102 -14.561 -11.018 -10.283
  779    HA   LYS 102           HA       LYS 102 -17.240  -9.945 -10.710
  780   1HB   LYS 102          2HB       LYS 102 -16.492 -11.974  -8.632
  781   2HB   LYS 102          1HB       LYS 102 -17.773 -10.813  -8.315
  782   1HG   LYS 102          2HG       LYS 102 -19.201 -12.121  -9.378
  783   2HG   LYS 102          1HG       LYS 102 -18.274 -11.908 -10.865
  784   1HD   LYS 102          2HD       LYS 102 -17.231 -13.916 -10.660
  785   2HD   LYS 102          1HD       LYS 102 -17.217 -13.847  -8.895
  786   1HE   LYS 102          2HE       LYS 102 -18.777 -15.481  -9.168
  787   2HE   LYS 102          1HE       LYS 102 -19.840 -14.077  -9.257
  788   1HZ   LYS 102          1HZ       LYS 102 -20.061 -15.861 -11.039
  789   2HZ   LYS 102          2HZ       LYS 102 -18.627 -15.237 -11.687
  790   3HZ   LYS 102          3HZ       LYS 102 -19.996 -14.251 -11.554
  791    H    LEU 103           H        LEU 103 -17.802  -8.252  -9.303
  792    HA   LEU 103           HA       LEU 103 -15.479  -6.914  -8.160
  793   1HB   LEU 103          2HB       LEU 103 -18.155  -6.040  -9.114
  794   2HB   LEU 103          1HB       LEU 103 -17.387  -5.085  -7.860
  795    HG   LEU 103           HG       LEU 103 -16.959  -4.179 -10.089
  796   1HD1  LEU 103          1HD1      LEU 103 -14.401  -4.272  -9.949
  797   2HD1  LEU 103          2HD1      LEU 103 -14.653  -5.251  -8.504
  798   3HD1  LEU 103          3HD1      LEU 103 -15.288  -3.607  -8.580
  799   1HD2  LEU 103          1HD2      LEU 103 -15.216  -5.612 -11.431
  800   2HD2  LEU 103          2HD2      LEU 103 -16.951  -5.872 -11.623
  801   3HD2  LEU 103          3HD2      LEU 103 -16.004  -6.949 -10.598
  802    H    ILE 104           H        ILE 104 -15.189  -8.061  -6.281
  803    HA   ILE 104           HA       ILE 104 -17.326  -7.776  -4.277
  804    HB   ILE 104           HB       ILE 104 -16.383  -9.681  -3.090
  805   1HG1  ILE 104          2HG1      ILE 104 -14.016  -9.297  -3.941
  806   2HG1  ILE 104          1HG1      ILE 104 -14.548 -10.974  -3.871
  807   1HG2  ILE 104          1HG2      ILE 104 -17.789  -9.753  -5.484
  808   2HG2  ILE 104          2HG2      ILE 104 -17.687 -11.032  -4.275
  809   3HG2  ILE 104          3HG2      ILE 104 -16.575 -11.021  -5.641
  810   1HD1  ILE 104          1HD1      ILE 104 -15.214 -10.089  -6.430
  811   2HD1  ILE 104          2HD1      ILE 104 -13.907 -11.180  -5.972
  812   3HD1  ILE 104          3HD1      ILE 104 -13.605  -9.448  -6.102
  813    H    ALA 105           H        ALA 105 -15.594  -5.672  -4.842
  814    HA   ALA 105           HA       ALA 105 -14.675  -4.995  -2.268
  815   1HB   ALA 105          1HB       ALA 105 -12.570  -5.844  -4.242
  816   2HB   ALA 105          2HB       ALA 105 -12.854  -6.469  -2.618
  817   3HB   ALA 105          3HB       ALA 105 -12.233  -4.834  -2.836
  818    H    TYR 106           H        TYR 106 -14.545  -2.811  -2.110
  819    HA   TYR 106           HA       TYR 106 -14.487  -1.269  -4.623
  820   1HB   TYR 106          2HB       TYR 106 -16.519  -1.322  -2.820
  821   2HB   TYR 106          1HB       TYR 106 -15.576   0.029  -2.202
  822    HD1  TYR 106           1HD      TYR 106 -16.196  -1.078  -5.688
  823    HD2  TYR 106           2HD      TYR 106 -16.746   1.957  -2.768
  824    HE1  TYR 106           1HE      TYR 106 -17.178   0.374  -7.387
  825    HE2  TYR 106           2HE      TYR 106 -17.750   3.424  -4.475
  826    HH   TYR 106           HH       TYR 106 -19.008   2.919  -6.829
  827    HA   PRO 107           HA       PRO 107 -10.763   0.421  -2.784
  828   1HB   PRO 107          2HB       PRO 107  -9.949   1.896  -4.849
  829   2HB   PRO 107          1HB       PRO 107  -9.912   0.131  -4.915
  830   1HG   PRO 107          2HG       PRO 107 -11.917   2.015  -6.082
  831   2HG   PRO 107          1HG       PRO 107 -11.173   0.579  -6.803
  832   1HD   PRO 107          2HD       PRO 107 -13.663   0.590  -5.649
  833   2HD   PRO 107          1HD       PRO 107 -12.638  -0.851  -5.788
  834    H    ILE 108           H        ILE 108 -10.582   2.081  -1.420
  835    HA   ILE 108           HA       ILE 108 -11.512   4.716  -2.141
  836    HB   ILE 108           HB       ILE 108 -12.887   5.032  -0.123
  837   1HG1  ILE 108          2HG1      ILE 108 -11.875   3.136   1.168
  838   2HG1  ILE 108          1HG1      ILE 108 -13.631   3.207   1.236
  839   1HG2  ILE 108          1HG2      ILE 108 -14.780   4.442  -1.176
  840   2HG2  ILE 108          2HG2      ILE 108 -14.256   2.779  -1.436
  841   3HG2  ILE 108          3HG2      ILE 108 -13.667   4.066  -2.487
  842   1HD1  ILE 108          1HD1      ILE 108 -12.056   1.374  -0.553
  843   2HD1  ILE 108          2HD1      ILE 108 -13.801   1.401  -0.354
  844   3HD1  ILE 108          3HD1      ILE 108 -12.766   0.923   0.989
  845    H    ALA 109           H        ALA 109  -8.990   3.652  -1.672
  846    HA   ALA 109           HA       ALA 109  -7.893   5.530   0.119
  847   1HB   ALA 109          1HB       ALA 109  -8.910   3.483   1.560
  848   2HB   ALA 109          2HB       ALA 109  -7.502   4.425   2.052
  849   3HB   ALA 109          3HB       ALA 109  -7.286   2.874   1.242
  850    H    VAL 110           H        VAL 110  -5.917   5.929  -0.687
  851    HA   VAL 110           HA       VAL 110  -4.595   3.749  -2.169
  852    HB   VAL 110           HB       VAL 110  -4.065   6.688  -2.577
  853   1HG1  VAL 110          1HG1      VAL 110  -3.496   5.433  -4.908
  854   2HG1  VAL 110          2HG1      VAL 110  -3.105   4.168  -3.744
  855   3HG1  VAL 110          3HG1      VAL 110  -2.316   5.741  -3.634
  856   1HG2  VAL 110          1HG2      VAL 110  -6.489   5.805  -3.057
  857   2HG2  VAL 110          2HG2      VAL 110  -5.726   5.107  -4.484
  858   3HG2  VAL 110          3HG2      VAL 110  -5.672   6.850  -4.220
  859    H    GLU 111           H        GLU 111  -3.091   2.874  -0.861
  860    HA   GLU 111           HA       GLU 111  -1.352   4.739   0.623
  861   1HB   GLU 111          2HB       GLU 111  -1.939   1.844   1.270
  862   2HB   GLU 111          1HB       GLU 111  -0.960   2.945   2.228
  863   1HG   GLU 111          2HG       GLU 111  -3.133   4.373   2.316
  864   2HG   GLU 111          1HG       GLU 111  -3.920   2.862   1.870
  865    H    ALA 112           H        ALA 112   0.745   4.747   0.128
  866    HA   ALA 112           HA       ALA 112   2.171   2.467  -0.806
  867   1HB   ALA 112          1HB       ALA 112   2.154   4.591  -2.871
  868   2HB   ALA 112          2HB       ALA 112   0.788   3.475  -2.817
  869   3HB   ALA 112          3HB       ALA 112   2.426   2.857  -3.034
  870    H    LEU 113           H        LEU 113   4.416   3.281  -1.710
  871    HA   LEU 113           HA       LEU 113   5.280   5.397   0.142
  872   1HB   LEU 113          2HB       LEU 113   7.501   4.245   0.046
  873   2HB   LEU 113          1HB       LEU 113   6.211   3.299   0.766
  874    HG   LEU 113           HG       LEU 113   6.789   2.936  -2.136
  875   1HD1  LEU 113          1HD1      LEU 113   8.412   1.673   0.067
  876   2HD1  LEU 113          2HD1      LEU 113   8.989   2.890  -1.073
  877   3HD1  LEU 113          3HD1      LEU 113   8.505   1.295  -1.652
  878   1HD2  LEU 113          1HD2      LEU 113   5.153   1.713  -0.189
  879   2HD2  LEU 113          2HD2      LEU 113   6.398   0.542  -0.627
  880   3HD2  LEU 113          3HD2      LEU 113   5.376   1.253  -1.877
  881    H    SER 114           H        SER 114   7.097   6.697  -0.453
  882    HA   SER 114           HA       SER 114   7.381   7.106  -3.357
  883   1HB   SER 114          2HB       SER 114   6.387   8.929  -1.497
  884   2HB   SER 114          1HB       SER 114   8.053   9.435  -1.723
  885    HG   SER 114           HG       SER 114   7.456   9.223  -4.080
  886    H    LEU 115           H        LEU 115   9.468   8.374  -3.771
  887    HA   LEU 115           HA       LEU 115  11.671   7.279  -2.141
  888   1HB   LEU 115          2HB       LEU 115  11.720   6.408  -4.429
  889   2HB   LEU 115          1HB       LEU 115  11.623   8.034  -5.074
  890    HG   LEU 115           HG       LEU 115  13.846   8.357  -3.681
  891   1HD1  LEU 115          1HD1      LEU 115  13.647   5.393  -4.123
  892   2HD1  LEU 115          2HD1      LEU 115  14.016   6.263  -2.635
  893   3HD1  LEU 115          3HD1      LEU 115  15.194   6.222  -3.946
  894   1HD2  LEU 115          1HD2      LEU 115  13.182   7.931  -6.368
  895   2HD2  LEU 115          2HD2      LEU 115  14.581   6.903  -6.056
  896   3HD2  LEU 115          3HD2      LEU 115  14.666   8.634  -5.728
  897    H    ILE 116           H        ILE 116  12.310   8.897  -0.800
  898    HA   ILE 116           HA       ILE 116  11.693  11.606  -1.371
  899    HB   ILE 116           HB       ILE 116  13.280  10.356   0.859
  900   1HG1  ILE 116          2HG1      ILE 116  10.765  11.724   1.445
  901   2HG1  ILE 116          1HG1      ILE 116  10.556  10.427   0.273
  902   1HG2  ILE 116          1HG2      ILE 116  14.035  12.668   0.492
  903   2HG2  ILE 116          2HG2      ILE 116  13.147  12.497   2.007
  904   3HG2  ILE 116          3HG2      ILE 116  12.366  13.219   0.599
  905   1HD1  ILE 116          1HD1      ILE 116  12.089   9.212   2.108
  906   2HD1  ILE 116          2HD1      ILE 116  10.330   9.163   2.085
  907   3HD1  ILE 116          3HD1      ILE 116  11.173  10.318   3.119
  908    H    TYR 117           H        TYR 117  12.781  13.224  -2.156
  909    HA   TYR 117           HA       TYR 117  15.646  12.936  -2.800
  910   1HB   TYR 117          2HB       TYR 117  14.322  12.777  -4.859
  911   2HB   TYR 117          1HB       TYR 117  13.460  14.254  -4.443
  912    HD1  TYR 117           1HD      TYR 117  16.875  12.974  -5.169
  913    HD2  TYR 117           2HD      TYR 117  14.245  16.316  -5.220
  914    HE1  TYR 117           1HE      TYR 117  18.570  14.283  -6.368
  915    HE2  TYR 117           2HE      TYR 117  15.934  17.635  -6.428
  916    HH   TYR 117           HH       TYR 117  17.989  16.958  -8.045
  917    H    ASN 118           H        ASN 118  16.909  14.697  -2.156
  918    HA   ASN 118           HA       ASN 118  15.381  16.815  -0.803
  919   1HB   ASN 118          2HB       ASN 118  18.083  15.649  -0.280
  920   2HB   ASN 118          1HB       ASN 118  17.500  17.087   0.539
  921   1HD2  ASN 118          1HD2      ASN 118  18.240  14.368   1.463
  922   2HD2  ASN 118          2HD2      ASN 118  16.874  13.793   2.353
  923    H    LYS 119           H        LYS 119  15.688  18.950  -1.177
  924    HA   LYS 119           HA       LYS 119  17.825  19.684  -3.064
  925   1HB   LYS 119          2HB       LYS 119  14.931  20.453  -2.997
  926   2HB   LYS 119          1HB       LYS 119  16.115  21.526  -3.730
  927   1HG   LYS 119          2HG       LYS 119  16.479  20.157  -5.494
  928   2HG   LYS 119          1HG       LYS 119  16.145  18.688  -4.576
  929   1HD   LYS 119          2HD       LYS 119  14.235  18.723  -5.809
  930   2HD   LYS 119          1HD       LYS 119  13.707  19.813  -4.525
  931   1HE   LYS 119          2HE       LYS 119  13.183  20.755  -6.702
  932   2HE   LYS 119          1HE       LYS 119  14.393  21.736  -5.877
  933   1HZ   LYS 119          1HZ       LYS 119  15.850  19.945  -7.333
  934   2HZ   LYS 119          2HZ       LYS 119  15.567  21.563  -7.736
  935   3HZ   LYS 119          3HZ       LYS 119  14.574  20.348  -8.366
  936    H    ASP 120           H        ASP 120  19.014  20.152  -1.092
  937    HA   ASP 120           HA       ASP 120  18.752  22.954  -0.416
  938   1HB   ASP 120          2HB       ASP 120  17.404  21.456   1.257
  939   2HB   ASP 120          1HB       ASP 120  18.986  21.062   1.900
  940    H    LEU 121           H        LEU 121  20.469  19.903  -0.057
  941    HA   LEU 121           HA       LEU 121  22.989  21.254  -0.496
  942   1HB   LEU 121          2HB       LEU 121  23.930  19.847   1.501
  943   2HB   LEU 121          1HB       LEU 121  23.239  21.434   1.770
  944    HG   LEU 121           HG       LEU 121  22.610  19.607   3.416
  945   1HD1  LEU 121          1HD1      LEU 121  21.077  21.115   3.902
  946   2HD1  LEU 121          2HD1      LEU 121  19.999  20.338   2.748
  947   3HD1  LEU 121          3HD1      LEU 121  21.028  21.674   2.236
  948   1HD2  LEU 121          1HD2      LEU 121  22.184  17.976   1.440
  949   2HD2  LEU 121          2HD2      LEU 121  20.591  18.727   1.402
  950   3HD2  LEU 121          3HD2      LEU 121  21.148  17.915   2.864
  951    H    LEU 122           H        LEU 122  21.627  19.535  -2.177
  952    HA   LEU 122           HA       LEU 122  23.499  17.294  -2.300
  953   1HB   LEU 122          2HB       LEU 122  20.498  17.026  -2.352
  954   2HB   LEU 122          1HB       LEU 122  21.585  15.768  -2.909
  955    HG   LEU 122           HG       LEU 122  21.795  16.863  -0.126
  956   1HD1  LEU 122          1HD1      LEU 122  19.700  16.146   0.207
  957   2HD1  LEU 122          2HD1      LEU 122  20.459  14.555   0.234
  958   3HD1  LEU 122          3HD1      LEU 122  19.694  15.142  -1.244
  959   1HD2  LEU 122          1HD2      LEU 122  23.607  15.455  -1.076
  960   2HD2  LEU 122          2HD2      LEU 122  22.434  14.150  -1.252
  961   3HD2  LEU 122          3HD2      LEU 122  22.829  14.769   0.350
  962    HA   PRO 123           HA       PRO 123  23.448  18.649  -6.560
  963   1HB   PRO 123          2HB       PRO 123  25.039  16.727  -7.588
  964   2HB   PRO 123          1HB       PRO 123  25.673  18.020  -6.563
  965   1HG   PRO 123          2HG       PRO 123  24.954  15.204  -5.822
  966   2HG   PRO 123          1HG       PRO 123  26.405  16.131  -5.398
  967   1HD   PRO 123          2HD       PRO 123  24.326  15.842  -3.690
  968   2HD   PRO 123          1HD       PRO 123  25.321  17.311  -3.737
  969    H    ASN 124           H        ASN 124  22.653  17.943  -8.614
  970    HA   ASN 124           HA       ASN 124  20.395  16.238  -8.450
  971   1HB   ASN 124          2HB       ASN 124  21.140  18.258 -10.102
  972   2HB   ASN 124          1HB       ASN 124  21.440  16.865 -11.135
  973   1HD2  ASN 124          1HD2      ASN 124  19.502  18.844 -11.619
  974   2HD2  ASN 124          2HD2      ASN 124  17.945  18.097 -11.548
  975    HA   PRO 125           HA       PRO 125  22.669  12.476  -9.394
  976   1HB   PRO 125          2HB       PRO 125  20.697  10.736  -8.871
  977   2HB   PRO 125          1HB       PRO 125  21.528  11.610  -7.580
  978   1HG   PRO 125          2HG       PRO 125  18.850  12.123  -8.794
  979   2HG   PRO 125          1HG       PRO 125  19.362  12.260  -7.103
  980   1HD   PRO 125          2HD       PRO 125  19.117  14.383  -8.869
  981   2HD   PRO 125          1HD       PRO 125  20.080  14.397  -7.383
  982    HA   PRO 126           HA       PRO 126  21.533  11.858 -13.648
  983   1HB   PRO 126          2HB       PRO 126  22.755   9.414 -14.000
  984   2HB   PRO 126          1HB       PRO 126  23.588  10.967 -14.069
  985   1HG   PRO 126          2HG       PRO 126  23.427   8.991 -11.847
  986   2HG   PRO 126          1HG       PRO 126  24.797   9.988 -12.369
  987   1HD   PRO 126          2HD       PRO 126  23.300  10.579 -10.198
  988   2HD   PRO 126          1HD       PRO 126  24.062  11.827 -11.204
  989    H    LYS 127           H        LYS 127  21.131   9.312 -14.801
  990    HA   LYS 127           HA       LYS 127  18.607   8.537 -13.508
  991   1HB   LYS 127          2HB       LYS 127  19.353   9.063 -16.275
  992   2HB   LYS 127          1HB       LYS 127  18.573   7.497 -16.093
  993   1HG   LYS 127          2HG       LYS 127  16.748   8.695 -14.830
  994   2HG   LYS 127          1HG       LYS 127  17.480  10.202 -15.382
  995   1HD   LYS 127          2HD       LYS 127  17.328   8.913 -17.724
  996   2HD   LYS 127          1HD       LYS 127  15.975   8.146 -16.892
  997   1HE   LYS 127          2HE       LYS 127  16.146  11.088 -16.689
  998   2HE   LYS 127          1HE       LYS 127  15.761  10.435 -18.281
  999   1HZ   LYS 127          1HZ       LYS 127  14.160  10.493 -15.872
 1000   2HZ   LYS 127          2HZ       LYS 127  14.125   9.016 -16.697
 1001   3HZ   LYS 127          3HZ       LYS 127  13.677  10.440 -17.493
 1002    H    THR 128           H        THR 128  21.064   7.474 -12.598
 1003    HA   THR 128           HA       THR 128  20.610   4.637 -13.171
 1004    HB   THR 128           HB       THR 128  22.494   5.229 -14.581
 1005    HG1  THR 128           1HG      THR 128  23.609   3.549 -13.964
 1006   1HG2  THR 128          1HG2      THR 128  23.189   6.991 -12.492
 1007   2HG2  THR 128          2HG2      THR 128  23.978   6.778 -14.055
 1008   3HG2  THR 128          3HG2      THR 128  24.502   5.828 -12.665
 1009    H    TRP 129           H        TRP 129  20.912   3.283 -11.427
 1010    HA   TRP 129           HA       TRP 129  20.897   4.476  -8.827
 1011   1HB   TRP 129          2HB       TRP 129  20.090   2.033  -9.916
 1012   2HB   TRP 129          1HB       TRP 129  21.406   1.610  -8.828
 1013    HD1  TRP 129           HD       TRP 129  17.868   2.889  -8.895
 1014    HE1  TRP 129           1HE      TRP 129  16.903   2.909  -6.509
 1015    HE3  TRP 129           3HE      TRP 129  22.117   1.769  -6.319
 1016    HZ2  TRP 129           2HZ      TRP 129  17.831   2.471  -3.872
 1017    HZ3  TRP 129           3HZ      TRP 129  21.998   1.556  -3.874
 1018    HH2  TRP 129           HH       TRP 129  19.900   1.900  -2.678
 1019    H    GLU 130           H        GLU 130  23.262   2.842 -10.816
 1020    HA   GLU 130           HA       GLU 130  25.188   2.321  -8.849
 1021   1HB   GLU 130          2HB       GLU 130  24.972   1.769 -11.494
 1022   2HB   GLU 130          1HB       GLU 130  26.223   3.005 -11.514
 1023   1HG   GLU 130          2HG       GLU 130  27.207   1.520  -9.558
 1024   2HG   GLU 130          1HG       GLU 130  26.270   0.270 -10.376
 1025    H    GLU 131           H        GLU 131  24.288   5.304 -10.326
 1026    HA   GLU 131           HA       GLU 131  26.783   6.629  -9.812
 1027   1HB   GLU 131          2HB       GLU 131  24.120   7.396 -10.858
 1028   2HB   GLU 131          1HB       GLU 131  25.094   8.676 -10.150
 1029   1HG   GLU 131          2HG       GLU 131  26.296   6.844 -12.168
 1030   2HG   GLU 131          1HG       GLU 131  25.253   8.160 -12.693
 1031    H    ILE 132           H        ILE 132  23.725   6.259  -8.083
 1032    HA   ILE 132           HA       ILE 132  24.016   8.335  -6.257
 1033    HB   ILE 132           HB       ILE 132  21.930   7.025  -6.606
 1034   1HG1  ILE 132          2HG1      ILE 132  22.211   6.845  -3.725
 1035   2HG1  ILE 132          1HG1      ILE 132  22.860   8.346  -4.359
 1036   1HG2  ILE 132          1HG2      ILE 132  21.774   5.096  -4.829
 1037   2HG2  ILE 132          2HG2      ILE 132  23.491   4.953  -5.163
 1038   3HG2  ILE 132          3HG2      ILE 132  22.323   4.786  -6.471
 1039   1HD1  ILE 132          1HD1      ILE 132  20.111   7.352  -5.033
 1040   2HD1  ILE 132          2HD1      ILE 132  20.773   8.975  -5.240
 1041   3HD1  ILE 132          3HD1      ILE 132  20.456   8.347  -3.622
 1042    HA   PRO 133           HA       PRO 133  26.256   5.071  -3.333
 1043   1HB   PRO 133          2HB       PRO 133  28.004   3.918  -5.443
 1044   2HB   PRO 133          1HB       PRO 133  27.276   3.137  -4.034
 1045   1HG   PRO 133          2HG       PRO 133  26.303   2.678  -6.455
 1046   2HG   PRO 133          1HG       PRO 133  25.204   2.905  -5.078
 1047   1HD   PRO 133          2HD       PRO 133  25.981   4.861  -7.211
 1048   2HD   PRO 133          1HD       PRO 133  24.382   4.526  -6.547
 1049    H    ALA 134           H        ALA 134  27.899   6.299  -6.254
 1050    HA   ALA 134           HA       ALA 134  30.325   6.978  -5.049
 1051   1HB   ALA 134          1HB       ALA 134  30.784   8.253  -6.994
 1052   2HB   ALA 134          2HB       ALA 134  29.068   8.484  -7.330
 1053   3HB   ALA 134          3HB       ALA 134  29.793   6.887  -7.512
 1054    H    LEU 135           H        LEU 135  27.251   8.637  -5.069
 1055    HA   LEU 135           HA       LEU 135  28.122  11.204  -4.359
 1056   1HB   LEU 135          2HB       LEU 135  25.676   9.934  -4.763
 1057   2HB   LEU 135          1HB       LEU 135  25.615  10.471  -3.096
 1058    HG   LEU 135           HG       LEU 135  26.579  12.683  -4.522
 1059   1HD1  LEU 135          1HD1      LEU 135  25.940  12.279  -6.641
 1060   2HD1  LEU 135          2HD1      LEU 135  24.347  12.737  -6.040
 1061   3HD1  LEU 135          3HD1      LEU 135  24.781  11.034  -6.167
 1062   1HD2  LEU 135          1HD2      LEU 135  23.851  13.086  -4.158
 1063   2HD2  LEU 135          2HD2      LEU 135  25.138  13.477  -3.016
 1064   3HD2  LEU 135          3HD2      LEU 135  24.298  11.931  -2.911
 1065    H    ASP 136           H        ASP 136  27.579   8.326  -2.443
 1066    HA   ASP 136           HA       ASP 136  27.573   9.514   0.102
 1067   1HB   ASP 136          2HB       ASP 136  27.008   7.083  -0.668
 1068   2HB   ASP 136          1HB       ASP 136  28.718   6.784  -0.374
 1069    H    LYS 137           H        LYS 137  30.197   8.381  -1.961
 1070    HA   LYS 137           HA       LYS 137  32.259   8.557  -0.065
 1071   1HB   LYS 137          2HB       LYS 137  32.120   7.615  -2.569
 1072   2HB   LYS 137          1HB       LYS 137  32.892   9.162  -2.898
 1073   1HG   LYS 137          2HG       LYS 137  34.636   8.580  -1.227
 1074   2HG   LYS 137          1HG       LYS 137  33.892   6.987  -1.074
 1075   1HD   LYS 137          2HD       LYS 137  34.449   7.787  -3.837
 1076   2HD   LYS 137          1HD       LYS 137  35.889   7.634  -2.827
 1077   1HE   LYS 137          2HE       LYS 137  33.781   5.504  -2.875
 1078   2HE   LYS 137          1HE       LYS 137  35.055   5.555  -4.094
 1079   1HZ   LYS 137          1HZ       LYS 137  36.412   5.817  -1.761
 1080   2HZ   LYS 137          2HZ       LYS 137  36.226   4.377  -2.628
 1081   3HZ   LYS 137          3HZ       LYS 137  35.183   4.730  -1.346
 1082    H    GLU 138           H        GLU 138  30.689  11.015  -1.983
 1083    HA   GLU 138           HA       GLU 138  32.759  12.975  -1.527
 1084   1HB   GLU 138          2HB       GLU 138  29.991  13.151  -2.715
 1085   2HB   GLU 138          1HB       GLU 138  31.026  14.555  -2.505
 1086   1HG   GLU 138          2HG       GLU 138  32.715  13.505  -3.945
 1087   2HG   GLU 138          1HG       GLU 138  31.636  12.132  -4.182
 1088    H    LEU 139           H        LEU 139  29.450  12.430  -0.344
 1089    HA   LEU 139           HA       LEU 139  29.469  14.653   1.412
 1090   1HB   LEU 139          2HB       LEU 139  27.746  12.216   1.129
 1091   2HB   LEU 139          1HB       LEU 139  27.519  13.312   2.480
 1092    HG   LEU 139           HG       LEU 139  27.471  15.093   0.453
 1093   1HD1  LEU 139          1HD1      LEU 139  27.760  13.283  -1.219
 1094   2HD1  LEU 139          2HD1      LEU 139  26.274  14.207  -1.436
 1095   3HD1  LEU 139          3HD1      LEU 139  26.219  12.609  -0.700
 1096   1HD2  LEU 139          1HD2      LEU 139  25.654  15.328   1.765
 1097   2HD2  LEU 139          2HD2      LEU 139  25.446  13.593   1.957
 1098   3HD2  LEU 139          3HD2      LEU 139  24.860  14.389   0.501
 1099    H    LYS 140           H        LYS 140  30.293  11.243   1.805
 1100    HA   LYS 140           HA       LYS 140  30.554  11.228   4.600
 1101   1HB   LYS 140          2HB       LYS 140  30.550   9.247   3.008
 1102   2HB   LYS 140          1HB       LYS 140  32.243   9.608   2.705
 1103   1HG   LYS 140          2HG       LYS 140  31.488   9.394   5.534
 1104   2HG   LYS 140          1HG       LYS 140  31.365   7.905   4.595
 1105   1HD   LYS 140          2HD       LYS 140  33.685   8.183   3.857
 1106   2HD   LYS 140          1HD       LYS 140  33.807   9.669   4.800
 1107   1HE   LYS 140          2HE       LYS 140  34.338   8.507   6.614
 1108   2HE   LYS 140          1HE       LYS 140  32.843   7.582   6.492
 1109   1HZ   LYS 140          1HZ       LYS 140  33.902   5.836   5.594
 1110   2HZ   LYS 140          2HZ       LYS 140  35.282   6.517   6.295
 1111   3HZ   LYS 140          3HZ       LYS 140  34.944   6.788   4.660
 1112    H    ALA 141           H        ALA 141  32.914  11.831   2.055
 1113    HA   ALA 141           HA       ALA 141  35.195  12.140   3.576
 1114   1HB   ALA 141          1HB       ALA 141  34.585  12.330   0.919
 1115   2HB   ALA 141          2HB       ALA 141  36.169  12.632   1.633
 1116   3HB   ALA 141          3HB       ALA 141  35.075  13.978   1.314
 1117    H    LYS 142           H        LYS 142  32.470  14.191   3.534
 1118    HA   LYS 142           HA       LYS 142  34.044  16.429   4.596
 1119   1HB   LYS 142          2HB       LYS 142  32.245  16.619   2.700
 1120   2HB   LYS 142          1HB       LYS 142  31.107  16.566   4.038
 1121   1HG   LYS 142          2HG       LYS 142  31.371  18.806   3.881
 1122   2HG   LYS 142          1HG       LYS 142  32.696  18.451   4.989
 1123   1HD   LYS 142          2HD       LYS 142  33.568  19.890   3.310
 1124   2HD   LYS 142          1HD       LYS 142  34.190  18.273   2.970
 1125   1HE   LYS 142          2HE       LYS 142  33.421  19.433   0.938
 1126   2HE   LYS 142          1HE       LYS 142  32.526  17.950   1.252
 1127   1HZ   LYS 142          1HZ       LYS 142  31.596  20.713   1.818
 1128   2HZ   LYS 142          2HZ       LYS 142  30.742  19.308   2.212
 1129   3HZ   LYS 142          3HZ       LYS 142  31.028  19.694   0.592
 1130    H    GLY 143           H        GLY 143  30.963  14.765   5.215
 1131   1HA   GLY 143          2HA       GLY 143  31.275  13.926   7.760
 1132   2HA   GLY 143          1HA       GLY 143  30.925  15.638   7.969
 1133    H    LYS 144           H        LYS 144  29.640  13.464   5.497
 1134    HA   LYS 144           HA       LYS 144  27.117  13.199   6.848
 1135   1HB   LYS 144          2HB       LYS 144  25.838  14.317   4.977
 1136   2HB   LYS 144          1HB       LYS 144  26.694  15.395   6.068
 1137   1HG   LYS 144          2HG       LYS 144  28.443  14.747   3.936
 1138   2HG   LYS 144          1HG       LYS 144  26.885  15.197   3.248
 1139   1HD   LYS 144          2HD       LYS 144  27.798  16.935   5.430
 1140   2HD   LYS 144          1HD       LYS 144  28.830  16.959   3.999
 1141   1HE   LYS 144          2HE       LYS 144  27.296  18.040   2.765
 1142   2HE   LYS 144          1HE       LYS 144  25.963  17.087   3.418
 1143   1HZ   LYS 144          1HZ       LYS 144  25.436  19.022   4.393
 1144   2HZ   LYS 144          2HZ       LYS 144  27.002  19.649   4.282
 1145   3HZ   LYS 144          3HZ       LYS 144  26.609  18.579   5.530
 1146    H    SER 145           H        SER 145  25.443  12.432   5.005
 1147    HA   SER 145           HA       SER 145  26.815  10.497   3.272
 1148   1HB   SER 145          2HB       SER 145  25.378   9.822   5.580
 1149   2HB   SER 145          1HB       SER 145  24.258   9.505   4.256
 1150    HG   SER 145           HG       SER 145  26.732   8.321   4.830
 1151    H    ALA 146           H        ALA 146  25.244   9.648   1.566
 1152    HA   ALA 146           HA       ALA 146  23.502  11.878   0.747
 1153   1HB   ALA 146          1HB       ALA 146  24.380  11.797  -1.284
 1154   2HB   ALA 146          2HB       ALA 146  24.256  10.039  -1.367
 1155   3HB   ALA 146          3HB       ALA 146  25.644  10.791  -0.583
 1156    H    LEU 147           H        LEU 147  23.423   8.745   1.881
 1157    HA   LEU 147           HA       LEU 147  20.669   8.414   1.454
 1158   1HB   LEU 147          2HB       LEU 147  20.789   6.420   0.046
 1159   2HB   LEU 147          1HB       LEU 147  21.483   7.798  -0.783
 1160    HG   LEU 147           HG       LEU 147  23.721   6.776   0.263
 1161   1HD1  LEU 147          1HD1      LEU 147  21.820   4.851   0.928
 1162   2HD1  LEU 147          2HD1      LEU 147  23.572   4.661   0.966
 1163   3HD1  LEU 147          3HD1      LEU 147  22.663   4.187  -0.471
 1164   1HD2  LEU 147          1HD2      LEU 147  22.229   6.120  -2.243
 1165   2HD2  LEU 147          2HD2      LEU 147  23.811   5.410  -1.932
 1166   3HD2  LEU 147          3HD2      LEU 147  23.634   7.163  -2.033
 1167    H    MET 148           H        MET 148  19.857   6.557   2.597
 1168    HA   MET 148           HA       MET 148  21.547   4.747   4.003
 1169   1HB   MET 148          2HB       MET 148  20.719   7.254   5.239
 1170   2HB   MET 148          1HB       MET 148  20.198   5.851   6.164
 1171   1HG   MET 148          2HG       MET 148  22.291   5.311   6.773
 1172   2HG   MET 148          1HG       MET 148  22.976   5.787   5.218
 1173   1HE   MET 148          1HE       MET 148  23.724   7.800   8.955
 1174   2HE   MET 148          2HE       MET 148  24.671   6.665   7.993
 1175   3HE   MET 148          3HE       MET 148  23.096   6.184   8.626
 1176    H    PHE 149           H        PHE 149  20.430   2.927   4.227
 1177    HA   PHE 149           HA       PHE 149  17.513   3.059   4.455
 1178   1HB   PHE 149          2HB       PHE 149  17.368   1.052   2.955
 1179   2HB   PHE 149          1HB       PHE 149  17.878   2.533   2.147
 1180    HD1  PHE 149           1HD      PHE 149  18.897  -0.763   3.312
 1181    HD2  PHE 149           2HD      PHE 149  20.105   2.795   1.331
 1182    HE1  PHE 149           1HE      PHE 149  20.922  -1.909   2.513
 1183    HE2  PHE 149           2HE      PHE 149  22.129   1.664   0.510
 1184    HZ   PHE 149           HZ       PHE 149  22.541  -0.697   1.101
 1185    H    ASN 150           H        ASN 150  16.654   0.735   5.000
 1186    HA   ASN 150           HA       ASN 150  17.656   0.011   7.509
 1187   1HB   ASN 150          2HB       ASN 150  15.377  -0.564   6.182
 1188   2HB   ASN 150          1HB       ASN 150  16.241  -2.078   5.940
 1189   1HD2  ASN 150          1HD2      ASN 150  13.833  -1.414   7.538
 1190   2HD2  ASN 150          2HD2      ASN 150  14.186  -2.014   9.121
 1191    H    LEU 151           H        LEU 151  17.996  -2.639   7.713
 1192    HA   LEU 151           HA       LEU 151  20.180  -3.316   5.881
 1193   1HB   LEU 151          2HB       LEU 151  20.786  -2.431   8.282
 1194   2HB   LEU 151          1HB       LEU 151  20.389  -4.073   8.754
 1195    HG   LEU 151           HG       LEU 151  22.780  -3.802   8.381
 1196   1HD1  LEU 151          1HD1      LEU 151  22.841  -5.935   7.703
 1197   2HD1  LEU 151          2HD1      LEU 151  22.391  -5.467   6.070
 1198   3HD1  LEU 151          3HD1      LEU 151  21.148  -5.812   7.269
 1199   1HD2  LEU 151          1HD2      LEU 151  22.832  -3.643   5.528
 1200   2HD2  LEU 151          2HD2      LEU 151  23.610  -2.598   6.715
 1201   3HD2  LEU 151          3HD2      LEU 151  21.965  -2.253   6.176
 1202    H    GLN 152           H        GLN 152  17.764  -4.484   8.213
 1203    HA   GLN 152           HA       GLN 152  17.875  -7.065   6.787
 1204   1HB   GLN 152          2HB       GLN 152  18.315  -6.544   9.542
 1205   2HB   GLN 152          1HB       GLN 152  16.776  -7.383   9.421
 1206   1HG   GLN 152          2HG       GLN 152  17.806  -9.221   8.275
 1207   2HG   GLN 152          1HG       GLN 152  19.339  -8.358   8.184
 1208   1HE2  GLN 152          1HE2      GLN 152  20.768  -8.686   9.744
 1209   2HE2  GLN 152          2HE2      GLN 152  20.450  -9.448  11.261
 1210    H    GLU 153           H        GLU 153  16.142  -4.828   6.111
 1211    HA   GLU 153           HA       GLU 153  13.534  -5.884   6.957
 1212   1HB   GLU 153          2HB       GLU 153  14.390  -3.343   7.048
 1213   2HB   GLU 153          1HB       GLU 153  13.693  -3.351   5.439
 1214   1HG   GLU 153          2HG       GLU 153  12.073  -2.587   7.050
 1215   2HG   GLU 153          1HG       GLU 153  11.569  -4.137   6.374
 1216    HA   PRO 154           HA       PRO 154  13.156  -7.385   2.792
 1217   1HB   PRO 154          2HB       PRO 154  10.728  -8.496   3.008
 1218   2HB   PRO 154          1HB       PRO 154  12.136  -9.184   3.828
 1219   1HG   PRO 154          2HG       PRO 154   9.957  -7.460   4.939
 1220   2HG   PRO 154          1HG       PRO 154  10.720  -8.892   5.651
 1221   1HD   PRO 154          2HD       PRO 154  11.376  -6.303   6.304
 1222   2HD   PRO 154          1HD       PRO 154  12.475  -7.686   6.484
 1223    H    TYR 155           H        TYR 155  12.846  -4.662   2.861
 1224    HA   TYR 155           HA       TYR 155  10.379  -4.224   1.296
 1225   1HB   TYR 155          2HB       TYR 155  11.724  -2.423   3.308
 1226   2HB   TYR 155          1HB       TYR 155  10.582  -1.808   2.118
 1227    HD1  TYR 155           1HD      TYR 155  10.780  -4.609   4.598
 1228    HD2  TYR 155           2HD      TYR 155   8.415  -1.543   2.835
 1229    HE1  TYR 155           1HE      TYR 155   8.915  -5.198   6.090
 1230    HE2  TYR 155           2HE      TYR 155   6.544  -2.121   4.321
 1231    HH   TYR 155           HH       TYR 155   6.601  -3.467   6.918
 1232    H    PHE 156           H        PHE 156  13.718  -4.327   1.245
 1233    HA   PHE 156           HA       PHE 156  13.740  -2.607  -1.145
 1234   1HB   PHE 156          2HB       PHE 156  15.969  -1.841  -0.638
 1235   2HB   PHE 156          1HB       PHE 156  14.942  -1.532   0.758
 1236    HD1  PHE 156           1HD      PHE 156  14.948  -3.441   2.562
 1237    HD2  PHE 156           2HD      PHE 156  18.016  -2.802  -0.313
 1238    HE1  PHE 156           1HE      PHE 156  16.531  -4.665   3.988
 1239    HE2  PHE 156           2HE      PHE 156  19.606  -4.026   1.107
 1240    HZ   PHE 156           HZ       PHE 156  18.864  -4.961   3.258
 1241    H    THR 157           H        THR 157  15.393  -5.204   0.545
 1242    HA   THR 157           HA       THR 157  17.015  -6.128  -1.464
 1243    HB   THR 157           HB       THR 157  15.665  -7.810   0.645
 1244    HG1  THR 157           1HG      THR 157  16.658  -6.504   1.945
 1245   1HG2  THR 157          1HG2      THR 157  18.456  -8.140  -0.365
 1246   2HG2  THR 157          2HG2      THR 157  17.086  -8.934  -1.142
 1247   3HG2  THR 157          3HG2      THR 157  17.454  -9.270   0.546
 1248    H    TRP 158           H        TRP 158  13.791  -7.320  -0.641
 1249    HA   TRP 158           HA       TRP 158  13.493  -9.345  -2.489
 1250   1HB   TRP 158          2HB       TRP 158  11.932  -8.282  -0.558
 1251   2HB   TRP 158          1HB       TRP 158  11.088  -7.696  -1.985
 1252    HD1  TRP 158           HD       TRP 158   9.123  -9.234  -2.482
 1253    HE1  TRP 158           1HE      TRP 158   8.705 -11.777  -2.453
 1254    HE3  TRP 158           3HE      TRP 158  13.694 -10.785  -0.783
 1255    HZ2  TRP 158           2HZ      TRP 158  10.141 -14.137  -1.790
 1256    HZ3  TRP 158           3HZ      TRP 158  14.092 -13.193  -0.476
 1257    HH2  TRP 158           HH       TRP 158  12.351 -14.833  -0.969
 1258    HA   PRO 159           HA       PRO 159  11.516  -6.270  -5.644
 1259   1HB   PRO 159          2HB       PRO 159  11.837  -3.612  -5.213
 1260   2HB   PRO 159          1HB       PRO 159  10.488  -4.522  -4.530
 1261   1HG   PRO 159          2HG       PRO 159  13.075  -3.719  -3.260
 1262   2HG   PRO 159          1HG       PRO 159  11.427  -3.600  -2.615
 1263   1HD   PRO 159          2HD       PRO 159  13.088  -5.602  -1.917
 1264   2HD   PRO 159          1HD       PRO 159  11.342  -5.848  -2.081
 1265    H    LEU 160           H        LEU 160  14.560  -5.479  -4.141
 1266    HA   LEU 160           HA       LEU 160  15.767  -4.281  -6.435
 1267   1HB   LEU 160          2HB       LEU 160  16.388  -4.452  -3.759
 1268   2HB   LEU 160          1HB       LEU 160  17.570  -5.521  -4.480
 1269    HG   LEU 160           HG       LEU 160  17.195  -2.789  -5.620
 1270   1HD1  LEU 160          1HD1      LEU 160  18.185  -1.688  -3.941
 1271   2HD1  LEU 160          2HD1      LEU 160  19.270  -3.026  -3.565
 1272   3HD1  LEU 160          3HD1      LEU 160  17.617  -3.029  -2.948
 1273   1HD2  LEU 160          1HD2      LEU 160  19.638  -4.509  -5.267
 1274   2HD2  LEU 160          2HD2      LEU 160  19.481  -3.052  -6.249
 1275   3HD2  LEU 160          3HD2      LEU 160  18.614  -4.521  -6.701
 1276    H    ILE 161           H        ILE 161  16.083  -7.421  -4.832
 1277    HA   ILE 161           HA       ILE 161  17.622  -8.526  -6.990
 1278    HB   ILE 161           HB       ILE 161  16.287 -10.052  -4.750
 1279   1HG1  ILE 161          2HG1      ILE 161  19.076  -8.881  -4.797
 1280   2HG1  ILE 161          1HG1      ILE 161  17.715  -8.144  -3.958
 1281   1HG2  ILE 161          1HG2      ILE 161  18.844 -10.742  -6.151
 1282   2HG2  ILE 161          2HG2      ILE 161  17.297 -11.203  -6.837
 1283   3HG2  ILE 161          3HG2      ILE 161  17.764 -11.797  -5.248
 1284   1HD1  ILE 161          1HD1      ILE 161  18.114  -9.405  -2.209
 1285   2HD1  ILE 161          2HD1      ILE 161  19.473 -10.139  -3.036
 1286   3HD1  ILE 161          3HD1      ILE 161  17.862 -10.849  -3.174
 1287    H    ALA 162           H        ALA 162  14.517  -7.614  -6.939
 1288    HA   ALA 162           HA       ALA 162  13.403 -10.007  -8.173
 1289   1HB   ALA 162          1HB       ALA 162  11.771  -9.144  -6.831
 1290   2HB   ALA 162          2HB       ALA 162  11.374  -8.322  -8.341
 1291   3HB   ALA 162          3HB       ALA 162  12.287  -7.476  -7.091
 1292    H    ALA 163           H        ALA 163  13.742  -6.552  -8.977
 1293    HA   ALA 163           HA       ALA 163  13.833  -5.447 -10.950
 1294   1HB   ALA 163          1HB       ALA 163  15.133  -7.798 -12.244
 1295   2HB   ALA 163          2HB       ALA 163  15.930  -6.997 -10.893
 1296   3HB   ALA 163          3HB       ALA 163  15.530  -6.086 -12.349
 1297    H    ASP 164           H        ASP 164  13.836  -8.120 -13.112
 1298    HA   ASP 164           HA       ASP 164  10.958  -7.740 -13.592
 1299   1HB   ASP 164          2HB       ASP 164  11.491  -8.173 -16.025
 1300   2HB   ASP 164          1HB       ASP 164  12.091  -6.643 -15.394
 1301    H    GLY 165           H        GLY 165  13.683  -9.943 -13.496
 1302   1HA   GLY 165          2HA       GLY 165  12.070 -12.217 -14.327
 1303   2HA   GLY 165          1HA       GLY 165  13.774 -12.245 -13.901
 1304    H    GLY 166           H        GLY 166  13.330 -10.860 -11.351
 1305   1HA   GLY 166          2HA       GLY 166  12.999 -13.120  -9.717
 1306   2HA   GLY 166          1HA       GLY 166  13.013 -11.458  -9.160
 1307    H    TYR 167           H        TYR 167  11.000 -14.087 -10.307
 1308    HA   TYR 167           HA       TYR 167   8.607 -12.651  -9.371
 1309   1HB   TYR 167          2HB       TYR 167   9.130 -14.447 -11.596
 1310   2HB   TYR 167          1HB       TYR 167   7.764 -14.989 -10.626
 1311    HD1  TYR 167           1HD      TYR 167   5.790 -13.496 -10.332
 1312    HD2  TYR 167           2HD      TYR 167   8.971 -12.516 -12.989
 1313    HE1  TYR 167           1HE      TYR 167   4.338 -11.868 -11.468
 1314    HE2  TYR 167           2HE      TYR 167   7.525 -10.888 -14.123
 1315    HH   TYR 167           HH       TYR 167   5.523  -9.542 -13.594
 1316    H    ALA 168           H        ALA 168   7.192 -13.635  -7.909
 1317    HA   ALA 168           HA       ALA 168   8.395 -15.832  -6.373
 1318   1HB   ALA 168          1HB       ALA 168   6.867 -13.433  -5.629
 1319   2HB   ALA 168          2HB       ALA 168   8.088 -14.329  -4.724
 1320   3HB   ALA 168          3HB       ALA 168   6.421 -14.903  -4.763
 1321    H    PHE 169           H        PHE 169   5.322 -14.681  -7.702
 1322    HA   PHE 169           HA       PHE 169   4.407 -17.470  -7.820
 1323   1HB   PHE 169          2HB       PHE 169   2.762 -15.125  -6.844
 1324   2HB   PHE 169          1HB       PHE 169   2.112 -16.721  -7.204
 1325    HD1  PHE 169           1HD      PHE 169   3.393 -14.636  -4.689
 1326    HD2  PHE 169           2HD      PHE 169   3.253 -18.706  -5.921
 1327    HE1  PHE 169           1HE      PHE 169   3.886 -15.341  -2.386
 1328    HE2  PHE 169           2HE      PHE 169   3.748 -19.425  -3.615
 1329    HZ   PHE 169           HZ       PHE 169   4.064 -17.742  -1.843
 1330    H    LYS 170           H        LYS 170   3.384 -18.026  -9.676
 1331    HA   LYS 170           HA       LYS 170   3.250 -15.980 -11.758
 1332   1HB   LYS 170          2HB       LYS 170   4.322 -18.416 -11.888
 1333   2HB   LYS 170          1HB       LYS 170   2.674 -18.847 -12.324
 1334   1HG   LYS 170          2HG       LYS 170   2.802 -17.061 -14.097
 1335   2HG   LYS 170          1HG       LYS 170   4.531 -16.968 -13.753
 1336   1HD   LYS 170          2HD       LYS 170   4.679 -19.419 -14.211
 1337   2HD   LYS 170          1HD       LYS 170   2.989 -19.374 -14.715
 1338   1HE   LYS 170          2HE       LYS 170   3.836 -19.002 -16.762
 1339   2HE   LYS 170          1HE       LYS 170   4.031 -17.345 -16.191
 1340   1HZ   LYS 170          1HZ       LYS 170   6.290 -18.348 -15.315
 1341   2HZ   LYS 170          2HZ       LYS 170   6.130 -17.757 -16.891
 1342   3HZ   LYS 170          3HZ       LYS 170   6.044 -19.421 -16.600
 1343    H    TYR 171           H        TYR 171   1.384 -15.010 -12.135
 1344    HA   TYR 171           HA       TYR 171  -1.093 -16.572 -11.967
 1345   1HB   TYR 171          2HB       TYR 171  -2.205 -14.559 -10.932
 1346   2HB   TYR 171          1HB       TYR 171  -1.053 -15.380  -9.885
 1347    HD1  TYR 171           1HD      TYR 171   1.081 -14.337  -9.324
 1348    HD2  TYR 171           2HD      TYR 171  -1.769 -12.336 -11.766
 1349    HE1  TYR 171           1HE      TYR 171   2.283 -12.218  -8.978
 1350    HE2  TYR 171           2HE      TYR 171  -0.577 -10.213 -11.432
 1351    HH   TYR 171           HH       TYR 171   1.517  -9.630  -9.073
 1352    H    GLU 172           H        GLU 172  -2.589 -16.108 -13.548
 1353    HA   GLU 172           HA       GLU 172  -1.903 -13.928 -15.412
 1354   1HB   GLU 172          2HB       GLU 172  -1.456 -16.270 -16.249
 1355   2HB   GLU 172          1HB       GLU 172  -3.192 -16.545 -16.185
 1356   1HG   GLU 172          2HG       GLU 172  -3.469 -15.581 -18.148
 1357   2HG   GLU 172          1HG       GLU 172  -2.661 -14.117 -17.591
 1358    H    ASN 173           H        ASN 173  -3.381 -12.388 -15.358
 1359    HA   ASN 173           HA       ASN 173  -5.382 -11.312 -15.417
 1360   1HB   ASN 173          2HB       ASN 173  -5.964 -13.744 -16.648
 1361   2HB   ASN 173          1HB       ASN 173  -7.215 -13.564 -15.420
 1362   1HD2  ASN 173          1HD2      ASN 173  -8.915 -12.377 -15.919
 1363   2HD2  ASN 173          2HD2      ASN 173  -9.015 -11.255 -17.230
 1364    H    GLY 174           H        GLY 174  -5.038 -14.066 -13.284
 1365   1HA   GLY 174          2HA       GLY 174  -5.311 -12.990 -10.886
 1366   2HA   GLY 174          1HA       GLY 174  -6.992 -13.005 -11.402
 1367    H    LYS 175           H        LYS 175  -4.559 -15.444 -12.161
 1368    HA   LYS 175           HA       LYS 175  -6.113 -17.357 -10.555
 1369   1HB   LYS 175          2HB       LYS 175  -5.128 -17.476 -13.318
 1370   2HB   LYS 175          1HB       LYS 175  -4.784 -18.916 -12.371
 1371   1HG   LYS 175          2HG       LYS 175  -7.283 -18.803 -11.723
 1372   2HG   LYS 175          1HG       LYS 175  -7.426 -17.747 -13.131
 1373   1HD   LYS 175          2HD       LYS 175  -6.221 -20.510 -13.180
 1374   2HD   LYS 175          1HD       LYS 175  -7.892 -20.142 -13.614
 1375   1HE   LYS 175          2HE       LYS 175  -7.303 -19.426 -15.648
 1376   2HE   LYS 175          1HE       LYS 175  -6.004 -18.427 -14.998
 1377   1HZ   LYS 175          1HZ       LYS 175  -4.617 -20.438 -14.875
 1378   2HZ   LYS 175          2HZ       LYS 175  -5.097 -20.088 -16.459
 1379   3HZ   LYS 175          3HZ       LYS 175  -5.855 -21.333 -15.603
 1380    H    TYR 176           H        TYR 176  -5.101 -18.519  -9.089
 1381    HA   TYR 176           HA       TYR 176  -2.362 -17.939  -8.459
 1382   1HB   TYR 176          2HB       TYR 176  -2.738 -19.495  -6.545
 1383   2HB   TYR 176          1HB       TYR 176  -3.900 -18.176  -6.618
 1384    HD1  TYR 176           1HD      TYR 176  -3.451 -21.721  -6.475
 1385    HD2  TYR 176           2HD      TYR 176  -6.205 -18.684  -7.617
 1386    HE1  TYR 176           1HE      TYR 176  -5.285 -23.358  -6.400
 1387    HE2  TYR 176           2HE      TYR 176  -8.038 -20.314  -7.546
 1388    HH   TYR 176           HH       TYR 176  -8.019 -23.104  -7.834
 1389    H    ASP 177           H        ASP 177  -0.659 -19.411  -8.312
 1390    HA   ASP 177           HA       ASP 177  -0.773 -21.526 -10.309
 1391   1HB   ASP 177          2HB       ASP 177   1.695 -21.609  -9.983
 1392   2HB   ASP 177          1HB       ASP 177   1.108 -20.023 -10.473
 1393    H    ILE 178           H        ILE 178   0.765 -23.480  -9.672
 1394    HA   ILE 178           HA       ILE 178  -0.175 -24.458  -7.054
 1395    HB   ILE 178           HB       ILE 178   0.626 -26.180  -9.395
 1396   1HG1  ILE 178          2HG1      ILE 178  -1.314 -24.843 -10.040
 1397   2HG1  ILE 178          1HG1      ILE 178  -1.783 -26.520  -9.784
 1398   1HG2  ILE 178          1HG2      ILE 178  -0.551 -26.675  -6.698
 1399   2HG2  ILE 178          2HG2      ILE 178   0.753 -27.523  -7.531
 1400   3HG2  ILE 178          3HG2      ILE 178  -0.920 -27.772  -8.029
 1401   1HD1  ILE 178          1HD1      ILE 178  -2.453 -25.777  -7.434
 1402   2HD1  ILE 178          2HD1      ILE 178  -3.476 -25.287  -8.785
 1403   3HD1  ILE 178          3HD1      ILE 178  -2.347 -24.136  -8.072
 1404    H    LYS 179           H        LYS 179   2.458 -24.986  -9.397
 1405    HA   LYS 179           HA       LYS 179   4.349 -24.976  -7.150
 1406   1HB   LYS 179          2HB       LYS 179   5.611 -26.819  -8.293
 1407   2HB   LYS 179          1HB       LYS 179   4.057 -27.301  -7.629
 1408   1HG   LYS 179          2HG       LYS 179   3.622 -28.198  -9.608
 1409   2HG   LYS 179          1HG       LYS 179   3.449 -26.550 -10.212
 1410   1HD   LYS 179          2HD       LYS 179   5.787 -26.508 -10.855
 1411   2HD   LYS 179          1HD       LYS 179   6.027 -28.115 -10.167
 1412   1HE   LYS 179          2HE       LYS 179   3.844 -28.211 -12.006
 1413   2HE   LYS 179          1HE       LYS 179   5.215 -27.429 -12.791
 1414   1HZ   LYS 179          1HZ       LYS 179   5.553 -29.662 -13.205
 1415   2HZ   LYS 179          2HZ       LYS 179   5.039 -30.148 -11.667
 1416   3HZ   LYS 179          3HZ       LYS 179   6.540 -29.391 -11.858
 1417    H    ASP 180           H        ASP 180   3.506 -23.131  -9.444
 1418    HA   ASP 180           HA       ASP 180   5.834 -22.973 -11.125
 1419   1HB   ASP 180          2HB       ASP 180   3.251 -21.546 -10.908
 1420   2HB   ASP 180          1HB       ASP 180   4.591 -20.615 -11.565
 1421    H    VAL 181           H        VAL 181   7.665 -22.473 -10.064
 1422    HA   VAL 181           HA       VAL 181   7.677 -19.940  -8.559
 1423    HB   VAL 181           HB       VAL 181   9.458 -22.301  -7.989
 1424   1HG1  VAL 181          1HG1      VAL 181  10.598 -20.935  -6.648
 1425   2HG1  VAL 181          2HG1      VAL 181   9.122 -20.424  -5.837
 1426   3HG1  VAL 181          3HG1      VAL 181   9.665 -19.595  -7.294
 1427   1HG2  VAL 181          1HG2      VAL 181   7.313 -21.441  -6.109
 1428   2HG2  VAL 181          2HG2      VAL 181   8.095 -23.011  -6.287
 1429   3HG2  VAL 181          3HG2      VAL 181   6.894 -22.487  -7.468
 1430    H    GLY 182           H        GLY 182   9.461 -18.589  -8.879
 1431   1HA   GLY 182          2HA       GLY 182  11.393 -19.463 -10.927
 1432   2HA   GLY 182          1HA       GLY 182  10.555 -17.926 -11.084
 1433    H    VAL 183           H        VAL 183  11.966 -19.461  -8.204
 1434    HA   VAL 183           HA       VAL 183  13.355 -16.974  -7.615
 1435    HB   VAL 183           HB       VAL 183  13.439 -19.519  -6.002
 1436   1HG1  VAL 183          1HG1      VAL 183  15.130 -17.891  -5.431
 1437   2HG1  VAL 183          2HG1      VAL 183  13.916 -17.974  -4.154
 1438   3HG1  VAL 183          3HG1      VAL 183  13.906 -16.629  -5.294
 1439   1HG2  VAL 183          1HG2      VAL 183  11.227 -17.692  -6.430
 1440   2HG2  VAL 183          2HG2      VAL 183  11.688 -17.803  -4.732
 1441   3HG2  VAL 183          3HG2      VAL 183  11.263 -19.261  -5.624
 1442    H    ASP 184           H        ASP 184  14.102 -20.333  -8.438
 1443    HA   ASP 184           HA       ASP 184  16.944 -19.985  -8.176
 1444   1HB   ASP 184          2HB       ASP 184  17.046 -22.236  -9.266
 1445   2HB   ASP 184          1HB       ASP 184  16.027 -22.194  -7.830
 1446    H    ASN 185           H        ASN 185  16.023 -17.945  -9.789
 1447    HA   ASN 185           HA       ASN 185  16.702 -18.715 -12.536
 1448   1HB   ASN 185          2HB       ASN 185  14.662 -17.139 -11.607
 1449   2HB   ASN 185          1HB       ASN 185  15.875 -15.924 -11.994
 1450   1HD2  ASN 185          1HD2      ASN 185  16.742 -15.939 -14.184
 1451   2HD2  ASN 185          2HD2      ASN 185  15.758 -16.501 -15.485
 1452    H    ALA 186           H        ALA 186  17.918 -16.887 -13.726
 1453    HA   ALA 186           HA       ALA 186  20.478 -16.586 -12.526
 1454   1HB   ALA 186          1HB       ALA 186  20.236 -14.866 -14.764
 1455   2HB   ALA 186          2HB       ALA 186  19.324 -16.332 -15.119
 1456   3HB   ALA 186          3HB       ALA 186  21.026 -16.441 -14.672
 1457    H    GLY 187           H        GLY 187  17.674 -14.487 -12.932
 1458   1HA   GLY 187          2HA       GLY 187  19.008 -12.060 -12.252
 1459   2HA   GLY 187          1HA       GLY 187  17.270 -12.322 -12.241
 1460    H    ALA 188           H        ALA 188  17.322 -14.518 -10.373
 1461    HA   ALA 188           HA       ALA 188  17.350 -13.006  -7.942
 1462   1HB   ALA 188          1HB       ALA 188  16.273 -15.495  -8.864
 1463   2HB   ALA 188          2HB       ALA 188  15.819 -14.542  -7.452
 1464   3HB   ALA 188          3HB       ALA 188  17.109 -15.739  -7.332
 1465    H    LYS 189           H        LYS 189  19.405 -15.472  -9.402
 1466    HA   LYS 189           HA       LYS 189  21.035 -15.860  -7.095
 1467   1HB   LYS 189          2HB       LYS 189  20.738 -17.490  -8.994
 1468   2HB   LYS 189          1HB       LYS 189  21.776 -16.446  -9.958
 1469   1HG   LYS 189          2HG       LYS 189  23.375 -16.744  -7.863
 1470   2HG   LYS 189          1HG       LYS 189  22.454 -18.240  -7.703
 1471   1HD   LYS 189          2HD       LYS 189  22.984 -18.255 -10.356
 1472   2HD   LYS 189          1HD       LYS 189  24.416 -17.427  -9.740
 1473   1HE   LYS 189          2HE       LYS 189  25.140 -19.252  -8.567
 1474   2HE   LYS 189          1HE       LYS 189  23.513 -19.893  -8.349
 1475   1HZ   LYS 189          1HZ       LYS 189  23.802 -21.201 -10.099
 1476   2HZ   LYS 189          2HZ       LYS 189  25.398 -20.658 -10.240
 1477   3HZ   LYS 189          3HZ       LYS 189  24.162 -19.882 -11.095
 1478    H    ALA 190           H        ALA 190  21.383 -13.941 -10.056
 1479    HA   ALA 190           HA       ALA 190  23.964 -12.935  -9.334
 1480   1HB   ALA 190          1HB       ALA 190  23.579 -11.370 -11.254
 1481   2HB   ALA 190          2HB       ALA 190  21.989 -12.107 -11.452
 1482   3HB   ALA 190          3HB       ALA 190  23.441 -13.084 -11.655
 1483    H    GLY 191           H        GLY 191  20.653 -11.675  -9.207
 1484   1HA   GLY 191          2HA       GLY 191  21.325  -9.082  -8.349
 1485   2HA   GLY 191          1HA       GLY 191  19.775  -9.868  -8.099
 1486    H    LEU 192           H        LEU 192  20.485 -11.989  -6.491
 1487    HA   LEU 192           HA       LEU 192  20.556 -10.773  -3.964
 1488   1HB   LEU 192          2HB       LEU 192  19.964 -13.301  -4.923
 1489   2HB   LEU 192          1HB       LEU 192  21.387 -13.574  -3.942
 1490    HG   LEU 192           HG       LEU 192  19.117 -12.018  -2.797
 1491   1HD1  LEU 192          1HD1      LEU 192  19.172 -14.988  -3.184
 1492   2HD1  LEU 192          2HD1      LEU 192  17.917 -13.843  -3.654
 1493   3HD1  LEU 192          3HD1      LEU 192  18.194 -14.192  -1.950
 1494   1HD2  LEU 192          1HD2      LEU 192  20.354 -13.969  -1.096
 1495   2HD2  LEU 192          2HD2      LEU 192  20.275 -12.215  -0.924
 1496   3HD2  LEU 192          3HD2      LEU 192  21.574 -12.949  -1.861
 1497    H    THR 193           H        THR 193  23.053 -12.228  -5.928
 1498    HA   THR 193           HA       THR 193  25.048 -12.293  -3.940
 1499    HB   THR 193           HB       THR 193  26.531 -12.122  -6.153
 1500    HG1  THR 193           1HG      THR 193  25.121 -13.238  -7.782
 1501   1HG2  THR 193          1HG2      THR 193  26.859 -14.253  -5.694
 1502   2HG2  THR 193          2HG2      THR 193  25.275 -14.660  -6.357
 1503   3HG2  THR 193          3HG2      THR 193  25.434 -14.238  -4.653
 1504    H    PHE 194           H        PHE 194  23.951  -9.779  -6.112
 1505    HA   PHE 194           HA       PHE 194  26.170  -8.029  -5.693
 1506   1HB   PHE 194          2HB       PHE 194  23.853  -8.090  -7.343
 1507   2HB   PHE 194          1HB       PHE 194  23.825  -6.570  -6.457
 1508    HD1  PHE 194           1HD      PHE 194  25.787  -5.027  -6.617
 1509    HD2  PHE 194           2HD      PHE 194  25.359  -8.441  -9.122
 1510    HE1  PHE 194           1HE      PHE 194  27.425  -4.075  -8.186
 1511    HE2  PHE 194           2HE      PHE 194  26.998  -7.493 -10.696
 1512    HZ   PHE 194           HZ       PHE 194  28.033  -5.308 -10.230
 1513    H    LEU 195           H        LEU 195  22.990  -8.405  -4.211
 1514    HA   LEU 195           HA       LEU 195  22.899  -6.044  -2.743
 1515   1HB   LEU 195          2HB       LEU 195  21.345  -8.330  -2.956
 1516   2HB   LEU 195          1HB       LEU 195  21.822  -8.303  -1.269
 1517    HG   LEU 195           HG       LEU 195  19.685  -7.190  -1.562
 1518   1HD1  LEU 195          1HD1      LEU 195  20.244  -4.982  -0.578
 1519   2HD1  LEU 195          2HD1      LEU 195  21.944  -5.307  -0.914
 1520   3HD1  LEU 195          3HD1      LEU 195  21.055  -6.337   0.208
 1521   1HD2  LEU 195          1HD2      LEU 195  19.197  -5.847  -3.264
 1522   2HD2  LEU 195          2HD2      LEU 195  20.760  -6.280  -3.953
 1523   3HD2  LEU 195          3HD2      LEU 195  20.608  -4.832  -2.959
 1524    H    VAL 196           H        VAL 196  24.316  -9.172  -1.844
 1525    HA   VAL 196           HA       VAL 196  25.065  -8.408   0.763
 1526    HB   VAL 196           HB       VAL 196  26.485 -10.468  -0.921
 1527   1HG1  VAL 196          1HG1      VAL 196  26.667 -11.556   1.345
 1528   2HG1  VAL 196          2HG1      VAL 196  26.102 -10.026   2.018
 1529   3HG1  VAL 196          3HG1      VAL 196  27.610 -10.087   1.108
 1530   1HG2  VAL 196          1HG2      VAL 196  24.239 -11.100  -1.157
 1531   2HG2  VAL 196          2HG2      VAL 196  23.845 -10.630   0.497
 1532   3HG2  VAL 196          3HG2      VAL 196  24.834 -12.059   0.198
 1533    H    ASP 197           H        ASP 197  26.770  -8.293  -2.338
 1534    HA   ASP 197           HA       ASP 197  29.272  -7.509  -1.311
 1535   1HB   ASP 197          2HB       ASP 197  27.984  -7.305  -4.015
 1536   2HB   ASP 197          1HB       ASP 197  29.563  -6.584  -3.714
 1537    H    LEU 198           H        LEU 198  26.384  -5.691  -2.025
 1538    HA   LEU 198           HA       LEU 198  27.634  -3.138  -2.130
 1539   1HB   LEU 198          2HB       LEU 198  25.072  -4.142  -2.588
 1540   2HB   LEU 198          1HB       LEU 198  24.876  -3.057  -1.224
 1541    HG   LEU 198           HG       LEU 198  26.442  -2.001  -3.500
 1542   1HD1  LEU 198          1HD1      LEU 198  23.450  -2.252  -3.700
 1543   2HD1  LEU 198          2HD1      LEU 198  24.589  -3.275  -4.576
 1544   3HD1  LEU 198          3HD1      LEU 198  24.551  -1.538  -4.877
 1545   1HD2  LEU 198          1HD2      LEU 198  26.055  -0.156  -2.327
 1546   2HD2  LEU 198          2HD2      LEU 198  24.980  -1.029  -1.237
 1547   3HD2  LEU 198          3HD2      LEU 198  24.339  -0.303  -2.711
 1548    H    ILE 199           H        ILE 199  25.639  -4.683   0.392
 1549    HA   ILE 199           HA       ILE 199  26.176  -2.693   2.337
 1550    HB   ILE 199           HB       ILE 199  25.237  -4.363   3.957
 1551   1HG1  ILE 199          2HG1      ILE 199  24.232  -6.043   1.766
 1552   2HG1  ILE 199          1HG1      ILE 199  25.961  -6.197   2.056
 1553   1HG2  ILE 199          1HG2      ILE 199  23.746  -3.547   1.474
 1554   2HG2  ILE 199          2HG2      ILE 199  23.756  -2.768   3.057
 1555   3HG2  ILE 199          3HG2      ILE 199  22.949  -4.320   2.846
 1556   1HD1  ILE 199          1HD1      ILE 199  23.887  -7.451   3.430
 1557   2HD1  ILE 199          2HD1      ILE 199  24.536  -6.242   4.539
 1558   3HD1  ILE 199          3HD1      ILE 199  25.604  -7.455   3.832
 1559    H    LYS 200           H        LYS 200  27.737  -5.712   1.521
 1560    HA   LYS 200           HA       LYS 200  29.266  -5.943   3.909
 1561   1HB   LYS 200          2HB       LYS 200  28.791  -7.547   1.703
 1562   2HB   LYS 200          1HB       LYS 200  30.490  -7.144   1.548
 1563   1HG   LYS 200          2HG       LYS 200  31.069  -8.472   3.241
 1564   2HG   LYS 200          1HG       LYS 200  29.733  -7.923   4.253
 1565   1HD   LYS 200          2HD       LYS 200  28.957  -9.602   1.972
 1566   2HD   LYS 200          1HD       LYS 200  29.942 -10.413   3.187
 1567   1HE   LYS 200          2HE       LYS 200  27.672  -8.751   4.138
 1568   2HE   LYS 200          1HE       LYS 200  27.292 -10.285   3.362
 1569   1HZ   LYS 200          1HZ       LYS 200  27.687 -11.234   5.301
 1570   2HZ   LYS 200          2HZ       LYS 200  28.297  -9.805   5.966
 1571   3HZ   LYS 200          3HZ       LYS 200  29.324 -10.846   5.116
 1572    H    ASN 201           H        ASN 201  29.663  -4.108   0.987
 1573    HA   ASN 201           HA       ASN 201  32.465  -3.548   1.631
 1574   1HB   ASN 201          2HB       ASN 201  30.862  -3.544  -0.819
 1575   2HB   ASN 201          1HB       ASN 201  31.880  -2.117  -0.657
 1576   1HD2  ASN 201          1HD2      ASN 201  34.128  -2.391  -0.460
 1577   2HD2  ASN 201          2HD2      ASN 201  34.908  -3.808  -1.063
 1578    H    LYS 202           H        LYS 202  29.665  -2.374   2.721
 1579    HA   LYS 202           HA       LYS 202  30.631   0.408   2.670
 1580   1HB   LYS 202          2HB       LYS 202  28.214   1.046   3.092
 1581   2HB   LYS 202          1HB       LYS 202  28.572   0.399   1.498
 1582   1HG   LYS 202          2HG       LYS 202  27.366  -1.475   1.832
 1583   2HG   LYS 202          1HG       LYS 202  27.678  -1.520   3.556
 1584   1HD   LYS 202          2HD       LYS 202  25.861   0.467   2.219
 1585   2HD   LYS 202          1HD       LYS 202  25.314  -1.042   2.951
 1586   1HE   LYS 202          2HE       LYS 202  26.805   0.020   4.957
 1587   2HE   LYS 202          1HE       LYS 202  26.150   1.473   4.205
 1588   1HZ   LYS 202          1HZ       LYS 202  24.787  -0.619   5.694
 1589   2HZ   LYS 202          2HZ       LYS 202  23.969  -0.050   4.326
 1590   3HZ   LYS 202          3HZ       LYS 202  24.418   1.026   5.550
 1591    H    HIS 203           H        HIS 203  28.615  -1.776   4.669
 1592    HA   HIS 203           HA       HIS 203  29.456  -0.289   7.041
 1593   1HB   HIS 203          2HB       HIS 203  26.991  -1.290   6.277
 1594   2HB   HIS 203          1HB       HIS 203  27.540  -2.466   7.464
 1595    HD1  HIS 203           1HD      HIS 203  27.851   1.330   7.439
 1596    HD2  HIS 203           2HD      HIS 203  26.318  -1.739   9.780
 1597    HE1  HIS 203           1HE      HIS 203  27.014   2.434   9.538
 1598    HE2  HIS 203           2HE      HIS 203  26.067   0.559  10.927
 1599    H    MET 204           H        MET 204  29.185  -3.651   5.915
 1600    HA   MET 204           HA       MET 204  30.393  -5.510   6.430
 1601   1HB   MET 204          2HB       MET 204  32.255  -3.589   6.149
 1602   2HB   MET 204          1HB       MET 204  32.520  -3.992   7.840
 1603   1HG   MET 204          2HG       MET 204  32.310  -6.390   6.284
 1604   2HG   MET 204          1HG       MET 204  33.506  -5.307   5.575
 1605   1HE   MET 204          1HE       MET 204  36.266  -5.985   6.611
 1606   2HE   MET 204          2HE       MET 204  36.207  -4.853   7.962
 1607   3HE   MET 204          3HE       MET 204  35.383  -4.468   6.451
 1608    H    ASN 205           H        ASN 205  28.542  -4.177   8.381
 1609    HA   ASN 205           HA       ASN 205  29.221  -5.838  10.675
 1610   1HB   ASN 205          2HB       ASN 205  29.480  -2.942  10.655
 1611   2HB   ASN 205          1HB       ASN 205  28.320  -3.476  11.868
 1612   1HD2  ASN 205          1HD2      ASN 205  31.568  -3.048  11.125
 1613   2HD2  ASN 205          2HD2      ASN 205  32.244  -3.873  12.484
 1614    H    ALA 206           H        ALA 206  27.012  -3.267   9.695
 1615    HA   ALA 206           HA       ALA 206  24.763  -3.186   9.468
 1616   1HB   ALA 206          1HB       ALA 206  25.405  -5.570   8.468
 1617   2HB   ALA 206          2HB       ALA 206  23.762  -4.972   8.578
 1618   3HB   ALA 206          3HB       ALA 206  24.359  -6.082   9.794
 1619    H    ASP 207           H        ASP 207  25.630  -2.652  11.982
 1620    HA   ASP 207           HA       ASP 207  24.085  -4.180  13.908
 1621   1HB   ASP 207          2HB       ASP 207  26.248  -2.175  13.983
 1622   2HB   ASP 207          1HB       ASP 207  25.100  -2.076  15.315
 1623    H    THR 208           H        THR 208  23.482  -1.608  11.844
 1624    HA   THR 208           HA       THR 208  21.894   0.045  13.507
 1625    HB   THR 208           HB       THR 208  21.037   0.976  11.397
 1626    HG1  THR 208           1HG      THR 208  20.893  -0.910  10.176
 1627   1HG2  THR 208          1HG2      THR 208  23.499   1.340  12.280
 1628   2HG2  THR 208          2HG2      THR 208  22.944   2.025  10.754
 1629   3HG2  THR 208          3HG2      THR 208  23.899   0.543  10.756
 1630    H    ASP 209           H        ASP 209  19.718   0.030  13.949
 1631    HA   ASP 209           HA       ASP 209  18.221  -2.361  13.093
 1632   1HB   ASP 209          2HB       ASP 209  17.900  -0.659  15.577
 1633   2HB   ASP 209          1HB       ASP 209  16.873  -2.022  15.155
 1634    H    TYR 210           H        TYR 210  15.693  -1.587  13.792
 1635    HA   TYR 210           HA       TYR 210  15.015   0.156  11.615
 1636   1HB   TYR 210          2HB       TYR 210  12.632  -0.262  12.891
 1637   2HB   TYR 210          1HB       TYR 210  13.298  -1.315  11.653
 1638    HD1  TYR 210           1HD      TYR 210  13.496  -3.567  12.108
 1639    HD2  TYR 210           2HD      TYR 210  13.384  -0.829  15.360
 1640    HE1  TYR 210           1HE      TYR 210  13.469  -5.451  13.687
 1641    HE2  TYR 210           2HE      TYR 210  13.363  -2.702  16.948
 1642    HH   TYR 210           HH       TYR 210  14.232  -5.286  16.767
 1643    H    SER 211           H        SER 211  14.825   0.266  15.122
 1644    HA   SER 211           HA       SER 211  13.597   2.842  15.209
 1645   1HB   SER 211          2HB       SER 211  13.920   2.724  17.582
 1646   2HB   SER 211          1HB       SER 211  13.522   1.090  17.047
 1647    HG   SER 211           HG       SER 211  15.273   0.774  18.277
 1648    H    ILE 212           H        ILE 212  16.807   1.633  14.906
 1649    HA   ILE 212           HA       ILE 212  18.069   4.134  15.668
 1650    HB   ILE 212           HB       ILE 212  19.374   1.777  14.327
 1651   1HG1  ILE 212          2HG1      ILE 212  18.954   2.272  17.283
 1652   2HG1  ILE 212          1HG1      ILE 212  18.196   1.001  16.330
 1653   1HG2  ILE 212          1HG2      ILE 212  21.192   3.033  14.431
 1654   2HG2  ILE 212          2HG2      ILE 212  21.059   3.040  16.188
 1655   3HG2  ILE 212          3HG2      ILE 212  20.300   4.320  15.243
 1656   1HD1  ILE 212          1HD1      ILE 212  20.292  -0.095  16.005
 1657   2HD1  ILE 212          2HD1      ILE 212  20.111   0.250  17.725
 1658   3HD1  ILE 212          3HD1      ILE 212  21.167   1.254  16.731
 1659    H    ALA 213           H        ALA 213  17.995   2.158  12.721
 1660    HA   ALA 213           HA       ALA 213  19.121   4.088  11.021
 1661   1HB   ALA 213          1HB       ALA 213  19.120   1.731  10.471
 1662   2HB   ALA 213          2HB       ALA 213  18.322   2.650   9.195
 1663   3HB   ALA 213          3HB       ALA 213  17.362   1.734  10.356
 1664    H    GLU 214           H        GLU 214  15.816   3.541  12.046
 1665    HA   GLU 214           HA       GLU 214  14.453   4.833   9.982
 1666   1HB   GLU 214          2HB       GLU 214  13.703   3.715  12.353
 1667   2HB   GLU 214          1HB       GLU 214  13.373   5.409  12.651
 1668   1HG   GLU 214          2HG       GLU 214  12.019   5.468  10.587
 1669   2HG   GLU 214          1HG       GLU 214  12.284   3.736  10.396
 1670    H    ALA 215           H        ALA 215  16.159   6.256  12.712
 1671    HA   ALA 215           HA       ALA 215  15.120   8.874  12.407
 1672   1HB   ALA 215          1HB       ALA 215  17.398   9.380  13.674
 1673   2HB   ALA 215          2HB       ALA 215  17.350   7.634  13.915
 1674   3HB   ALA 215          3HB       ALA 215  16.016   8.638  14.481
 1675    H    ALA 216           H        ALA 216  17.632   7.140  10.770
 1676    HA   ALA 216           HA       ALA 216  19.138   9.339   9.825
 1677   1HB   ALA 216          1HB       ALA 216  18.866   6.742   8.352
 1678   2HB   ALA 216          2HB       ALA 216  19.761   6.856   9.866
 1679   3HB   ALA 216          3HB       ALA 216  20.267   7.808   8.471
 1680    H    PHE 217           H        PHE 217  16.324   7.681   8.545
 1681    HA   PHE 217           HA       PHE 217  16.413   8.870   5.981
 1682   1HB   PHE 217          2HB       PHE 217  14.040   7.716   7.439
 1683   2HB   PHE 217          1HB       PHE 217  14.205   7.952   5.715
 1684    HD1  PHE 217           1HD      PHE 217  15.110   6.338   4.366
 1685    HD2  PHE 217           2HD      PHE 217  15.553   6.009   8.561
 1686    HE1  PHE 217           1HE      PHE 217  15.928   4.063   4.072
 1687    HE2  PHE 217           2HE      PHE 217  16.394   3.716   8.285
 1688    HZ   PHE 217           HZ       PHE 217  16.577   2.738   6.031
 1689    H    ASN 218           H        ASN 218  14.033   9.391   8.601
 1690    HA   ASN 218           HA       ASN 218  13.141  11.843   7.373
 1691   1HB   ASN 218          2HB       ASN 218  11.993   9.940   9.074
 1692   2HB   ASN 218          1HB       ASN 218  12.086  11.417  10.028
 1693   1HD2  ASN 218          1HD2      ASN 218  11.705  13.348   8.171
 1694   2HD2  ASN 218          2HD2      ASN 218  10.128  13.213   7.480
 1695    H    LYS 219           H        LYS 219  15.177  10.954  10.046
 1696    HA   LYS 219           HA       LYS 219  15.382  13.774  10.830
 1697   1HB   LYS 219          2HB       LYS 219  14.941  11.562  12.389
 1698   2HB   LYS 219          1HB       LYS 219  16.672  11.810  12.576
 1699   1HG   LYS 219          2HG       LYS 219  16.396  13.644  13.823
 1700   2HG   LYS 219          1HG       LYS 219  15.094  14.258  12.803
 1701   1HD   LYS 219          2HD       LYS 219  13.473  13.280  14.045
 1702   2HD   LYS 219          1HD       LYS 219  14.472  11.881  14.442
 1703   1HE   LYS 219          2HE       LYS 219  14.732  12.765  16.461
 1704   2HE   LYS 219          1HE       LYS 219  15.730  14.006  15.705
 1705   1HZ   LYS 219          1HZ       LYS 219  13.442  14.455  17.096
 1706   2HZ   LYS 219          2HZ       LYS 219  12.910  14.530  15.493
 1707   3HZ   LYS 219          3HZ       LYS 219  14.159  15.544  16.018
 1708    H    GLY 220           H        GLY 220  17.082  11.549   8.965
 1709   1HA   GLY 220          2HA       GLY 220  19.705  12.197   9.925
 1710   2HA   GLY 220          1HA       GLY 220  19.325  11.373   8.423
 1711    H    GLU 221           H        GLU 221  19.586  12.362   6.654
 1712    HA   GLU 221           HA       GLU 221  19.021  14.805   5.752
 1713   1HB   GLU 221          2HB       GLU 221  21.208  16.071   5.966
 1714   2HB   GLU 221          1HB       GLU 221  20.264  15.963   7.441
 1715   1HG   GLU 221          2HG       GLU 221  21.716  14.316   8.355
 1716   2HG   GLU 221          1HG       GLU 221  22.541  14.101   6.812
 1717    H    THR 222           H        THR 222  18.974  12.686   4.359
 1718    HA   THR 222           HA       THR 222  21.173  13.001   2.545
 1719    HB   THR 222           HB       THR 222  22.045  10.782   2.575
 1720    HG1  THR 222           1HG      THR 222  19.904  10.261   4.316
 1721   1HG2  THR 222          1HG2      THR 222  22.347  10.458   5.252
 1722   2HG2  THR 222          2HG2      THR 222  22.099  12.191   5.125
 1723   3HG2  THR 222          3HG2      THR 222  23.387  11.420   4.223
 1724    H    ALA 223           H        ALA 223  20.847  11.909   0.532
 1725    HA   ALA 223           HA       ALA 223  18.122  12.040  -0.073
 1726   1HB   ALA 223          1HB       ALA 223  19.938  10.801  -2.043
 1727   2HB   ALA 223          2HB       ALA 223  20.292  12.445  -1.514
 1728   3HB   ALA 223          3HB       ALA 223  18.729  12.072  -2.242
 1729    H    MET 224           H        MET 224  18.398   9.948   1.839
 1730    HA   MET 224           HA       MET 224  17.082   7.973   0.094
 1731   1HB   MET 224          2HB       MET 224  19.493   7.409   0.265
 1732   2HB   MET 224          1HB       MET 224  19.196   7.024   1.946
 1733   1HG   MET 224          2HG       MET 224  18.873   4.950   1.147
 1734   2HG   MET 224          1HG       MET 224  17.259   5.558   0.779
 1735   1HE   MET 224          1HE       MET 224  17.113   3.592  -0.511
 1736   2HE   MET 224          2HE       MET 224  17.924   3.210  -2.029
 1737   3HE   MET 224          3HE       MET 224  16.586   4.357  -2.009
 1738    H    THR 225           H        THR 225  15.216   8.201   0.943
 1739    HA   THR 225           HA       THR 225  14.730   7.017   3.533
 1740    HB   THR 225           HB       THR 225  13.775   9.784   2.771
 1741    HG1  THR 225           1HG      THR 225  15.963   9.119   3.957
 1742   1HG2  THR 225          1HG2      THR 225  11.949   8.941   3.962
 1743   2HG2  THR 225          2HG2      THR 225  12.903   9.789   5.171
 1744   3HG2  THR 225          3HG2      THR 225  12.965   8.032   5.059
 1745    H    ILE 226           H        ILE 226  12.953   5.790   3.560
 1746    HA   ILE 226           HA       ILE 226  11.063   6.062   1.315
 1747    HB   ILE 226           HB       ILE 226  11.818   3.422   2.570
 1748   1HG1  ILE 226          2HG1      ILE 226  12.779   3.326   0.010
 1749   2HG1  ILE 226          1HG1      ILE 226  13.135   4.992   0.456
 1750   1HG2  ILE 226          1HG2      ILE 226  10.201   2.532   1.320
 1751   2HG2  ILE 226          2HG2      ILE 226  10.755   3.380  -0.121
 1752   3HG2  ILE 226          3HG2      ILE 226   9.649   4.175   0.999
 1753   1HD1  ILE 226          1HD1      ILE 226  14.101   3.843   2.622
 1754   2HD1  ILE 226          2HD1      ILE 226  15.048   3.968   1.140
 1755   3HD1  ILE 226          3HD1      ILE 226  14.232   2.457   1.537
 1756    H    ASN 227           H        ASN 227   9.067   6.541   2.017
 1757    HA   ASN 227           HA       ASN 227   8.089   5.253   4.451
 1758   1HB   ASN 227          2HB       ASN 227   7.050   7.537   5.098
 1759   2HB   ASN 227          1HB       ASN 227   8.745   7.241   5.461
 1760   1HD2  ASN 227          1HD2      ASN 227   7.463   7.974   2.268
 1761   2HD2  ASN 227          2HD2      ASN 227   8.239   9.504   2.117
 1762    H    GLY 228           H        GLY 228   5.705   5.570   4.777
 1763   1HA   GLY 228          2HA       GLY 228   4.351   5.709   2.153
 1764   2HA   GLY 228          1HA       GLY 228   3.864   4.621   3.443
 1765    HA   PRO 229           HA       PRO 229   0.849   8.028   3.704
 1766   1HB   PRO 229          2HB       PRO 229  -0.331   6.072   5.605
 1767   2HB   PRO 229          1HB       PRO 229  -1.103   6.983   4.300
 1768   1HG   PRO 229          2HG       PRO 229  -0.577   4.396   3.998
 1769   2HG   PRO 229          1HG       PRO 229  -0.344   5.530   2.654
 1770   1HD   PRO 229          2HD       PRO 229   1.688   4.290   4.464
 1771   2HD   PRO 229          1HD       PRO 229   1.775   4.600   2.718
 1772    H    TRP 230           H        TRP 230   0.572   9.604   5.203
 1773    HA   TRP 230           HA       TRP 230   1.036  10.942   6.967
 1774   1HB   TRP 230          2HB       TRP 230   0.530   8.282   8.194
 1775   2HB   TRP 230          1HB       TRP 230   1.231   9.527   9.222
 1776    HD1  TRP 230           HD       TRP 230  -1.988   8.548   7.469
 1777    HE1  TRP 230           1HE      TRP 230  -3.894  10.081   8.274
 1778    HE3  TRP 230           3HE      TRP 230   0.772  11.966  10.071
 1779    HZ2  TRP 230           2HZ      TRP 230  -4.188  12.449   9.811
 1780    HZ3  TRP 230           3HZ      TRP 230  -0.385  13.836  11.175
 1781    HH2  TRP 230           HH       TRP 230  -2.815  14.074  11.048
 1782    H    ALA 231           H        ALA 231   3.095  11.398   6.006
 1783    HA   ALA 231           HA       ALA 231   5.261  10.877   7.821
 1784   1HB   ALA 231          1HB       ALA 231   5.017   8.961   5.958
 1785   2HB   ALA 231          2HB       ALA 231   6.571   9.482   6.612
 1786   3HB   ALA 231          3HB       ALA 231   6.006  10.117   5.066
 1787    H    TRP 232           H        TRP 232   4.791  11.818   4.418
 1788    HA   TRP 232           HA       TRP 232   6.562  14.098   4.793
 1789   1HB   TRP 232          2HB       TRP 232   6.279  14.378   2.321
 1790   2HB   TRP 232          1HB       TRP 232   6.924  12.808   2.791
 1791    HD1  TRP 232           HD       TRP 232   3.305  14.153   2.267
 1792    HE1  TRP 232           1HE      TRP 232   2.027  12.414   0.857
 1793    HE3  TRP 232           3HE      TRP 232   7.026  10.729   1.655
 1794    HZ2  TRP 232           2HZ      TRP 232   2.544   9.913  -0.360
 1795    HZ3  TRP 232           3HZ      TRP 232   6.566   8.691   0.365
 1796    HH2  TRP 232           HH       TRP 232   4.371   8.290  -0.623
 1797    H    SER 233           H        SER 233   3.346  13.539   5.273
 1798    HA   SER 233           HA       SER 233   2.356  16.030   4.171
 1799   1HB   SER 233          2HB       SER 233   1.187  13.594   4.842
 1800   2HB   SER 233          1HB       SER 233   0.584  14.713   6.062
 1801    HG   SER 233           HG       SER 233  -0.613  14.530   3.986
 1802    H    ASN 234           H        ASN 234   4.076  17.165   5.476
 1803    HA   ASN 234           HA       ASN 234   4.608  18.621   7.123
 1804   1HB   ASN 234          2HB       ASN 234   2.246  19.351   6.822
 1805   2HB   ASN 234          1HB       ASN 234   1.775  18.228   8.095
 1806   1HD2  ASN 234          1HD2      ASN 234   2.955  21.331   7.377
 1807   2HD2  ASN 234          2HD2      ASN 234   3.253  21.855   8.996
 1808    H    ILE 235           H        ILE 235   5.195  18.734   9.346
 1809    HA   ILE 235           HA       ILE 235   4.840  16.245  10.852
 1810    HB   ILE 235           HB       ILE 235   7.209  16.261  11.514
 1811   1HG1  ILE 235          2HG1      ILE 235   7.574  18.706  10.983
 1812   2HG1  ILE 235          1HG1      ILE 235   8.846  17.614  10.449
 1813   1HG2  ILE 235          1HG2      ILE 235   7.221  16.123   8.538
 1814   2HG2  ILE 235          2HG2      ILE 235   6.168  15.044   9.452
 1815   3HG2  ILE 235          3HG2      ILE 235   7.909  15.017   9.727
 1816   1HD1  ILE 235          1HD1      ILE 235   8.199  19.441   8.851
 1817   2HD1  ILE 235          2HD1      ILE 235   6.675  18.597   8.620
 1818   3HD1  ILE 235          3HD1      ILE 235   8.184  17.805   8.191
 1819    H    ASP 236           H        ASP 236   5.307  19.673  10.835
 1820    HA   ASP 236           HA       ASP 236   4.209  19.954  13.408
 1821   1HB   ASP 236          2HB       ASP 236   6.217  20.985  14.521
 1822   2HB   ASP 236          1HB       ASP 236   6.320  19.243  14.287
 1823    H    THR 237           H        THR 237   6.100  21.380  10.787
 1824    HA   THR 237           HA       THR 237   4.401  23.738  10.906
 1825    HB   THR 237           HB       THR 237   7.395  24.123  10.898
 1826    HG1  THR 237           1HG      THR 237   6.225  23.282  12.996
 1827   1HG2  THR 237          1HG2      THR 237   6.743  26.386  11.746
 1828   2HG2  THR 237          2HG2      THR 237   5.084  25.971  11.317
 1829   3HG2  THR 237          3HG2      THR 237   6.327  26.035  10.067
 1830    H    SER 238           H        SER 238   4.384  24.945   8.948
 1831    HA   SER 238           HA       SER 238   4.853  23.418   6.607
 1832   1HB   SER 238          2HB       SER 238   4.001  26.247   7.137
 1833   2HB   SER 238          1HB       SER 238   4.382  25.733   5.494
 1834    HG   SER 238           HG       SER 238   2.302  24.918   7.181
 1835    H    LYS 239           H        LYS 239   6.858  22.924   6.011
 1836    HA   LYS 239           HA       LYS 239   8.901  25.037   6.039
 1837   1HB   LYS 239          2HB       LYS 239   9.021  22.062   6.276
 1838   2HB   LYS 239          1HB       LYS 239  10.407  22.925   5.623
 1839   1HG   LYS 239          2HG       LYS 239   9.145  23.513   8.292
 1840   2HG   LYS 239          1HG       LYS 239  10.560  22.487   8.053
 1841   1HD   LYS 239          2HD       LYS 239  10.453  25.328   7.087
 1842   2HD   LYS 239          1HD       LYS 239  10.985  24.906   8.713
 1843   1HE   LYS 239          2HE       LYS 239  12.216  23.417   6.475
 1844   2HE   LYS 239          1HE       LYS 239  12.658  25.116   6.637
 1845   1HZ   LYS 239          1HZ       LYS 239  13.890  23.157   7.933
 1846   2HZ   LYS 239          2HZ       LYS 239  12.709  23.544   9.081
 1847   3HZ   LYS 239          3HZ       LYS 239  13.779  24.734   8.536
 1848    H    VAL 240           H        VAL 240   7.083  22.933   4.021
 1849    HA   VAL 240           HA       VAL 240   7.129  22.452   1.795
 1850    HB   VAL 240           HB       VAL 240   6.140  24.703   1.844
 1851   1HG1  VAL 240          1HG1      VAL 240   8.598  26.006   0.840
 1852   2HG1  VAL 240          2HG1      VAL 240   8.532  25.681   2.566
 1853   3HG1  VAL 240          3HG1      VAL 240   7.282  26.656   1.815
 1854   1HG2  VAL 240          1HG2      VAL 240   7.141  23.335  -0.353
 1855   2HG2  VAL 240          2HG2      VAL 240   7.609  25.012  -0.633
 1856   3HG2  VAL 240          3HG2      VAL 240   5.914  24.603  -0.366
 1857    H    ASN 241           H        ASN 241   9.309  21.360   2.488
 1858    HA   ASN 241           HA       ASN 241  11.160  21.959   0.340
 1859   1HB   ASN 241          2HB       ASN 241  11.782  23.139   2.648
 1860   2HB   ASN 241          1HB       ASN 241  12.466  21.551   2.985
 1861   1HD2  ASN 241          1HD2      ASN 241  13.485  24.368   2.287
 1862   2HD2  ASN 241          2HD2      ASN 241  14.702  24.069   1.098
 1863    H    TYR 242           H        TYR 242   9.817  19.910  -0.062
 1864    HA   TYR 242           HA       TYR 242  11.488  17.628   0.662
 1865   1HB   TYR 242          2HB       TYR 242   9.404  16.234   1.006
 1866   2HB   TYR 242          1HB       TYR 242   9.748  17.401   2.277
 1867    HD1  TYR 242           1HD      TYR 242   7.316  16.209  -0.029
 1868    HD2  TYR 242           2HD      TYR 242   8.478  19.652   2.185
 1869    HE1  TYR 242           1HE      TYR 242   5.046  17.126  -0.274
 1870    HE2  TYR 242           2HE      TYR 242   6.209  20.579   1.945
 1871    HH   TYR 242           HH       TYR 242   4.270  20.311   0.332
 1872    H    GLY 243           H        GLY 243  11.784  16.204  -0.997
 1873   1HA   GLY 243          2HA       GLY 243  10.248  16.756  -3.463
 1874   2HA   GLY 243          1HA       GLY 243  11.944  16.300  -3.451
 1875    H    VAL 244           H        VAL 244   9.028  15.168  -4.223
 1876    HA   VAL 244           HA       VAL 244   9.598  12.405  -3.356
 1877    HB   VAL 244           HB       VAL 244   7.227  11.937  -3.928
 1878   1HG1  VAL 244          1HG1      VAL 244   8.138  13.700  -1.756
 1879   2HG1  VAL 244          2HG1      VAL 244   7.328  12.134  -1.690
 1880   3HG1  VAL 244          3HG1      VAL 244   6.395  13.599  -1.995
 1881   1HG2  VAL 244          1HG2      VAL 244   5.997  13.405  -5.041
 1882   2HG2  VAL 244          2HG2      VAL 244   7.373  14.507  -5.091
 1883   3HG2  VAL 244          3HG2      VAL 244   6.217  14.596  -3.762
 1884    H    THR 245           H        THR 245  10.138  10.959  -4.813
 1885    HA   THR 245           HA       THR 245   9.335  11.281  -7.601
 1886    HB   THR 245           HB       THR 245  11.632  10.782  -8.379
 1887    HG1  THR 245           1HG      THR 245  13.245  10.524  -7.019
 1888   1HG2  THR 245          1HG2      THR 245  12.581  13.032  -7.097
 1889   2HG2  THR 245          2HG2      THR 245  10.834  13.258  -7.125
 1890   3HG2  THR 245          3HG2      THR 245  11.709  12.982  -8.629
 1891    H    VAL 246           H        VAL 246   9.779   9.248  -8.877
 1892    HA   VAL 246           HA       VAL 246   9.131   6.945  -7.209
 1893    HB   VAL 246           HB       VAL 246   7.754   7.329  -9.198
 1894   1HG1  VAL 246          1HG1      VAL 246   8.545   7.310 -11.389
 1895   2HG1  VAL 246          2HG1      VAL 246  10.100   6.622 -10.925
 1896   3HG1  VAL 246          3HG1      VAL 246   9.723   8.299 -10.528
 1897   1HG2  VAL 246          1HG2      VAL 246   9.411   4.849  -9.057
 1898   2HG2  VAL 246          2HG2      VAL 246   8.215   5.046 -10.335
 1899   3HG2  VAL 246          3HG2      VAL 246   7.721   5.091  -8.647
 1900    H    LEU 247           H        LEU 247  10.287   4.970  -7.266
 1901    HA   LEU 247           HA       LEU 247  13.049   5.210  -7.168
 1902   1HB   LEU 247          2HB       LEU 247  11.299   2.778  -7.474
 1903   2HB   LEU 247          1HB       LEU 247  13.029   2.689  -7.198
 1904    HG   LEU 247           HG       LEU 247  12.013   4.389  -5.193
 1905   1HD1  LEU 247          1HD1      LEU 247  10.546   2.207  -4.314
 1906   2HD1  LEU 247          2HD1      LEU 247  10.041   2.419  -5.991
 1907   3HD1  LEU 247          3HD1      LEU 247   9.905   3.758  -4.852
 1908   1HD2  LEU 247          1HD2      LEU 247  13.203   3.036  -3.829
 1909   2HD2  LEU 247          2HD2      LEU 247  13.838   2.433  -5.359
 1910   3HD2  LEU 247          3HD2      LEU 247  12.549   1.558  -4.532
 1911    HA   PRO 248           HA       PRO 248  14.214   4.693 -11.398
 1912   1HB   PRO 248          2HB       PRO 248  16.878   4.504 -11.029
 1913   2HB   PRO 248          1HB       PRO 248  16.001   6.007 -10.749
 1914   1HG   PRO 248          2HG       PRO 248  17.120   4.086  -8.824
 1915   2HG   PRO 248          1HG       PRO 248  16.874   5.817  -8.643
 1916   1HD   PRO 248          2HD       PRO 248  15.253   3.718  -7.648
 1917   2HD   PRO 248          1HD       PRO 248  14.895   5.455  -7.616
 1918    H    THR 249           H        THR 249  16.565   3.205 -12.115
 1919    HA   THR 249           HA       THR 249  15.405   0.571 -12.260
 1920    HB   THR 249           HB       THR 249  16.446   1.517 -14.222
 1921    HG1  THR 249           1HG      THR 249  18.079  -0.568 -13.198
 1922   1HG2  THR 249          1HG2      THR 249  19.197   1.412 -13.756
 1923   2HG2  THR 249          2HG2      THR 249  18.515   2.337 -12.419
 1924   3HG2  THR 249          3HG2      THR 249  18.207   2.835 -14.082
 1925    H    PHE 250           H        PHE 250  16.962  -1.332 -11.986
 1926    HA   PHE 250           HA       PHE 250  18.839  -1.015  -9.780
 1927   1HB   PHE 250          2HB       PHE 250  16.443  -2.845  -9.783
 1928   2HB   PHE 250          1HB       PHE 250  17.833  -3.115  -8.739
 1929    HD1  PHE 250           1HD      PHE 250  18.525  -0.990  -7.303
 1930    HD2  PHE 250           2HD      PHE 250  14.682  -1.684  -8.967
 1931    HE1  PHE 250           1HE      PHE 250  17.529   0.507  -5.626
 1932    HE2  PHE 250           2HE      PHE 250  13.678  -0.183  -7.302
 1933    HZ   PHE 250           HZ       PHE 250  15.105   0.918  -5.625
 1934    H    LYS 251           H        LYS 251  20.672  -1.830 -10.545
 1935    HA   LYS 251           HA       LYS 251  22.171  -3.059 -11.734
 1936   1HB   LYS 251          2HB       LYS 251  22.069  -5.414 -11.418
 1937   2HB   LYS 251          1HB       LYS 251  21.388  -4.674  -9.979
 1938   1HG   LYS 251          2HG       LYS 251  19.204  -5.297 -10.556
 1939   2HG   LYS 251          1HG       LYS 251  19.659  -5.654 -12.225
 1940   1HD   LYS 251          2HD       LYS 251  21.067  -7.184 -10.123
 1941   2HD   LYS 251          1HD       LYS 251  19.352  -7.547 -10.336
 1942   1HE   LYS 251          2HE       LYS 251  20.179  -8.985 -11.870
 1943   2HE   LYS 251          1HE       LYS 251  20.093  -7.553 -12.894
 1944   1HZ   LYS 251          1HZ       LYS 251  22.326  -7.356 -12.956
 1945   2HZ   LYS 251          2HZ       LYS 251  22.278  -9.019 -12.649
 1946   3HZ   LYS 251          3HZ       LYS 251  22.554  -7.932 -11.382
 1947    H    GLY 252           H        GLY 252  19.630  -2.036 -13.187
 1948   1HA   GLY 252          2HA       GLY 252  20.077  -2.222 -15.722
 1949   2HA   GLY 252          1HA       GLY 252  19.670  -3.910 -15.455
 1950    H    GLN 253           H        GLN 253  17.543  -3.494 -13.587
 1951    HA   GLN 253           HA       GLN 253  15.580  -1.942 -15.121
 1952   1HB   GLN 253          2HB       GLN 253  15.741  -4.628 -15.457
 1953   2HB   GLN 253          1HB       GLN 253  14.636  -4.553 -14.093
 1954   1HG   GLN 253          2HG       GLN 253  13.074  -4.411 -15.690
 1955   2HG   GLN 253          1HG       GLN 253  13.522  -2.716 -15.702
 1956   1HE2  GLN 253          1HE2      GLN 253  15.778  -2.576 -17.047
 1957   2HE2  GLN 253          2HE2      GLN 253  15.596  -3.172 -18.658
 1958    HA   PRO 254           HA       PRO 254  14.132  -0.576 -11.164
 1959   1HB   PRO 254          2HB       PRO 254  11.460  -0.293 -11.650
 1960   2HB   PRO 254          1HB       PRO 254  12.678   0.835 -12.261
 1961   1HG   PRO 254          2HG       PRO 254  11.378  -1.478 -13.652
 1962   2HG   PRO 254          1HG       PRO 254  11.646   0.171 -14.243
 1963   1HD   PRO 254          2HD       PRO 254  13.244  -1.814 -14.959
 1964   2HD   PRO 254          1HD       PRO 254  13.894  -0.200 -14.643
 1965    H    SER 255           H        SER 255  12.877  -1.214  -9.337
 1966    HA   SER 255           HA       SER 255  12.530  -4.059  -9.149
 1967   1HB   SER 255          2HB       SER 255  12.152  -3.641  -6.793
 1968   2HB   SER 255          1HB       SER 255  13.553  -2.725  -7.336
 1969    HG   SER 255           HG       SER 255  11.316  -1.251  -7.619
 1970    H    LYS 256           H        LYS 256  10.600  -5.065  -8.242
 1971    HA   LYS 256           HA       LYS 256   8.169  -3.738  -9.230
 1972   1HB   LYS 256          2HB       LYS 256   7.286  -6.041  -9.573
 1973   2HB   LYS 256          1HB       LYS 256   8.698  -5.658 -10.547
 1974   1HG   LYS 256          2HG       LYS 256  10.123  -6.943  -9.102
 1975   2HG   LYS 256          1HG       LYS 256   8.802  -7.217  -7.969
 1976   1HD   LYS 256          2HD       LYS 256   8.524  -9.147  -9.079
 1977   2HD   LYS 256          1HD       LYS 256   7.738  -8.151 -10.305
 1978   1HE   LYS 256          2HE       LYS 256   9.877  -7.917 -11.477
 1979   2HE   LYS 256          1HE       LYS 256  10.654  -8.915 -10.247
 1980   1HZ   LYS 256          1HZ       LYS 256   8.789  -9.698 -12.368
 1981   2HZ   LYS 256          2HZ       LYS 256   8.793 -10.587 -10.929
 1982   3HZ   LYS 256          3HZ       LYS 256  10.208 -10.459 -11.847
 1983    HA   PRO 257           HA       PRO 257   7.016  -4.395  -4.862
 1984   1HB   PRO 257          2HB       PRO 257   6.330  -1.886  -4.266
 1985   2HB   PRO 257          1HB       PRO 257   8.030  -2.360  -4.357
 1986   1HG   PRO 257          2HG       PRO 257   6.395  -0.784  -6.277
 1987   2HG   PRO 257          1HG       PRO 257   8.124  -0.668  -5.918
 1988   1HD   PRO 257          2HD       PRO 257   6.904  -2.030  -8.095
 1989   2HD   PRO 257          1HD       PRO 257   8.618  -2.059  -7.634
 1990    H    PHE 258           H        PHE 258   4.776  -2.671  -4.051
 1991    HA   PHE 258           HA       PHE 258   2.757  -3.206  -6.091
 1992   1HB   PHE 258          2HB       PHE 258   1.276  -4.301  -4.396
 1993   2HB   PHE 258          1HB       PHE 258   2.687  -5.251  -4.854
 1994    HD1  PHE 258           1HD      PHE 258   1.306  -3.042  -2.224
 1995    HD2  PHE 258           2HD      PHE 258   4.255  -5.941  -3.242
 1996    HE1  PHE 258           1HE      PHE 258   1.932  -3.235   0.148
 1997    HE2  PHE 258           2HE      PHE 258   4.883  -6.136  -0.869
 1998    HZ   PHE 258           HZ       PHE 258   3.720  -4.782   0.828
 1999    H    VAL 259           H        VAL 259   0.553  -2.513  -5.305
 2000    HA   VAL 259           HA       VAL 259   0.804   0.082  -3.947
 2001    HB   VAL 259           HB       VAL 259   0.094   0.304  -6.269
 2002   1HG1  VAL 259          1HG1      VAL 259  -0.910  -1.706  -6.853
 2003   2HG1  VAL 259          2HG1      VAL 259  -2.270  -0.585  -6.785
 2004   3HG1  VAL 259          3HG1      VAL 259  -1.975  -1.695  -5.447
 2005   1HG2  VAL 259          1HG2      VAL 259  -1.741   1.733  -5.918
 2006   2HG2  VAL 259          2HG2      VAL 259  -0.855   1.743  -4.394
 2007   3HG2  VAL 259          3HG2      VAL 259  -2.326   0.783  -4.551
 2008    H    GLY 260           H        GLY 260  -1.001   0.764  -2.627
 2009   1HA   GLY 260          2HA       GLY 260  -2.442  -1.549  -1.468
 2010   2HA   GLY 260          1HA       GLY 260  -1.791  -0.249  -0.485
 2011    H    VAL 261           H        VAL 261  -4.547  -1.460  -1.794
 2012    HA   VAL 261           HA       VAL 261  -5.857   1.170  -1.671
 2013    HB   VAL 261           HB       VAL 261  -5.807   0.402  -3.988
 2014   1HG1  VAL 261          1HG1      VAL 261  -6.969  -1.602  -4.693
 2015   2HG1  VAL 261          2HG1      VAL 261  -7.374  -1.982  -3.022
 2016   3HG1  VAL 261          3HG1      VAL 261  -5.691  -2.011  -3.550
 2017   1HG2  VAL 261          1HG2      VAL 261  -7.669   1.723  -3.551
 2018   2HG2  VAL 261          2HG2      VAL 261  -8.445   0.471  -2.578
 2019   3HG2  VAL 261          3HG2      VAL 261  -8.336   0.290  -4.326
 2020    H    LEU 262           H        LEU 262  -7.814   1.268  -0.557
 2021    HA   LEU 262           HA       LEU 262  -8.289  -0.987   1.203
 2022   1HB   LEU 262          2HB       LEU 262  -8.119   1.386   1.999
 2023   2HB   LEU 262          1HB       LEU 262  -9.646   1.700   1.191
 2024    HG   LEU 262           HG       LEU 262 -10.154  -0.519   2.769
 2025   1HD1  LEU 262          1HD1      LEU 262  -8.360  -0.447   4.195
 2026   2HD1  LEU 262          2HD1      LEU 262  -9.504   0.589   5.041
 2027   3HD1  LEU 262          3HD1      LEU 262  -8.200   1.303   4.088
 2028   1HD2  LEU 262          1HD2      LEU 262 -11.448   1.638   2.227
 2029   2HD2  LEU 262          2HD2      LEU 262 -10.719   2.240   3.717
 2030   3HD2  LEU 262          3HD2      LEU 262 -11.730   0.796   3.745
 2031    H    SER 263           H        SER 263 -10.063  -2.352   1.166
 2032    HA   SER 263           HA       SER 263 -11.964  -1.752  -1.015
 2033   1HB   SER 263          2HB       SER 263 -12.573  -4.274  -0.556
 2034   2HB   SER 263          1HB       SER 263 -11.182  -3.845  -1.544
 2035    HG   SER 263           HG       SER 263 -10.717  -4.046   1.175
 2036    H    ALA 264           H        ALA 264 -13.967  -1.197  -0.566
 2037    HA   ALA 264           HA       ALA 264 -14.926  -1.469   2.190
 2038   1HB   ALA 264          1HB       ALA 264 -16.705   0.079   1.530
 2039   2HB   ALA 264          2HB       ALA 264 -16.104   0.070  -0.128
 2040   3HB   ALA 264          3HB       ALA 264 -15.115   0.747   1.165
 2041    H    GLY 265           H        GLY 265 -16.865  -2.605   2.697
 2042   1HA   GLY 265          2HA       GLY 265 -18.007  -4.163   0.467
 2043   2HA   GLY 265          1HA       GLY 265 -17.479  -4.978   1.926
 2044    H    ILE 266           H        ILE 266 -20.053  -5.000   0.713
 2045    HA   ILE 266           HA       ILE 266 -21.662  -3.873   2.907
 2046    HB   ILE 266           HB       ILE 266 -22.058  -2.611   0.830
 2047   1HG1  ILE 266          2HG1      ILE 266 -24.628  -3.600   0.697
 2048   2HG1  ILE 266          1HG1      ILE 266 -24.085  -4.156   2.276
 2049   1HG2  ILE 266          1HG2      ILE 266 -22.209  -3.573  -1.170
 2050   2HG2  ILE 266          2HG2      ILE 266 -23.505  -4.638  -0.624
 2051   3HG2  ILE 266          3HG2      ILE 266 -21.821  -5.107  -0.396
 2052   1HD1  ILE 266          1HD1      ILE 266 -25.201  -1.757   1.816
 2053   2HD1  ILE 266          2HD1      ILE 266 -23.492  -1.349   1.667
 2054   3HD1  ILE 266          3HD1      ILE 266 -24.095  -2.094   3.147
 2055    H    ASN 267           H        ASN 267 -22.468  -5.481   4.078
 2056    HA   ASN 267           HA       ASN 267 -22.324  -8.159   3.513
 2057   1HB   ASN 267          2HB       ASN 267 -24.080  -6.591   5.357
 2058   2HB   ASN 267          1HB       ASN 267 -24.318  -8.327   5.188
 2059   1HD2  ASN 267          1HD2      ASN 267 -21.966  -9.437   5.116
 2060   2HD2  ASN 267          2HD2      ASN 267 -21.004  -9.049   6.497
 2061    H    ALA 268           H        ALA 268 -23.698  -9.748   2.717
 2062    HA   ALA 268           HA       ALA 268 -25.462  -8.885   0.641
 2063   1HB   ALA 268          1HB       ALA 268 -25.683 -11.699   1.351
 2064   2HB   ALA 268          2HB       ALA 268 -24.015 -11.173   1.118
 2065   3HB   ALA 268          3HB       ALA 268 -25.201 -10.944  -0.167
 2066    H    ALA 269           H        ALA 269 -26.039  -8.624   3.743
 2067    HA   ALA 269           HA       ALA 269 -28.774  -9.683   3.638
 2068   1HB   ALA 269          1HB       ALA 269 -28.700  -9.399   6.130
 2069   2HB   ALA 269          2HB       ALA 269 -26.990  -9.004   5.966
 2070   3HB   ALA 269          3HB       ALA 269 -27.575 -10.594   5.481
 2071    H    SER 270           H        SER 270 -27.829  -7.153   2.420
 2072    HA   SER 270           HA       SER 270 -28.895  -5.055   4.101
 2073   1HB   SER 270          2HB       SER 270 -27.659  -5.166   1.365
 2074   2HB   SER 270          1HB       SER 270 -28.526  -3.720   1.885
 2075    HG   SER 270           HG       SER 270 -26.239  -3.708   2.343
 2076    HA   PRO 271           HA       PRO 271 -32.990  -5.955   2.414
 2077   1HB   PRO 271          2HB       PRO 271 -34.385  -4.400   4.129
 2078   2HB   PRO 271          1HB       PRO 271 -33.750  -5.984   4.591
 2079   1HG   PRO 271          2HG       PRO 271 -32.634  -3.260   5.145
 2080   2HG   PRO 271          1HG       PRO 271 -32.774  -4.655   6.232
 2081   1HD   PRO 271          2HD       PRO 271 -30.460  -3.985   4.967
 2082   2HD   PRO 271          1HD       PRO 271 -30.879  -5.655   5.393
 2083    H    ASN 272           H        ASN 272 -31.049  -3.429   1.894
 2084    HA   ASN 272           HA       ASN 272 -32.966  -2.093   0.190
 2085   1HB   ASN 272          2HB       ASN 272 -32.060  -0.962   2.714
 2086   2HB   ASN 272          1HB       ASN 272 -31.664   0.080   1.349
 2087   1HD2  ASN 272          1HD2      ASN 272 -33.397   0.726  -0.057
 2088   2HD2  ASN 272          2HD2      ASN 272 -35.001   0.868   0.570
 2089    H    LYS 273           H        LYS 273 -31.669  -2.935  -1.493
 2090    HA   LYS 273           HA       LYS 273 -28.862  -2.444  -1.636
 2091   1HB   LYS 273          2HB       LYS 273 -30.695  -3.034  -3.951
 2092   2HB   LYS 273          1HB       LYS 273 -28.970  -3.353  -3.839
 2093   1HG   LYS 273          2HG       LYS 273 -30.182  -4.703  -1.686
 2094   2HG   LYS 273          1HG       LYS 273 -31.168  -5.023  -3.113
 2095   1HD   LYS 273          2HD       LYS 273 -29.568  -6.267  -4.092
 2096   2HD   LYS 273          1HD       LYS 273 -28.267  -5.208  -3.547
 2097   1HE   LYS 273          2HE       LYS 273 -27.886  -7.237  -2.432
 2098   2HE   LYS 273          1HE       LYS 273 -28.661  -6.207  -1.228
 2099   1HZ   LYS 273          1HZ       LYS 273 -29.508  -8.569  -1.435
 2100   2HZ   LYS 273          2HZ       LYS 273 -30.207  -8.094  -2.900
 2101   3HZ   LYS 273          3HZ       LYS 273 -30.677  -7.345  -1.460
 2102    H    GLU 274           H        GLU 274 -31.730  -0.754  -2.699
 2103    HA   GLU 274           HA       GLU 274 -30.477   1.072  -4.471
 2104   1HB   GLU 274          2HB       GLU 274 -33.114   0.566  -3.477
 2105   2HB   GLU 274          1HB       GLU 274 -32.774   2.283  -3.310
 2106   1HG   GLU 274          2HG       GLU 274 -31.964   1.203  -5.890
 2107   2HG   GLU 274          1HG       GLU 274 -33.689   1.035  -5.572
 2108    H    LEU 275           H        LEU 275 -31.446   1.322  -1.050
 2109    HA   LEU 275           HA       LEU 275 -30.331   3.956  -0.761
 2110   1HB   LEU 275          2HB       LEU 275 -31.914   2.119   0.823
 2111   2HB   LEU 275          1HB       LEU 275 -30.639   2.837   1.787
 2112    HG   LEU 275           HG       LEU 275 -31.861   4.938   0.313
 2113   1HD1  LEU 275          1HD1      LEU 275 -33.749   2.874   1.284
 2114   2HD1  LEU 275          2HD1      LEU 275 -33.901   4.015  -0.051
 2115   3HD1  LEU 275          3HD1      LEU 275 -34.156   4.560   1.607
 2116   1HD2  LEU 275          1HD2      LEU 275 -30.743   4.836   2.630
 2117   2HD2  LEU 275          2HD2      LEU 275 -32.336   4.361   3.218
 2118   3HD2  LEU 275          3HD2      LEU 275 -32.118   5.916   2.413
 2119    H    ALA 276           H        ALA 276 -29.219   0.686  -0.275
 2120    HA   ALA 276           HA       ALA 276 -27.062   1.183   1.431
 2121   1HB   ALA 276          1HB       ALA 276 -27.635  -0.937  -0.593
 2122   2HB   ALA 276          2HB       ALA 276 -27.631  -1.046   1.168
 2123   3HB   ALA 276          3HB       ALA 276 -26.108  -0.909   0.287
 2124    H    LYS 277           H        LYS 277 -27.070   0.949  -2.133
 2125    HA   LYS 277           HA       LYS 277 -24.340   1.792  -2.345
 2126   1HB   LYS 277          2HB       LYS 277 -26.523   1.090  -4.232
 2127   2HB   LYS 277          1HB       LYS 277 -25.217   2.096  -4.844
 2128   1HG   LYS 277          2HG       LYS 277 -23.860   0.354  -5.020
 2129   2HG   LYS 277          1HG       LYS 277 -24.159  -0.114  -3.345
 2130   1HD   LYS 277          2HD       LYS 277 -26.218  -1.260  -4.048
 2131   2HD   LYS 277          1HD       LYS 277 -25.884  -0.811  -5.721
 2132   1HE   LYS 277          2HE       LYS 277 -24.768  -2.729  -5.897
 2133   2HE   LYS 277          1HE       LYS 277 -23.538  -2.003  -4.867
 2134   1HZ   LYS 277          1HZ       LYS 277 -23.973  -3.811  -3.633
 2135   2HZ   LYS 277          2HZ       LYS 277 -25.543  -4.003  -4.228
 2136   3HZ   LYS 277          3HZ       LYS 277 -25.228  -2.853  -3.027
 2137    H    GLU 278           H        GLU 278 -27.444   3.346  -2.364
 2138    HA   GLU 278           HA       GLU 278 -26.699   5.742  -3.643
 2139   1HB   GLU 278          2HB       GLU 278 -29.046   5.077  -3.269
 2140   2HB   GLU 278          1HB       GLU 278 -28.834   5.337  -1.543
 2141   1HG   GLU 278          2HG       GLU 278 -28.361   7.709  -1.978
 2142   2HG   GLU 278          1HG       GLU 278 -28.651   7.435  -3.696
 2143    H    PHE 279           H        PHE 279 -26.153   4.577  -0.414
 2144    HA   PHE 279           HA       PHE 279 -25.635   7.127   0.767
 2145   1HB   PHE 279          2HB       PHE 279 -25.591   4.332   1.574
 2146   2HB   PHE 279          1HB       PHE 279 -24.252   5.239   2.268
 2147    HD1  PHE 279           1HD      PHE 279 -24.605   6.869   3.948
 2148    HD2  PHE 279           2HD      PHE 279 -27.906   4.976   2.040
 2149    HE1  PHE 279           1HE      PHE 279 -26.117   7.756   5.669
 2150    HE2  PHE 279           2HE      PHE 279 -29.409   5.867   3.761
 2151    HZ   PHE 279           HZ       PHE 279 -28.509   7.250   5.565
 2152    H    LEU 280           H        LEU 280 -23.407   4.437  -0.002
 2153    HA   LEU 280           HA       LEU 280 -21.069   5.974   0.329
 2154   1HB   LEU 280          2HB       LEU 280 -21.759   3.290  -0.603
 2155   2HB   LEU 280          1HB       LEU 280 -20.335   3.952  -1.383
 2156    HG   LEU 280           HG       LEU 280 -20.521   4.071   1.594
 2157   1HD1  LEU 280          1HD1      LEU 280 -19.955   1.866   1.936
 2158   2HD1  LEU 280          2HD1      LEU 280 -19.368   1.649   0.287
 2159   3HD1  LEU 280          3HD1      LEU 280 -21.102   1.719   0.605
 2160   1HD2  LEU 280          1HD2      LEU 280 -18.145   3.430  -0.124
 2161   2HD2  LEU 280          2HD2      LEU 280 -18.187   4.118   1.499
 2162   3HD2  LEU 280          3HD2      LEU 280 -18.681   5.093   0.115
 2163    H    GLU 281           H        GLU 281 -23.269   5.718  -2.300
 2164    HA   GLU 281           HA       GLU 281 -21.363   6.619  -4.275
 2165   1HB   GLU 281          2HB       GLU 281 -23.306   5.012  -4.680
 2166   2HB   GLU 281          1HB       GLU 281 -24.344   6.429  -4.641
 2167   1HG   GLU 281          2HG       GLU 281 -22.596   7.303  -6.417
 2168   2HG   GLU 281          1HG       GLU 281 -22.357   5.575  -6.668
 2169    H    ASN 282           H        ASN 282 -23.381   8.152  -1.980
 2170    HA   ASN 282           HA       ASN 282 -22.917  10.710  -3.339
 2171   1HB   ASN 282          2HB       ASN 282 -25.451   9.483  -3.128
 2172   2HB   ASN 282          1HB       ASN 282 -25.445  10.809  -1.969
 2173   1HD2  ASN 282          1HD2      ASN 282 -25.112   9.949  -5.339
 2174   2HD2  ASN 282          2HD2      ASN 282 -25.379  11.537  -5.965
 2175    H    TYR 283           H        TYR 283 -22.118   9.052  -0.748
 2176    HA   TYR 283           HA       TYR 283 -22.445  11.341   1.070
 2177   1HB   TYR 283          2HB       TYR 283 -23.168   9.933   2.620
 2178   2HB   TYR 283          1HB       TYR 283 -23.035   8.610   1.485
 2179    HD1  TYR 283           1HD      TYR 283 -21.681   6.820   2.018
 2180    HD2  TYR 283           2HD      TYR 283 -20.946  10.576   3.866
 2181    HE1  TYR 283           1HE      TYR 283 -20.008   5.764   3.474
 2182    HE2  TYR 283           2HE      TYR 283 -19.263   9.537   5.325
 2183    HH   TYR 283           HH       TYR 283 -19.039   6.516   6.012
 2184    H    LEU 284           H        LEU 284 -20.155   8.701   0.315
 2185    HA   LEU 284           HA       LEU 284 -18.004  10.478   1.235
 2186   1HB   LEU 284          2HB       LEU 284 -18.401   7.896   1.855
 2187   2HB   LEU 284          1HB       LEU 284 -17.404   7.693   0.426
 2188    HG   LEU 284           HG       LEU 284 -15.753   9.299   1.559
 2189   1HD1  LEU 284          1HD1      LEU 284 -17.587   9.900   3.282
 2190   2HD1  LEU 284          2HD1      LEU 284 -15.919   9.719   3.824
 2191   3HD1  LEU 284          3HD1      LEU 284 -17.076   8.418   4.089
 2192   1HD2  LEU 284          1HD2      LEU 284 -15.567   6.783   1.312
 2193   2HD2  LEU 284          2HD2      LEU 284 -16.159   6.675   2.969
 2194   3HD2  LEU 284          3HD2      LEU 284 -14.646   7.511   2.628
 2195    H    LEU 285           H        LEU 285 -19.229  11.098  -1.226
 2196    HA   LEU 285           HA       LEU 285 -16.948  11.230  -2.912
 2197   1HB   LEU 285          2HB       LEU 285 -18.619   8.930  -3.207
 2198   2HB   LEU 285          1HB       LEU 285 -18.763   9.924  -4.645
 2199    HG   LEU 285           HG       LEU 285 -16.018   9.824  -4.133
 2200   1HD1  LEU 285          1HD1      LEU 285 -16.404   7.968  -2.574
 2201   2HD1  LEU 285          2HD1      LEU 285 -15.508   7.456  -4.000
 2202   3HD1  LEU 285          3HD1      LEU 285 -17.224   7.077  -3.850
 2203   1HD2  LEU 285          1HD2      LEU 285 -16.741   9.848  -6.342
 2204   2HD2  LEU 285          2HD2      LEU 285 -17.857   8.506  -6.094
 2205   3HD2  LEU 285          3HD2      LEU 285 -16.118   8.213  -6.137
 2206    H    THR 286           H        THR 286 -18.786  13.067  -1.806
 2207    HA   THR 286           HA       THR 286 -19.688  14.376  -4.258
 2208    HB   THR 286           HB       THR 286 -21.537  14.284  -1.884
 2209    HG1  THR 286           1HG      THR 286 -21.816  12.574  -4.112
 2210   1HG2  THR 286          1HG2      THR 286 -23.007  15.381  -3.137
 2211   2HG2  THR 286          2HG2      THR 286 -22.694  14.365  -4.546
 2212   3HG2  THR 286          3HG2      THR 286 -21.653  15.741  -4.205
 2213    H    ASP 287           H        ASP 287 -20.511  16.670  -3.693
 2214    HA   ASP 287           HA       ASP 287 -18.447  18.071  -2.399
 2215   1HB   ASP 287          2HB       ASP 287 -21.189  18.865  -3.363
 2216   2HB   ASP 287          1HB       ASP 287 -20.097  20.020  -2.606
 2217    H    GLU 288           H        GLU 288 -21.462  16.752  -1.283
 2218    HA   GLU 288           HA       GLU 288 -21.572  18.330   1.111
 2219   1HB   GLU 288          2HB       GLU 288 -23.495  17.141  -0.181
 2220   2HB   GLU 288          1HB       GLU 288 -23.028  15.735   0.766
 2221   1HG   GLU 288          2HG       GLU 288 -23.579  16.788   2.795
 2222   2HG   GLU 288          1HG       GLU 288 -23.673  18.376   2.035
 2223    H    GLY 289           H        GLY 289 -20.446  15.083   0.289
 2224   1HA   GLY 289          2HA       GLY 289 -19.738  14.602   3.088
 2225   2HA   GLY 289          1HA       GLY 289 -19.721  13.419   1.800
 2226    H    LEU 290           H        LEU 290 -18.117  14.493  -0.094
 2227    HA   LEU 290           HA       LEU 290 -15.553  13.935   0.781
 2228   1HB   LEU 290          2HB       LEU 290 -16.785  14.885  -1.616
 2229   2HB   LEU 290          1HB       LEU 290 -15.352  15.844  -1.322
 2230    HG   LEU 290           HG       LEU 290 -14.993  13.871  -2.797
 2231   1HD1  LEU 290          1HD1      LEU 290 -12.879  13.509  -2.005
 2232   2HD1  LEU 290          2HD1      LEU 290 -13.410  13.425  -0.334
 2233   3HD1  LEU 290          3HD1      LEU 290 -13.304  14.984  -1.134
 2234   1HD2  LEU 290          1HD2      LEU 290 -15.440  11.758  -2.176
 2235   2HD2  LEU 290          2HD2      LEU 290 -16.555  12.525  -1.044
 2236   3HD2  LEU 290          3HD2      LEU 290 -14.950  12.032  -0.506
 2237    H    GLU 291           H        GLU 291 -17.350  16.933   0.877
 2238    HA   GLU 291           HA       GLU 291 -15.064  18.525   1.509
 2239   1HB   GLU 291          2HB       GLU 291 -17.904  19.023   1.057
 2240   2HB   GLU 291          1HB       GLU 291 -17.199  20.051   2.292
 2241   1HG   GLU 291          2HG       GLU 291 -15.365  20.014   0.188
 2242   2HG   GLU 291          1HG       GLU 291 -16.942  20.202  -0.559
 2243    H    ALA 292           H        ALA 292 -17.320  16.671   3.290
 2244    HA   ALA 292           HA       ALA 292 -16.988  17.996   5.792
 2245   1HB   ALA 292          1HB       ALA 292 -17.964  15.226   5.836
 2246   2HB   ALA 292          2HB       ALA 292 -18.885  16.322   4.807
 2247   3HB   ALA 292          3HB       ALA 292 -18.668  16.691   6.518
 2248    H    VAL 293           H        VAL 293 -16.159  14.699   4.726
 2249    HA   VAL 293           HA       VAL 293 -14.271  14.353   6.856
 2250    HB   VAL 293           HB       VAL 293 -15.852  12.591   6.286
 2251   1HG1  VAL 293          1HG1      VAL 293 -16.062  12.935   3.916
 2252   2HG1  VAL 293          2HG1      VAL 293 -15.509  11.293   4.223
 2253   3HG1  VAL 293          3HG1      VAL 293 -14.367  12.514   3.668
 2254   1HG2  VAL 293          1HG2      VAL 293 -12.932  12.010   5.914
 2255   2HG2  VAL 293          2HG2      VAL 293 -14.150  10.738   6.004
 2256   3HG2  VAL 293          3HG2      VAL 293 -13.914  11.829   7.363
 2257    H    ASN 294           H        ASN 294 -14.115  15.011   3.382
 2258    HA   ASN 294           HA       ASN 294 -11.245  14.439   3.411
 2259   1HB   ASN 294          2HB       ASN 294 -13.367  14.250   1.373
 2260   2HB   ASN 294          1HB       ASN 294 -11.841  14.912   0.796
 2261   1HD2  ASN 294          1HD2      ASN 294 -13.432  12.223   0.672
 2262   2HD2  ASN 294          2HD2      ASN 294 -12.192  11.045   0.894
 2263    H    LYS 295           H        LYS 295 -13.370  16.988   3.823
 2264    HA   LYS 295           HA       LYS 295 -11.366  18.838   2.684
 2265   1HB   LYS 295          2HB       LYS 295 -14.109  18.761   2.191
 2266   2HB   LYS 295          1HB       LYS 295 -13.863  20.173   3.194
 2267   1HG   LYS 295          2HG       LYS 295 -13.554  21.135   1.170
 2268   2HG   LYS 295          1HG       LYS 295 -11.903  20.562   1.420
 2269   1HD   LYS 295          2HD       LYS 295 -12.580  18.452   0.197
 2270   2HD   LYS 295          1HD       LYS 295 -14.074  19.276  -0.231
 2271   1HE   LYS 295          2HE       LYS 295 -13.077  20.556  -1.775
 2272   2HE   LYS 295          1HE       LYS 295 -11.648  20.817  -0.775
 2273   1HZ   LYS 295          1HZ       LYS 295 -10.574  19.102  -1.716
 2274   2HZ   LYS 295          2HZ       LYS 295 -11.669  19.322  -2.987
 2275   3HZ   LYS 295          3HZ       LYS 295 -11.956  18.131  -1.821
 2276    H    ASP 296           H        ASP 296 -13.112  17.841   5.514
 2277    HA   ASP 296           HA       ASP 296 -12.719  20.104   7.117
 2278   1HB   ASP 296          2HB       ASP 296 -12.570  18.500   9.035
 2279   2HB   ASP 296          1HB       ASP 296 -13.954  18.184   7.999
 2280    H    LYS 297           H        LYS 297 -10.707  17.564   5.899
 2281    HA   LYS 297           HA       LYS 297  -8.295  19.000   5.878
 2282   1HB   LYS 297          2HB       LYS 297  -8.815  18.516   8.472
 2283   2HB   LYS 297          1HB       LYS 297  -8.056  16.984   8.065
 2284   1HG   LYS 297          2HG       LYS 297  -6.009  17.889   7.884
 2285   2HG   LYS 297          1HG       LYS 297  -6.614  19.379   7.159
 2286   1HD   LYS 297          2HD       LYS 297  -6.886  18.703  10.078
 2287   2HD   LYS 297          1HD       LYS 297  -5.553  19.643   9.402
 2288   1HE   LYS 297          2HE       LYS 297  -6.926  21.417   8.819
 2289   2HE   LYS 297          1HE       LYS 297  -8.382  20.426   8.857
 2290   1HZ   LYS 297          1HZ       LYS 297  -8.567  20.610  11.093
 2291   2HZ   LYS 297          2HZ       LYS 297  -7.800  22.086  10.786
 2292   3HZ   LYS 297          3HZ       LYS 297  -6.903  20.768  11.350
 2293    HA   PRO 298           HA       PRO 298  -7.341  15.370   3.518
 2294   1HB   PRO 298          2HB       PRO 298  -4.680  15.562   3.229
 2295   2HB   PRO 298          1HB       PRO 298  -5.783  16.730   2.490
 2296   1HG   PRO 298          2HG       PRO 298  -4.169  16.968   4.996
 2297   2HG   PRO 298          1HG       PRO 298  -4.430  18.165   3.715
 2298   1HD   PRO 298          2HD       PRO 298  -5.784  18.139   6.078
 2299   2HD   PRO 298          1HD       PRO 298  -6.431  18.835   4.587
 2300    H    LEU 299           H        LEU 299  -6.623  13.258   3.644
 2301    HA   LEU 299           HA       LEU 299  -5.149  12.440   6.041
 2302   1HB   LEU 299          2HB       LEU 299  -6.725  10.450   6.179
 2303   2HB   LEU 299          1HB       LEU 299  -7.329  11.989   6.760
 2304    HG   LEU 299           HG       LEU 299  -8.009  11.691   3.986
 2305   1HD1  LEU 299          1HD1      LEU 299  -8.160   9.251   5.555
 2306   2HD1  LEU 299          2HD1      LEU 299  -8.365   9.498   3.821
 2307   3HD1  LEU 299          3HD1      LEU 299  -9.727   9.746   4.915
 2308   1HD2  LEU 299          1HD2      LEU 299  -9.293  12.274   6.570
 2309   2HD2  LEU 299          2HD2      LEU 299 -10.346  11.606   5.322
 2310   3HD2  LEU 299          3HD2      LEU 299  -9.442  13.089   5.013
 2311    H    GLY 300           H        GLY 300  -6.554  11.339   2.962
 2312   1HA   GLY 300          2HA       GLY 300  -4.034   9.958   2.414
 2313   2HA   GLY 300          1HA       GLY 300  -5.519   9.022   2.375
 2314    H    ALA 301           H        ALA 301  -4.303   8.843   0.141
 2315    HA   ALA 301           HA       ALA 301  -4.798  10.967  -1.687
 2316   1HB   ALA 301          1HB       ALA 301  -3.284   8.547  -1.618
 2317   2HB   ALA 301          2HB       ALA 301  -3.158   9.899  -2.734
 2318   3HB   ALA 301          3HB       ALA 301  -4.267   8.577  -3.083
 2319    H    VAL 302           H        VAL 302  -7.112  11.187  -1.362
 2320    HA   VAL 302           HA       VAL 302  -8.655   9.151  -2.819
 2321    HB   VAL 302           HB       VAL 302  -9.299   9.273  -0.467
 2322   1HG1  VAL 302          1HG1      VAL 302 -10.680  11.624  -0.163
 2323   2HG1  VAL 302          2HG1      VAL 302  -9.208  12.136  -0.973
 2324   3HG1  VAL 302          3HG1      VAL 302  -9.114  11.247   0.544
 2325   1HG2  VAL 302          1HG2      VAL 302 -11.233  10.159  -2.566
 2326   2HG2  VAL 302          2HG2      VAL 302 -11.758   9.989  -0.891
 2327   3HG2  VAL 302          3HG2      VAL 302 -11.093   8.601  -1.752
 2328    H    ALA 303           H        ALA 303  -9.002   9.877  -4.815
 2329    HA   ALA 303           HA       ALA 303 -10.470  12.233  -5.293
 2330   1HB   ALA 303          1HB       ALA 303  -7.551  12.368  -5.360
 2331   2HB   ALA 303          2HB       ALA 303  -8.752  13.633  -5.133
 2332   3HB   ALA 303          3HB       ALA 303  -8.370  13.063  -6.747
 2333    H    LEU 304           H        LEU 304 -11.750  11.154  -6.637
 2334    HA   LEU 304           HA       LEU 304 -10.990   9.206  -8.486
 2335   1HB   LEU 304          2HB       LEU 304 -13.189   9.813  -9.627
 2336   2HB   LEU 304          1HB       LEU 304 -13.267   9.260  -7.966
 2337    HG   LEU 304           HG       LEU 304 -13.048  12.164  -8.239
 2338   1HD1  LEU 304          1HD1      LEU 304 -15.402  10.706  -9.408
 2339   2HD1  LEU 304          2HD1      LEU 304 -14.404  11.953 -10.155
 2340   3HD1  LEU 304          3HD1      LEU 304 -15.491  12.372  -8.833
 2341   1HD2  LEU 304          1HD2      LEU 304 -13.541  10.803  -6.154
 2342   2HD2  LEU 304          2HD2      LEU 304 -15.148  10.550  -6.829
 2343   3HD2  LEU 304          3HD2      LEU 304 -14.592  12.182  -6.466
 2344    H    LYS 305           H        LYS 305 -11.875   9.779 -10.961
 2345    HA   LYS 305           HA       LYS 305  -9.719  11.133 -12.131
 2346   1HB   LYS 305          2HB       LYS 305 -11.213   9.358 -13.169
 2347   2HB   LYS 305          1HB       LYS 305 -12.381  10.638 -13.462
 2348   1HG   LYS 305          2HG       LYS 305 -11.240  10.449 -15.473
 2349   2HG   LYS 305          1HG       LYS 305 -10.470  11.830 -14.690
 2350   1HD   LYS 305          2HD       LYS 305  -9.261   9.223 -14.071
 2351   2HD   LYS 305          1HD       LYS 305  -9.137   9.715 -15.760
 2352   1HE   LYS 305          2HE       LYS 305  -8.081  11.778 -15.138
 2353   2HE   LYS 305          1HE       LYS 305  -8.333  11.445 -13.427
 2354   1HZ   LYS 305          1HZ       LYS 305  -6.457  10.287 -13.365
 2355   2HZ   LYS 305          2HZ       LYS 305  -6.135  10.773 -14.952
 2356   3HZ   LYS 305          3HZ       LYS 305  -6.931   9.310 -14.663
 2357    H    SER 306           H        SER 306 -13.054  12.204 -11.536
 2358    HA   SER 306           HA       SER 306 -12.614  14.767 -12.763
 2359   1HB   SER 306          2HB       SER 306 -14.828  13.874 -12.905
 2360   2HB   SER 306          1HB       SER 306 -14.911  13.635 -11.160
 2361    HG   SER 306           HG       SER 306 -15.682  15.572 -11.057
 2362    H    TYR 307           H        TYR 307 -12.818  13.543  -9.460
 2363    HA   TYR 307           HA       TYR 307 -12.641  16.118  -8.250
 2364   1HB   TYR 307          2HB       TYR 307 -12.805  13.345  -7.332
 2365   2HB   TYR 307          1HB       TYR 307 -11.741  14.313  -6.334
 2366    HD1  TYR 307           1HD      TYR 307 -12.678  15.328  -4.510
 2367    HD2  TYR 307           2HD      TYR 307 -15.132  14.582  -7.903
 2368    HE1  TYR 307           1HE      TYR 307 -14.620  16.207  -3.287
 2369    HE2  TYR 307           2HE      TYR 307 -17.085  15.465  -6.690
 2370    HH   TYR 307           HH       TYR 307 -17.638  16.848  -4.850
 2371    H    GLU 308           H        GLU 308 -10.267  13.507  -8.823
 2372    HA   GLU 308           HA       GLU 308  -8.122  14.788  -7.587
 2373   1HB   GLU 308          2HB       GLU 308  -8.347  12.363  -8.511
 2374   2HB   GLU 308          1HB       GLU 308  -7.601  13.054  -9.944
 2375   1HG   GLU 308          2HG       GLU 308  -6.306  13.674  -7.360
 2376   2HG   GLU 308          1HG       GLU 308  -6.216  12.001  -7.909
 2377    H    GLU 309           H        GLU 309  -9.643  15.499 -10.506
 2378    HA   GLU 309           HA       GLU 309  -7.568  16.506 -12.056
 2379   1HB   GLU 309          2HB       GLU 309 -10.338  16.291 -12.239
 2380   2HB   GLU 309          1HB       GLU 309 -10.027  18.018 -12.353
 2381   1HG   GLU 309          2HG       GLU 309  -8.166  17.097 -14.058
 2382   2HG   GLU 309          1HG       GLU 309  -9.391  15.840 -14.228
 2383    H    GLU 310           H        GLU 310  -9.491  18.067  -9.566
 2384    HA   GLU 310           HA       GLU 310  -7.997  20.578  -9.826
 2385   1HB   GLU 310          2HB       GLU 310 -10.536  19.746  -8.510
 2386   2HB   GLU 310          1HB       GLU 310  -9.607  20.994  -7.687
 2387   1HG   GLU 310          2HG       GLU 310 -10.868  22.335  -8.997
 2388   2HG   GLU 310          1HG       GLU 310  -9.573  22.010 -10.151
 2389    H    LEU 311           H        LEU 311  -8.380  17.742  -7.952
 2390    HA   LEU 311           HA       LEU 311  -7.164  18.203  -5.546
 2391   1HB   LEU 311          2HB       LEU 311  -7.842  15.990  -7.195
 2392   2HB   LEU 311          1HB       LEU 311  -6.357  15.664  -6.333
 2393    HG   LEU 311           HG       LEU 311  -8.328  14.859  -5.153
 2394   1HD1  LEU 311          1HD1      LEU 311  -6.938  17.124  -3.769
 2395   2HD1  LEU 311          2HD1      LEU 311  -6.412  15.442  -3.855
 2396   3HD1  LEU 311          3HD1      LEU 311  -7.884  15.859  -2.983
 2397   1HD2  LEU 311          1HD2      LEU 311  -9.764  16.785  -6.054
 2398   2HD2  LEU 311          2HD2      LEU 311  -9.193  17.664  -4.639
 2399   3HD2  LEU 311          3HD2      LEU 311 -10.085  16.154  -4.444
 2400    H    ALA 312           H        ALA 312  -5.663  18.782  -8.419
 2401    HA   ALA 312           HA       ALA 312  -3.187  17.688  -8.451
 2402   1HB   ALA 312          1HB       ALA 312  -4.434  19.953  -9.564
 2403   2HB   ALA 312          2HB       ALA 312  -2.932  19.183 -10.074
 2404   3HB   ALA 312          3HB       ALA 312  -2.894  20.499  -8.900
 2405    H    LYS 313           H        LYS 313  -4.418  19.883  -6.051
 2406    HA   LYS 313           HA       LYS 313  -1.921  20.788  -5.070
 2407   1HB   LYS 313          2HB       LYS 313  -4.579  21.384  -4.604
 2408   2HB   LYS 313          1HB       LYS 313  -4.046  20.687  -3.080
 2409   1HG   LYS 313          2HG       LYS 313  -2.722  22.440  -2.592
 2410   2HG   LYS 313          1HG       LYS 313  -2.221  22.660  -4.270
 2411   1HD   LYS 313          2HD       LYS 313  -4.805  23.383  -4.460
 2412   2HD   LYS 313          1HD       LYS 313  -4.481  23.851  -2.791
 2413   1HE   LYS 313          2HE       LYS 313  -2.870  24.707  -5.191
 2414   2HE   LYS 313          1HE       LYS 313  -4.080  25.686  -4.365
 2415   1HZ   LYS 313          1HZ       LYS 313  -2.736  25.499  -2.333
 2416   2HZ   LYS 313          2HZ       LYS 313  -1.913  26.285  -3.584
 2417   3HZ   LYS 313          3HZ       LYS 313  -1.542  24.678  -3.206
 2418    H    ASP 314           H        ASP 314  -3.873  17.944  -4.401
 2419    HA   ASP 314           HA       ASP 314  -2.349  17.212  -2.077
 2420   1HB   ASP 314          2HB       ASP 314  -4.821  16.495  -2.993
 2421   2HB   ASP 314          1HB       ASP 314  -3.868  15.076  -3.412
 2422    HA   PRO 315           HA       PRO 315   0.785  15.234  -4.563
 2423   1HB   PRO 315          2HB       PRO 315   2.637  15.017  -2.648
 2424   2HB   PRO 315          1HB       PRO 315   2.202  16.583  -3.339
 2425   1HG   PRO 315          2HG       PRO 315   1.489  15.413  -0.705
 2426   2HG   PRO 315          1HG       PRO 315   1.740  17.107  -1.156
 2427   1HD   PRO 315          2HD       PRO 315  -0.742  15.766  -0.888
 2428   2HD   PRO 315          1HD       PRO 315  -0.470  17.389  -1.549
 2429    H    ARG 316           H        ARG 316  -1.075  13.799  -2.133
 2430    HA   ARG 316           HA       ARG 316   0.430  11.400  -1.778
 2431   1HB   ARG 316          2HB       ARG 316  -2.145  12.467  -0.901
 2432   2HB   ARG 316          1HB       ARG 316  -2.212  10.744  -1.235
 2433   1HG   ARG 316          2HG       ARG 316  -0.470  10.309   0.341
 2434   2HG   ARG 316          1HG       ARG 316  -0.192  12.038   0.574
 2435   1HD   ARG 316          2HD       ARG 316  -2.813  11.927   1.144
 2436   2HD   ARG 316          1HD       ARG 316  -2.336  10.298   1.625
 2437    HE   ARG 316           HE       ARG 316  -1.670  12.750   2.943
 2438   1HH1  ARG 316          1HH1      ARG 316  -0.787   9.440   2.386
 2439   2HH1  ARG 316          2HH1      ARG 316   0.189   9.335   3.799
 2440   1HH2  ARG 316          1HH2      ARG 316  -0.429  12.621   4.819
 2441   2HH2  ARG 316          2HH2      ARG 316   0.430  11.171   5.179
 2442    H    ILE 317           H        ILE 317  -2.635  11.989  -3.490
 2443    HA   ILE 317           HA       ILE 317  -2.738   9.526  -4.805
 2444    HB   ILE 317           HB       ILE 317  -3.911  12.024  -6.015
 2445   1HG1  ILE 317          2HG1      ILE 317  -5.814  10.764  -4.320
 2446   2HG1  ILE 317          1HG1      ILE 317  -4.360  11.017  -3.375
 2447   1HG2  ILE 317          1HG2      ILE 317  -5.776  10.094  -6.231
 2448   2HG2  ILE 317          2HG2      ILE 317  -4.311   9.113  -6.230
 2449   3HG2  ILE 317          3HG2      ILE 317  -4.520  10.379  -7.439
 2450   1HD1  ILE 317          1HD1      ILE 317  -6.338  12.916  -4.186
 2451   2HD1  ILE 317          2HD1      ILE 317  -4.728  13.409  -4.713
 2452   3HD1  ILE 317          3HD1      ILE 317  -5.036  13.067  -3.012
 2453    H    ALA 318           H        ALA 318  -1.292  12.583  -5.799
 2454    HA   ALA 318           HA       ALA 318  -0.712  11.825  -8.452
 2455   1HB   ALA 318          1HB       ALA 318   0.277  13.951  -6.611
 2456   2HB   ALA 318          2HB       ALA 318  -0.594  14.094  -8.139
 2457   3HB   ALA 318          3HB       ALA 318   1.116  13.663  -8.135
 2458    H    ALA 319           H        ALA 319   1.303  11.754  -5.519
 2459    HA   ALA 319           HA       ALA 319   3.686  10.910  -6.612
 2460   1HB   ALA 319          1HB       ALA 319   4.381  10.437  -4.477
 2461   2HB   ALA 319          2HB       ALA 319   2.822   9.766  -3.998
 2462   3HB   ALA 319          3HB       ALA 319   3.020  11.511  -4.164
 2463    H    THR 320           H        THR 320   1.082   8.799  -5.363
 2464    HA   THR 320           HA       THR 320   2.347   6.368  -6.006
 2465    HB   THR 320           HB       THR 320  -0.616   6.498  -6.083
 2466    HG1  THR 320           1HG      THR 320   0.549   6.728  -3.561
 2467   1HG2  THR 320          1HG2      THR 320   1.107   4.453  -5.758
 2468   2HG2  THR 320          2HG2      THR 320  -0.552   4.456  -5.160
 2469   3HG2  THR 320          3HG2      THR 320   0.775   4.876  -4.084
 2470    H    MET 321           H        MET 321   0.474   8.573  -7.936
 2471    HA   MET 321           HA       MET 321  -0.369   6.889  -9.990
 2472   1HB   MET 321          2HB       MET 321   0.081   9.784  -9.673
 2473   2HB   MET 321          1HB       MET 321   0.094   9.203 -11.329
 2474   1HG   MET 321          2HG       MET 321  -2.129   8.066  -9.951
 2475   2HG   MET 321          1HG       MET 321  -2.113   9.810  -9.695
 2476   1HE   MET 321          1HE       MET 321  -4.652  10.135 -11.727
 2477   2HE   MET 321          2HE       MET 321  -4.357   8.773 -10.645
 2478   3HE   MET 321          3HE       MET 321  -4.674   8.486 -12.356
 2479    H    GLU 322           H        GLU 322   2.784   8.225  -9.337
 2480    HA   GLU 322           HA       GLU 322   3.904   7.833 -11.914
 2481   1HB   GLU 322          2HB       GLU 322   4.790   8.715  -9.313
 2482   2HB   GLU 322          1HB       GLU 322   5.972   7.620 -10.017
 2483   1HG   GLU 322          2HG       GLU 322   6.644   9.123 -11.510
 2484   2HG   GLU 322          1HG       GLU 322   4.993   9.596 -11.913
 2485    H    ASN 323           H        ASN 323   3.958   5.871  -8.950
 2486    HA   ASN 323           HA       ASN 323   5.497   3.761 -10.104
 2487   1HB   ASN 323          2HB       ASN 323   3.963   4.130  -7.558
 2488   2HB   ASN 323          1HB       ASN 323   4.475   2.510  -8.017
 2489   1HD2  ASN 323          1HD2      ASN 323   5.517   5.695  -7.094
 2490   2HD2  ASN 323          2HD2      ASN 323   7.144   5.270  -6.698
 2491    H    ALA 324           H        ALA 324   2.097   4.495  -9.928
 2492    HA   ALA 324           HA       ALA 324   0.977   1.990 -10.347
 2493   1HB   ALA 324          1HB       ALA 324  -0.769   3.480 -11.674
 2494   2HB   ALA 324          2HB       ALA 324   0.139   4.775 -10.893
 2495   3HB   ALA 324          3HB       ALA 324  -0.633   3.525  -9.918
 2496    H    GLN 325           H        GLN 325   2.282   4.267 -12.746
 2497    HA   GLN 325           HA       GLN 325   1.451   2.751 -15.001
 2498   1HB   GLN 325          2HB       GLN 325   2.233   5.250 -14.808
 2499   2HB   GLN 325          1HB       GLN 325   3.824   4.567 -15.105
 2500   1HG   GLN 325          2HG       GLN 325   1.597   3.824 -16.926
 2501   2HG   GLN 325          1HG       GLN 325   2.309   5.429 -17.066
 2502   1HE2  GLN 325          1HE2      GLN 325   2.426   2.408 -18.242
 2503   2HE2  GLN 325          2HE2      GLN 325   4.051   2.372 -18.824
 2504    H    LYS 326           H        LYS 326   4.110   2.487 -12.822
 2505    HA   LYS 326           HA       LYS 326   5.176   0.311 -14.479
 2506   1HB   LYS 326          2HB       LYS 326   6.526   2.753 -13.674
 2507   2HB   LYS 326          1HB       LYS 326   7.389   1.322 -13.127
 2508   1HG   LYS 326          2HG       LYS 326   6.470   1.148 -15.891
 2509   2HG   LYS 326          1HG       LYS 326   7.608   2.463 -15.597
 2510   1HD   LYS 326          2HD       LYS 326   8.554   0.151 -14.234
 2511   2HD   LYS 326          1HD       LYS 326   8.139  -0.315 -15.884
 2512   1HE   LYS 326          2HE       LYS 326   9.525   2.199 -15.895
 2513   2HE   LYS 326          1HE       LYS 326  10.453   1.006 -14.997
 2514   1HZ   LYS 326          1HZ       LYS 326  10.606   1.252 -17.613
 2515   2HZ   LYS 326          2HZ       LYS 326   9.326   0.148 -17.542
 2516   3HZ   LYS 326          3HZ       LYS 326  10.813  -0.236 -16.834
 2517    H    GLY 327           H        GLY 327   3.554  -0.593 -12.758
 2518   1HA   GLY 327          2HA       GLY 327   5.225  -1.768 -10.672
 2519   2HA   GLY 327          1HA       GLY 327   3.828  -0.858 -10.122
 2520    H    GLU 328           H        GLU 328   3.605  -3.201  -9.216
 2521    HA   GLU 328           HA       GLU 328   1.897  -4.691 -11.097
 2522   1HB   GLU 328          2HB       GLU 328   3.929  -5.694  -9.132
 2523   2HB   GLU 328          1HB       GLU 328   2.572  -6.709  -9.600
 2524   1HG   GLU 328          2HG       GLU 328   3.267  -6.346 -11.990
 2525   2HG   GLU 328          1HG       GLU 328   4.739  -5.603 -11.364
 2526    H    ILE 329           H        ILE 329   0.045  -5.720 -10.191
 2527    HA   ILE 329           HA       ILE 329  -0.956  -4.375  -7.800
 2528    HB   ILE 329           HB       ILE 329  -2.504  -6.371  -9.434
 2529   1HG1  ILE 329          2HG1      ILE 329  -1.645  -4.742 -11.024
 2530   2HG1  ILE 329          1HG1      ILE 329  -3.361  -4.455 -10.758
 2531   1HG2  ILE 329          1HG2      ILE 329  -3.180  -5.338  -7.127
 2532   2HG2  ILE 329          2HG2      ILE 329  -4.371  -5.508  -8.415
 2533   3HG2  ILE 329          3HG2      ILE 329  -3.619  -3.942  -8.113
 2534   1HD1  ILE 329          1HD1      ILE 329  -2.920  -2.353 -10.252
 2535   2HD1  ILE 329          2HD1      ILE 329  -1.202  -2.653 -10.499
 2536   3HD1  ILE 329          3HD1      ILE 329  -1.914  -2.878  -8.902
 2537    H    MET 330           H        MET 330  -0.925  -5.300  -5.861
 2538    HA   MET 330           HA       MET 330   0.306  -7.707  -5.274
 2539   1HB   MET 330          2HB       MET 330  -0.629  -7.473  -3.031
 2540   2HB   MET 330          1HB       MET 330  -0.072  -5.917  -3.635
 2541   1HG   MET 330          2HG       MET 330  -2.068  -5.232  -2.856
 2542   2HG   MET 330          1HG       MET 330  -2.617  -5.800  -4.431
 2543   1HE   MET 330          1HE       MET 330  -5.280  -6.371  -1.735
 2544   2HE   MET 330          2HE       MET 330  -5.507  -6.802  -3.429
 2545   3HE   MET 330          3HE       MET 330  -4.637  -5.328  -3.002
 2546    HA   PRO 331           HA       PRO 331  -2.979 -10.606  -6.211
 2547   1HB   PRO 331          2HB       PRO 331  -1.607 -12.855  -5.861
 2548   2HB   PRO 331          1HB       PRO 331  -1.198 -11.752  -7.179
 2549   1HG   PRO 331          2HG       PRO 331   0.158 -12.151  -4.552
 2550   2HG   PRO 331          1HG       PRO 331   0.869 -11.860  -6.149
 2551   1HD   PRO 331          2HD       PRO 331   0.457  -9.926  -4.171
 2552   2HD   PRO 331          1HD       PRO 331   0.756  -9.602  -5.889
 2553    H    ASN 332           H        ASN 332  -3.166 -13.116  -4.975
 2554    HA   ASN 332           HA       ASN 332  -3.278 -12.731  -2.103
 2555   1HB   ASN 332          2HB       ASN 332  -5.489 -11.997  -3.517
 2556   2HB   ASN 332          1HB       ASN 332  -5.857 -13.675  -3.157
 2557   1HD2  ASN 332          1HD2      ASN 332  -4.640 -13.934  -0.701
 2558   2HD2  ASN 332          2HD2      ASN 332  -5.483 -12.958   0.449
 2559    H    ILE 333           H        ILE 333  -1.783 -14.458  -2.135
 2560    HA   ILE 333           HA       ILE 333  -3.033 -17.075  -2.619
 2561    HB   ILE 333           HB       ILE 333  -1.406 -16.627  -4.383
 2562   1HG1  ILE 333          2HG1      ILE 333   0.264 -18.588  -3.574
 2563   2HG1  ILE 333          1HG1      ILE 333  -1.035 -18.798  -2.406
 2564   1HG2  ILE 333          1HG2      ILE 333   1.074 -16.809  -3.129
 2565   2HG2  ILE 333          2HG2      ILE 333   0.168 -15.621  -2.193
 2566   3HG2  ILE 333          3HG2      ILE 333   0.382 -15.398  -3.927
 2567   1HD1  ILE 333          1HD1      ILE 333  -2.048 -18.489  -5.094
 2568   2HD1  ILE 333          2HD1      ILE 333  -2.343 -19.760  -3.909
 2569   3HD1  ILE 333          3HD1      ILE 333  -0.922 -19.842  -4.950
 2570    HA   PRO 334           HA       PRO 334  -2.129 -17.605   1.735
 2571   1HB   PRO 334          2HB       PRO 334  -2.317 -20.488   1.063
 2572   2HB   PRO 334          1HB       PRO 334  -3.194 -19.557   2.281
 2573   1HG   PRO 334          2HG       PRO 334  -4.404 -20.356   0.045
 2574   2HG   PRO 334          1HG       PRO 334  -4.742 -18.760   0.740
 2575   1HD   PRO 334          2HD       PRO 334  -3.018 -19.490  -1.595
 2576   2HD   PRO 334          1HD       PRO 334  -4.127 -18.116  -1.401
 2577    H    GLN 335           H        GLN 335  -0.441 -19.291  -0.822
 2578    HA   GLN 335           HA       GLN 335   1.576 -20.549   0.613
 2579   1HB   GLN 335          2HB       GLN 335   0.944 -20.226  -2.049
 2580   2HB   GLN 335          1HB       GLN 335   2.476 -19.376  -1.912
 2581   1HG   GLN 335          2HG       GLN 335   3.568 -21.294  -1.960
 2582   2HG   GLN 335          1HG       GLN 335   2.702 -21.838  -0.522
 2583   1HE2  GLN 335          1HE2      GLN 335   0.435 -22.633  -0.986
 2584   2HE2  GLN 335          2HE2      GLN 335   0.236 -23.644  -2.371
 2585    H    MET 336           H        MET 336   1.095 -17.179   0.002
 2586    HA   MET 336           HA       MET 336   3.729 -16.242   0.176
 2587   1HB   MET 336          2HB       MET 336   1.311 -15.084  -0.221
 2588   2HB   MET 336          1HB       MET 336   1.646 -14.570   1.427
 2589   1HG   MET 336          2HG       MET 336   3.941 -14.234  -0.315
 2590   2HG   MET 336          1HG       MET 336   2.524 -13.364  -0.895
 2591   1HE   MET 336          1HE       MET 336   5.028 -10.871   1.000
 2592   2HE   MET 336          2HE       MET 336   3.922 -10.811  -0.372
 2593   3HE   MET 336          3HE       MET 336   5.137 -12.085  -0.274
 2594    H    SER 337           H        SER 337   1.416 -17.134   2.678
 2595    HA   SER 337           HA       SER 337   2.712 -16.017   4.893
 2596   1HB   SER 337          2HB       SER 337   0.446 -16.898   5.048
 2597   2HB   SER 337          1HB       SER 337   1.031 -18.529   4.724
 2598    HG   SER 337           HG       SER 337   0.798 -18.311   6.921
 2599    H    ALA 338           H        ALA 338   3.291 -19.022   3.162
 2600    HA   ALA 338           HA       ALA 338   5.149 -20.052   5.096
 2601   1HB   ALA 338          1HB       ALA 338   5.671 -21.710   3.275
 2602   2HB   ALA 338          2HB       ALA 338   4.469 -20.883   2.285
 2603   3HB   ALA 338          3HB       ALA 338   3.987 -21.658   3.795
 2604    H    PHE 339           H        PHE 339   5.336 -18.000   2.299
 2605    HA   PHE 339           HA       PHE 339   7.986 -18.302   1.547
 2606   1HB   PHE 339          2HB       PHE 339   5.888 -16.351   1.139
 2607   2HB   PHE 339          1HB       PHE 339   7.458 -15.568   1.277
 2608    HD1  PHE 339           1HD      PHE 339   5.902 -18.509  -0.405
 2609    HD2  PHE 339           2HD      PHE 339   8.684 -15.300  -0.636
 2610    HE1  PHE 339           1HE      PHE 339   6.413 -19.119  -2.729
 2611    HE2  PHE 339           2HE      PHE 339   9.192 -15.906  -2.961
 2612    HZ   PHE 339           HZ       PHE 339   8.056 -17.818  -4.008
 2613    H    TRP 340           H        TRP 340   6.686 -16.769   4.386
 2614    HA   TRP 340           HA       TRP 340   8.769 -15.046   5.060
 2615   1HB   TRP 340          2HB       TRP 340   6.476 -16.195   6.368
 2616   2HB   TRP 340          1HB       TRP 340   7.852 -16.198   7.469
 2617    HD1  TRP 340           HD       TRP 340   5.431 -13.851   5.705
 2618    HE1  TRP 340           1HE      TRP 340   5.733 -11.478   6.652
 2619    HE3  TRP 340           3HE      TRP 340   9.638 -14.624   8.501
 2620    HZ2  TRP 340           2HZ      TRP 340   7.511 -10.116   8.352
 2621    HZ3  TRP 340           3HZ      TRP 340  10.581 -12.726   9.755
 2622    HH2  TRP 340           HH       TRP 340   9.540 -10.517   9.679
 2623    H    TYR 341           H        TYR 341   8.609 -18.494   5.117
 2624    HA   TYR 341           HA       TYR 341  10.764 -18.929   6.923
 2625   1HB   TYR 341          2HB       TYR 341   9.233 -20.632   4.997
 2626   2HB   TYR 341          1HB       TYR 341  10.725 -21.251   5.699
 2627    HD1  TYR 341           1HD      TYR 341  10.828 -20.740   8.378
 2628    HD2  TYR 341           2HD      TYR 341   7.305 -21.280   6.060
 2629    HE1  TYR 341           1HE      TYR 341   9.601 -21.392  10.410
 2630    HE2  TYR 341           2HE      TYR 341   6.066 -21.934   8.081
 2631    HH   TYR 341           HH       TYR 341   6.483 -21.345  10.761
 2632    H    ALA 342           H        ALA 342  10.604 -18.011   3.618
 2633    HA   ALA 342           HA       ALA 342  13.225 -19.018   2.921
 2634   1HB   ALA 342          1HB       ALA 342  10.948 -18.052   1.510
 2635   2HB   ALA 342          2HB       ALA 342  12.383 -18.856   0.877
 2636   3HB   ALA 342          3HB       ALA 342  12.355 -17.100   1.033
 2637    H    VAL 343           H        VAL 343  11.759 -15.803   3.117
 2638    HA   VAL 343           HA       VAL 343  13.976 -14.245   2.770
 2639    HB   VAL 343           HB       VAL 343  12.810 -12.527   4.191
 2640   1HG1  VAL 343          1HG1      VAL 343  11.386 -13.921   1.940
 2641   2HG1  VAL 343          2HG1      VAL 343  12.394 -12.475   1.871
 2642   3HG1  VAL 343          3HG1      VAL 343  10.807 -12.409   2.640
 2643   1HG2  VAL 343          1HG2      VAL 343  11.222 -14.903   4.863
 2644   2HG2  VAL 343          2HG2      VAL 343  10.278 -13.469   4.461
 2645   3HG2  VAL 343          3HG2      VAL 343  11.465 -13.403   5.762
 2646    H    ARG 344           H        ARG 344  12.930 -15.810   5.765
 2647    HA   ARG 344           HA       ARG 344  14.729 -14.459   7.468
 2648   1HB   ARG 344          2HB       ARG 344  12.928 -16.760   7.634
 2649   2HB   ARG 344          1HB       ARG 344  14.363 -16.939   8.635
 2650   1HG   ARG 344          2HG       ARG 344  13.756 -14.507   9.396
 2651   2HG   ARG 344          1HG       ARG 344  12.148 -14.959   8.826
 2652   1HD   ARG 344          2HD       ARG 344  12.976 -17.143  10.314
 2653   2HD   ARG 344          1HD       ARG 344  13.572 -15.758  11.225
 2654    HE   ARG 344           HE       ARG 344  11.232 -14.911  11.140
 2655   1HH1  ARG 344          1HH1      ARG 344  11.852 -18.342  10.841
 2656   2HH1  ARG 344          2HH1      ARG 344  10.290 -18.793  11.430
 2657   1HH2  ARG 344          1HH2      ARG 344   9.189 -15.520  11.919
 2658   2HH2  ARG 344          2HH2      ARG 344   8.777 -17.198  12.033
 2659    H    THR 345           H        THR 345  14.900 -17.773   6.196
 2660    HA   THR 345           HA       THR 345  17.450 -18.354   7.076
 2661    HB   THR 345           HB       THR 345  16.412 -19.463   4.491
 2662    HG1  THR 345           1HG      THR 345  15.178 -19.549   6.935
 2663   1HG2  THR 345          1HG2      THR 345  17.553 -21.065   6.726
 2664   2HG2  THR 345          2HG2      THR 345  18.630 -20.164   5.659
 2665   3HG2  THR 345          3HG2      THR 345  17.548 -21.388   4.993
 2666    H    ALA 346           H        ALA 346  16.473 -16.468   4.345
 2667    HA   ALA 346           HA       ALA 346  18.975 -16.619   2.976
 2668   1HB   ALA 346          1HB       ALA 346  16.580 -14.848   2.693
 2669   2HB   ALA 346          2HB       ALA 346  17.098 -16.176   1.656
 2670   3HB   ALA 346          3HB       ALA 346  18.022 -14.674   1.691
 2671    H    VAL 347           H        VAL 347  17.419 -13.940   4.780
 2672    HA   VAL 347           HA       VAL 347  19.747 -12.309   4.615
 2673    HB   VAL 347           HB       VAL 347  18.551 -10.824   6.250
 2674   1HG1  VAL 347          1HG1      VAL 347  17.803  -9.892   4.379
 2675   2HG1  VAL 347          2HG1      VAL 347  16.456 -11.028   4.338
 2676   3HG1  VAL 347          3HG1      VAL 347  17.974 -11.430   3.536
 2677   1HG2  VAL 347          1HG2      VAL 347  17.129 -12.016   7.562
 2678   2HG2  VAL 347          2HG2      VAL 347  16.736 -13.164   6.288
 2679   3HG2  VAL 347          3HG2      VAL 347  15.987 -11.569   6.294
 2680    H    ILE 348           H        ILE 348  18.219 -13.789   7.538
 2681    HA   ILE 348           HA       ILE 348  20.540 -13.146   9.092
 2682    HB   ILE 348           HB       ILE 348  19.403 -14.464  10.911
 2683   1HG1  ILE 348          2HG1      ILE 348  16.862 -14.405   9.405
 2684   2HG1  ILE 348          1HG1      ILE 348  17.997 -15.652   8.929
 2685   1HG2  ILE 348          1HG2      ILE 348  19.053 -12.192  11.082
 2686   2HG2  ILE 348          2HG2      ILE 348  17.403 -12.806  10.974
 2687   3HG2  ILE 348          3HG2      ILE 348  18.177 -12.103   9.554
 2688   1HD1  ILE 348          1HD1      ILE 348  16.647 -15.258  11.554
 2689   2HD1  ILE 348          2HD1      ILE 348  18.129 -16.204  11.422
 2690   3HD1  ILE 348          3HD1      ILE 348  16.690 -16.689  10.524
 2691    H    ASN 349           H        ASN 349  19.105 -16.293   8.197
 2692    HA   ASN 349           HA       ASN 349  20.977 -17.918   9.384
 2693   1HB   ASN 349          2HB       ASN 349  19.157 -18.227   7.058
 2694   2HB   ASN 349          1HB       ASN 349  20.322 -19.492   7.380
 2695   1HD2  ASN 349          1HD2      ASN 349  17.770 -17.578   8.914
 2696   2HD2  ASN 349          2HD2      ASN 349  17.221 -18.829   9.968
 2697    H    ALA 350           H        ALA 350  21.023 -16.697   6.027
 2698    HA   ALA 350           HA       ALA 350  23.450 -17.962   5.365
 2699   1HB   ALA 350          1HB       ALA 350  21.947 -17.185   3.641
 2700   2HB   ALA 350          2HB       ALA 350  23.530 -16.430   3.452
 2701   3HB   ALA 350          3HB       ALA 350  22.197 -15.514   4.150
 2702    H    ALA 351           H        ALA 351  22.745 -14.996   7.006
 2703    HA   ALA 351           HA       ALA 351  25.400 -13.904   6.749
 2704   1HB   ALA 351          1HB       ALA 351  24.239 -12.054   7.135
 2705   2HB   ALA 351          2HB       ALA 351  24.083 -12.565   8.816
 2706   3HB   ALA 351          3HB       ALA 351  22.834 -12.979   7.647
 2707    H    SER 352           H        SER 352  24.070 -16.327   8.656
 2708    HA   SER 352           HA       SER 352  25.259 -15.796  11.159
 2709   1HB   SER 352          2HB       SER 352  23.472 -17.596  10.381
 2710   2HB   SER 352          1HB       SER 352  24.904 -18.609  10.214
 2711    HG   SER 352           HG       SER 352  23.587 -18.119  12.405
 2712    H    GLY 353           H        GLY 353  26.321 -17.935   8.507
 2713   1HA   GLY 353          2HA       GLY 353  28.806 -17.548   8.021
 2714   2HA   GLY 353          1HA       GLY 353  29.006 -17.952   9.720
 2715    H    ARG 354           H        ARG 354  26.496 -19.812   8.767
 2716    HA   ARG 354           HA       ARG 354  28.152 -21.946   7.626
 2717   1HB   ARG 354          2HB       ARG 354  26.754 -21.936  10.247
 2718   2HB   ARG 354          1HB       ARG 354  26.623 -23.405   9.292
 2719   1HG   ARG 354          2HG       ARG 354  28.593 -24.041  10.046
 2720   2HG   ARG 354          1HG       ARG 354  29.332 -22.661   9.233
 2721   1HD   ARG 354          2HD       ARG 354  29.828 -21.765  11.200
 2722   2HD   ARG 354          1HD       ARG 354  28.118 -21.727  11.626
 2723    HE   ARG 354           HE       ARG 354  28.484 -24.094  12.396
 2724   1HH1  ARG 354          1HH1      ARG 354  31.054 -21.722  12.421
 2725   2HH1  ARG 354          2HH1      ARG 354  31.950 -22.536  13.655
 2726   1HH2  ARG 354          1HH2      ARG 354  29.677 -25.150  14.018
 2727   2HH2  ARG 354          2HH2      ARG 354  31.181 -24.475  14.550
 2728    H    GLN 355           H        GLN 355  26.229 -20.257   6.373
 2729    HA   GLN 355           HA       GLN 355  24.510 -22.303   5.297
 2730   1HB   GLN 355          2HB       GLN 355  23.432 -20.034   6.941
 2731   2HB   GLN 355          1HB       GLN 355  22.484 -20.668   5.603
 2732   1HG   GLN 355          2HG       GLN 355  22.271 -22.772   6.604
 2733   2HG   GLN 355          1HG       GLN 355  23.570 -22.451   7.747
 2734   1HE2  GLN 355          1HE2      GLN 355  20.433 -22.927   7.658
 2735   2HE2  GLN 355          2HE2      GLN 355  19.897 -21.894   8.936
 2736    H    THR 356           H        THR 356  25.016 -22.038   3.214
 2737    HA   THR 356           HA       THR 356  25.465 -19.364   2.153
 2738    HB   THR 356           HB       THR 356  26.173 -20.513   0.101
 2739    HG1  THR 356           1HG      THR 356  25.755 -22.968   1.429
 2740   1HG2  THR 356          1HG2      THR 356  27.375 -21.872   2.496
 2741   2HG2  THR 356          2HG2      THR 356  27.804 -20.257   1.935
 2742   3HG2  THR 356          3HG2      THR 356  28.115 -21.658   0.910
 2743    H    VAL 357           H        VAL 357  24.410 -18.678   0.153
 2744    HA   VAL 357           HA       VAL 357  21.610 -18.822   0.330
 2745    HB   VAL 357           HB       VAL 357  22.778 -16.897  -0.621
 2746   1HG1  VAL 357          1HG1      VAL 357  24.548 -17.495  -1.902
 2747   2HG1  VAL 357          2HG1      VAL 357  23.355 -17.308  -3.188
 2748   3HG1  VAL 357          3HG1      VAL 357  23.732 -18.912  -2.562
 2749   1HG2  VAL 357          1HG2      VAL 357  21.193 -16.388  -2.255
 2750   2HG2  VAL 357          2HG2      VAL 357  20.403 -17.566  -1.205
 2751   3HG2  VAL 357          3HG2      VAL 357  21.053 -18.070  -2.765
 2752    H    ASP 358           H        ASP 358  23.932 -20.723  -1.435
 2753    HA   ASP 358           HA       ASP 358  22.072 -21.898  -3.279
 2754   1HB   ASP 358          2HB       ASP 358  24.845 -21.812  -3.059
 2755   2HB   ASP 358          1HB       ASP 358  24.453 -23.496  -2.726
 2756    H    GLU 359           H        GLU 359  23.281 -22.645  -0.089
 2757    HA   GLU 359           HA       GLU 359  22.166 -25.295  -0.061
 2758   1HB   GLU 359          2HB       GLU 359  24.178 -24.203   1.290
 2759   2HB   GLU 359          1HB       GLU 359  22.900 -23.889   2.454
 2760   1HG   GLU 359          2HG       GLU 359  22.386 -26.243   2.581
 2761   2HG   GLU 359          1HG       GLU 359  23.580 -26.602   1.335
 2762    H    ALA 360           H        ALA 360  21.381 -22.234   1.601
 2763    HA   ALA 360           HA       ALA 360  18.981 -23.323   2.729
 2764   1HB   ALA 360          1HB       ALA 360  18.999 -20.482   2.896
 2765   2HB   ALA 360          2HB       ALA 360  20.631 -21.079   3.195
 2766   3HB   ALA 360          3HB       ALA 360  19.285 -21.672   4.165
 2767    H    LEU 361           H        LEU 361  19.633 -21.016   0.066
 2768    HA   LEU 361           HA       LEU 361  16.828 -20.587  -0.391
 2769   1HB   LEU 361          2HB       LEU 361  19.042 -19.146  -0.987
 2770   2HB   LEU 361          1HB       LEU 361  18.728 -19.892  -2.543
 2771    HG   LEU 361           HG       LEU 361  16.657 -18.308  -1.021
 2772   1HD1  LEU 361          1HD1      LEU 361  17.588 -16.956  -3.346
 2773   2HD1  LEU 361          2HD1      LEU 361  18.967 -17.335  -2.324
 2774   3HD1  LEU 361          3HD1      LEU 361  17.616 -16.419  -1.667
 2775   1HD2  LEU 361          1HD2      LEU 361  15.372 -19.374  -2.527
 2776   2HD2  LEU 361          2HD2      LEU 361  16.739 -19.777  -3.567
 2777   3HD2  LEU 361          3HD2      LEU 361  16.020 -18.169  -3.639
 2778    H    LYS 362           H        LYS 362  19.367 -22.082  -2.388
 2779    HA   LYS 362           HA       LYS 362  17.687 -23.023  -4.393
 2780   1HB   LYS 362          2HB       LYS 362  20.440 -23.387  -3.577
 2781   2HB   LYS 362          1HB       LYS 362  19.775 -24.885  -4.208
 2782   1HG   LYS 362          2HG       LYS 362  18.983 -22.839  -5.971
 2783   2HG   LYS 362          1HG       LYS 362  20.687 -22.566  -5.604
 2784   1HD   LYS 362          2HD       LYS 362  21.349 -24.429  -6.687
 2785   2HD   LYS 362          1HD       LYS 362  19.955 -25.363  -6.138
 2786   1HE   LYS 362          2HE       LYS 362  18.602 -24.592  -7.861
 2787   2HE   LYS 362          1HE       LYS 362  19.635 -23.200  -8.183
 2788   1HZ   LYS 362          1HZ       LYS 362  21.269 -24.608  -9.156
 2789   2HZ   LYS 362          2HZ       LYS 362  19.783 -25.003  -9.863
 2790   3HZ   LYS 362          3HZ       LYS 362  20.450 -26.009  -8.679
 2791    H    ASP 363           H        ASP 363  18.950 -24.841  -1.588
 2792    HA   ASP 363           HA       ASP 363  17.585 -27.218  -2.104
 2793   1HB   ASP 363          2HB       ASP 363  19.440 -26.825  -0.404
 2794   2HB   ASP 363          1HB       ASP 363  18.200 -26.188   0.668
 2795    H    ALA 364           H        ALA 364  16.521 -24.241  -0.646
 2796    HA   ALA 364           HA       ALA 364  14.181 -25.201   0.601
 2797   1HB   ALA 364          1HB       ALA 364  15.171 -22.524  -0.250
 2798   2HB   ALA 364          2HB       ALA 364  14.740 -23.111   1.354
 2799   3HB   ALA 364          3HB       ALA 364  13.473 -22.701   0.198
 2800    H    GLN 365           H        GLN 365  14.907 -24.246  -2.682
 2801    HA   GLN 365           HA       GLN 365  12.259 -23.998  -3.631
 2802   1HB   GLN 365          2HB       GLN 365  14.824 -23.691  -4.691
 2803   2HB   GLN 365          1HB       GLN 365  14.124 -25.004  -5.624
 2804   1HG   GLN 365          2HG       GLN 365  12.408 -22.654  -5.226
 2805   2HG   GLN 365          1HG       GLN 365  13.834 -22.418  -6.238
 2806   1HE2  GLN 365          1HE2      GLN 365  11.155 -22.300  -7.068
 2807   2HE2  GLN 365          2HE2      GLN 365  10.891 -23.547  -8.226
 2808    H    THR 366           H        THR 366  14.359 -26.742  -3.110
 2809    HA   THR 366           HA       THR 366  12.724 -28.566  -4.614
 2810    HB   THR 366           HB       THR 366  14.841 -29.219  -2.563
 2811    HG1  THR 366           1HG      THR 366  16.097 -29.438  -4.635
 2812   1HG2  THR 366          1HG2      THR 366  14.569 -31.342  -3.102
 2813   2HG2  THR 366          2HG2      THR 366  14.763 -30.971  -4.816
 2814   3HG2  THR 366          3HG2      THR 366  13.167 -30.892  -4.070
 2815    H    ARG 367           H        ARG 367  12.922 -27.500  -1.291
 2816    HA   ARG 367           HA       ARG 367  11.354 -29.631  -0.211
 2817   1HB   ARG 367          2HB       ARG 367  12.728 -27.303   0.788
 2818   2HB   ARG 367          1HB       ARG 367  11.117 -27.392   1.486
 2819   1HG   ARG 367          2HG       ARG 367  11.826 -29.919   1.855
 2820   2HG   ARG 367          1HG       ARG 367  13.439 -29.204   1.824
 2821   1HD   ARG 367          2HD       ARG 367  12.134 -27.469   3.446
 2822   2HD   ARG 367          1HD       ARG 367  11.294 -28.969   3.829
 2823    HE   ARG 367           HE       ARG 367  13.224 -29.783   4.800
 2824   1HH1  ARG 367          1HH1      ARG 367  13.923 -26.798   3.122
 2825   2HH1  ARG 367          2HH1      ARG 367  15.464 -26.589   3.882
 2826   1HH2  ARG 367          1HH2      ARG 367  15.265 -29.510   5.784
 2827   2HH2  ARG 367          2HH2      ARG 367  16.227 -28.127   5.383
 2828    H    ILE 368           H        ILE 368  10.657 -26.354  -1.321
 2829    HA   ILE 368           HA       ILE 368   7.928 -26.355  -0.541
 2830    HB   ILE 368           HB       ILE 368   9.151 -24.276  -0.969
 2831   1HG1  ILE 368          2HG1      ILE 368   6.879 -24.512  -2.941
 2832   2HG1  ILE 368          1HG1      ILE 368   6.631 -24.475  -1.198
 2833   1HG2  ILE 368          1HG2      ILE 368   9.997 -25.531  -3.287
 2834   2HG2  ILE 368          2HG2      ILE 368  10.301 -23.860  -2.819
 2835   3HG2  ILE 368          3HG2      ILE 368   8.923 -24.251  -3.849
 2836   1HD1  ILE 368          1HD1      ILE 368   7.933 -22.279  -1.237
 2837   2HD1  ILE 368          2HD1      ILE 368   6.295 -22.272  -1.892
 2838   3HD1  ILE 368          3HD1      ILE 368   7.680 -22.307  -2.984
 2839    H    THR 369           H        THR 369   9.594 -27.857  -3.128
 2840    HA   THR 369           HA       THR 369   7.426 -27.911  -4.995
 2841    HB   THR 369           HB       THR 369   9.742 -29.841  -4.912
 2842    HG1  THR 369           1HG      THR 369   9.820 -27.148  -5.245
 2843   1HG2  THR 369          1HG2      THR 369   7.653 -29.436  -6.761
 2844   2HG2  THR 369          2HG2      THR 369   9.044 -30.511  -6.888
 2845   3HG2  THR 369          3HG2      THR 369   9.147 -28.862  -7.504
 2846    H    LYS 370           H        LYS 370   8.432 -29.877  -2.304
 2847    HA   LYS 370           HA       LYS 370   5.974 -31.400  -2.512
 2848   1HB   LYS 370          2HB       LYS 370   7.090 -33.580  -2.335
 2849   2HB   LYS 370          1HB       LYS 370   7.512 -32.759  -3.831
 2850   1HG   LYS 370          2HG       LYS 370   9.676 -32.817  -3.343
 2851   2HG   LYS 370          1HG       LYS 370   9.405 -32.139  -1.739
 2852   1HD   LYS 370          2HD       LYS 370   8.611 -34.957  -2.092
 2853   2HD   LYS 370          1HD       LYS 370  10.343 -34.635  -2.188
 2854   1HE   LYS 370          2HE       LYS 370  10.475 -34.419   0.022
 2855   2HE   LYS 370          1HE       LYS 370   9.202 -33.203   0.019
 2856   1HZ   LYS 370          1HZ       LYS 370   7.619 -35.167  -0.147
 2857   2HZ   LYS 370          2HZ       LYS 370   8.376 -34.917   1.344
 2858   3HZ   LYS 370          3HZ       LYS 370   8.932 -36.131   0.306
  Start of MODEL    3
    1   1H    LYS   1          1HT       LYS   1 -31.113  -4.084  21.088
    2   2H    LYS   1          2HT       LYS   1 -31.586  -3.751  22.703
    3   3H    LYS   1          3HT       LYS   1 -30.405  -2.773  21.934
    4    HA   LYS   1           HA       LYS   1 -33.212  -2.569  21.934
    5   1HB   LYS   1          2HB       LYS   1 -30.812  -0.954  21.165
    6   2HB   LYS   1          1HB       LYS   1 -32.407  -0.395  20.678
    7   1HG   LYS   1          2HG       LYS   1 -33.005   0.163  22.781
    8   2HG   LYS   1          1HG       LYS   1 -32.114  -1.178  23.503
    9   1HD   LYS   1          2HD       LYS   1 -30.009   0.040  23.081
   10   2HD   LYS   1          1HD       LYS   1 -30.946   1.397  22.452
   11   1HE   LYS   1          2HE       LYS   1 -32.066   1.625  24.616
   12   2HE   LYS   1          1HE       LYS   1 -31.135   0.265  25.241
   13   1HZ   LYS   1          1HZ       LYS   1 -29.569   2.419  24.096
   14   2HZ   LYS   1          2HZ       LYS   1 -29.314   1.527  25.510
   15   3HZ   LYS   1          3HZ       LYS   1 -30.409   2.816  25.511
   16    H    THR   2           H        THR   2 -34.332  -1.578  19.986
   17    HA   THR   2           HA       THR   2 -33.562  -2.998  17.521
   18    HB   THR   2           HB       THR   2 -36.033  -3.259  17.086
   19    HG1  THR   2           1HG      THR   2 -37.058  -3.265  19.422
   20   1HG2  THR   2          1HG2      THR   2 -34.810  -4.661  19.446
   21   2HG2  THR   2          2HG2      THR   2 -34.926  -5.224  17.778
   22   3HG2  THR   2          3HG2      THR   2 -36.379  -5.100  18.768
   23    H    GLU   3           H        GLU   3 -32.798  -1.325  16.333
   24    HA   GLU   3           HA       GLU   3 -34.603   0.970  15.936
   25   1HB   GLU   3          2HB       GLU   3 -32.645   2.384  15.585
   26   2HB   GLU   3          1HB       GLU   3 -32.590   1.625  17.170
   27   1HG   GLU   3          2HG       GLU   3 -31.207   0.228  14.960
   28   2HG   GLU   3          1HG       GLU   3 -30.495   1.733  15.541
   29    H    GLU   4           H        GLU   4 -34.554   1.974  13.844
   30    HA   GLU   4           HA       GLU   4 -33.536   0.241  11.694
   31   1HB   GLU   4          2HB       GLU   4 -36.160   0.368  12.262
   32   2HB   GLU   4          1HB       GLU   4 -36.038   1.760  11.195
   33   1HG   GLU   4          2HG       GLU   4 -35.713   0.499   9.363
   34   2HG   GLU   4          1HG       GLU   4 -34.741  -0.694  10.224
   35    H    GLY   5           H        GLY   5 -32.287   1.269  10.275
   36   1HA   GLY   5          2HA       GLY   5 -31.875   3.071   8.747
   37   2HA   GLY   5          1HA       GLY   5 -32.684   4.156   9.869
   38    H    LYS   6           H        LYS   6 -30.091   1.778  10.361
   39    HA   LYS   6           HA       LYS   6 -28.294   3.972  11.113
   40   1HB   LYS   6          2HB       LYS   6 -29.504   2.437  13.006
   41   2HB   LYS   6          1HB       LYS   6 -28.032   1.515  12.727
   42   1HG   LYS   6          2HG       LYS   6 -27.580   4.384  13.022
   43   2HG   LYS   6          1HG       LYS   6 -28.292   3.625  14.446
   44   1HD   LYS   6          2HD       LYS   6 -25.970   2.323  13.097
   45   2HD   LYS   6          1HD       LYS   6 -25.692   3.719  14.139
   46   1HE   LYS   6          2HE       LYS   6 -26.030   2.528  15.996
   47   2HE   LYS   6          1HE       LYS   6 -27.477   1.761  15.340
   48   1HZ   LYS   6          1HZ       LYS   6 -25.111   0.780  14.090
   49   2HZ   LYS   6          2HZ       LYS   6 -26.338  -0.072  14.885
   50   3HZ   LYS   6          3HZ       LYS   6 -25.045   0.571  15.767
   51    H    LEU   7           H        LEU   7 -26.047   3.472  10.984
   52    HA   LEU   7           HA       LEU   7 -25.368   1.002   9.567
   53   1HB   LEU   7          2HB       LEU   7 -24.709   3.797   8.654
   54   2HB   LEU   7          1HB       LEU   7 -23.938   2.369   8.022
   55    HG   LEU   7           HG       LEU   7 -26.852   2.238   7.898
   56   1HD1  LEU   7          1HD1      LEU   7 -27.311   4.196   6.977
   57   2HD1  LEU   7          2HD1      LEU   7 -26.125   3.890   5.708
   58   3HD1  LEU   7          3HD1      LEU   7 -25.638   4.702   7.196
   59   1HD2  LEU   7          1HD2      LEU   7 -24.950   0.818   6.771
   60   2HD2  LEU   7          2HD2      LEU   7 -25.024   2.084   5.547
   61   3HD2  LEU   7          3HD2      LEU   7 -26.463   1.137   5.923
   62    H    VAL   8           H        VAL   8 -23.407   0.162  10.147
   63    HA   VAL   8           HA       VAL   8 -21.846   1.760  12.063
   64    HB   VAL   8           HB       VAL   8 -22.919  -0.109  13.136
   65   1HG1  VAL   8          1HG1      VAL   8 -21.642  -2.338  12.111
   66   2HG1  VAL   8          2HG1      VAL   8 -22.170  -1.436  10.706
   67   3HG1  VAL   8          3HG1      VAL   8 -23.338  -1.912  11.937
   68   1HG2  VAL   8          1HG2      VAL   8 -20.044   0.200  13.007
   69   2HG2  VAL   8          2HG2      VAL   8 -20.497  -1.457  13.405
   70   3HG2  VAL   8          3HG2      VAL   8 -21.081  -0.124  14.397
   71    H    ILE   9           H        ILE   9 -20.046   2.448  11.365
   72    HA   ILE   9           HA       ILE   9 -18.649   1.148   9.179
   73    HB   ILE   9           HB       ILE   9 -17.901   3.709  10.576
   74   1HG1  ILE   9          2HG1      ILE   9 -19.559   3.349   8.072
   75   2HG1  ILE   9          1HG1      ILE   9 -20.212   3.776   9.648
   76   1HG2  ILE   9          1HG2      ILE   9 -16.046   3.174   9.354
   77   2HG2  ILE   9          2HG2      ILE   9 -16.976   4.022   8.119
   78   3HG2  ILE   9          3HG2      ILE   9 -16.963   2.259   8.157
   79   1HD1  ILE   9          1HD1      ILE   9 -18.321   5.687   9.325
   80   2HD1  ILE   9          2HD1      ILE   9 -20.022   5.865   8.892
   81   3HD1  ILE   9          3HD1      ILE   9 -18.837   5.423   7.661
   82    H    TRP  10           H        TRP  10 -16.340   0.720   9.296
   83    HA   TRP  10           HA       TRP  10 -15.275   0.439  12.019
   84   1HB   TRP  10          2HB       TRP  10 -15.559  -1.691   9.943
   85   2HB   TRP  10          1HB       TRP  10 -14.186  -1.750  11.025
   86    HD1  TRP  10           HD       TRP  10 -17.436  -0.562  12.551
   87    HE1  TRP  10           1HE      TRP  10 -18.421  -2.396  14.048
   88    HE3  TRP  10           3HE      TRP  10 -14.308  -4.395  11.311
   89    HZ2  TRP  10           2HZ      TRP  10 -17.936  -5.112  14.622
   90    HZ3  TRP  10           3HZ      TRP  10 -14.628  -6.570  12.372
   91    HH2  TRP  10           HH       TRP  10 -16.406  -6.927  13.997
   92    H    ILE  11           H        ILE  11 -13.568   1.771  12.002
   93    HA   ILE  11           HA       ILE  11 -11.762   1.677   9.683
   94    HB   ILE  11           HB       ILE  11 -11.403   4.111   9.894
   95   1HG1  ILE  11          2HG1      ILE  11 -13.834   4.156  11.679
   96   2HG1  ILE  11          1HG1      ILE  11 -12.203   4.119  12.336
   97   1HG2  ILE  11          1HG2      ILE  11 -13.451   2.807   8.640
   98   2HG2  ILE  11          2HG2      ILE  11 -13.054   4.506   8.411
   99   3HG2  ILE  11          3HG2      ILE  11 -14.313   4.044   9.553
  100   1HD1  ILE  11          1HD1      ILE  11 -13.336   6.374  12.126
  101   2HD1  ILE  11          2HD1      ILE  11 -13.075   6.219  10.392
  102   3HD1  ILE  11          3HD1      ILE  11 -11.697   6.236  11.495
  103    H    ASN  12           H        ASN  12  -9.689   1.486  10.139
  104    HA   ASN  12           HA       ASN  12  -8.861   1.340  12.919
  105   1HB   ASN  12          2HB       ASN  12  -6.686   0.535  11.950
  106   2HB   ASN  12          1HB       ASN  12  -8.070  -0.473  11.538
  107   1HD2  ASN  12          1HD2      ASN  12  -9.146   0.195   9.409
  108   2HD2  ASN  12          2HD2      ASN  12  -8.083   0.567   8.102
  109    H    GLY  13           H        GLY  13  -9.560   3.905  12.025
  110   1HA   GLY  13          2HA       GLY  13  -8.703   6.006  12.523
  111   2HA   GLY  13          1HA       GLY  13  -7.091   5.313  12.589
  112    H    ASP  14           H        ASP  14  -9.681   5.896  10.186
  113    HA   ASP  14           HA       ASP  14  -7.706   6.235   8.093
  114   1HB   ASP  14          2HB       ASP  14  -9.583   6.469   6.583
  115   2HB   ASP  14          1HB       ASP  14  -9.879   5.098   7.649
  116    H    LYS  15           H        LYS  15  -7.633   8.124  10.282
  117    HA   LYS  15           HA       LYS  15  -7.307  10.319  10.654
  118   1HB   LYS  15          2HB       LYS  15  -6.621   9.848   7.962
  119   2HB   LYS  15          1HB       LYS  15  -7.489  11.370   7.974
  120   1HG   LYS  15          2HG       LYS  15  -5.300  12.034   8.292
  121   2HG   LYS  15          1HG       LYS  15  -5.926  11.980   9.940
  122   1HD   LYS  15          2HD       LYS  15  -5.030   9.570   9.984
  123   2HD   LYS  15          1HD       LYS  15  -4.107  10.037   8.554
  124   1HE   LYS  15          2HE       LYS  15  -2.558  10.898   9.896
  125   2HE   LYS  15          1HE       LYS  15  -3.737  12.097  10.428
  126   1HZ   LYS  15          1HZ       LYS  15  -2.645  10.701  12.211
  127   2HZ   LYS  15          2HZ       LYS  15  -3.574   9.405  11.650
  128   3HZ   LYS  15          3HZ       LYS  15  -4.334  10.787  12.260
  129    H    GLY  16           H        GLY  16  -8.653  12.149   8.342
  130   1HA   GLY  16          2HA       GLY  16 -10.416  13.635   8.570
  131   2HA   GLY  16          1HA       GLY  16 -11.223  12.162   8.085
  132    H    TYR  17           H        TYR  17 -10.241  14.054  10.871
  133    HA   TYR  17           HA       TYR  17 -11.948  12.673  12.710
  134   1HB   TYR  17          2HB       TYR  17  -9.858  14.499  12.903
  135   2HB   TYR  17          1HB       TYR  17 -11.258  15.396  13.483
  136    HD1  TYR  17           1HD      TYR  17  -9.484  12.151  13.933
  137    HD2  TYR  17           2HD      TYR  17 -11.958  15.136  15.681
  138    HE1  TYR  17           1HE      TYR  17  -9.296  11.024  16.108
  139    HE2  TYR  17           2HE      TYR  17 -11.776  14.019  17.863
  140    HH   TYR  17           HH       TYR  17 -10.630  10.890  18.226
  141    H    ASN  18           H        ASN  18 -12.077  16.007  11.442
  142    HA   ASN  18           HA       ASN  18 -14.791  16.371  12.294
  143   1HB   ASN  18          2HB       ASN  18 -12.656  18.013  11.179
  144   2HB   ASN  18          1HB       ASN  18 -14.225  18.405  10.484
  145   1HD2  ASN  18          1HD2      ASN  18 -16.002  18.661  12.121
  146   2HD2  ASN  18          2HD2      ASN  18 -15.610  19.534  13.560
  147    H    GLY  19           H        GLY  19 -13.252  15.225   9.415
  148   1HA   GLY  19          2HA       GLY  19 -15.082  15.874   7.447
  149   2HA   GLY  19          1HA       GLY  19 -14.123  14.405   7.457
  150    H    LEU  20           H        LEU  20 -15.060  12.763   9.190
  151    HA   LEU  20           HA       LEU  20 -17.684  12.124   8.232
  152   1HB   LEU  20          2HB       LEU  20 -15.801  10.783  10.155
  153   2HB   LEU  20          1HB       LEU  20 -17.411  10.161   9.843
  154    HG   LEU  20           HG       LEU  20 -15.682  10.665   7.480
  155   1HD1  LEU  20          1HD1      LEU  20 -14.096   9.622   8.975
  156   2HD1  LEU  20          2HD1      LEU  20 -14.600   8.468   7.742
  157   3HD1  LEU  20          3HD1      LEU  20 -15.260   8.357   9.373
  158   1HD2  LEU  20          1HD2      LEU  20 -16.956   9.026   6.500
  159   2HD2  LEU  20          2HD2      LEU  20 -18.112   9.715   7.640
  160   3HD2  LEU  20          3HD2      LEU  20 -17.280   8.210   8.029
  161    H    ALA  21           H        ALA  21 -16.430  13.702  11.033
  162    HA   ALA  21           HA       ALA  21 -18.370  13.164  12.937
  163   1HB   ALA  21          1HB       ALA  21 -16.372  14.313  13.551
  164   2HB   ALA  21          2HB       ALA  21 -17.734  15.379  13.903
  165   3HB   ALA  21          3HB       ALA  21 -16.745  15.653  12.469
  166    H    GLU  22           H        GLU  22 -18.279  15.923  10.676
  167    HA   GLU  22           HA       GLU  22 -20.833  16.889  11.426
  168   1HB   GLU  22          2HB       GLU  22 -20.621  18.224   9.268
  169   2HB   GLU  22          1HB       GLU  22 -19.347  18.452  10.458
  170   1HG   GLU  22          2HG       GLU  22 -17.906  16.925   9.194
  171   2HG   GLU  22          1HG       GLU  22 -19.181  16.719   8.003
  172    H    VAL  23           H        VAL  23 -19.805  15.292   8.407
  173    HA   VAL  23           HA       VAL  23 -22.163  15.040   7.118
  174    HB   VAL  23           HB       VAL  23 -20.191  12.761   7.249
  175   1HG1  VAL  23          1HG1      VAL  23 -20.891  12.625   4.790
  176   2HG1  VAL  23          2HG1      VAL  23 -22.247  13.654   5.252
  177   3HG1  VAL  23          3HG1      VAL  23 -22.045  12.070   6.002
  178   1HG2  VAL  23          1HG2      VAL  23 -18.627  14.012   6.285
  179   2HG2  VAL  23          2HG2      VAL  23 -19.643  15.428   6.544
  180   3HG2  VAL  23          3HG2      VAL  23 -19.753  14.530   5.032
  181    H    GLY  24           H        GLY  24 -21.159  13.218   9.926
  182   1HA   GLY  24          2HA       GLY  24 -23.238  11.252   9.726
  183   2HA   GLY  24          1HA       GLY  24 -22.232  11.564  11.136
  184    H    LYS  25           H        LYS  25 -22.846  14.320  11.413
  185    HA   LYS  25           HA       LYS  25 -25.340  14.102  12.826
  186   1HB   LYS  25          2HB       LYS  25 -23.070  15.944  12.734
  187   2HB   LYS  25          1HB       LYS  25 -24.614  16.771  12.891
  188   1HG   LYS  25          2HG       LYS  25 -25.004  15.949  14.971
  189   2HG   LYS  25          1HG       LYS  25 -24.111  14.457  14.670
  190   1HD   LYS  25          2HD       LYS  25 -22.460  15.365  15.876
  191   2HD   LYS  25          1HD       LYS  25 -22.175  16.421  14.489
  192   1HE   LYS  25          2HE       LYS  25 -22.373  17.778  16.457
  193   2HE   LYS  25          1HE       LYS  25 -23.797  18.034  15.452
  194   1HZ   LYS  25          1HZ       LYS  25 -23.913  15.994  17.556
  195   2HZ   LYS  25          2HZ       LYS  25 -25.146  16.964  16.927
  196   3HZ   LYS  25          3HZ       LYS  25 -24.020  17.623  18.004
  197    H    LYS  26           H        LYS  26 -24.179  15.696   9.918
  198    HA   LYS  26           HA       LYS  26 -26.383  17.352   9.442
  199   1HB   LYS  26          2HB       LYS  26 -23.994  17.039   8.264
  200   2HB   LYS  26          1HB       LYS  26 -24.991  16.169   7.107
  201   1HG   LYS  26          2HG       LYS  26 -26.479  18.345   7.306
  202   2HG   LYS  26          1HG       LYS  26 -24.935  19.056   7.774
  203   1HD   LYS  26          2HD       LYS  26 -24.667  17.337   5.457
  204   2HD   LYS  26          1HD       LYS  26 -25.851  18.617   5.187
  205   1HE   LYS  26          2HE       LYS  26 -23.297  19.390   6.471
  206   2HE   LYS  26          1HE       LYS  26 -23.233  18.945   4.766
  207   1HZ   LYS  26          1HZ       LYS  26 -25.255  20.564   4.628
  208   2HZ   LYS  26          2HZ       LYS  26 -23.675  21.169   4.628
  209   3HZ   LYS  26          3HZ       LYS  26 -24.594  21.205   6.048
  210    H    PHE  27           H        PHE  27 -25.816  13.978   8.693
  211    HA   PHE  27           HA       PHE  27 -28.018  13.690   6.940
  212   1HB   PHE  27          2HB       PHE  27 -25.946  12.051   8.055
  213   2HB   PHE  27          1HB       PHE  27 -27.477  11.222   8.173
  214    HD1  PHE  27           1HD      PHE  27 -24.781  11.079   6.325
  215    HD2  PHE  27           2HD      PHE  27 -28.881  12.063   5.758
  216    HE1  PHE  27           1HE      PHE  27 -24.591  10.490   3.945
  217    HE2  PHE  27           2HE      PHE  27 -28.698  11.467   3.378
  218    HZ   PHE  27           HZ       PHE  27 -26.550  10.685   2.468
  219    H    GLU  28           H        GLU  28 -27.599  12.707  10.359
  220    HA   GLU  28           HA       GLU  28 -30.176  11.826  10.844
  221   1HB   GLU  28          2HB       GLU  28 -28.104  11.794  12.385
  222   2HB   GLU  28          1HB       GLU  28 -28.638  13.386  12.898
  223   1HG   GLU  28          2HG       GLU  28 -30.633  11.201  12.954
  224   2HG   GLU  28          1HG       GLU  28 -29.342  11.164  14.155
  225    H    LYS  29           H        LYS  29 -28.945  15.011  10.572
  226    HA   LYS  29           HA       LYS  29 -30.816  16.547  11.866
  227   1HB   LYS  29          2HB       LYS  29 -28.629  17.007  10.216
  228   2HB   LYS  29          1HB       LYS  29 -29.968  17.780   9.378
  229   1HG   LYS  29          2HG       LYS  29 -29.760  19.519  10.729
  230   2HG   LYS  29          1HG       LYS  29 -30.223  18.489  12.083
  231   1HD   LYS  29          2HD       LYS  29 -27.484  17.993  11.460
  232   2HD   LYS  29          1HD       LYS  29 -27.726  19.737  11.589
  233   1HE   LYS  29          2HE       LYS  29 -28.926  17.978  13.667
  234   2HE   LYS  29          1HE       LYS  29 -27.185  18.251  13.705
  235   1HZ   LYS  29          1HZ       LYS  29 -29.329  20.028  14.399
  236   2HZ   LYS  29          2HZ       LYS  29 -28.199  20.741  13.360
  237   3HZ   LYS  29          3HZ       LYS  29 -27.697  20.084  14.836
  238    H    ASP  30           H        ASP  30 -31.051  15.101   8.638
  239    HA   ASP  30           HA       ASP  30 -33.275  16.553   7.746
  240   1HB   ASP  30          2HB       ASP  30 -31.828  14.252   6.899
  241   2HB   ASP  30          1HB       ASP  30 -33.536  13.824   6.905
  242    H    THR  31           H        THR  31 -33.194  13.370   9.326
  243    HA   THR  31           HA       THR  31 -34.882  13.629  11.350
  244    HB   THR  31           HB       THR  31 -36.597  14.625   9.908
  245    HG1  THR  31           1HG      THR  31 -37.831  12.233  10.430
  246   1HG2  THR  31          1HG2      THR  31 -36.342  12.073   8.379
  247   2HG2  THR  31          2HG2      THR  31 -36.427  13.730   7.784
  248   3HG2  THR  31          3HG2      THR  31 -37.873  12.951   8.421
  249    H    GLY  32           H        GLY  32 -32.848  11.773  10.324
  250   1HA   GLY  32          2HA       GLY  32 -33.534   9.470  11.536
  251   2HA   GLY  32          1HA       GLY  32 -34.357   9.279  10.003
  252    H    ILE  33           H        ILE  33 -31.107  10.608  10.663
  253    HA   ILE  33           HA       ILE  33 -30.028   8.251   9.285
  254    HB   ILE  33           HB       ILE  33 -28.910  10.954   8.711
  255   1HG1  ILE  33          2HG1      ILE  33 -31.260  11.029   8.000
  256   2HG1  ILE  33          1HG1      ILE  33 -30.172  11.006   6.616
  257   1HG2  ILE  33          1HG2      ILE  33 -28.684   9.117   6.570
  258   2HG2  ILE  33          2HG2      ILE  33 -28.228   8.278   8.053
  259   3HG2  ILE  33          3HG2      ILE  33 -27.407   9.757   7.594
  260   1HD1  ILE  33          1HD1      ILE  33 -32.296   9.505   6.663
  261   2HD1  ILE  33          2HD1      ILE  33 -31.264   8.437   7.612
  262   3HD1  ILE  33          3HD1      ILE  33 -30.783   8.904   5.986
  263    H    LYS  34           H        LYS  34 -29.052   7.367  11.019
  264    HA   LYS  34           HA       LYS  34 -26.948   8.981  12.301
  265   1HB   LYS  34          2HB       LYS  34 -27.294   7.647  14.352
  266   2HB   LYS  34          1HB       LYS  34 -28.718   8.578  13.906
  267   1HG   LYS  34          2HG       LYS  34 -28.630   5.835  12.857
  268   2HG   LYS  34          1HG       LYS  34 -28.756   5.977  14.611
  269   1HD   LYS  34          2HD       LYS  34 -30.586   7.809  13.812
  270   2HD   LYS  34          1HD       LYS  34 -30.703   6.624  12.507
  271   1HE   LYS  34          2HE       LYS  34 -32.292   6.097  14.256
  272   2HE   LYS  34          1HE       LYS  34 -31.048   4.850  14.173
  273   1HZ   LYS  34          1HZ       LYS  34 -31.817   6.007  16.433
  274   2HZ   LYS  34          2HZ       LYS  34 -30.542   7.038  16.019
  275   3HZ   LYS  34          3HZ       LYS  34 -30.262   5.380  16.200
  276    H    VAL  35           H        VAL  35 -24.951   8.148  12.339
  277    HA   VAL  35           HA       VAL  35 -24.613   5.356  11.476
  278    HB   VAL  35           HB       VAL  35 -24.059   6.887   9.631
  279   1HG1  VAL  35          1HG1      VAL  35 -22.259   8.102  11.684
  280   2HG1  VAL  35          2HG1      VAL  35 -23.350   8.885  10.541
  281   3HG1  VAL  35          3HG1      VAL  35 -21.838   8.181   9.973
  282   1HG2  VAL  35          1HG2      VAL  35 -22.174   5.751   8.967
  283   2HG2  VAL  35          2HG2      VAL  35 -22.779   4.703  10.248
  284   3HG2  VAL  35          3HG2      VAL  35 -21.443   5.807  10.569
  285    H    THR  36           H        THR  36 -22.908   4.211  12.404
  286    HA   THR  36           HA       THR  36 -21.655   5.549  14.716
  287    HB   THR  36           HB       THR  36 -23.257   3.920  15.488
  288    HG1  THR  36           1HG      THR  36 -21.927   3.066  16.888
  289   1HG2  THR  36          1HG2      THR  36 -21.884   1.559  14.462
  290   2HG2  THR  36          2HG2      THR  36 -22.758   2.487  13.248
  291   3HG2  THR  36          3HG2      THR  36 -23.605   1.879  14.664
  292    H    VAL  37           H        VAL  37 -19.509   5.397  14.987
  293    HA   VAL  37           HA       VAL  37 -18.013   3.753  13.053
  294    HB   VAL  37           HB       VAL  37 -16.156   5.458  13.391
  295   1HG1  VAL  37          1HG1      VAL  37 -17.634   7.208  11.971
  296   2HG1  VAL  37          2HG1      VAL  37 -18.643   5.767  11.843
  297   3HG1  VAL  37          3HG1      VAL  37 -16.964   5.718  11.305
  298   1HG2  VAL  37          1HG2      VAL  37 -17.822   6.445  15.340
  299   2HG2  VAL  37          2HG2      VAL  37 -18.057   7.580  14.010
  300   3HG2  VAL  37          3HG2      VAL  37 -16.438   7.285  14.644
  301    H    GLU  38           H        GLU  38 -16.544   2.358  13.845
  302    HA   GLU  38           HA       GLU  38 -15.736   2.647  16.657
  303   1HB   GLU  38          2HB       GLU  38 -17.627   0.853  15.916
  304   2HB   GLU  38          1HB       GLU  38 -16.174  -0.121  15.725
  305   1HG   GLU  38          2HG       GLU  38 -15.993   1.264  18.195
  306   2HG   GLU  38          1HG       GLU  38 -17.586   0.518  18.094
  307    H    HIS  39           H        HIS  39 -13.805   1.428  17.221
  308    HA   HIS  39           HA       HIS  39 -11.913   1.382  14.999
  309   1HB   HIS  39          2HB       HIS  39 -11.788   2.045  17.801
  310   2HB   HIS  39          1HB       HIS  39 -10.576   0.829  17.415
  311    HD1  HIS  39           1HD      HIS  39 -10.489   4.160  17.929
  312    HD2  HIS  39           2HD      HIS  39  -9.513   1.911  14.579
  313    HE1  HIS  39           1HE      HIS  39  -8.919   5.598  16.589
  314    HE2  HIS  39           2HE      HIS  39  -8.473   4.275  14.492
  315    HA   PRO  40           HA       PRO  40 -12.406  -3.118  15.166
  316   1HB   PRO  40          2HB       PRO  40 -10.778  -3.155  12.752
  317   2HB   PRO  40          1HB       PRO  40 -12.466  -3.621  12.967
  318   1HG   PRO  40          2HG       PRO  40 -11.713  -1.424  11.566
  319   2HG   PRO  40          1HG       PRO  40 -13.246  -1.534  12.448
  320   1HD   PRO  40          2HD       PRO  40 -10.705  -0.169  13.242
  321   2HD   PRO  40          1HD       PRO  40 -12.387   0.372  13.431
  322    H    ASP  41           H        ASP  41 -11.175  -4.148  16.569
  323    HA   ASP  41           HA       ASP  41  -8.274  -4.264  16.108
  324   1HB   ASP  41          2HB       ASP  41  -9.707  -3.655  18.691
  325   2HB   ASP  41          1HB       ASP  41  -8.094  -4.358  18.689
  326    H    LYS  42           H        LYS  42 -10.635  -5.602  18.396
  327    HA   LYS  42           HA       LYS  42  -9.733  -8.301  17.634
  328   1HB   LYS  42          2HB       LYS  42 -10.082  -7.030  20.239
  329   2HB   LYS  42          1HB       LYS  42 -10.939  -8.561  20.115
  330   1HG   LYS  42          2HG       LYS  42  -8.982  -9.766  19.731
  331   2HG   LYS  42          1HG       LYS  42  -8.063  -8.320  19.309
  332   1HD   LYS  42          2HD       LYS  42  -8.562  -7.585  21.738
  333   2HD   LYS  42          1HD       LYS  42  -8.934  -9.288  22.012
  334   1HE   LYS  42          2HE       LYS  42  -6.775  -9.784  22.149
  335   2HE   LYS  42          1HE       LYS  42  -6.466  -9.060  20.572
  336   1HZ   LYS  42          1HZ       LYS  42  -5.207  -7.679  21.804
  337   2HZ   LYS  42          2HZ       LYS  42  -6.075  -7.948  23.230
  338   3HZ   LYS  42          3HZ       LYS  42  -6.675  -6.879  22.065
  339    H    LEU  43           H        LEU  43 -12.226  -6.228  17.205
  340    HA   LEU  43           HA       LEU  43 -14.549  -7.567  17.889
  341   1HB   LEU  43          2HB       LEU  43 -13.872  -5.699  15.654
  342   2HB   LEU  43          1HB       LEU  43 -15.462  -6.431  15.746
  343    HG   LEU  43           HG       LEU  43 -15.604  -5.466  18.110
  344   1HD1  LEU  43          1HD1      LEU  43 -13.386  -3.713  17.076
  345   2HD1  LEU  43          2HD1      LEU  43 -13.172  -4.982  18.280
  346   3HD1  LEU  43          3HD1      LEU  43 -14.203  -3.597  18.633
  347   1HD2  LEU  43          1HD2      LEU  43 -15.863  -4.139  15.514
  348   2HD2  LEU  43          2HD2      LEU  43 -15.780  -3.042  16.885
  349   3HD2  LEU  43          3HD2      LEU  43 -17.024  -4.290  16.831
  350    H    GLU  44           H        GLU  44 -12.217  -8.412  15.511
  351    HA   GLU  44           HA       GLU  44 -13.762  -9.823  13.671
  352   1HB   GLU  44          2HB       GLU  44 -11.018  -9.440  14.199
  353   2HB   GLU  44          1HB       GLU  44 -11.271 -11.177  14.122
  354   1HG   GLU  44          2HG       GLU  44 -11.862 -11.137  11.917
  355   2HG   GLU  44          1HG       GLU  44 -12.461  -9.481  11.997
  356    H    GLU  45           H        GLU  45 -13.038 -10.577  16.947
  357    HA   GLU  45           HA       GLU  45 -13.714 -13.397  16.576
  358   1HB   GLU  45          2HB       GLU  45 -12.858 -11.956  19.093
  359   2HB   GLU  45          1HB       GLU  45 -13.027 -13.695  18.895
  360   1HG   GLU  45          2HG       GLU  45 -11.272 -12.663  16.885
  361   2HG   GLU  45          1HG       GLU  45 -10.743 -12.120  18.476
  362    H    LYS  46           H        LYS  46 -15.106 -10.418  17.605
  363    HA   LYS  46           HA       LYS  46 -17.201 -11.628  19.170
  364   1HB   LYS  46          2HB       LYS  46 -16.617  -8.828  18.245
  365   2HB   LYS  46          1HB       LYS  46 -18.169  -9.226  18.965
  366   1HG   LYS  46          2HG       LYS  46 -17.208  -8.757  20.922
  367   2HG   LYS  46          1HG       LYS  46 -16.380 -10.307  20.754
  368   1HD   LYS  46          2HD       LYS  46 -14.933  -8.414  19.231
  369   2HD   LYS  46          1HD       LYS  46 -15.272  -7.673  20.793
  370   1HE   LYS  46          2HE       LYS  46 -14.231 -10.472  20.639
  371   2HE   LYS  46          1HE       LYS  46 -13.129  -9.107  20.471
  372   1HZ   LYS  46          1HZ       LYS  46 -14.268  -8.310  22.631
  373   2HZ   LYS  46          2HZ       LYS  46 -13.076  -9.507  22.718
  374   3HZ   LYS  46          3HZ       LYS  46 -14.711  -9.933  22.807
  375    H    PHE  47           H        PHE  47 -16.750 -10.523  15.893
  376    HA   PHE  47           HA       PHE  47 -19.276 -10.229  14.918
  377   1HB   PHE  47          2HB       PHE  47 -16.913 -10.145  13.752
  378   2HB   PHE  47          1HB       PHE  47 -17.334 -11.781  13.254
  379    HD1  PHE  47           1HD      PHE  47 -19.923 -11.887  12.425
  380    HD2  PHE  47           2HD      PHE  47 -17.341  -8.522  12.180
  381    HE1  PHE  47           1HE      PHE  47 -21.282 -10.988  10.581
  382    HE2  PHE  47           2HE      PHE  47 -18.691  -7.616  10.330
  383    HZ   PHE  47           HZ       PHE  47 -20.666  -8.850   9.530
  384    HA   PRO  48           HA       PRO  48 -19.495 -15.055  13.937
  385   1HB   PRO  48          2HB       PRO  48 -18.261 -16.457  16.020
  386   2HB   PRO  48          1HB       PRO  48 -17.649 -16.294  14.374
  387   1HG   PRO  48          2HG       PRO  48 -16.928 -14.763  16.827
  388   2HG   PRO  48          1HG       PRO  48 -15.897 -15.285  15.482
  389   1HD   PRO  48          2HD       PRO  48 -16.687 -12.747  15.702
  390   2HD   PRO  48          1HD       PRO  48 -16.580 -13.534  14.114
  391    H    GLN  49           H        GLN  49 -19.486 -13.523  17.065
  392    HA   GLN  49           HA       GLN  49 -21.581 -15.261  18.081
  393   1HB   GLN  49          2HB       GLN  49 -19.587 -13.536  19.225
  394   2HB   GLN  49          1HB       GLN  49 -21.171 -13.104  19.851
  395   1HG   GLN  49          2HG       GLN  49 -21.527 -15.466  20.477
  396   2HG   GLN  49          1HG       GLN  49 -19.885 -15.822  19.939
  397   1HE2  GLN  49          1HE2      GLN  49 -21.800 -14.935  22.526
  398   2HE2  GLN  49          2HE2      GLN  49 -20.558 -14.431  23.615
  399    H    VAL  50           H        VAL  50 -21.182 -11.764  17.510
  400    HA   VAL  50           HA       VAL  50 -23.948 -11.210  17.962
  401    HB   VAL  50           HB       VAL  50 -21.907  -9.433  16.621
  402   1HG1  VAL  50          1HG1      VAL  50 -23.356  -7.623  17.542
  403   2HG1  VAL  50          2HG1      VAL  50 -24.528  -8.859  17.995
  404   3HG1  VAL  50          3HG1      VAL  50 -24.132  -8.604  16.296
  405   1HG2  VAL  50          1HG2      VAL  50 -20.858  -9.251  18.571
  406   2HG2  VAL  50          2HG2      VAL  50 -21.952 -10.436  19.279
  407   3HG2  VAL  50          3HG2      VAL  50 -22.357  -8.721  19.336
  408    H    ALA  51           H        ALA  51 -22.141 -12.213  15.197
  409    HA   ALA  51           HA       ALA  51 -24.003 -11.174  13.260
  410   1HB   ALA  51          1HB       ALA  51 -21.670 -11.439  12.704
  411   2HB   ALA  51          2HB       ALA  51 -22.674 -12.413  11.636
  412   3HB   ALA  51          3HB       ALA  51 -21.780 -13.180  12.951
  413    H    ALA  52           H        ALA  52 -23.434 -14.250  14.859
  414    HA   ALA  52           HA       ALA  52 -24.861 -16.005  13.335
  415   1HB   ALA  52          1HB       ALA  52 -24.432 -17.373  15.023
  416   2HB   ALA  52          2HB       ALA  52 -25.472 -16.457  16.115
  417   3HB   ALA  52          3HB       ALA  52 -23.784 -15.988  15.900
  418    H    THR  53           H        THR  53 -26.148 -13.327  15.082
  419    HA   THR  53           HA       THR  53 -28.561 -13.153  13.908
  420    HB   THR  53           HB       THR  53 -29.916 -14.151  16.062
  421    HG1  THR  53           1HG      THR  53 -27.722 -15.215  16.514
  422   1HG2  THR  53          1HG2      THR  53 -30.929 -14.771  14.154
  423   2HG2  THR  53          2HG2      THR  53 -30.110 -16.294  14.501
  424   3HG2  THR  53          3HG2      THR  53 -29.414 -15.162  13.340
  425    H    GLY  54           H        GLY  54 -29.680 -11.379  14.639
  426   1HA   GLY  54          2HA       GLY  54 -30.368 -10.154  16.714
  427   2HA   GLY  54          1HA       GLY  54 -28.677 -10.239  17.173
  428    H    ASP  55           H        ASP  55 -27.219  -8.768  16.316
  429    HA   ASP  55           HA       ASP  55 -28.085  -6.967  14.221
  430   1HB   ASP  55          2HB       ASP  55 -27.591  -4.937  15.603
  431   2HB   ASP  55          1HB       ASP  55 -29.023  -5.825  16.117
  432    H    GLY  56           H        GLY  56 -26.342  -7.799  13.055
  433   1HA   GLY  56          2HA       GLY  56 -23.656  -7.403  14.159
  434   2HA   GLY  56          1HA       GLY  56 -24.052  -8.340  12.726
  435    HA   PRO  57           HA       PRO  57 -22.939  -3.770  11.771
  436   1HB   PRO  57          2HB       PRO  57 -20.242  -3.810  11.605
  437   2HB   PRO  57          1HB       PRO  57 -21.087  -3.470  13.122
  438   1HG   PRO  57          2HG       PRO  57 -19.846  -6.021  12.181
  439   2HG   PRO  57          1HG       PRO  57 -19.772  -5.259  13.781
  440   1HD   PRO  57          2HD       PRO  57 -21.458  -7.310  13.200
  441   2HD   PRO  57          1HD       PRO  57 -21.838  -6.055  14.396
  442    H    ASP  58           H        ASP  58 -22.003  -3.000   9.658
  443    HA   ASP  58           HA       ASP  58 -21.070  -5.060   7.870
  444   1HB   ASP  58          2HB       ASP  58 -22.900  -4.719   6.212
  445   2HB   ASP  58          1HB       ASP  58 -23.418  -5.504   7.702
  446    H    ILE  59           H        ILE  59 -19.921  -2.498   8.729
  447    HA   ILE  59           HA       ILE  59 -19.414  -1.494   6.038
  448    HB   ILE  59           HB       ILE  59 -20.016   0.467   8.244
  449   1HG1  ILE  59          2HG1      ILE  59 -21.806  -0.337   5.945
  450   2HG1  ILE  59          1HG1      ILE  59 -22.060  -0.765   7.637
  451   1HG2  ILE  59          1HG2      ILE  59 -18.610   0.771   5.902
  452   2HG2  ILE  59          2HG2      ILE  59 -19.347   2.061   6.845
  453   3HG2  ILE  59          3HG2      ILE  59 -20.221   1.358   5.488
  454   1HD1  ILE  59          1HD1      ILE  59 -22.905   1.544   6.271
  455   2HD1  ILE  59          2HD1      ILE  59 -21.712   2.037   7.472
  456   3HD1  ILE  59          3HD1      ILE  59 -23.129   1.112   7.965
  457    H    ILE  60           H        ILE  60 -17.281  -1.940   5.933
  458    HA   ILE  60           HA       ILE  60 -15.480  -0.671   7.838
  459    HB   ILE  60           HB       ILE  60 -15.935  -2.841   8.878
  460   1HG1  ILE  60          2HG1      ILE  60 -13.146  -2.752   7.705
  461   2HG1  ILE  60          1HG1      ILE  60 -13.692  -1.755   9.048
  462   1HG2  ILE  60          1HG2      ILE  60 -15.011  -3.948   6.250
  463   2HG2  ILE  60          2HG2      ILE  60 -16.528  -4.247   7.098
  464   3HG2  ILE  60          3HG2      ILE  60 -15.021  -4.897   7.740
  465   1HD1  ILE  60          1HD1      ILE  60 -14.224  -4.561   9.495
  466   2HD1  ILE  60          2HD1      ILE  60 -13.366  -3.387  10.500
  467   3HD1  ILE  60          3HD1      ILE  60 -12.515  -4.230   9.219
  468    H    PHE  61           H        PHE  61 -13.423  -0.285   7.055
  469    HA   PHE  61           HA       PHE  61 -12.909  -1.135   4.274
  470   1HB   PHE  61          2HB       PHE  61 -12.436   1.568   5.543
  471   2HB   PHE  61          1HB       PHE  61 -11.808   1.104   3.978
  472    HD1  PHE  61           1HD      PHE  61 -15.074   1.082   5.767
  473    HD2  PHE  61           2HD      PHE  61 -12.958   1.840   2.156
  474    HE1  PHE  61           1HE      PHE  61 -17.156   1.861   4.715
  475    HE2  PHE  61           2HE      PHE  61 -15.036   2.618   1.095
  476    HZ   PHE  61           HZ       PHE  61 -17.138   2.632   2.375
  477    H    TRP  62           H        TRP  62 -10.861  -1.807   3.747
  478    HA   TRP  62           HA       TRP  62  -8.560  -1.111   5.224
  479   1HB   TRP  62          2HB       TRP  62  -7.941  -3.158   6.275
  480   2HB   TRP  62          1HB       TRP  62  -9.556  -2.747   6.827
  481    HD1  TRP  62           HD       TRP  62  -8.030  -4.965   4.054
  482    HE1  TRP  62           1HE      TRP  62  -9.365  -7.146   3.983
  483    HE3  TRP  62           3HE      TRP  62 -11.476  -3.960   7.673
  484    HZ2  TRP  62           2HZ      TRP  62 -11.570  -8.320   5.269
  485    HZ3  TRP  62           3HZ      TRP  62 -13.158  -5.682   8.202
  486    HH2  TRP  62           HH       TRP  62 -13.204  -7.812   7.026
  487    H    ALA  63           H        ALA  63  -6.617  -2.670   4.427
  488    HA   ALA  63           HA       ALA  63  -6.279  -2.208   1.744
  489   1HB   ALA  63          1HB       ALA  63  -4.347  -3.482   1.848
  490   2HB   ALA  63          2HB       ALA  63  -5.046  -4.623   2.995
  491   3HB   ALA  63          3HB       ALA  63  -4.601  -3.003   3.528
  492    H    HIS  64           H        HIS  64  -6.204  -3.604  -0.139
  493    HA   HIS  64           HA       HIS  64  -8.580  -5.134  -0.325
  494   1HB   HIS  64          2HB       HIS  64  -7.194  -3.629  -2.079
  495   2HB   HIS  64          1HB       HIS  64  -6.686  -5.232  -2.583
  496    HD1  HIS  64           1HD      HIS  64  -9.453  -2.842  -2.820
  497    HD2  HIS  64           2HD      HIS  64  -8.887  -6.914  -3.431
  498    HE1  HIS  64           1HE      HIS  64 -11.448  -3.609  -4.142
  499    HE2  HIS  64           2HE      HIS  64 -11.024  -6.046  -4.602
  500    H    ASP  65           H        ASP  65  -5.235  -6.009  -0.004
  501    HA   ASP  65           HA       ASP  65  -5.438  -8.633  -1.020
  502   1HB   ASP  65          2HB       ASP  65  -3.352  -7.218  -0.583
  503   2HB   ASP  65          1HB       ASP  65  -3.489  -7.752   1.089
  504    H    ARG  66           H        ARG  66  -6.638  -7.358   1.921
  505    HA   ARG  66           HA       ARG  66  -6.786 -10.089   3.017
  506   1HB   ARG  66          2HB       ARG  66  -5.567  -7.875   4.160
  507   2HB   ARG  66          1HB       ARG  66  -7.113  -7.975   4.990
  508   1HG   ARG  66          2HG       ARG  66  -6.194 -10.587   4.953
  509   2HG   ARG  66          1HG       ARG  66  -4.751  -9.620   5.261
  510   1HD   ARG  66          2HD       ARG  66  -5.673  -8.675   7.206
  511   2HD   ARG  66          1HD       ARG  66  -7.303  -9.189   6.782
  512    HE   ARG  66           HE       ARG  66  -6.757 -11.388   7.432
  513   1HH1  ARG  66          1HH1      ARG  66  -4.143  -9.138   8.020
  514   2HH1  ARG  66          2HH1      ARG  66  -3.326 -10.191   9.124
  515   1HH2  ARG  66          1HH2      ARG  66  -5.677 -12.766   8.875
  516   2HH2  ARG  66          2HH2      ARG  66  -4.196 -12.247   9.609
  517    H    PHE  67           H        PHE  67  -8.688  -7.900   1.530
  518    HA   PHE  67           HA       PHE  67 -10.989  -8.525   3.260
  519   1HB   PHE  67          2HB       PHE  67 -10.311  -6.043   2.523
  520   2HB   PHE  67          1HB       PHE  67 -11.255  -6.488   1.109
  521    HD1  PHE  67           1HD      PHE  67 -13.280  -8.235   2.488
  522    HD2  PHE  67           2HD      PHE  67 -11.725  -4.405   3.479
  523    HE1  PHE  67           1HE      PHE  67 -15.348  -7.714   3.696
  524    HE2  PHE  67           2HE      PHE  67 -13.803  -3.876   4.687
  525    HZ   PHE  67           HZ       PHE  67 -15.611  -5.537   4.802
  526    H    GLY  68           H        GLY  68  -9.677  -8.695   0.020
  527   1HA   GLY  68          2HA       GLY  68 -12.124  -9.830  -1.049
  528   2HA   GLY  68          1HA       GLY  68 -10.621  -9.591  -1.929
  529    H    GLY  69           H        GLY  69  -9.443 -10.997   0.649
  530   1HA   GLY  69          2HA       GLY  69  -9.752 -13.695  -0.483
  531   2HA   GLY  69          1HA       GLY  69  -8.383 -13.143   0.474
  532    H    TYR  70           H        TYR  70 -10.137 -11.824   2.448
  533    HA   TYR  70           HA       TYR  70 -10.715 -14.198   4.027
  534   1HB   TYR  70          2HB       TYR  70  -9.586 -11.825   4.708
  535   2HB   TYR  70          1HB       TYR  70 -11.254 -11.536   5.190
  536    HD1  TYR  70           1HD      TYR  70 -12.225 -12.698   7.062
  537    HD2  TYR  70           2HD      TYR  70  -8.274 -13.616   5.776
  538    HE1  TYR  70           1HE      TYR  70 -11.847 -13.959   9.139
  539    HE2  TYR  70           2HE      TYR  70  -7.887 -14.878   7.852
  540    HH   TYR  70           HH       TYR  70  -9.626 -16.138   9.581
  541    H    ALA  71           H        ALA  71 -12.389 -11.287   2.873
  542    HA   ALA  71           HA       ALA  71 -14.912 -11.972   3.969
  543   1HB   ALA  71          1HB       ALA  71 -15.749 -10.354   2.181
  544   2HB   ALA  71          2HB       ALA  71 -14.055 -10.104   1.799
  545   3HB   ALA  71          3HB       ALA  71 -14.651  -9.726   3.413
  546    H    GLN  72           H        GLN  72 -13.511 -12.426   0.735
  547    HA   GLN  72           HA       GLN  72 -15.736 -13.480  -0.548
  548   1HB   GLN  72          2HB       GLN  72 -13.152 -12.967  -1.244
  549   2HB   GLN  72          1HB       GLN  72 -13.178 -14.723  -1.294
  550   1HG   GLN  72          2HG       GLN  72 -15.442 -14.176  -2.640
  551   2HG   GLN  72          1HG       GLN  72 -14.483 -12.750  -3.035
  552   1HE2  GLN  72          1HE2      GLN  72 -12.993 -12.903  -4.577
  553   2HE2  GLN  72          2HE2      GLN  72 -12.473 -14.373  -5.323
  554    H    SER  73           H        SER  73 -13.812 -14.923   1.928
  555    HA   SER  73           HA       SER  73 -14.761 -17.602   1.219
  556   1HB   SER  73          2HB       SER  73 -12.593 -16.534   2.964
  557   2HB   SER  73          1HB       SER  73 -13.303 -18.091   3.396
  558    HG   SER  73           HG       SER  73 -11.528 -17.536   1.475
  559    H    GLY  74           H        GLY  74 -15.214 -15.068   3.570
  560   1HA   GLY  74          2HA       GLY  74 -16.637 -16.679   5.459
  561   2HA   GLY  74          1HA       GLY  74 -16.561 -14.925   5.438
  562    H    LEU  75           H        LEU  75 -18.034 -13.766   4.094
  563    HA   LEU  75           HA       LEU  75 -20.049 -14.952   2.555
  564   1HB   LEU  75          2HB       LEU  75 -21.948 -14.347   4.219
  565   2HB   LEU  75          1HB       LEU  75 -21.133 -15.891   4.353
  566    HG   LEU  75           HG       LEU  75 -19.655 -14.232   6.014
  567   1HD1  LEU  75          1HD1      LEU  75 -20.937 -12.731   7.071
  568   2HD1  LEU  75          2HD1      LEU  75 -22.360 -13.775   7.041
  569   3HD1  LEU  75          3HD1      LEU  75 -21.939 -12.820   5.622
  570   1HD2  LEU  75          1HD2      LEU  75 -21.952 -15.957   6.906
  571   2HD2  LEU  75          2HD2      LEU  75 -20.446 -15.618   7.759
  572   3HD2  LEU  75          3HD2      LEU  75 -20.431 -16.619   6.308
  573    H    LEU  76           H        LEU  76 -19.003 -13.068   1.492
  574    HA   LEU  76           HA       LEU  76 -20.139 -10.502   2.359
  575   1HB   LEU  76          2HB       LEU  76 -17.586 -11.104   1.603
  576   2HB   LEU  76          1HB       LEU  76 -18.261 -10.508   0.099
  577    HG   LEU  76           HG       LEU  76 -19.093  -8.545   1.706
  578   1HD1  LEU  76          1HD1      LEU  76 -16.443  -8.821   2.914
  579   2HD1  LEU  76          2HD1      LEU  76 -17.643  -9.968   3.500
  580   3HD1  LEU  76          3HD1      LEU  76 -17.948  -8.234   3.609
  581   1HD2  LEU  76          1HD2      LEU  76 -17.612  -7.253   0.585
  582   2HD2  LEU  76          2HD2      LEU  76 -17.375  -8.736  -0.340
  583   3HD2  LEU  76          3HD2      LEU  76 -16.248  -8.309   0.947
  584    H    ALA  77           H        ALA  77 -21.316  -9.194   0.946
  585    HA   ALA  77           HA       ALA  77 -22.580 -10.674  -1.241
  586   1HB   ALA  77          1HB       ALA  77 -24.394  -9.200  -1.081
  587   2HB   ALA  77          2HB       ALA  77 -23.451  -7.994  -0.204
  588   3HB   ALA  77          3HB       ALA  77 -23.904  -9.505   0.580
  589    H    GLU  78           H        GLU  78 -21.863 -10.388  -3.229
  590    HA   GLU  78           HA       GLU  78 -19.998  -8.431  -3.966
  591   1HB   GLU  78          2HB       GLU  78 -20.526  -9.144  -6.309
  592   2HB   GLU  78          1HB       GLU  78 -20.122 -10.465  -5.220
  593   1HG   GLU  78          2HG       GLU  78 -22.412 -11.099  -5.027
  594   2HG   GLU  78          1HG       GLU  78 -22.939  -9.664  -5.903
  595    H    ILE  79           H        ILE  79 -20.178  -6.554  -5.199
  596    HA   ILE  79           HA       ILE  79 -22.719  -5.158  -4.906
  597    HB   ILE  79           HB       ILE  79 -20.165  -4.027  -6.041
  598   1HG1  ILE  79          2HG1      ILE  79 -21.006  -3.938  -3.143
  599   2HG1  ILE  79          1HG1      ILE  79 -19.812  -5.065  -3.778
  600   1HG2  ILE  79          1HG2      ILE  79 -21.052  -1.893  -5.322
  601   2HG2  ILE  79          2HG2      ILE  79 -22.466  -2.687  -4.627
  602   3HG2  ILE  79          3HG2      ILE  79 -22.207  -2.698  -6.371
  603   1HD1  ILE  79          1HD1      ILE  79 -19.304  -2.270  -4.457
  604   2HD1  ILE  79          2HD1      ILE  79 -18.209  -3.509  -3.841
  605   3HD1  ILE  79          3HD1      ILE  79 -19.257  -2.624  -2.731
  606    H    THR  80           H        THR  80 -23.462  -3.760  -6.738
  607    HA   THR  80           HA       THR  80 -22.924  -4.944  -9.369
  608    HB   THR  80           HB       THR  80 -25.554  -4.302  -9.575
  609    HG1  THR  80           1HG      THR  80 -25.775  -5.630  -7.197
  610   1HG2  THR  80          1HG2      THR  80 -25.563  -6.926  -8.543
  611   2HG2  THR  80          2HG2      THR  80 -24.044  -6.711  -9.411
  612   3HG2  THR  80          3HG2      THR  80 -25.576  -6.412 -10.230
  613    HA   PRO  81           HA       PRO  81 -22.668  -0.622 -10.453
  614   1HB   PRO  81          2HB       PRO  81 -22.247  -0.852 -13.070
  615   2HB   PRO  81          1HB       PRO  81 -21.053  -1.428 -11.904
  616   1HG   PRO  81          2HG       PRO  81 -23.039  -2.980 -13.501
  617   2HG   PRO  81          1HG       PRO  81 -21.360  -3.381 -13.098
  618   1HD   PRO  81          2HD       PRO  81 -23.609  -4.350 -11.776
  619   2HD   PRO  81          1HD       PRO  81 -21.960  -4.345 -11.124
  620    H    ASP  82           H        ASP  82 -23.615   0.917 -12.205
  621    HA   ASP  82           HA       ASP  82 -26.175   0.134 -13.279
  622   1HB   ASP  82          2HB       ASP  82 -26.091   1.259 -10.681
  623   2HB   ASP  82          1HB       ASP  82 -26.749   2.490 -11.755
  624    H    LYS  83           H        LYS  83 -25.188   3.396 -12.281
  625    HA   LYS  83           HA       LYS  83 -24.967   4.095 -15.138
  626   1HB   LYS  83          2HB       LYS  83 -25.797   6.351 -14.510
  627   2HB   LYS  83          1HB       LYS  83 -26.973   5.076 -14.220
  628   1HG   LYS  83          2HG       LYS  83 -25.956   5.108 -11.805
  629   2HG   LYS  83          1HG       LYS  83 -25.441   6.726 -12.271
  630   1HD   LYS  83          2HD       LYS  83 -28.008   6.812 -13.066
  631   2HD   LYS  83          1HD       LYS  83 -28.144   5.675 -11.724
  632   1HE   LYS  83          2HE       LYS  83 -27.283   7.236 -10.180
  633   2HE   LYS  83          1HE       LYS  83 -26.705   8.302 -11.460
  634   1HZ   LYS  83          1HZ       LYS  83 -28.873   8.986 -11.954
  635   2HZ   LYS  83          2HZ       LYS  83 -28.804   8.985 -10.263
  636   3HZ   LYS  83          3HZ       LYS  83 -29.582   7.725 -11.081
  637    H    ALA  84           H        ALA  84 -23.943   5.097 -11.883
  638    HA   ALA  84           HA       ALA  84 -21.945   6.883 -12.611
  639   1HB   ALA  84          1HB       ALA  84 -21.417   5.233 -10.223
  640   2HB   ALA  84          2HB       ALA  84 -22.966   6.076 -10.264
  641   3HB   ALA  84          3HB       ALA  84 -21.461   6.985 -10.409
  642    H    PHE  85           H        PHE  85 -22.008   3.459 -12.826
  643    HA   PHE  85           HA       PHE  85 -19.159   3.081 -12.878
  644   1HB   PHE  85          2HB       PHE  85 -21.565   1.359 -13.281
  645   2HB   PHE  85          1HB       PHE  85 -20.020   0.797 -13.913
  646    HD1  PHE  85           1HD      PHE  85 -21.501   2.198 -10.796
  647    HD2  PHE  85           2HD      PHE  85 -18.657  -0.447 -12.538
  648    HE1  PHE  85           1HE      PHE  85 -20.894   1.383  -8.557
  649    HE2  PHE  85           2HE      PHE  85 -18.048  -1.268 -10.300
  650    HZ   PHE  85           HZ       PHE  85 -19.169  -0.354  -8.308
  651    H    GLN  86           H        GLN  86 -21.782   2.948 -15.281
  652    HA   GLN  86           HA       GLN  86 -20.057   2.676 -17.512
  653   1HB   GLN  86          2HB       GLN  86 -22.684   2.333 -17.234
  654   2HB   GLN  86          1HB       GLN  86 -22.718   3.996 -17.808
  655   1HG   GLN  86          2HG       GLN  86 -21.733   3.431 -19.856
  656   2HG   GLN  86          1HG       GLN  86 -21.207   1.856 -19.265
  657   1HE2  GLN  86          1HE2      GLN  86 -24.349   3.452 -19.025
  658   2HE2  GLN  86          2HE2      GLN  86 -25.232   2.236 -19.876
  659    H    ASP  87           H        ASP  87 -21.404   5.372 -15.754
  660    HA   ASP  87           HA       ASP  87 -21.104   7.463 -17.485
  661   1HB   ASP  87          2HB       ASP  87 -21.847   7.259 -14.932
  662   2HB   ASP  87          1HB       ASP  87 -20.252   7.962 -14.685
  663    H    LYS  88           H        LYS  88 -18.562   6.461 -15.164
  664    HA   LYS  88           HA       LYS  88 -16.386   6.566 -16.793
  665   1HB   LYS  88          2HB       LYS  88 -17.023   8.892 -17.355
  666   2HB   LYS  88          1HB       LYS  88 -16.861   9.331 -15.662
  667   1HG   LYS  88          2HG       LYS  88 -14.446   8.320 -16.009
  668   2HG   LYS  88          1HG       LYS  88 -14.776   8.754 -17.688
  669   1HD   LYS  88          2HD       LYS  88 -15.601  10.962 -16.213
  670   2HD   LYS  88          1HD       LYS  88 -14.121  10.426 -15.429
  671   1HE   LYS  88          2HE       LYS  88 -13.077  11.642 -16.997
  672   2HE   LYS  88          1HE       LYS  88 -13.432  10.283 -18.063
  673   1HZ   LYS  88          1HZ       LYS  88 -15.494  12.328 -17.745
  674   2HZ   LYS  88          2HZ       LYS  88 -15.082  11.414 -19.107
  675   3HZ   LYS  88          3HZ       LYS  88 -14.130  12.738 -18.659
  676    H    LEU  89           H        LEU  89 -16.608   5.006 -14.800
  677    HA   LEU  89           HA       LEU  89 -15.531   6.109 -12.345
  678   1HB   LEU  89          2HB       LEU  89 -17.264   4.150 -12.688
  679   2HB   LEU  89          1HB       LEU  89 -15.819   3.171 -12.815
  680    HG   LEU  89           HG       LEU  89 -16.720   3.110 -10.555
  681   1HD1  LEU  89          1HD1      LEU  89 -14.052   4.230 -11.114
  682   2HD1  LEU  89          2HD1      LEU  89 -14.516   2.760 -10.264
  683   3HD1  LEU  89          3HD1      LEU  89 -14.604   4.322  -9.447
  684   1HD2  LEU  89          1HD2      LEU  89 -17.844   4.992 -10.017
  685   2HD2  LEU  89          2HD2      LEU  89 -16.734   6.044 -10.894
  686   3HD2  LEU  89          3HD2      LEU  89 -16.292   5.429  -9.302
  687    H    TYR  90           H        TYR  90 -14.491   3.154 -14.035
  688    HA   TYR  90           HA       TYR  90 -11.901   4.075 -14.668
  689   1HB   TYR  90          2HB       TYR  90 -12.012   3.790 -12.021
  690   2HB   TYR  90          1HB       TYR  90 -11.744   2.116 -12.453
  691    HD1  TYR  90           1HD      TYR  90 -10.293   5.469 -12.587
  692    HD2  TYR  90           2HD      TYR  90  -9.616   1.339 -13.189
  693    HE1  TYR  90           1HE      TYR  90  -7.881   5.898 -12.777
  694    HE2  TYR  90           2HE      TYR  90  -7.208   1.736 -13.368
  695    HH   TYR  90           HH       TYR  90  -5.881   4.612 -13.980
  696    HA   PRO  91           HA       PRO  91 -12.594   0.344 -17.019
  697   1HB   PRO  91          2HB       PRO  91  -9.866   0.743 -18.033
  698   2HB   PRO  91          1HB       PRO  91 -11.401   0.758 -18.908
  699   1HG   PRO  91          2HG       PRO  91 -10.008   3.013 -18.499
  700   2HG   PRO  91          1HG       PRO  91 -11.782   2.997 -18.472
  701   1HD   PRO  91          2HD       PRO  91  -9.859   2.978 -16.164
  702   2HD   PRO  91          1HD       PRO  91 -11.333   3.946 -16.393
  703    H    PHE  92           H        PHE  92  -9.566   0.907 -15.306
  704    HA   PHE  92           HA       PHE  92  -8.971  -1.926 -15.177
  705   1HB   PHE  92          2HB       PHE  92  -7.560   0.599 -14.577
  706   2HB   PHE  92          1HB       PHE  92  -7.092  -0.795 -13.614
  707    HD1  PHE  92           1HD      PHE  92  -5.455  -2.207 -14.436
  708    HD2  PHE  92           2HD      PHE  92  -7.663   0.220 -17.142
  709    HE1  PHE  92           1HE      PHE  92  -4.002  -2.946 -16.270
  710    HE2  PHE  92           2HE      PHE  92  -6.219  -0.524 -18.991
  711    HZ   PHE  92           HZ       PHE  92  -4.385  -2.109 -18.557
  712    H    THR  93           H        THR  93 -10.691   0.336 -13.258
  713    HA   THR  93           HA       THR  93 -10.084  -0.629 -10.688
  714    HB   THR  93           HB       THR  93 -11.269   1.522 -11.218
  715    HG1  THR  93           1HG      THR  93 -12.371   1.516  -9.322
  716   1HG2  THR  93          1HG2      THR  93 -13.426   1.683 -11.849
  717   2HG2  THR  93          2HG2      THR  93 -13.890   0.199 -11.020
  718   3HG2  THR  93          3HG2      THR  93 -13.088   0.121 -12.585
  719    H    TRP  94           H        TRP  94 -12.732  -1.475 -12.910
  720    HA   TRP  94           HA       TRP  94 -13.546  -3.592 -11.103
  721   1HB   TRP  94          2HB       TRP  94 -15.208  -4.008 -13.116
  722   2HB   TRP  94          1HB       TRP  94 -15.490  -2.744 -11.929
  723    HD1  TRP  94           HD       TRP  94 -15.826  -0.372 -12.847
  724    HE1  TRP  94           1HE      TRP  94 -15.579   0.743 -15.151
  725    HE3  TRP  94           3HE      TRP  94 -13.606  -4.219 -15.384
  726    HZ2  TRP  94           2HZ      TRP  94 -14.580   0.083 -17.701
  727    HZ3  TRP  94           3HZ      TRP  94 -13.034  -3.890 -17.752
  728    HH2  TRP  94           HH       TRP  94 -13.514  -1.784 -18.886
  729    H    ASP  95           H        ASP  95 -11.855  -3.173 -14.106
  730    HA   ASP  95           HA       ASP  95 -11.983  -5.823 -15.042
  731   1HB   ASP  95          2HB       ASP  95 -11.220  -3.791 -16.333
  732   2HB   ASP  95          1HB       ASP  95  -9.693  -3.896 -15.461
  733    H    ALA  96           H        ALA  96  -9.736  -4.197 -12.835
  734    HA   ALA  96           HA       ALA  96  -8.041  -6.504 -12.588
  735   1HB   ALA  96          1HB       ALA  96  -7.396  -4.034 -12.268
  736   2HB   ALA  96          2HB       ALA  96  -6.714  -5.233 -11.168
  737   3HB   ALA  96          3HB       ALA  96  -8.065  -4.227 -10.647
  738    H    VAL  97           H        VAL  97 -10.628  -5.040 -10.670
  739    HA   VAL  97           HA       VAL  97 -10.316  -6.934  -8.523
  740    HB   VAL  97           HB       VAL  97 -11.154  -4.638  -8.121
  741   1HG1  VAL  97          1HG1      VAL  97 -13.177  -5.493 -10.056
  742   2HG1  VAL  97          2HG1      VAL  97 -12.588  -3.887  -9.651
  743   3HG1  VAL  97          3HG1      VAL  97 -13.808  -4.649  -8.643
  744   1HG2  VAL  97          1HG2      VAL  97 -11.628  -6.164  -6.403
  745   2HG2  VAL  97          2HG2      VAL  97 -12.890  -6.961  -7.338
  746   3HG2  VAL  97          3HG2      VAL  97 -13.146  -5.331  -6.715
  747    H    ARG  98           H        ARG  98 -10.517  -8.453 -10.696
  748    HA   ARG  98           HA       ARG  98 -13.299  -9.355 -10.885
  749   1HB   ARG  98          2HB       ARG  98 -11.256  -9.044 -12.807
  750   2HB   ARG  98          1HB       ARG  98 -11.495 -10.777 -12.626
  751   1HG   ARG  98          2HG       ARG  98 -13.938 -10.394 -12.985
  752   2HG   ARG  98          1HG       ARG  98 -13.556  -8.715 -13.369
  753   1HD   ARG  98          2HD       ARG  98 -11.871  -9.809 -15.050
  754   2HD   ARG  98          1HD       ARG  98 -12.931 -11.207 -14.887
  755    HE   ARG  98           HE       ARG  98 -14.211  -8.678 -15.519
  756   1HH1  ARG  98          1HH1      ARG  98 -12.996 -11.738 -16.690
  757   2HH1  ARG  98          2HH1      ARG  98 -13.856 -11.643 -18.189
  758   1HH2  ARG  98          1HH2      ARG  98 -15.341  -8.558 -17.483
  759   2HH2  ARG  98          2HH2      ARG  98 -15.188  -9.838 -18.640
  760    H    TYR  99           H        TYR  99 -13.917 -11.097  -9.797
  761    HA   TYR  99           HA       TYR  99 -11.905 -13.124  -9.109
  762   1HB   TYR  99          2HB       TYR  99 -14.048 -12.057  -7.261
  763   2HB   TYR  99          1HB       TYR  99 -12.980 -13.408  -6.904
  764    HD1  TYR  99           1HD      TYR  99 -13.125  -9.759  -7.432
  765    HD2  TYR  99           2HD      TYR  99 -10.728 -13.042  -6.171
  766    HE1  TYR  99           1HE      TYR  99 -11.465  -8.193  -6.517
  767    HE2  TYR  99           2HE      TYR  99  -9.063 -11.482  -5.251
  768    HH   TYR  99           HH       TYR  99  -9.178  -8.971  -4.371
  769    H    ASN 100           H        ASN 100 -12.481 -14.783 -10.361
  770    HA   ASN 100           HA       ASN 100 -13.682 -16.483 -11.263
  771   1HB   ASN 100          2HB       ASN 100 -14.143 -16.878  -8.818
  772   2HB   ASN 100          1HB       ASN 100 -15.658 -16.007  -9.030
  773   1HD2  ASN 100          1HD2      ASN 100 -13.822 -18.652 -10.517
  774   2HD2  ASN 100          2HD2      ASN 100 -15.190 -19.669 -10.800
  775    H    GLY 101           H        GLY 101 -14.332 -13.605 -11.932
  776   1HA   GLY 101          2HA       GLY 101 -15.663 -13.002 -13.820
  777   2HA   GLY 101          1HA       GLY 101 -16.831 -14.224 -13.346
  778    H    LYS 102           H        LYS 102 -16.591 -13.197 -10.489
  779    HA   LYS 102           HA       LYS 102 -18.361 -10.871 -10.849
  780   1HB   LYS 102          2HB       LYS 102 -19.243 -11.498  -8.566
  781   2HB   LYS 102          1HB       LYS 102 -19.612 -12.630  -9.859
  782   1HG   LYS 102          2HG       LYS 102 -18.389 -14.284  -8.945
  783   2HG   LYS 102          1HG       LYS 102 -17.147 -13.181  -8.347
  784   1HD   LYS 102          2HD       LYS 102 -18.072 -13.141  -6.321
  785   2HD   LYS 102          1HD       LYS 102 -19.648 -12.737  -6.984
  786   1HE   LYS 102          2HE       LYS 102 -20.008 -15.136  -7.473
  787   2HE   LYS 102          1HE       LYS 102 -18.460 -15.495  -6.709
  788   1HZ   LYS 102          1HZ       LYS 102 -20.163 -13.924  -5.031
  789   2HZ   LYS 102          2HZ       LYS 102 -19.376 -15.383  -4.701
  790   3HZ   LYS 102          3HZ       LYS 102 -20.885 -15.392  -5.465
  791    H    LEU 103           H        LEU 103 -18.410  -9.494  -8.732
  792    HA   LEU 103           HA       LEU 103 -15.635  -9.123  -7.819
  793   1HB   LEU 103          2HB       LEU 103 -16.092  -6.682  -7.752
  794   2HB   LEU 103          1HB       LEU 103 -16.085  -7.365  -9.364
  795    HG   LEU 103           HG       LEU 103 -18.768  -7.443  -8.480
  796   1HD1  LEU 103          1HD1      LEU 103 -18.849  -5.794  -6.961
  797   2HD1  LEU 103          2HD1      LEU 103 -18.745  -4.733  -8.366
  798   3HD1  LEU 103          3HD1      LEU 103 -17.290  -5.128  -7.451
  799   1HD2  LEU 103          1HD2      LEU 103 -17.411  -6.863 -10.753
  800   2HD2  LEU 103          2HD2      LEU 103 -17.973  -5.262 -10.276
  801   3HD2  LEU 103          3HD2      LEU 103 -19.134  -6.567 -10.516
  802    H    ILE 104           H        ILE 104 -15.431  -9.413  -5.733
  803    HA   ILE 104           HA       ILE 104 -17.726  -8.840  -3.971
  804    HB   ILE 104           HB       ILE 104 -15.490 -10.797  -3.428
  805   1HG1  ILE 104          2HG1      ILE 104 -17.942 -12.153  -3.797
  806   2HG1  ILE 104          1HG1      ILE 104 -17.779 -11.051  -5.162
  807   1HG2  ILE 104          1HG2      ILE 104 -16.335 -10.358  -1.356
  808   2HG2  ILE 104          2HG2      ILE 104 -17.447 -11.632  -1.860
  809   3HG2  ILE 104          3HG2      ILE 104 -17.934  -9.940  -1.975
  810   1HD1  ILE 104          1HD1      ILE 104 -15.296 -12.415  -4.648
  811   2HD1  ILE 104          2HD1      ILE 104 -16.269 -12.360  -6.113
  812   3HD1  ILE 104          3HD1      ILE 104 -16.621 -13.560  -4.871
  813    H    ALA 105           H        ALA 105 -15.988  -6.790  -4.691
  814    HA   ALA 105           HA       ALA 105 -15.109  -5.906  -2.123
  815   1HB   ALA 105          1HB       ALA 105 -13.238  -7.377  -3.612
  816   2HB   ALA 105          2HB       ALA 105 -12.959  -6.441  -2.148
  817   3HB   ALA 105          3HB       ALA 105 -12.747  -5.688  -3.727
  818    H    TYR 106           H        TYR 106 -13.981  -3.722  -2.304
  819    HA   TYR 106           HA       TYR 106 -14.531  -2.265  -4.760
  820   1HB   TYR 106          2HB       TYR 106 -16.565  -2.345  -3.028
  821   2HB   TYR 106          1HB       TYR 106 -15.660  -1.020  -2.309
  822    HD1  TYR 106           1HD      TYR 106 -16.462   1.050  -2.887
  823    HD2  TYR 106           2HD      TYR 106 -16.557  -2.059  -5.787
  824    HE1  TYR 106           1HE      TYR 106 -17.445   2.610  -4.514
  825    HE2  TYR 106           2HE      TYR 106 -17.537  -0.513  -7.423
  826    HH   TYR 106           HH       TYR 106 -19.039   1.809  -7.095
  827    HA   PRO 107           HA       PRO 107 -10.820  -0.476  -2.951
  828   1HB   PRO 107          2HB       PRO 107  -9.816   0.601  -5.177
  829   2HB   PRO 107          1HB       PRO 107  -9.805  -1.148  -4.915
  830   1HG   PRO 107          2HG       PRO 107 -11.694   0.496  -6.553
  831   2HG   PRO 107          1HG       PRO 107 -10.909  -1.041  -6.960
  832   1HD   PRO 107          2HD       PRO 107 -13.479  -0.853  -6.029
  833   2HD   PRO 107          1HD       PRO 107 -12.449  -2.278  -5.793
  834    H    ILE 108           H        ILE 108 -10.235   1.570  -2.261
  835    HA   ILE 108           HA       ILE 108 -11.197   3.967  -3.398
  836    HB   ILE 108           HB       ILE 108 -13.347   3.161  -2.495
  837   1HG1  ILE 108          2HG1      ILE 108 -13.876   5.236  -1.151
  838   2HG1  ILE 108          1HG1      ILE 108 -12.168   5.643  -1.233
  839   1HG2  ILE 108          1HG2      ILE 108 -13.651   2.407  -0.420
  840   2HG2  ILE 108          2HG2      ILE 108 -12.688   3.700   0.297
  841   3HG2  ILE 108          3HG2      ILE 108 -11.896   2.270  -0.365
  842   1HD1  ILE 108          1HD1      ILE 108 -12.270   6.205  -3.429
  843   2HD1  ILE 108          2HD1      ILE 108 -13.927   6.583  -2.958
  844   3HD1  ILE 108          3HD1      ILE 108 -13.568   5.063  -3.776
  845    H    ALA 109           H        ALA 109  -8.753   2.998  -2.508
  846    HA   ALA 109           HA       ALA 109  -7.822   5.186  -1.001
  847   1HB   ALA 109          1HB       ALA 109  -6.958   3.366   0.833
  848   2HB   ALA 109          2HB       ALA 109  -8.601   2.820   0.504
  849   3HB   ALA 109          3HB       ALA 109  -8.316   4.465   1.053
  850    H    VAL 110           H        VAL 110  -5.807   5.557  -1.656
  851    HA   VAL 110           HA       VAL 110  -4.293   3.276  -2.722
  852    HB   VAL 110           HB       VAL 110  -3.836   6.177  -3.391
  853   1HG1  VAL 110          1HG1      VAL 110  -2.543   5.319  -5.236
  854   2HG1  VAL 110          2HG1      VAL 110  -2.963   3.664  -4.808
  855   3HG1  VAL 110          3HG1      VAL 110  -1.943   4.619  -3.732
  856   1HG2  VAL 110          1HG2      VAL 110  -5.293   4.166  -5.089
  857   2HG2  VAL 110          2HG2      VAL 110  -5.088   5.890  -5.386
  858   3HG2  VAL 110          3HG2      VAL 110  -6.111   5.339  -4.060
  859    H    GLU 111           H        GLU 111  -2.726   2.578  -1.440
  860    HA   GLU 111           HA       GLU 111  -1.200   4.594   0.086
  861   1HB   GLU 111          2HB       GLU 111  -2.427   2.054   0.936
  862   2HB   GLU 111          1HB       GLU 111  -0.776   2.293   1.490
  863   1HG   GLU 111          2HG       GLU 111  -1.344   4.251   2.662
  864   2HG   GLU 111          1HG       GLU 111  -2.909   4.369   1.858
  865    H    ALA 112           H        ALA 112   0.912   4.671  -0.289
  866    HA   ALA 112           HA       ALA 112   2.480   2.394  -0.955
  867   1HB   ALA 112          1HB       ALA 112   2.387   4.317  -3.220
  868   2HB   ALA 112          2HB       ALA 112   1.130   3.086  -3.088
  869   3HB   ALA 112          3HB       ALA 112   2.822   2.607  -3.201
  870    H    LEU 113           H        LEU 113   4.690   3.248  -1.959
  871    HA   LEU 113           HA       LEU 113   5.511   5.340  -0.072
  872   1HB   LEU 113          2HB       LEU 113   6.503   2.763  -0.766
  873   2HB   LEU 113          1HB       LEU 113   7.745   3.952  -1.097
  874    HG   LEU 113           HG       LEU 113   6.503   4.367   1.496
  875   1HD1  LEU 113          1HD1      LEU 113   7.726   2.383   2.498
  876   2HD1  LEU 113          2HD1      LEU 113   7.726   1.698   0.873
  877   3HD1  LEU 113          3HD1      LEU 113   6.199   2.049   1.685
  878   1HD2  LEU 113          1HD2      LEU 113   9.350   3.658   1.042
  879   2HD2  LEU 113          2HD2      LEU 113   8.647   4.852   2.123
  880   3HD2  LEU 113          3HD2      LEU 113   8.736   5.176   0.395
  881    H    SER 114           H        SER 114   7.282   6.703  -0.512
  882    HA   SER 114           HA       SER 114   7.618   7.397  -3.357
  883   1HB   SER 114          2HB       SER 114   8.124   9.740  -2.351
  884   2HB   SER 114          1HB       SER 114   6.440   9.235  -2.488
  885    HG   SER 114           HG       SER 114   6.841  10.083  -0.432
  886    H    LEU 115           H        LEU 115   9.759   8.395  -3.806
  887    HA   LEU 115           HA       LEU 115  11.837   7.299  -2.024
  888   1HB   LEU 115          2HB       LEU 115  11.765   6.712  -4.559
  889   2HB   LEU 115          1HB       LEU 115  12.368   8.344  -4.796
  890    HG   LEU 115           HG       LEU 115  14.102   7.397  -2.907
  891   1HD1  LEU 115          1HD1      LEU 115  13.529   5.101  -4.772
  892   2HD1  LEU 115          2HD1      LEU 115  13.110   5.148  -3.060
  893   3HD1  LEU 115          3HD1      LEU 115  14.802   5.182  -3.552
  894   1HD2  LEU 115          1HD2      LEU 115  14.905   6.764  -5.652
  895   2HD2  LEU 115          2HD2      LEU 115  15.630   7.858  -4.477
  896   3HD2  LEU 115          3HD2      LEU 115  14.248   8.388  -5.434
  897    H    ILE 116           H        ILE 116  12.503   8.792  -0.613
  898    HA   ILE 116           HA       ILE 116  12.013  11.564  -0.994
  899    HB   ILE 116           HB       ILE 116  13.663  10.209   1.133
  900   1HG1  ILE 116          2HG1      ILE 116  11.338   9.411   1.049
  901   2HG1  ILE 116          1HG1      ILE 116  11.638  10.359   2.502
  902   1HG2  ILE 116          1HG2      ILE 116  12.589  12.505   2.210
  903   2HG2  ILE 116          2HG2      ILE 116  13.053  13.006   0.583
  904   3HG2  ILE 116          3HG2      ILE 116  14.253  12.301   1.665
  905   1HD1  ILE 116          1HD1      ILE 116   9.527  11.008   1.693
  906   2HD1  ILE 116          2HD1      ILE 116  10.126  11.172   0.042
  907   3HD1  ILE 116          3HD1      ILE 116  10.635  12.318   1.282
  908    H    TYR 117           H        TYR 117  13.278  13.219  -1.461
  909    HA   TYR 117           HA       TYR 117  16.158  12.856  -1.801
  910   1HB   TYR 117          2HB       TYR 117  14.895  12.588  -4.052
  911   2HB   TYR 117          1HB       TYR 117  14.577  14.317  -3.917
  912    HD1  TYR 117           1HD      TYR 117  16.030  15.701  -5.050
  913    HD2  TYR 117           2HD      TYR 117  17.490  11.999  -3.548
  914    HE1  TYR 117           1HE      TYR 117  18.243  16.192  -6.005
  915    HE2  TYR 117           2HE      TYR 117  19.705  12.476  -4.499
  916    HH   TYR 117           HH       TYR 117  20.960  14.864  -5.138
  917    H    ASN 118           H        ASN 118  17.325  14.850  -1.507
  918    HA   ASN 118           HA       ASN 118  15.617  16.974  -0.396
  919   1HB   ASN 118          2HB       ASN 118  17.358  15.512   1.035
  920   2HB   ASN 118          1HB       ASN 118  18.423  16.817   0.523
  921   1HD2  ASN 118          1HD2      ASN 118  18.188  16.799   3.074
  922   2HD2  ASN 118          2HD2      ASN 118  17.058  17.958   3.675
  923    H    LYS 119           H        LYS 119  16.077  19.129  -0.792
  924    HA   LYS 119           HA       LYS 119  18.215  19.642  -2.739
  925   1HB   LYS 119          2HB       LYS 119  15.814  19.507  -3.658
  926   2HB   LYS 119          1HB       LYS 119  15.569  21.053  -2.855
  927   1HG   LYS 119          2HG       LYS 119  16.222  21.878  -4.838
  928   2HG   LYS 119          1HG       LYS 119  17.840  21.576  -4.200
  929   1HD   LYS 119          2HD       LYS 119  18.245  20.092  -5.808
  930   2HD   LYS 119          1HD       LYS 119  16.798  19.177  -5.386
  931   1HE   LYS 119          2HE       LYS 119  15.603  21.136  -6.687
  932   2HE   LYS 119          1HE       LYS 119  17.186  21.284  -7.449
  933   1HZ   LYS 119          1HZ       LYS 119  15.727  18.712  -7.292
  934   2HZ   LYS 119          2HZ       LYS 119  17.053  19.099  -8.267
  935   3HZ   LYS 119          3HZ       LYS 119  15.542  19.786  -8.586
  936    H    ASP 120           H        ASP 120  19.386  20.320  -0.867
  937    HA   ASP 120           HA       ASP 120  19.037  23.157  -0.360
  938   1HB   ASP 120          2HB       ASP 120  17.874  21.704   1.477
  939   2HB   ASP 120          1HB       ASP 120  19.519  21.384   2.016
  940    H    LEU 121           H        LEU 121  20.897  20.196   0.108
  941    HA   LEU 121           HA       LEU 121  23.304  21.606  -0.658
  942   1HB   LEU 121          2HB       LEU 121  24.587  21.041   1.311
  943   2HB   LEU 121          1HB       LEU 121  23.201  22.015   1.765
  944    HG   LEU 121           HG       LEU 121  22.342  19.352   1.990
  945   1HD1  LEU 121          1HD1      LEU 121  23.953  18.347   3.499
  946   2HD1  LEU 121          2HD1      LEU 121  25.038  19.722   3.287
  947   3HD1  LEU 121          3HD1      LEU 121  24.694  18.652   1.931
  948   1HD2  LEU 121          1HD2      LEU 121  21.718  20.015   4.061
  949   2HD2  LEU 121          2HD2      LEU 121  22.083  21.606   3.394
  950   3HD2  LEU 121          3HD2      LEU 121  23.269  20.781   4.405
  951    H    LEU 122           H        LEU 122  21.808  19.508  -1.856
  952    HA   LEU 122           HA       LEU 122  23.925  17.578  -2.155
  953   1HB   LEU 122          2HB       LEU 122  21.681  17.043  -0.422
  954   2HB   LEU 122          1HB       LEU 122  21.716  15.899  -1.750
  955    HG   LEU 122           HG       LEU 122  24.086  16.448   0.031
  956   1HD1  LEU 122          1HD1      LEU 122  22.756  15.444   1.574
  957   2HD1  LEU 122          2HD1      LEU 122  23.358  14.001   0.758
  958   3HD1  LEU 122          3HD1      LEU 122  21.762  14.636   0.359
  959   1HD2  LEU 122          1HD2      LEU 122  23.553  14.731  -2.305
  960   2HD2  LEU 122          2HD2      LEU 122  24.436  13.982  -0.976
  961   3HD2  LEU 122          3HD2      LEU 122  25.065  15.445  -1.734
  962    HA   PRO 123           HA       PRO 123  21.308  17.978  -5.928
  963   1HB   PRO 123          2HB       PRO 123  22.902  19.467  -7.466
  964   2HB   PRO 123          1HB       PRO 123  21.928  20.198  -6.185
  965   1HG   PRO 123          2HG       PRO 123  24.846  19.678  -6.271
  966   2HG   PRO 123          1HG       PRO 123  23.954  20.943  -5.414
  967   1HD   PRO 123          2HD       PRO 123  24.936  18.481  -4.357
  968   2HD   PRO 123          1HD       PRO 123  23.956  19.701  -3.523
  969    H    ASN 124           H        ASN 124  21.336  16.210  -7.177
  970    HA   ASN 124           HA       ASN 124  23.486  15.505  -8.853
  971   1HB   ASN 124          2HB       ASN 124  24.181  14.725  -6.429
  972   2HB   ASN 124          1HB       ASN 124  23.094  13.384  -6.777
  973   1HD2  ASN 124          1HD2      ASN 124  23.484  12.354  -8.972
  974   2HD2  ASN 124          2HD2      ASN 124  25.134  12.075  -9.398
  975    HA   PRO 125           HA       PRO 125  19.679  13.858 -10.654
  976   1HB   PRO 125          2HB       PRO 125  21.609  12.731 -12.608
  977   2HB   PRO 125          1HB       PRO 125  20.175  13.723 -12.890
  978   1HG   PRO 125          2HG       PRO 125  22.642  14.735 -13.132
  979   2HG   PRO 125          1HG       PRO 125  21.302  15.702 -12.492
  980   1HD   PRO 125          2HD       PRO 125  23.566  14.402 -11.048
  981   2HD   PRO 125          1HD       PRO 125  22.749  15.941 -10.713
  982    HA   PRO 126           HA       PRO 126  20.648   9.746  -8.936
  983   1HB   PRO 126          2HB       PRO 126  18.372   9.348  -7.605
  984   2HB   PRO 126          1HB       PRO 126  19.608  10.456  -6.997
  985   1HG   PRO 126          2HG       PRO 126  17.034  11.059  -8.376
  986   2HG   PRO 126          1HG       PRO 126  17.832  11.930  -7.056
  987   1HD   PRO 126          2HD       PRO 126  17.918  12.623  -9.764
  988   2HD   PRO 126          1HD       PRO 126  19.014  13.221  -8.507
  989    H    LYS 127           H        LYS 127  20.585   8.941 -11.136
  990    HA   LYS 127           HA       LYS 127  17.968   7.966 -12.020
  991   1HB   LYS 127          2HB       LYS 127  20.503   8.661 -13.390
  992   2HB   LYS 127          1HB       LYS 127  19.586   7.322 -14.068
  993   1HG   LYS 127          2HG       LYS 127  18.320   9.976 -13.475
  994   2HG   LYS 127          1HG       LYS 127  19.129   9.635 -15.007
  995   1HD   LYS 127          2HD       LYS 127  17.208   7.590 -14.137
  996   2HD   LYS 127          1HD       LYS 127  16.500   9.163 -14.510
  997   1HE   LYS 127          2HE       LYS 127  18.484   8.245 -16.459
  998   2HE   LYS 127          1HE       LYS 127  17.062   7.210 -16.336
  999   1HZ   LYS 127          1HZ       LYS 127  16.222   9.885 -16.374
 1000   2HZ   LYS 127          2HZ       LYS 127  15.929   8.678 -17.522
 1001   3HZ   LYS 127          3HZ       LYS 127  17.302   9.659 -17.657
 1002    H    THR 128           H        THR 128  21.114   6.883 -10.955
 1003    HA   THR 128           HA       THR 128  20.204   4.094 -11.238
 1004    HB   THR 128           HB       THR 128  22.853   3.800 -10.875
 1005    HG1  THR 128           1HG      THR 128  23.215   5.795 -12.639
 1006   1HG2  THR 128          1HG2      THR 128  21.876   4.505 -13.617
 1007   2HG2  THR 128          2HG2      THR 128  21.375   3.023 -12.805
 1008   3HG2  THR 128          3HG2      THR 128  23.082   3.310 -13.140
 1009    H    TRP 129           H        TRP 129  20.310   2.735  -9.507
 1010    HA   TRP 129           HA       TRP 129  20.177   3.848  -6.916
 1011   1HB   TRP 129          2HB       TRP 129  19.951   1.194  -8.135
 1012   2HB   TRP 129          1HB       TRP 129  20.639   1.154  -6.517
 1013    HD1  TRP 129           HD       TRP 129  17.395   1.204  -8.265
 1014    HE1  TRP 129           1HE      TRP 129  15.471   1.628  -6.607
 1015    HE3  TRP 129           3HE      TRP 129  20.125   2.694  -4.217
 1016    HZ2  TRP 129           2HZ      TRP 129  15.160   2.458  -3.926
 1017    HZ3  TRP 129           3HZ      TRP 129  18.939   3.275  -2.143
 1018    HH2  TRP 129           HH       TRP 129  16.507   3.165  -2.005
 1019    H    GLU 130           H        GLU 130  22.744   2.190  -8.678
 1020    HA   GLU 130           HA       GLU 130  24.536   1.750  -6.586
 1021   1HB   GLU 130          2HB       GLU 130  24.567   1.070  -9.137
 1022   2HB   GLU 130          1HB       GLU 130  25.563   2.512  -9.282
 1023   1HG   GLU 130          2HG       GLU 130  27.179   1.631  -7.758
 1024   2HG   GLU 130          1HG       GLU 130  26.142   0.259  -7.377
 1025    H    GLU 131           H        GLU 131  23.937   4.638  -8.490
 1026    HA   GLU 131           HA       GLU 131  26.213   6.109  -7.751
 1027   1HB   GLU 131          2HB       GLU 131  23.848   6.538  -9.241
 1028   2HB   GLU 131          1HB       GLU 131  23.927   7.829  -8.052
 1029   1HG   GLU 131          2HG       GLU 131  25.390   8.895  -9.311
 1030   2HG   GLU 131          1HG       GLU 131  26.510   7.540  -9.164
 1031    H    ILE 132           H        ILE 132  23.344   5.302  -5.982
 1032    HA   ILE 132           HA       ILE 132  23.344   7.430  -4.121
 1033    HB   ILE 132           HB       ILE 132  22.308   4.645  -3.608
 1034   1HG1  ILE 132          2HG1      ILE 132  21.418   5.438  -5.733
 1035   2HG1  ILE 132          1HG1      ILE 132  20.159   5.434  -4.505
 1036   1HG2  ILE 132          1HG2      ILE 132  20.581   6.182  -2.356
 1037   2HG2  ILE 132          2HG2      ILE 132  21.963   7.279  -2.302
 1038   3HG2  ILE 132          3HG2      ILE 132  22.086   5.666  -1.599
 1039   1HD1  ILE 132          1HD1      ILE 132  21.109   7.966  -4.292
 1040   2HD1  ILE 132          2HD1      ILE 132  19.725   7.481  -5.270
 1041   3HD1  ILE 132          3HD1      ILE 132  21.315   7.651  -6.014
 1042    HA   PRO 133           HA       PRO 133  25.625   4.261  -1.088
 1043   1HB   PRO 133          2HB       PRO 133  27.015   2.726  -3.239
 1044   2HB   PRO 133          1HB       PRO 133  26.441   2.180  -1.659
 1045   1HG   PRO 133          2HG       PRO 133  25.095   1.571  -3.865
 1046   2HG   PRO 133          1HG       PRO 133  24.241   2.004  -2.373
 1047   1HD   PRO 133          2HD       PRO 133  24.670   3.608  -4.837
 1048   2HD   PRO 133          1HD       PRO 133  23.284   3.563  -3.750
 1049    H    ALA 134           H        ALA 134  27.100   5.065  -4.225
 1050    HA   ALA 134           HA       ALA 134  29.682   5.591  -3.211
 1051   1HB   ALA 134          1HB       ALA 134  29.780   7.007  -5.420
 1052   2HB   ALA 134          2HB       ALA 134  28.256   6.186  -5.754
 1053   3HB   ALA 134          3HB       ALA 134  29.719   5.244  -5.474
 1054    H    LEU 135           H        LEU 135  26.783   7.492  -3.385
 1055    HA   LEU 135           HA       LEU 135  27.987  10.044  -3.062
 1056   1HB   LEU 135          2HB       LEU 135  25.388   9.027  -3.429
 1057   2HB   LEU 135          1HB       LEU 135  25.347   9.901  -1.911
 1058    HG   LEU 135           HG       LEU 135  26.703  11.454  -3.942
 1059   1HD1  LEU 135          1HD1      LEU 135  24.596   9.913  -4.974
 1060   2HD1  LEU 135          2HD1      LEU 135  25.399  11.290  -5.728
 1061   3HD1  LEU 135          3HD1      LEU 135  23.952  11.539  -4.750
 1062   1HD2  LEU 135          1HD2      LEU 135  24.543  12.888  -3.294
 1063   2HD2  LEU 135          2HD2      LEU 135  25.957  12.761  -2.246
 1064   3HD2  LEU 135          3HD2      LEU 135  24.541  11.754  -1.945
 1065    H    ASP 136           H        ASP 136  26.836   7.577  -0.825
 1066    HA   ASP 136           HA       ASP 136  26.945   9.110   1.527
 1067   1HB   ASP 136          2HB       ASP 136  25.864   6.880   1.268
 1068   2HB   ASP 136          1HB       ASP 136  27.458   6.146   1.285
 1069    H    LYS 137           H        LYS 137  29.412   7.253  -0.172
 1070    HA   LYS 137           HA       LYS 137  31.382   7.290   1.809
 1071   1HB   LYS 137          2HB       LYS 137  31.204   6.250  -0.709
 1072   2HB   LYS 137          1HB       LYS 137  32.371   7.545  -0.951
 1073   1HG   LYS 137          2HG       LYS 137  32.793   5.788   1.390
 1074   2HG   LYS 137          1HG       LYS 137  33.064   5.083  -0.205
 1075   1HD   LYS 137          2HD       LYS 137  35.110   5.982  -0.096
 1076   2HD   LYS 137          1HD       LYS 137  34.322   7.535  -0.374
 1077   1HE   LYS 137          2HE       LYS 137  35.131   8.199   1.590
 1078   2HE   LYS 137          1HE       LYS 137  34.026   7.061   2.356
 1079   1HZ   LYS 137          1HZ       LYS 137  36.438   6.855   2.975
 1080   2HZ   LYS 137          2HZ       LYS 137  36.717   6.273   1.412
 1081   3HZ   LYS 137          3HZ       LYS 137  35.691   5.425   2.456
 1082    H    GLU 138           H        GLU 138  30.515   9.714  -0.601
 1083    HA   GLU 138           HA       GLU 138  32.805  11.343  -0.134
 1084   1HB   GLU 138          2HB       GLU 138  30.259  11.629  -1.652
 1085   2HB   GLU 138          1HB       GLU 138  31.130  13.100  -1.239
 1086   1HG   GLU 138          2HG       GLU 138  31.944  12.571  -3.336
 1087   2HG   GLU 138          1HG       GLU 138  33.178  11.927  -2.253
 1088    H    LEU 139           H        LEU 139  29.586  11.186   1.248
 1089    HA   LEU 139           HA       LEU 139  29.781  13.681   2.629
 1090   1HB   LEU 139          2HB       LEU 139  27.887  11.366   2.715
 1091   2HB   LEU 139          1HB       LEU 139  27.830  12.586   3.972
 1092    HG   LEU 139           HG       LEU 139  27.597  14.302   2.092
 1093   1HD1  LEU 139          1HD1      LEU 139  26.368  12.311   0.356
 1094   2HD1  LEU 139          2HD1      LEU 139  28.117  12.149   0.486
 1095   3HD1  LEU 139          3HD1      LEU 139  27.417  13.676  -0.038
 1096   1HD2  LEU 139          1HD2      LEU 139  25.126  13.012   1.760
 1097   2HD2  LEU 139          2HD2      LEU 139  25.541  14.281   2.914
 1098   3HD2  LEU 139          3HD2      LEU 139  25.705  12.591   3.366
 1099    H    LYS 140           H        LYS 140  30.485  10.326   3.446
 1100    HA   LYS 140           HA       LYS 140  30.813  10.641   6.220
 1101   1HB   LYS 140          2HB       LYS 140  31.294   8.607   4.266
 1102   2HB   LYS 140          1HB       LYS 140  32.719   8.747   5.287
 1103   1HG   LYS 140          2HG       LYS 140  30.149   8.709   6.713
 1104   2HG   LYS 140          1HG       LYS 140  30.573   7.221   5.866
 1105   1HD   LYS 140          2HD       LYS 140  32.929   7.765   7.046
 1106   2HD   LYS 140          1HD       LYS 140  31.829   8.492   8.220
 1107   1HE   LYS 140          2HE       LYS 140  30.604   6.388   8.387
 1108   2HE   LYS 140          1HE       LYS 140  31.668   5.661   7.186
 1109   1HZ   LYS 140          1HZ       LYS 140  33.313   6.688   9.161
 1110   2HZ   LYS 140          2HZ       LYS 140  32.980   5.059   8.846
 1111   3HZ   LYS 140          3HZ       LYS 140  32.051   5.908   9.976
 1112    H    ALA 141           H        ALA 141  32.994  11.093   3.521
 1113    HA   ALA 141           HA       ALA 141  35.377  11.489   4.926
 1114   1HB   ALA 141          1HB       ALA 141  35.524  13.078   2.623
 1115   2HB   ALA 141          2HB       ALA 141  34.463  11.729   2.216
 1116   3HB   ALA 141          3HB       ALA 141  36.088  11.419   2.829
 1117    H    LYS 142           H        LYS 142  32.621  13.444   4.914
 1118    HA   LYS 142           HA       LYS 142  34.224  15.784   5.703
 1119   1HB   LYS 142          2HB       LYS 142  32.284  15.628   3.744
 1120   2HB   LYS 142          1HB       LYS 142  31.407  16.292   5.117
 1121   1HG   LYS 142          2HG       LYS 142  32.850  18.154   5.258
 1122   2HG   LYS 142          1HG       LYS 142  34.017  17.424   4.156
 1123   1HD   LYS 142          2HD       LYS 142  32.773  19.131   2.991
 1124   2HD   LYS 142          1HD       LYS 142  32.340  17.548   2.344
 1125   1HE   LYS 142          2HE       LYS 142  30.387  19.026   2.656
 1126   2HE   LYS 142          1HE       LYS 142  30.282  17.546   3.602
 1127   1HZ   LYS 142          1HZ       LYS 142  30.024  18.772   5.409
 1128   2HZ   LYS 142          2HZ       LYS 142  30.141  20.191   4.497
 1129   3HZ   LYS 142          3HZ       LYS 142  31.530  19.501   5.165
 1130    H    GLY 143           H        GLY 143  31.019  14.340   6.279
 1131   1HA   GLY 143          2HA       GLY 143  31.172  13.794   8.927
 1132   2HA   GLY 143          1HA       GLY 143  30.879  15.527   8.903
 1133    H    LYS 144           H        LYS 144  29.576  13.082   6.659
 1134    HA   LYS 144           HA       LYS 144  27.001  13.099   7.957
 1135   1HB   LYS 144          2HB       LYS 144  27.328  15.316   6.573
 1136   2HB   LYS 144          1HB       LYS 144  26.912  14.274   5.219
 1137   1HG   LYS 144          2HG       LYS 144  24.762  14.488   5.705
 1138   2HG   LYS 144          1HG       LYS 144  25.046  13.780   7.297
 1139   1HD   LYS 144          2HD       LYS 144  25.890  16.193   7.874
 1140   2HD   LYS 144          1HD       LYS 144  24.887  16.644   6.494
 1141   1HE   LYS 144          2HE       LYS 144  22.941  15.700   7.515
 1142   2HE   LYS 144          1HE       LYS 144  23.902  14.992   8.813
 1143   1HZ   LYS 144          1HZ       LYS 144  23.456  17.881   8.316
 1144   2HZ   LYS 144          2HZ       LYS 144  24.496  17.261   9.496
 1145   3HZ   LYS 144          3HZ       LYS 144  22.833  16.969   9.597
 1146    H    SER 145           H        SER 145  25.298  12.339   6.115
 1147    HA   SER 145           HA       SER 145  26.459  10.237   4.468
 1148   1HB   SER 145          2HB       SER 145  24.072   9.588   6.172
 1149   2HB   SER 145          1HB       SER 145  25.207   8.491   5.385
 1150    HG   SER 145           HG       SER 145  26.730   8.978   6.926
 1151    H    ALA 146           H        ALA 146  24.738   9.323   2.986
 1152    HA   ALA 146           HA       ALA 146  22.817  11.454   2.301
 1153   1HB   ALA 146          1HB       ALA 146  24.901  10.646   0.776
 1154   2HB   ALA 146          2HB       ALA 146  23.419  11.363   0.145
 1155   3HB   ALA 146          3HB       ALA 146  23.614   9.611   0.159
 1156    H    LEU 147           H        LEU 147  23.041   8.318   3.399
 1157    HA   LEU 147           HA       LEU 147  20.276   7.783   2.803
 1158   1HB   LEU 147          2HB       LEU 147  20.810   5.488   2.051
 1159   2HB   LEU 147          1HB       LEU 147  21.425   6.722   0.969
 1160    HG   LEU 147           HG       LEU 147  23.455   6.072   2.893
 1161   1HD1  LEU 147          1HD1      LEU 147  21.910   3.797   1.881
 1162   2HD1  LEU 147          2HD1      LEU 147  23.021   3.901   3.248
 1163   3HD1  LEU 147          3HD1      LEU 147  23.648   3.685   1.613
 1164   1HD2  LEU 147          1HD2      LEU 147  23.432   5.402  -0.033
 1165   2HD2  LEU 147          2HD2      LEU 147  24.802   5.811   0.992
 1166   3HD2  LEU 147          3HD2      LEU 147  23.628   7.053   0.558
 1167    H    MET 148           H        MET 148  19.289   6.263   4.143
 1168    HA   MET 148           HA       MET 148  20.654   4.830   6.178
 1169   1HB   MET 148          2HB       MET 148  19.666   7.544   6.793
 1170   2HB   MET 148          1HB       MET 148  19.178   6.298   7.931
 1171   1HG   MET 148          2HG       MET 148  22.010   6.951   7.146
 1172   2HG   MET 148          1HG       MET 148  21.214   7.423   8.643
 1173   1HE   MET 148          1HE       MET 148  22.636   5.535  10.809
 1174   2HE   MET 148          2HE       MET 148  23.177   6.744   9.644
 1175   3HE   MET 148          3HE       MET 148  23.915   5.143   9.662
 1176    H    PHE 149           H        PHE 149  19.442   3.045   6.091
 1177    HA   PHE 149           HA       PHE 149  16.511   3.332   6.000
 1178   1HB   PHE 149          2HB       PHE 149  16.570   0.944   5.123
 1179   2HB   PHE 149          1HB       PHE 149  17.210   2.174   4.041
 1180    HD1  PHE 149           1HD      PHE 149  17.828  -0.935   5.605
 1181    HD2  PHE 149           2HD      PHE 149  19.775   2.522   4.081
 1182    HE1  PHE 149           1HE      PHE 149  19.933  -2.194   5.451
 1183    HE2  PHE 149           2HE      PHE 149  21.883   1.265   3.920
 1184    HZ   PHE 149           HZ       PHE 149  21.964  -1.094   4.612
 1185    H    ASN 150           H        ASN 150  15.363   1.386   7.049
 1186    HA   ASN 150           HA       ASN 150  15.963   1.338   9.775
 1187   1HB   ASN 150          2HB       ASN 150  14.256  -0.358   7.999
 1188   2HB   ASN 150          1HB       ASN 150  14.429  -0.761   9.702
 1189   1HD2  ASN 150          1HD2      ASN 150  12.956   1.262   7.388
 1190   2HD2  ASN 150          2HD2      ASN 150  12.026   2.229   8.478
 1191    H    LEU 151           H        LEU 151  17.354  -0.385   7.189
 1192    HA   LEU 151           HA       LEU 151  19.180  -1.729   7.110
 1193   1HB   LEU 151          2HB       LEU 151  19.223  -0.865   9.814
 1194   2HB   LEU 151          1HB       LEU 151  19.624  -2.569   9.765
 1195    HG   LEU 151           HG       LEU 151  21.622  -1.137   9.676
 1196   1HD1  LEU 151          1HD1      LEU 151  21.187  -3.382   8.270
 1197   2HD1  LEU 151          2HD1      LEU 151  22.729  -2.524   8.287
 1198   3HD1  LEU 151          3HD1      LEU 151  21.597  -2.278   6.957
 1199   1HD2  LEU 151          1HD2      LEU 151  21.466   0.778   8.546
 1200   2HD2  LEU 151          2HD2      LEU 151  20.074   0.216   7.623
 1201   3HD2  LEU 151          3HD2      LEU 151  21.706  -0.180   7.085
 1202    H    GLN 152           H        GLN 152  16.867  -2.793   9.588
 1203    HA   GLN 152           HA       GLN 152  16.956  -5.430   8.288
 1204   1HB   GLN 152          2HB       GLN 152  17.114  -4.617  11.076
 1205   2HB   GLN 152          1HB       GLN 152  15.841  -5.797  10.804
 1206   1HG   GLN 152          2HG       GLN 152  17.933  -6.865   9.403
 1207   2HG   GLN 152          1HG       GLN 152  18.738  -6.114  10.782
 1208   1HE2  GLN 152          1HE2      GLN 152  16.862  -8.721   9.683
 1209   2HE2  GLN 152          2HE2      GLN 152  16.646  -9.519  11.201
 1210    H    GLU 153           H        GLU 153  15.277  -3.265   7.393
 1211    HA   GLU 153           HA       GLU 153  12.635  -4.360   8.144
 1212   1HB   GLU 153          2HB       GLU 153  13.620  -1.643   7.978
 1213   2HB   GLU 153          1HB       GLU 153  12.177  -1.866   7.013
 1214   1HG   GLU 153          2HG       GLU 153  11.817  -3.107   9.560
 1215   2HG   GLU 153          1HG       GLU 153  12.378  -1.450   9.785
 1216    HA   PRO 154           HA       PRO 154  12.105  -5.269   3.861
 1217   1HB   PRO 154          2HB       PRO 154   9.445  -5.448   3.671
 1218   2HB   PRO 154          1HB       PRO 154  10.364  -6.571   4.677
 1219   1HG   PRO 154          2HG       PRO 154   8.804  -4.149   5.485
 1220   2HG   PRO 154          1HG       PRO 154   8.864  -5.747   6.251
 1221   1HD   PRO 154          2HD       PRO 154  10.312  -3.566   7.102
 1222   2HD   PRO 154          1HD       PRO 154  10.778  -5.251   7.405
 1223    H    TYR 155           H        TYR 155   9.922  -4.503   2.260
 1224    HA   TYR 155           HA       TYR 155   9.176  -2.883   0.868
 1225   1HB   TYR 155          2HB       TYR 155  10.025  -0.918   3.002
 1226   2HB   TYR 155          1HB       TYR 155   8.953  -0.594   1.646
 1227    HD1  TYR 155           1HD      TYR 155   8.804  -0.774   4.947
 1228    HD2  TYR 155           2HD      TYR 155   7.105  -2.812   1.624
 1229    HE1  TYR 155           1HE      TYR 155   6.877  -1.411   6.335
 1230    HE2  TYR 155           2HE      TYR 155   5.171  -3.456   2.999
 1231    HH   TYR 155           HH       TYR 155   4.823  -2.334   6.337
 1232    H    PHE 156           H        PHE 156  12.362  -3.264   1.727
 1233    HA   PHE 156           HA       PHE 156  13.240  -1.394  -0.369
 1234   1HB   PHE 156          2HB       PHE 156  13.885  -0.884   2.063
 1235   2HB   PHE 156          1HB       PHE 156  14.977  -2.259   1.925
 1236    HD1  PHE 156           1HD      PHE 156  14.289   1.153   0.834
 1237    HD2  PHE 156           2HD      PHE 156  16.932  -2.158   0.511
 1238    HE1  PHE 156           1HE      PHE 156  15.976   2.616  -0.182
 1239    HE2  PHE 156           2HE      PHE 156  18.630  -0.702  -0.517
 1240    HZ   PHE 156           HZ       PHE 156  18.153   1.692  -0.863
 1241    H    THR 157           H        THR 157  14.329  -4.254   1.404
 1242    HA   THR 157           HA       THR 157  16.227  -5.181  -0.331
 1243    HB   THR 157           HB       THR 157  15.760  -7.424   0.667
 1244    HG1  THR 157           1HG      THR 157  13.380  -6.873   0.848
 1245   1HG2  THR 157          1HG2      THR 157  17.014  -5.567   1.891
 1246   2HG2  THR 157          2HG2      THR 157  16.385  -6.912   2.845
 1247   3HG2  THR 157          3HG2      THR 157  15.531  -5.370   2.825
 1248    H    TRP 158           H        TRP 158  12.782  -6.102  -0.332
 1249    HA   TRP 158           HA       TRP 158  12.892  -7.754  -2.585
 1250   1HB   TRP 158          2HB       TRP 158  11.015  -7.701  -0.959
 1251   2HB   TRP 158          1HB       TRP 158  10.527  -6.140  -1.611
 1252    HD1  TRP 158           HD       TRP 158   9.849  -6.197  -4.326
 1253    HE1  TRP 158           1HE      TRP 158   8.553  -8.015  -5.602
 1254    HE3  TRP 158           3HE      TRP 158  10.510 -10.086  -1.083
 1255    HZ2  TRP 158           2HZ      TRP 158   7.904 -10.738  -5.282
 1256    HZ3  TRP 158           3HZ      TRP 158   9.523 -12.269  -1.643
 1257    HH2  TRP 158           HH       TRP 158   8.246 -12.585  -3.701
 1258    HA   PRO 159           HA       PRO 159  11.319  -3.858  -5.117
 1259   1HB   PRO 159          2HB       PRO 159  12.284  -1.490  -4.025
 1260   2HB   PRO 159          1HB       PRO 159  10.619  -2.068  -3.910
 1261   1HG   PRO 159          2HG       PRO 159  12.831  -2.238  -1.944
 1262   2HG   PRO 159          1HG       PRO 159  11.106  -1.977  -1.676
 1263   1HD   PRO 159          2HD       PRO 159  12.260  -4.352  -1.198
 1264   2HD   PRO 159          1HD       PRO 159  10.606  -4.231  -1.822
 1265    H    LEU 160           H        LEU 160  14.319  -4.516  -3.628
 1266    HA   LEU 160           HA       LEU 160  15.803  -3.152  -5.760
 1267   1HB   LEU 160          2HB       LEU 160  16.297  -3.694  -2.959
 1268   2HB   LEU 160          1HB       LEU 160  17.617  -4.276  -3.958
 1269    HG   LEU 160           HG       LEU 160  17.411  -1.877  -5.024
 1270   1HD1  LEU 160          1HD1      LEU 160  16.176  -0.396  -3.995
 1271   2HD1  LEU 160          2HD1      LEU 160  16.980  -0.726  -2.462
 1272   3HD1  LEU 160          3HD1      LEU 160  15.569  -1.672  -2.942
 1273   1HD2  LEU 160          1HD2      LEU 160  19.468  -2.487  -4.174
 1274   2HD2  LEU 160          2HD2      LEU 160  18.836  -2.748  -2.548
 1275   3HD2  LEU 160          3HD2      LEU 160  19.035  -1.107  -3.172
 1276    H    ILE 161           H        ILE 161  15.452  -6.285  -4.149
 1277    HA   ILE 161           HA       ILE 161  17.214  -7.596  -6.011
 1278    HB   ILE 161           HB       ILE 161  17.055  -8.335  -3.667
 1279   1HG1  ILE 161          2HG1      ILE 161  16.132 -10.445  -5.625
 1280   2HG1  ILE 161          1HG1      ILE 161  17.791  -9.887  -5.438
 1281   1HG2  ILE 161          1HG2      ILE 161  14.484  -9.715  -4.149
 1282   2HG2  ILE 161          2HG2      ILE 161  14.426  -7.984  -3.811
 1283   3HG2  ILE 161          3HG2      ILE 161  15.177  -9.083  -2.655
 1284   1HD1  ILE 161          1HD1      ILE 161  16.667 -12.016  -4.159
 1285   2HD1  ILE 161          2HD1      ILE 161  16.591 -10.742  -2.940
 1286   3HD1  ILE 161          3HD1      ILE 161  18.135 -11.170  -3.673
 1287    H    ALA 162           H        ALA 162  14.019  -6.600  -6.131
 1288    HA   ALA 162           HA       ALA 162  12.933  -8.799  -7.616
 1289   1HB   ALA 162          1HB       ALA 162  11.547  -7.283  -6.238
 1290   2HB   ALA 162          2HB       ALA 162  10.990  -7.391  -7.908
 1291   3HB   ALA 162          3HB       ALA 162  11.893  -5.977  -7.371
 1292    H    ALA 163           H        ALA 163  13.752  -5.432  -8.520
 1293    HA   ALA 163           HA       ALA 163  14.187  -4.475 -10.549
 1294   1HB   ALA 163          1HB       ALA 163  15.715  -7.055 -10.744
 1295   2HB   ALA 163          2HB       ALA 163  16.303  -5.481 -10.212
 1296   3HB   ALA 163          3HB       ALA 163  15.882  -5.735 -11.902
 1297    H    ASP 164           H        ASP 164  14.659  -5.992 -13.082
 1298    HA   ASP 164           HA       ASP 164  11.855  -6.672 -13.655
 1299   1HB   ASP 164          2HB       ASP 164  13.042  -4.635 -14.788
 1300   2HB   ASP 164          1HB       ASP 164  13.810  -5.866 -15.786
 1301    H    GLY 165           H        GLY 165  14.178  -8.385 -12.722
 1302   1HA   GLY 165          2HA       GLY 165  14.192 -10.281 -14.985
 1303   2HA   GLY 165          1HA       GLY 165  15.488 -10.153 -13.806
 1304    H    GLY 166           H        GLY 166  14.271 -10.192 -11.419
 1305   1HA   GLY 166          2HA       GLY 166  13.545 -12.928 -11.135
 1306   2HA   GLY 166          1HA       GLY 166  13.517 -11.714  -9.866
 1307    H    TYR 167           H        TYR 167  11.656 -13.771 -11.668
 1308    HA   TYR 167           HA       TYR 167   9.252 -12.114 -11.562
 1309   1HB   TYR 167          2HB       TYR 167  10.143 -14.400 -13.140
 1310   2HB   TYR 167          1HB       TYR 167   8.504 -14.602 -12.529
 1311    HD1  TYR 167           1HD      TYR 167  10.387 -13.404 -15.190
 1312    HD2  TYR 167           2HD      TYR 167   6.997 -12.404 -12.828
 1313    HE1  TYR 167           1HE      TYR 167   9.550 -11.978 -17.012
 1314    HE2  TYR 167           2HE      TYR 167   6.147 -10.974 -14.638
 1315    HH   TYR 167           HH       TYR 167   7.906 -10.634 -17.707
 1316    H    ALA 168           H        ALA 168   7.477 -12.586 -10.321
 1317    HA   ALA 168           HA       ALA 168   7.958 -14.373  -8.063
 1318   1HB   ALA 168          1HB       ALA 168   7.148 -12.471  -7.133
 1319   2HB   ALA 168          2HB       ALA 168   5.604 -13.261  -7.455
 1320   3HB   ALA 168          3HB       ALA 168   6.215 -12.036  -8.566
 1321    H    PHE 169           H        PHE 169   5.106 -13.631 -10.077
 1322    HA   PHE 169           HA       PHE 169   4.640 -16.489 -10.429
 1323   1HB   PHE 169          2HB       PHE 169   2.268 -16.277  -9.783
 1324   2HB   PHE 169          1HB       PHE 169   3.352 -15.955  -8.434
 1325    HD1  PHE 169           1HD      PHE 169   3.565 -13.731  -7.517
 1326    HD2  PHE 169           2HD      PHE 169   0.930 -14.528 -10.759
 1327    HE1  PHE 169           1HE      PHE 169   2.451 -11.572  -7.133
 1328    HE2  PHE 169           2HE      PHE 169  -0.192 -12.370 -10.386
 1329    HZ   PHE 169           HZ       PHE 169   0.567 -10.889  -8.570
 1330    H    LYS 170           H        LYS 170   3.339 -17.010 -12.192
 1331    HA   LYS 170           HA       LYS 170   3.199 -14.909 -14.214
 1332   1HB   LYS 170          2HB       LYS 170   3.216 -17.910 -14.323
 1333   2HB   LYS 170          1HB       LYS 170   2.635 -16.978 -15.695
 1334   1HG   LYS 170          2HG       LYS 170   4.791 -17.132 -16.327
 1335   2HG   LYS 170          1HG       LYS 170   4.963 -15.726 -15.276
 1336   1HD   LYS 170          2HD       LYS 170   5.750 -17.066 -13.474
 1337   2HD   LYS 170          1HD       LYS 170   5.331 -18.558 -14.319
 1338   1HE   LYS 170          2HE       LYS 170   7.419 -16.573 -15.223
 1339   2HE   LYS 170          1HE       LYS 170   7.753 -18.071 -14.355
 1340   1HZ   LYS 170          1HZ       LYS 170   7.870 -17.967 -16.949
 1341   2HZ   LYS 170          2HZ       LYS 170   6.203 -18.220 -16.837
 1342   3HZ   LYS 170          3HZ       LYS 170   7.274 -19.342 -16.167
 1343    H    TYR 171           H        TYR 171   1.341 -14.094 -14.941
 1344    HA   TYR 171           HA       TYR 171  -1.146 -15.541 -14.422
 1345   1HB   TYR 171          2HB       TYR 171  -2.240 -13.455 -13.650
 1346   2HB   TYR 171          1HB       TYR 171  -0.964 -13.992 -12.564
 1347    HD1  TYR 171           1HD      TYR 171  -2.212 -11.295 -14.561
 1348    HD2  TYR 171           2HD      TYR 171   1.308 -12.832 -12.728
 1349    HE1  TYR 171           1HE      TYR 171  -1.175  -9.069 -14.700
 1350    HE2  TYR 171           2HE      TYR 171   2.353 -10.610 -12.861
 1351    HH   TYR 171           HH       TYR 171   2.186  -8.548 -13.953
 1352    H    GLU 172           H        GLU 172  -2.353 -15.649 -16.195
 1353    HA   GLU 172           HA       GLU 172  -1.863 -13.678 -18.328
 1354   1HB   GLU 172          2HB       GLU 172  -1.625 -16.405 -18.475
 1355   2HB   GLU 172          1HB       GLU 172  -3.252 -16.151 -19.093
 1356   1HG   GLU 172          2HG       GLU 172  -2.512 -15.253 -21.004
 1357   2HG   GLU 172          1HG       GLU 172  -1.255 -14.319 -20.196
 1358    H    ASN 173           H        ASN 173  -3.410 -12.261 -18.642
 1359    HA   ASN 173           HA       ASN 173  -5.437 -11.263 -18.814
 1360   1HB   ASN 173          2HB       ASN 173  -5.968 -13.991 -19.483
 1361   2HB   ASN 173          1HB       ASN 173  -7.304 -13.391 -18.502
 1362   1HD2  ASN 173          1HD2      ASN 173  -7.382 -14.099 -21.277
 1363   2HD2  ASN 173          2HD2      ASN 173  -7.819 -12.673 -22.151
 1364    H    GLY 174           H        GLY 174  -6.093 -14.013 -16.627
 1365   1HA   GLY 174          2HA       GLY 174  -6.056 -12.440 -14.273
 1366   2HA   GLY 174          1HA       GLY 174  -7.710 -12.602 -14.848
 1367    H    LYS 175           H        LYS 175  -5.221 -15.064 -15.193
 1368    HA   LYS 175           HA       LYS 175  -6.381 -16.620 -13.016
 1369   1HB   LYS 175          2HB       LYS 175  -6.817 -17.138 -15.852
 1370   2HB   LYS 175          1HB       LYS 175  -6.128 -18.520 -15.013
 1371   1HG   LYS 175          2HG       LYS 175  -7.948 -18.664 -13.536
 1372   2HG   LYS 175          1HG       LYS 175  -8.541 -17.066 -13.991
 1373   1HD   LYS 175          2HD       LYS 175  -9.358 -17.808 -16.031
 1374   2HD   LYS 175          1HD       LYS 175  -8.315 -19.231 -16.044
 1375   1HE   LYS 175          2HE       LYS 175 -10.083 -19.246 -13.758
 1376   2HE   LYS 175          1HE       LYS 175 -10.990 -19.110 -15.265
 1377   1HZ   LYS 175          1HZ       LYS 175  -9.940 -21.082 -16.087
 1378   2HZ   LYS 175          2HZ       LYS 175 -10.587 -21.422 -14.562
 1379   3HZ   LYS 175          3HZ       LYS 175  -8.923 -21.174 -14.737
 1380    H    TYR 176           H        TYR 176  -4.843 -17.628 -11.895
 1381    HA   TYR 176           HA       TYR 176  -2.142 -17.734 -12.999
 1382   1HB   TYR 176          2HB       TYR 176  -1.487 -18.334 -10.658
 1383   2HB   TYR 176          1HB       TYR 176  -2.291 -16.774 -10.791
 1384    HD1  TYR 176           1HD      TYR 176  -2.491 -20.154  -9.454
 1385    HD2  TYR 176           2HD      TYR 176  -4.592 -16.490  -9.961
 1386    HE1  TYR 176           1HE      TYR 176  -4.113 -20.856  -7.746
 1387    HE2  TYR 176           2HE      TYR 176  -6.221 -17.180  -8.253
 1388    HH   TYR 176           HH       TYR 176  -7.057 -19.182  -7.208
 1389    H    ASP 177           H        ASP 177  -0.841 -19.743 -12.374
 1390    HA   ASP 177           HA       ASP 177  -2.376 -22.061 -13.250
 1391   1HB   ASP 177          2HB       ASP 177   0.329 -21.161 -13.606
 1392   2HB   ASP 177          1HB       ASP 177   0.335 -22.777 -12.917
 1393    H    ILE 178           H        ILE 178   0.443 -22.074 -11.094
 1394    HA   ILE 178           HA       ILE 178  -0.803 -22.596  -8.680
 1395    HB   ILE 178           HB       ILE 178  -1.785 -24.565  -9.780
 1396   1HG1  ILE 178          2HG1      ILE 178  -0.958 -26.291  -8.144
 1397   2HG1  ILE 178          1HG1      ILE 178   0.277 -25.137  -7.648
 1398   1HG2  ILE 178          1HG2      ILE 178   1.021 -25.612 -10.052
 1399   2HG2  ILE 178          2HG2      ILE 178   0.098 -24.903 -11.377
 1400   3HG2  ILE 178          3HG2      ILE 178  -0.471 -26.378 -10.595
 1401   1HD1  ILE 178          1HD1      ILE 178  -1.519 -25.042  -6.091
 1402   2HD1  ILE 178          2HD1      ILE 178  -2.703 -24.847  -7.382
 1403   3HD1  ILE 178          3HD1      ILE 178  -1.547 -23.559  -7.041
 1404    H    LYS 179           H        LYS 179   1.842 -23.857 -10.714
 1405    HA   LYS 179           HA       LYS 179   3.673 -23.509  -8.437
 1406   1HB   LYS 179          2HB       LYS 179   3.296 -25.656 -10.255
 1407   2HB   LYS 179          1HB       LYS 179   4.877 -24.960 -10.589
 1408   1HG   LYS 179          2HG       LYS 179   5.358 -26.559  -9.009
 1409   2HG   LYS 179          1HG       LYS 179   5.213 -25.098  -8.043
 1410   1HD   LYS 179          2HD       LYS 179   3.523 -25.959  -6.866
 1411   2HD   LYS 179          1HD       LYS 179   2.646 -26.382  -8.336
 1412   1HE   LYS 179          2HE       LYS 179   4.904 -28.025  -7.205
 1413   2HE   LYS 179          1HE       LYS 179   3.206 -28.309  -6.825
 1414   1HZ   LYS 179          1HZ       LYS 179   2.747 -28.960  -8.984
 1415   2HZ   LYS 179          2HZ       LYS 179   4.274 -29.640  -8.716
 1416   3HZ   LYS 179          3HZ       LYS 179   4.128 -28.221  -9.625
 1417    H    ASP 180           H        ASP 180   2.786 -21.365 -10.222
 1418    HA   ASP 180           HA       ASP 180   4.981 -20.804 -11.994
 1419   1HB   ASP 180          2HB       ASP 180   2.718 -19.035 -11.057
 1420   2HB   ASP 180          1HB       ASP 180   3.857 -18.640 -12.339
 1421    H    VAL 181           H        VAL 181   6.908 -20.399 -11.093
 1422    HA   VAL 181           HA       VAL 181   7.118 -18.139  -9.268
 1423    HB   VAL 181           HB       VAL 181   6.950 -20.058  -7.770
 1424   1HG1  VAL 181          1HG1      VAL 181   8.804 -21.227  -9.694
 1425   2HG1  VAL 181          2HG1      VAL 181   7.693 -22.005  -8.567
 1426   3HG1  VAL 181          3HG1      VAL 181   9.282 -21.478  -8.015
 1427   1HG2  VAL 181          1HG2      VAL 181   8.590 -19.363  -6.359
 1428   2HG2  VAL 181          2HG2      VAL 181   8.698 -18.065  -7.549
 1429   3HG2  VAL 181          3HG2      VAL 181   9.839 -19.411  -7.604
 1430    H    GLY 182           H        GLY 182   9.030 -17.011  -9.448
 1431   1HA   GLY 182          2HA       GLY 182  11.073 -18.156 -11.241
 1432   2HA   GLY 182          1HA       GLY 182  10.441 -16.543 -11.535
 1433    H    VAL 183           H        VAL 183  11.609 -18.321  -8.674
 1434    HA   VAL 183           HA       VAL 183  13.292 -15.979  -8.048
 1435    HB   VAL 183           HB       VAL 183  12.408 -18.077  -6.083
 1436   1HG1  VAL 183          1HG1      VAL 183  13.682 -16.989  -4.609
 1437   2HG1  VAL 183          2HG1      VAL 183  12.967 -15.442  -5.041
 1438   3HG1  VAL 183          3HG1      VAL 183  14.338 -16.071  -5.955
 1439   1HG2  VAL 183          1HG2      VAL 183  10.474 -17.016  -5.628
 1440   2HG2  VAL 183          2HG2      VAL 183  10.627 -16.433  -7.285
 1441   3HG2  VAL 183          3HG2      VAL 183  11.150 -15.419  -5.939
 1442    H    ASP 184           H        ASP 184  13.189 -19.452  -8.429
 1443    HA   ASP 184           HA       ASP 184  15.932 -19.791  -7.573
 1444   1HB   ASP 184          2HB       ASP 184  13.765 -21.474  -7.653
 1445   2HB   ASP 184          1HB       ASP 184  14.699 -22.008  -9.048
 1446    H    ASN 185           H        ASN 185  15.422 -17.999  -9.824
 1447    HA   ASN 185           HA       ASN 185  16.850 -19.439 -11.954
 1448   1HB   ASN 185          2HB       ASN 185  15.954 -17.595 -13.453
 1449   2HB   ASN 185          1HB       ASN 185  14.756 -18.728 -12.835
 1450   1HD2  ASN 185          1HD2      ASN 185  13.461 -16.786 -13.581
 1451   2HD2  ASN 185          2HD2      ASN 185  13.112 -15.588 -12.388
 1452    H    ALA 186           H        ALA 186  17.983 -17.574 -13.399
 1453    HA   ALA 186           HA       ALA 186  20.123 -16.656 -11.798
 1454   1HB   ALA 186          1HB       ALA 186  20.886 -17.034 -13.887
 1455   2HB   ALA 186          2HB       ALA 186  20.533 -15.316 -14.072
 1456   3HB   ALA 186          3HB       ALA 186  19.384 -16.522 -14.653
 1457    H    GLY 187           H        GLY 187  17.110 -15.199 -12.696
 1458   1HA   GLY 187          2HA       GLY 187  17.844 -12.483 -12.504
 1459   2HA   GLY 187          1HA       GLY 187  16.225 -13.120 -12.252
 1460    H    ALA 188           H        ALA 188  16.428 -14.644 -10.053
 1461    HA   ALA 188           HA       ALA 188  16.696 -12.686  -7.971
 1462   1HB   ALA 188          1HB       ALA 188  15.053 -13.985  -7.207
 1463   2HB   ALA 188          2HB       ALA 188  16.310 -15.127  -6.727
 1464   3HB   ALA 188          3HB       ALA 188  15.497 -15.308  -8.282
 1465    H    LYS 189           H        LYS 189  18.665 -15.224  -9.276
 1466    HA   LYS 189           HA       LYS 189  20.322 -15.724  -7.062
 1467   1HB   LYS 189          2HB       LYS 189  20.149 -16.612  -9.710
 1468   2HB   LYS 189          1HB       LYS 189  21.750 -15.897  -9.581
 1469   1HG   LYS 189          2HG       LYS 189  22.466 -17.443  -8.036
 1470   2HG   LYS 189          1HG       LYS 189  20.831 -17.797  -7.477
 1471   1HD   LYS 189          2HD       LYS 189  20.944 -19.629  -8.750
 1472   2HD   LYS 189          1HD       LYS 189  20.773 -18.547 -10.132
 1473   1HE   LYS 189          2HE       LYS 189  23.493 -18.927  -9.009
 1474   2HE   LYS 189          1HE       LYS 189  22.787 -20.269  -9.907
 1475   1HZ   LYS 189          1HZ       LYS 189  22.858 -19.132 -11.848
 1476   2HZ   LYS 189          2HZ       LYS 189  24.150 -18.355 -11.081
 1477   3HZ   LYS 189          3HZ       LYS 189  22.628 -17.619 -11.122
 1478    H    ALA 190           H        ALA 190  20.723 -13.461  -9.788
 1479    HA   ALA 190           HA       ALA 190  23.182 -12.385  -8.915
 1480   1HB   ALA 190          1HB       ALA 190  21.641 -10.446 -10.369
 1481   2HB   ALA 190          2HB       ALA 190  21.460 -12.039 -11.102
 1482   3HB   ALA 190          3HB       ALA 190  23.068 -11.350 -10.877
 1483    H    GLY 191           H        GLY 191  19.839 -11.486  -8.317
 1484   1HA   GLY 191          2HA       GLY 191  20.291  -9.031  -7.046
 1485   2HA   GLY 191          1HA       GLY 191  18.883 -10.051  -6.821
 1486    H    LEU 192           H        LEU 192  20.225 -12.313  -5.738
 1487    HA   LEU 192           HA       LEU 192  20.318 -11.566  -3.006
 1488   1HB   LEU 192          2HB       LEU 192  20.124 -13.942  -4.474
 1489   2HB   LEU 192          1HB       LEU 192  21.602 -14.104  -3.546
 1490    HG   LEU 192           HG       LEU 192  19.788 -15.083  -2.305
 1491   1HD1  LEU 192          1HD1      LEU 192  19.964 -13.888  -0.232
 1492   2HD1  LEU 192          2HD1      LEU 192  20.439 -12.413  -1.075
 1493   3HD1  LEU 192          3HD1      LEU 192  21.519 -13.807  -1.063
 1494   1HD2  LEU 192          1HD2      LEU 192  18.108 -13.050  -1.545
 1495   2HD2  LEU 192          2HD2      LEU 192  17.755 -14.286  -2.753
 1496   3HD2  LEU 192          3HD2      LEU 192  18.388 -12.728  -3.250
 1497    H    THR 193           H        THR 193  22.779 -12.137  -5.436
 1498    HA   THR 193           HA       THR 193  24.979 -12.196  -3.622
 1499    HB   THR 193           HB       THR 193  25.402 -11.416  -6.456
 1500    HG1  THR 193           1HG      THR 193  24.631 -14.054  -5.795
 1501   1HG2  THR 193          1HG2      THR 193  27.422 -12.157  -5.967
 1502   2HG2  THR 193          2HG2      THR 193  26.750 -13.778  -5.798
 1503   3HG2  THR 193          3HG2      THR 193  26.878 -12.727  -4.388
 1504    H    PHE 194           H        PHE 194  23.335  -9.679  -5.405
 1505    HA   PHE 194           HA       PHE 194  25.326  -7.682  -5.113
 1506   1HB   PHE 194          2HB       PHE 194  22.877  -7.901  -6.423
 1507   2HB   PHE 194          1HB       PHE 194  22.619  -6.630  -5.232
 1508    HD1  PHE 194           1HD      PHE 194  24.782  -4.972  -5.093
 1509    HD2  PHE 194           2HD      PHE 194  23.501  -7.189  -8.494
 1510    HE1  PHE 194           1HE      PHE 194  25.918  -3.360  -6.571
 1511    HE2  PHE 194           2HE      PHE 194  24.633  -5.585  -9.974
 1512    HZ   PHE 194           HZ       PHE 194  25.844  -3.666  -9.012
 1513    H    LEU 195           H        LEU 195  22.192  -8.020  -3.444
 1514    HA   LEU 195           HA       LEU 195  22.479  -6.013  -1.602
 1515   1HB   LEU 195          2HB       LEU 195  20.673  -8.047  -2.073
 1516   2HB   LEU 195          1HB       LEU 195  21.221  -8.366  -0.437
 1517    HG   LEU 195           HG       LEU 195  20.550  -5.554  -0.926
 1518   1HD1  LEU 195          1HD1      LEU 195  18.041  -6.228  -0.650
 1519   2HD1  LEU 195          2HD1      LEU 195  18.559  -7.710  -1.455
 1520   3HD1  LEU 195          3HD1      LEU 195  18.773  -6.150  -2.251
 1521   1HD2  LEU 195          1HD2      LEU 195  19.028  -6.744   1.142
 1522   2HD2  LEU 195          2HD2      LEU 195  20.423  -5.674   1.283
 1523   3HD2  LEU 195          3HD2      LEU 195  20.654  -7.421   1.219
 1524    H    VAL 196           H        VAL 196  23.834  -9.260  -1.437
 1525    HA   VAL 196           HA       VAL 196  24.710  -9.032   1.275
 1526    HB   VAL 196           HB       VAL 196  25.788 -10.895  -0.845
 1527   1HG1  VAL 196          1HG1      VAL 196  26.126 -10.646   2.082
 1528   2HG1  VAL 196          2HG1      VAL 196  27.236 -11.255   0.855
 1529   3HG1  VAL 196          3HG1      VAL 196  25.925 -12.278   1.445
 1530   1HG2  VAL 196          1HG2      VAL 196  23.187 -10.792  -0.193
 1531   2HG2  VAL 196          2HG2      VAL 196  23.772 -11.854   1.088
 1532   3HG2  VAL 196          3HG2      VAL 196  24.026 -12.288  -0.602
 1533    H    ASP 197           H        ASP 197  26.347  -8.778  -1.865
 1534    HA   ASP 197           HA       ASP 197  28.879  -8.137  -0.741
 1535   1HB   ASP 197          2HB       ASP 197  28.274  -9.112  -3.082
 1536   2HB   ASP 197          1HB       ASP 197  28.098  -7.423  -3.545
 1537    H    LEU 198           H        LEU 198  26.105  -6.265  -1.662
 1538    HA   LEU 198           HA       LEU 198  27.511  -3.759  -1.752
 1539   1HB   LEU 198          2HB       LEU 198  25.159  -4.614  -2.776
 1540   2HB   LEU 198          1HB       LEU 198  24.582  -3.777  -1.350
 1541    HG   LEU 198           HG       LEU 198  26.274  -2.561  -3.538
 1542   1HD1  LEU 198          1HD1      LEU 198  23.346  -2.326  -2.882
 1543   2HD1  LEU 198          2HD1      LEU 198  24.073  -2.947  -4.363
 1544   3HD1  LEU 198          3HD1      LEU 198  24.205  -1.233  -3.968
 1545   1HD2  LEU 198          1HD2      LEU 198  26.155  -1.760  -0.927
 1546   2HD2  LEU 198          2HD2      LEU 198  24.885  -0.798  -1.667
 1547   3HD2  LEU 198          3HD2      LEU 198  26.533  -0.722  -2.292
 1548    H    ILE 199           H        ILE 199  25.501  -5.473   0.600
 1549    HA   ILE 199           HA       ILE 199  25.346  -3.334   2.450
 1550    HB   ILE 199           HB       ILE 199  23.765  -5.211   2.447
 1551   1HG1  ILE 199          2HG1      ILE 199  24.749  -5.605   5.144
 1552   2HG1  ILE 199          1HG1      ILE 199  24.869  -3.912   4.668
 1553   1HG2  ILE 199          1HG2      ILE 199  26.006  -6.841   3.619
 1554   2HG2  ILE 199          2HG2      ILE 199  25.410  -6.977   1.965
 1555   3HG2  ILE 199          3HG2      ILE 199  24.347  -7.369   3.313
 1556   1HD1  ILE 199          1HD1      ILE 199  22.339  -4.815   3.827
 1557   2HD1  ILE 199          2HD1      ILE 199  22.720  -3.677   5.118
 1558   3HD1  ILE 199          3HD1      ILE 199  22.576  -5.397   5.475
 1559    H    LYS 200           H        LYS 200  27.569  -6.068   2.143
 1560    HA   LYS 200           HA       LYS 200  28.972  -5.480   4.566
 1561   1HB   LYS 200          2HB       LYS 200  30.632  -7.134   3.708
 1562   2HB   LYS 200          1HB       LYS 200  28.985  -7.741   3.775
 1563   1HG   LYS 200          2HG       LYS 200  28.864  -8.023   1.558
 1564   2HG   LYS 200          1HG       LYS 200  29.744  -6.537   1.209
 1565   1HD   LYS 200          2HD       LYS 200  31.731  -7.598   1.108
 1566   2HD   LYS 200          1HD       LYS 200  31.329  -8.694   2.432
 1567   1HE   LYS 200          2HE       LYS 200  30.032  -8.975  -0.254
 1568   2HE   LYS 200          1HE       LYS 200  31.620  -9.664   0.052
 1569   1HZ   LYS 200          1HZ       LYS 200  30.710 -10.995   1.804
 1570   2HZ   LYS 200          2HZ       LYS 200  29.779 -11.235   0.413
 1571   3HZ   LYS 200          3HZ       LYS 200  29.194 -10.255   1.661
 1572    H    ASN 201           H        ASN 201  28.985  -3.991   1.546
 1573    HA   ASN 201           HA       ASN 201  31.786  -3.187   1.707
 1574   1HB   ASN 201          2HB       ASN 201  29.894  -3.510  -0.413
 1575   2HB   ASN 201          1HB       ASN 201  30.471  -1.846  -0.420
 1576   1HD2  ASN 201          1HD2      ASN 201  32.797  -1.521  -0.445
 1577   2HD2  ASN 201          2HD2      ASN 201  33.794  -2.670  -1.263
 1578    H    LYS 202           H        LYS 202  29.072  -2.183   3.183
 1579    HA   LYS 202           HA       LYS 202  29.824   0.660   3.025
 1580   1HB   LYS 202          2HB       LYS 202  27.397  -0.350   2.448
 1581   2HB   LYS 202          1HB       LYS 202  27.200  -0.085   4.175
 1582   1HG   LYS 202          2HG       LYS 202  28.207   2.065   2.345
 1583   2HG   LYS 202          1HG       LYS 202  26.485   1.787   2.611
 1584   1HD   LYS 202          2HD       LYS 202  27.954   1.883   5.109
 1585   2HD   LYS 202          1HD       LYS 202  28.183   3.355   4.163
 1586   1HE   LYS 202          2HE       LYS 202  25.567   3.155   3.870
 1587   2HE   LYS 202          1HE       LYS 202  25.706   2.222   5.359
 1588   1HZ   LYS 202          1HZ       LYS 202  27.234   4.512   5.704
 1589   2HZ   LYS 202          2HZ       LYS 202  25.768   4.129   6.455
 1590   3HZ   LYS 202          3HZ       LYS 202  25.774   5.021   5.017
 1591    H    HIS 203           H        HIS 203  28.060  -1.363   5.372
 1592    HA   HIS 203           HA       HIS 203  29.847  -0.313   7.466
 1593   1HB   HIS 203          2HB       HIS 203  26.998  -0.158   7.249
 1594   2HB   HIS 203          1HB       HIS 203  27.406  -1.161   8.638
 1595    HD1  HIS 203           1HD      HIS 203  26.133   1.710   8.822
 1596    HD2  HIS 203           2HD      HIS 203  30.161   0.805   9.288
 1597    HE1  HIS 203           1HE      HIS 203  27.091   3.593  10.188
 1598    HE2  HIS 203           2HE      HIS 203  29.512   2.982  10.523
 1599    H    MET 204           H        MET 204  28.509  -3.093   5.970
 1600    HA   MET 204           HA       MET 204  28.512  -5.317   6.460
 1601   1HB   MET 204          2HB       MET 204  30.692  -6.216   6.987
 1602   2HB   MET 204          1HB       MET 204  30.864  -4.880   5.861
 1603   1HG   MET 204          2HG       MET 204  31.112  -3.734   8.385
 1604   2HG   MET 204          1HG       MET 204  32.002  -5.245   8.480
 1605   1HE   MET 204          1HE       MET 204  34.573  -4.284   8.616
 1606   2HE   MET 204          2HE       MET 204  33.533  -2.950   9.111
 1607   3HE   MET 204          3HE       MET 204  34.846  -2.666   7.968
 1608    H    ASN 205           H        ASN 205  27.423  -3.583   8.580
 1609    HA   ASN 205           HA       ASN 205  27.329  -5.600  10.649
 1610   1HB   ASN 205          2HB       ASN 205  28.974  -3.263  10.952
 1611   2HB   ASN 205          1HB       ASN 205  27.633  -3.177  12.091
 1612   1HD2  ASN 205          1HD2      ASN 205  30.684  -3.968  11.993
 1613   2HD2  ASN 205          2HD2      ASN 205  30.735  -5.324  13.063
 1614    H    ALA 206           H        ALA 206  25.181  -5.887  10.439
 1615    HA   ALA 206           HA       ALA 206  23.403  -3.631  10.136
 1616   1HB   ALA 206          1HB       ALA 206  22.337  -5.167   8.943
 1617   2HB   ALA 206          2HB       ALA 206  21.840  -5.897  10.471
 1618   3HB   ALA 206          3HB       ALA 206  23.288  -6.471   9.646
 1619    H    ASP 207           H        ASP 207  23.762  -2.596  12.175
 1620    HA   ASP 207           HA       ASP 207  22.272  -3.873  14.371
 1621   1HB   ASP 207          2HB       ASP 207  24.748  -2.150  14.579
 1622   2HB   ASP 207          1HB       ASP 207  23.792  -2.695  15.952
 1623    H    THR 208           H        THR 208  21.827  -1.660  12.165
 1624    HA   THR 208           HA       THR 208  21.350   0.737  13.597
 1625    HB   THR 208           HB       THR 208  20.067  -0.182  11.030
 1626    HG1  THR 208           1HG      THR 208  22.322   1.486  11.178
 1627   1HG2  THR 208          1HG2      THR 208  19.313   1.885  10.649
 1628   2HG2  THR 208          2HG2      THR 208  20.708   2.649  11.409
 1629   3HG2  THR 208          3HG2      THR 208  19.391   2.029  12.405
 1630    H    ASP 209           H        ASP 209  19.678   1.368  14.806
 1631    HA   ASP 209           HA       ASP 209  17.434  -0.482  15.141
 1632   1HB   ASP 209          2HB       ASP 209  18.977   1.214  16.892
 1633   2HB   ASP 209          1HB       ASP 209  17.266   1.585  17.045
 1634    H    TYR 210           H        TYR 210  15.587   1.271  16.228
 1635    HA   TYR 210           HA       TYR 210  14.491   2.452  13.847
 1636   1HB   TYR 210          2HB       TYR 210  13.396   1.349  16.133
 1637   2HB   TYR 210          1HB       TYR 210  13.134   3.074  16.371
 1638    HD1  TYR 210           1HD      TYR 210  11.035   3.766  15.756
 1639    HD2  TYR 210           2HD      TYR 210  12.915   0.702  13.485
 1640    HE1  TYR 210           1HE      TYR 210   9.072   3.669  14.280
 1641    HE2  TYR 210           2HE      TYR 210  10.961   0.597  11.998
 1642    HH   TYR 210           HH       TYR 210   8.940   1.418  11.536
 1643    H    SER 211           H        SER 211  15.713   3.566  16.965
 1644    HA   SER 211           HA       SER 211  15.306   6.344  16.342
 1645   1HB   SER 211          2HB       SER 211  17.080   5.367  18.564
 1646   2HB   SER 211          1HB       SER 211  16.046   6.796  18.514
 1647    HG   SER 211           HG       SER 211  14.682   5.571  19.535
 1648    H    ILE 212           H        ILE 212  17.818   4.019  15.932
 1649    HA   ILE 212           HA       ILE 212  20.004   5.845  15.723
 1650    HB   ILE 212           HB       ILE 212  19.782   3.111  14.463
 1651   1HG1  ILE 212          2HG1      ILE 212  19.255   2.999  16.856
 1652   2HG1  ILE 212          1HG1      ILE 212  20.808   2.244  16.516
 1653   1HG2  ILE 212          1HG2      ILE 212  22.363   3.398  15.209
 1654   2HG2  ILE 212          2HG2      ILE 212  21.951   5.060  14.790
 1655   3HG2  ILE 212          3HG2      ILE 212  21.745   3.774  13.600
 1656   1HD1  ILE 212          1HD1      ILE 212  21.816   4.509  17.189
 1657   2HD1  ILE 212          2HD1      ILE 212  21.183   3.457  18.455
 1658   3HD1  ILE 212          3HD1      ILE 212  20.231   4.832  17.896
 1659    H    ALA 213           H        ALA 213  18.199   4.008  13.275
 1660    HA   ALA 213           HA       ALA 213  19.254   5.431  11.062
 1661   1HB   ALA 213          1HB       ALA 213  18.274   3.780   9.928
 1662   2HB   ALA 213          2HB       ALA 213  16.679   4.285  10.484
 1663   3HB   ALA 213          3HB       ALA 213  17.637   3.164  11.452
 1664    H    GLU 214           H        GLU 214  16.556   5.906  13.214
 1665    HA   GLU 214           HA       GLU 214  14.949   7.612  11.714
 1666   1HB   GLU 214          2HB       GLU 214  14.594   6.605  14.074
 1667   2HB   GLU 214          1HB       GLU 214  15.387   8.057  14.649
 1668   1HG   GLU 214          2HG       GLU 214  13.669   9.427  13.923
 1669   2HG   GLU 214          1HG       GLU 214  13.050   8.220  12.796
 1670    H    ALA 215           H        ALA 215  18.042   8.213  13.116
 1671    HA   ALA 215           HA       ALA 215  17.980  10.948  13.535
 1672   1HB   ALA 215          1HB       ALA 215  19.835   9.389  14.126
 1673   2HB   ALA 215          2HB       ALA 215  20.363  10.905  13.395
 1674   3HB   ALA 215          3HB       ALA 215  20.334   9.425  12.436
 1675    H    ALA 216           H        ALA 216  19.045   9.285  10.557
 1676    HA   ALA 216           HA       ALA 216  19.082  11.769   9.084
 1677   1HB   ALA 216          1HB       ALA 216  20.766  10.380   8.349
 1678   2HB   ALA 216          2HB       ALA 216  19.516  10.066   7.145
 1679   3HB   ALA 216          3HB       ALA 216  19.773   8.931   8.471
 1680    H    PHE 217           H        PHE 217  16.961   9.064   9.503
 1681    HA   PHE 217           HA       PHE 217  15.352   9.397   7.229
 1682   1HB   PHE 217          2HB       PHE 217  15.474   7.379   8.775
 1683   2HB   PHE 217          1HB       PHE 217  14.434   8.276   9.874
 1684    HD1  PHE 217           1HD      PHE 217  14.407   5.771   7.587
 1685    HD2  PHE 217           2HD      PHE 217  12.318   9.375   8.454
 1686    HE1  PHE 217           1HE      PHE 217  12.428   4.905   6.410
 1687    HE2  PHE 217           2HE      PHE 217  10.338   8.521   7.277
 1688    HZ   PHE 217           HZ       PHE 217  10.389   6.282   6.257
 1689    H    ASN 218           H        ASN 218  14.613  10.207  10.604
 1690    HA   ASN 218           HA       ASN 218  12.264  11.632  10.083
 1691   1HB   ASN 218          2HB       ASN 218  13.685  10.820  12.326
 1692   2HB   ASN 218          1HB       ASN 218  13.704  12.576  12.436
 1693   1HD2  ASN 218          1HD2      ASN 218  11.425  13.498  11.755
 1694   2HD2  ASN 218          2HD2      ASN 218  10.097  12.772  12.588
 1695    H    LYS 219           H        LYS 219  15.597  12.758  10.519
 1696    HA   LYS 219           HA       LYS 219  14.866  15.510  10.068
 1697   1HB   LYS 219          2HB       LYS 219  16.791  14.584  11.537
 1698   2HB   LYS 219          1HB       LYS 219  17.678  14.437  10.027
 1699   1HG   LYS 219          2HG       LYS 219  18.347  16.519  10.424
 1700   2HG   LYS 219          1HG       LYS 219  16.735  17.008   9.907
 1701   1HD   LYS 219          2HD       LYS 219  17.345  16.287  12.761
 1702   2HD   LYS 219          1HD       LYS 219  17.614  17.915  12.132
 1703   1HE   LYS 219          2HE       LYS 219  15.051  17.226  11.282
 1704   2HE   LYS 219          1HE       LYS 219  15.156  16.636  12.940
 1705   1HZ   LYS 219          1HZ       LYS 219  15.964  19.384  12.191
 1706   2HZ   LYS 219          2HZ       LYS 219  15.640  18.775  13.735
 1707   3HZ   LYS 219          3HZ       LYS 219  14.376  19.000  12.634
 1708    H    GLY 220           H        GLY 220  15.420  12.856   8.093
 1709   1HA   GLY 220          2HA       GLY 220  15.982  12.585   5.879
 1710   2HA   GLY 220          1HA       GLY 220  14.871  13.930   5.711
 1711    H    GLU 221           H        GLU 221  18.056  14.129   7.236
 1712    HA   GLU 221           HA       GLU 221  18.740  16.180   5.288
 1713   1HB   GLU 221          2HB       GLU 221  20.317  15.223   7.681
 1714   2HB   GLU 221          1HB       GLU 221  20.631  16.675   6.739
 1715   1HG   GLU 221          2HG       GLU 221  17.935  16.501   7.847
 1716   2HG   GLU 221          1HG       GLU 221  19.219  16.575   9.044
 1717    H    THR 222           H        THR 222  18.612  13.476   4.260
 1718    HA   THR 222           HA       THR 222  21.198  13.426   3.040
 1719    HB   THR 222           HB       THR 222  21.880  11.269   3.692
 1720    HG1  THR 222           1HG      THR 222  19.230  10.896   4.289
 1721   1HG2  THR 222          1HG2      THR 222  22.020  11.183   6.084
 1722   2HG2  THR 222          2HG2      THR 222  20.758  12.407   6.225
 1723   3HG2  THR 222          3HG2      THR 222  22.314  12.822   5.504
 1724    H    ALA 223           H        ALA 223  21.127  12.277   1.083
 1725    HA   ALA 223           HA       ALA 223  18.553  12.369   0.001
 1726   1HB   ALA 223          1HB       ALA 223  19.986  12.893  -1.633
 1727   2HB   ALA 223          2HB       ALA 223  19.955  11.162  -1.965
 1728   3HB   ALA 223          3HB       ALA 223  21.259  11.852  -0.999
 1729    H    MET 224           H        MET 224  18.502  10.385   2.095
 1730    HA   MET 224           HA       MET 224  17.229   8.409   0.398
 1731   1HB   MET 224          2HB       MET 224  19.886   7.910   0.978
 1732   2HB   MET 224          1HB       MET 224  18.988   6.851   2.055
 1733   1HG   MET 224          2HG       MET 224  17.980   6.893  -0.677
 1734   2HG   MET 224          1HG       MET 224  19.637   6.308  -0.530
 1735   1HE   MET 224          1HE       MET 224  16.812   5.578   2.432
 1736   2HE   MET 224          2HE       MET 224  15.876   4.526   1.371
 1737   3HE   MET 224          3HE       MET 224  16.160   6.208   0.921
 1738    H    THR 225           H        THR 225  15.386   8.569   1.366
 1739    HA   THR 225           HA       THR 225  15.035   7.293   3.946
 1740    HB   THR 225           HB       THR 225  13.532   9.849   3.527
 1741    HG1  THR 225           1HG      THR 225  16.213   9.810   3.790
 1742   1HG2  THR 225          1HG2      THR 225  14.370   9.673   6.133
 1743   2HG2  THR 225          2HG2      THR 225  13.991   8.011   5.688
 1744   3HG2  THR 225          3HG2      THR 225  12.776   9.280   5.511
 1745    H    ILE 226           H        ILE 226  13.148   6.093   3.959
 1746    HA   ILE 226           HA       ILE 226  11.226   6.617   1.797
 1747    HB   ILE 226           HB       ILE 226  10.949   4.132   1.546
 1748   1HG1  ILE 226          2HG1      ILE 226  13.686   3.953   2.790
 1749   2HG1  ILE 226          1HG1      ILE 226  12.214   3.644   3.709
 1750   1HG2  ILE 226          1HG2      ILE 226  13.644   4.406   0.598
 1751   2HG2  ILE 226          2HG2      ILE 226  12.749   5.907   0.363
 1752   3HG2  ILE 226          3HG2      ILE 226  12.130   4.400  -0.308
 1753   1HD1  ILE 226          1HD1      ILE 226  12.255   2.169   1.223
 1754   2HD1  ILE 226          2HD1      ILE 226  12.031   1.598   2.876
 1755   3HD1  ILE 226          3HD1      ILE 226  13.656   1.816   2.238
 1756    H    ASN 227           H        ASN 227   9.195   6.757   2.472
 1757    HA   ASN 227           HA       ASN 227   8.450   5.363   4.957
 1758   1HB   ASN 227          2HB       ASN 227   7.032   7.379   5.474
 1759   2HB   ASN 227          1HB       ASN 227   8.763   7.599   5.655
 1760   1HD2  ASN 227          1HD2      ASN 227   5.946   8.780   4.329
 1761   2HD2  ASN 227          2HD2      ASN 227   6.626   9.944   3.249
 1762    H    GLY 228           H        GLY 228   6.364   4.596   5.095
 1763   1HA   GLY 228          2HA       GLY 228   4.727   4.836   2.644
 1764   2HA   GLY 228          1HA       GLY 228   4.859   3.350   3.573
 1765    HA   PRO 229           HA       PRO 229   0.924   5.190   5.030
 1766   1HB   PRO 229          2HB       PRO 229   0.079   2.859   6.212
 1767   2HB   PRO 229          1HB       PRO 229  -0.201   3.274   4.518
 1768   1HG   PRO 229          2HG       PRO 229   1.937   1.550   5.712
 1769   2HG   PRO 229          1HG       PRO 229   0.939   1.259   4.272
 1770   1HD   PRO 229          2HD       PRO 229   3.449   2.136   4.035
 1771   2HD   PRO 229          1HD       PRO 229   2.164   2.751   2.972
 1772    H    TRP 230           H        TRP 230   0.683   6.225   6.906
 1773    HA   TRP 230           HA       TRP 230   0.930   6.873   9.067
 1774   1HB   TRP 230          2HB       TRP 230   1.381   3.910   9.364
 1775   2HB   TRP 230          1HB       TRP 230   1.440   5.001  10.746
 1776    HD1  TRP 230           HD       TRP 230  -1.111   5.535   7.951
 1777    HE1  TRP 230           1HE      TRP 230  -3.472   5.138   8.895
 1778    HE3  TRP 230           3HE      TRP 230   0.152   3.720  12.564
 1779    HZ2  TRP 230           2HZ      TRP 230  -4.643   4.179  11.276
 1780    HZ3  TRP 230           3HZ      TRP 230  -1.653   3.084  14.113
 1781    HH2  TRP 230           HH       TRP 230  -4.000   3.311  13.481
 1782    H    ALA 231           H        ALA 231   3.025   7.450   7.463
 1783    HA   ALA 231           HA       ALA 231   5.450   6.703   8.919
 1784   1HB   ALA 231          1HB       ALA 231   5.157   6.697   6.334
 1785   2HB   ALA 231          2HB       ALA 231   6.665   7.239   7.065
 1786   3HB   ALA 231          3HB       ALA 231   5.490   8.422   6.488
 1787    H    TRP 232           H        TRP 232   3.544   9.556   8.037
 1788    HA   TRP 232           HA       TRP 232   5.386  11.310   9.440
 1789   1HB   TRP 232          2HB       TRP 232   2.854  11.793   7.877
 1790   2HB   TRP 232          1HB       TRP 232   3.628  13.068   8.804
 1791    HD1  TRP 232           HD       TRP 232   3.546  11.709   5.430
 1792    HE1  TRP 232           1HE      TRP 232   5.577  12.475   4.048
 1793    HE3  TRP 232           3HE      TRP 232   6.506  13.475   9.219
 1794    HZ2  TRP 232           2HZ      TRP 232   8.097  13.661   4.496
 1795    HZ3  TRP 232           3HZ      TRP 232   8.714  14.404   8.651
 1796    HH2  TRP 232           HH       TRP 232   9.491  14.494   6.339
 1797    H    SER 233           H        SER 233   1.838  11.360   9.637
 1798    HA   SER 233           HA       SER 233   0.418  11.538  11.409
 1799   1HB   SER 233          2HB       SER 233   2.225   9.382  12.008
 1800   2HB   SER 233          1HB       SER 233   1.785  10.208  13.502
 1801    HG   SER 233           HG       SER 233   0.269   8.603  13.034
 1802    H    ASN 234           H        ASN 234   2.469  13.577  11.062
 1803    HA   ASN 234           HA       ASN 234   2.884  14.444  13.844
 1804   1HB   ASN 234          2HB       ASN 234   4.596  15.977  12.895
 1805   2HB   ASN 234          1HB       ASN 234   4.941  14.282  12.559
 1806   1HD2  ASN 234          1HD2      ASN 234   4.274  17.359  11.232
 1807   2HD2  ASN 234          2HD2      ASN 234   4.353  16.908   9.566
 1808    H    ILE 235           H        ILE 235   2.802  16.873  14.137
 1809    HA   ILE 235           HA       ILE 235   1.082  18.312  12.330
 1810    HB   ILE 235           HB       ILE 235  -0.447  16.967  13.874
 1811   1HG1  ILE 235          2HG1      ILE 235  -0.969  19.053  12.457
 1812   2HG1  ILE 235          1HG1      ILE 235  -2.114  18.585  13.704
 1813   1HG2  ILE 235          1HG2      ILE 235  -0.887  18.532  16.000
 1814   2HG2  ILE 235          2HG2      ILE 235   0.861  18.687  15.874
 1815   3HG2  ILE 235          3HG2      ILE 235   0.136  17.094  16.034
 1816   1HD1  ILE 235          1HD1      ILE 235  -0.038  20.600  14.373
 1817   2HD1  ILE 235          2HD1      ILE 235  -1.679  20.427  14.979
 1818   3HD1  ILE 235          3HD1      ILE 235  -1.397  21.077  13.365
 1819    H    ASP 236           H        ASP 236   3.618  18.845  12.803
 1820    HA   ASP 236           HA       ASP 236   3.502  21.481  13.947
 1821   1HB   ASP 236          2HB       ASP 236   4.992  19.266  15.299
 1822   2HB   ASP 236          1HB       ASP 236   5.669  20.891  15.318
 1823    H    THR 237           H        THR 237   5.410  22.739  13.484
 1824    HA   THR 237           HA       THR 237   7.076  23.472  12.125
 1825    HB   THR 237           HB       THR 237   7.944  20.738  11.370
 1826    HG1  THR 237           1HG      THR 237   7.872  21.692  14.031
 1827   1HG2  THR 237          1HG2      THR 237   9.758  21.921  10.934
 1828   2HG2  THR 237          2HG2      THR 237   9.982  22.062  12.677
 1829   3HG2  THR 237          3HG2      THR 237   9.135  23.330  11.791
 1830    H    SER 238           H        SER 238   6.531  24.366  10.280
 1831    HA   SER 238           HA       SER 238   4.928  23.024   8.318
 1832   1HB   SER 238          2HB       SER 238   5.520  25.694   8.999
 1833   2HB   SER 238          1HB       SER 238   6.123  25.477   7.358
 1834    HG   SER 238           HG       SER 238   3.615  24.413   7.822
 1835    H    LYS 239           H        LYS 239   5.663  21.728   6.765
 1836    HA   LYS 239           HA       LYS 239   8.499  21.861   6.038
 1837   1HB   LYS 239          2HB       LYS 239   7.970  19.669   4.838
 1838   2HB   LYS 239          1HB       LYS 239   7.918  19.646   6.594
 1839   1HG   LYS 239          2HG       LYS 239   5.324  20.294   5.580
 1840   2HG   LYS 239          1HG       LYS 239   5.928  18.841   4.784
 1841   1HD   LYS 239          2HD       LYS 239   6.383  17.825   6.955
 1842   2HD   LYS 239          1HD       LYS 239   5.819  19.288   7.767
 1843   1HE   LYS 239          2HE       LYS 239   3.890  18.096   7.870
 1844   2HE   LYS 239          1HE       LYS 239   3.671  18.788   6.264
 1845   1HZ   LYS 239          1HZ       LYS 239   5.109  16.249   6.467
 1846   2HZ   LYS 239          2HZ       LYS 239   4.076  16.810   5.252
 1847   3HZ   LYS 239          3HZ       LYS 239   3.433  16.222   6.702
 1848    H    VAL 240           H        VAL 240   9.134  21.722   3.800
 1849    HA   VAL 240           HA       VAL 240   7.308  22.119   1.670
 1850    HB   VAL 240           HB       VAL 240   7.059  24.321   2.709
 1851   1HG1  VAL 240          1HG1      VAL 240  10.036  24.410   2.376
 1852   2HG1  VAL 240          2HG1      VAL 240   9.069  24.728   3.815
 1853   3HG1  VAL 240          3HG1      VAL 240   9.070  25.884   2.486
 1854   1HG2  VAL 240          1HG2      VAL 240   6.631  24.852   0.588
 1855   2HG2  VAL 240          2HG2      VAL 240   7.944  23.843  -0.010
 1856   3HG2  VAL 240          3HG2      VAL 240   8.272  25.493   0.512
 1857    H    ASN 241           H        ASN 241  10.525  22.023   2.927
 1858    HA   ASN 241           HA       ASN 241  11.732  22.094   0.273
 1859   1HB   ASN 241          2HB       ASN 241  12.652  23.153   2.499
 1860   2HB   ASN 241          1HB       ASN 241  13.267  21.528   2.780
 1861   1HD2  ASN 241          1HD2      ASN 241  14.809  20.672   1.346
 1862   2HD2  ASN 241          2HD2      ASN 241  15.766  21.700   0.341
 1863    H    TYR 242           H        TYR 242  10.163  20.010   0.168
 1864    HA   TYR 242           HA       TYR 242  11.961  17.708   0.516
 1865   1HB   TYR 242          2HB       TYR 242   9.903  16.322   0.991
 1866   2HB   TYR 242          1HB       TYR 242  10.380  17.434   2.268
 1867    HD1  TYR 242           1HD      TYR 242   7.749  16.422   0.044
 1868    HD2  TYR 242           2HD      TYR 242   9.112  19.627   2.488
 1869    HE1  TYR 242           1HE      TYR 242   5.481  17.373   0.054
 1870    HE2  TYR 242           2HE      TYR 242   6.847  20.575   2.505
 1871    HH   TYR 242           HH       TYR 242   4.154  18.984   0.852
 1872    H    GLY 243           H        GLY 243  12.059  16.287  -1.159
 1873   1HA   GLY 243          2HA       GLY 243  10.295  16.855  -3.464
 1874   2HA   GLY 243          1HA       GLY 243  11.998  16.457  -3.639
 1875    H    VAL 244           H        VAL 244   9.041  15.247  -4.058
 1876    HA   VAL 244           HA       VAL 244   9.614  12.540  -3.112
 1877    HB   VAL 244           HB       VAL 244   7.373  13.419  -2.680
 1878   1HG1  VAL 244          1HG1      VAL 244   7.596  14.552  -5.202
 1879   2HG1  VAL 244          2HG1      VAL 244   6.175  14.570  -4.157
 1880   3HG1  VAL 244          3HG1      VAL 244   6.352  13.316  -5.386
 1881   1HG2  VAL 244          1HG2      VAL 244   6.223  11.498  -3.205
 1882   2HG2  VAL 244          2HG2      VAL 244   7.894  10.968  -3.383
 1883   3HG2  VAL 244          3HG2      VAL 244   6.950  11.376  -4.808
 1884    H    THR 245           H        THR 245  10.500  11.058  -4.435
 1885    HA   THR 245           HA       THR 245  10.031  11.291  -7.317
 1886    HB   THR 245           HB       THR 245  12.731  10.467  -6.313
 1887    HG1  THR 245           1HG      THR 245  12.429  13.105  -7.107
 1888   1HG2  THR 245          1HG2      THR 245  12.645  10.066  -8.575
 1889   2HG2  THR 245          2HG2      THR 245  13.320  11.695  -8.522
 1890   3HG2  THR 245          3HG2      THR 245  11.611  11.459  -8.892
 1891    H    VAL 246           H        VAL 246  10.556   9.299  -8.485
 1892    HA   VAL 246           HA       VAL 246   9.709   6.974  -6.931
 1893    HB   VAL 246           HB       VAL 246   8.393   7.541  -8.913
 1894   1HG1  VAL 246          1HG1      VAL 246  10.787   6.857 -10.592
 1895   2HG1  VAL 246          2HG1      VAL 246  10.324   8.510 -10.188
 1896   3HG1  VAL 246          3HG1      VAL 246   9.226   7.493 -11.118
 1897   1HG2  VAL 246          1HG2      VAL 246   9.927   4.968  -9.227
 1898   2HG2  VAL 246          2HG2      VAL 246   8.366   5.335  -9.961
 1899   3HG2  VAL 246          3HG2      VAL 246   8.513   5.217  -8.207
 1900    H    LEU 247           H        LEU 247  10.746   4.926  -7.143
 1901    HA   LEU 247           HA       LEU 247  13.498   4.989  -6.876
 1902   1HB   LEU 247          2HB       LEU 247  11.863   2.602  -7.729
 1903   2HB   LEU 247          1HB       LEU 247  13.425   2.568  -6.935
 1904    HG   LEU 247           HG       LEU 247  11.573   4.052  -5.312
 1905   1HD1  LEU 247          1HD1      LEU 247   9.809   2.636  -4.961
 1906   2HD1  LEU 247          2HD1      LEU 247  10.664   1.230  -5.592
 1907   3HD1  LEU 247          3HD1      LEU 247  10.035   2.447  -6.701
 1908   1HD2  LEU 247          1HD2      LEU 247  12.309   2.589  -3.615
 1909   2HD2  LEU 247          2HD2      LEU 247  13.689   2.838  -4.683
 1910   3HD2  LEU 247          3HD2      LEU 247  12.761   1.343  -4.781
 1911    HA   PRO 248           HA       PRO 248  15.034   4.986 -11.032
 1912   1HB   PRO 248          2HB       PRO 248  17.577   4.238 -10.587
 1913   2HB   PRO 248          1HB       PRO 248  16.969   5.809 -10.052
 1914   1HG   PRO 248          2HG       PRO 248  17.374   3.300  -8.495
 1915   2HG   PRO 248          1HG       PRO 248  17.750   4.965  -8.034
 1916   1HD   PRO 248          2HD       PRO 248  15.508   3.630  -7.202
 1917   2HD   PRO 248          1HD       PRO 248  15.594   5.393  -7.366
 1918    H    THR 249           H        THR 249  16.882   3.402 -12.180
 1919    HA   THR 249           HA       THR 249  15.469   0.865 -12.397
 1920    HB   THR 249           HB       THR 249  16.741   0.565 -14.467
 1921    HG1  THR 249           1HG      THR 249  18.027   2.485 -15.098
 1922   1HG2  THR 249          1HG2      THR 249  16.015   2.605 -15.708
 1923   2HG2  THR 249          2HG2      THR 249  15.482   3.276 -14.165
 1924   3HG2  THR 249          3HG2      THR 249  14.750   1.801 -14.787
 1925    H    PHE 250           H        PHE 250  16.823  -1.110 -12.828
 1926    HA   PHE 250           HA       PHE 250  19.262  -1.158 -11.186
 1927   1HB   PHE 250          2HB       PHE 250  16.804  -2.339 -10.491
 1928   2HB   PHE 250          1HB       PHE 250  17.843  -3.663 -11.013
 1929    HD1  PHE 250           1HD      PHE 250  16.839  -1.817  -8.290
 1930    HD2  PHE 250           2HD      PHE 250  20.353  -3.430 -10.056
 1931    HE1  PHE 250           1HE      PHE 250  17.968  -1.749  -6.123
 1932    HE2  PHE 250           2HE      PHE 250  21.482  -3.376  -7.870
 1933    HZ   PHE 250           HZ       PHE 250  20.282  -2.533  -5.897
 1934    H    LYS 251           H        LYS 251  20.878  -1.722 -12.478
 1935    HA   LYS 251           HA       LYS 251  22.136  -2.852 -13.992
 1936   1HB   LYS 251          2HB       LYS 251  20.653  -4.818 -12.889
 1937   2HB   LYS 251          1HB       LYS 251  20.110  -4.932 -14.557
 1938   1HG   LYS 251          2HG       LYS 251  23.008  -4.727 -14.297
 1939   2HG   LYS 251          1HG       LYS 251  22.325  -6.149 -13.511
 1940   1HD   LYS 251          2HD       LYS 251  21.065  -6.554 -15.688
 1941   2HD   LYS 251          1HD       LYS 251  22.128  -5.338 -16.401
 1942   1HE   LYS 251          2HE       LYS 251  23.113  -7.450 -16.853
 1943   2HE   LYS 251          1HE       LYS 251  24.068  -6.713 -15.569
 1944   1HZ   LYS 251          1HZ       LYS 251  23.290  -9.180 -15.399
 1945   2HZ   LYS 251          2HZ       LYS 251  21.853  -8.487 -14.835
 1946   3HZ   LYS 251          3HZ       LYS 251  23.309  -8.193 -14.026
 1947    H    GLY 252           H        GLY 252  19.035  -1.674 -14.700
 1948   1HA   GLY 252          2HA       GLY 252  19.502  -0.572 -17.093
 1949   2HA   GLY 252          1HA       GLY 252  19.139  -2.232 -17.537
 1950    H    GLN 253           H        GLN 253  17.220  -2.404 -15.207
 1951    HA   GLN 253           HA       GLN 253  15.091  -0.611 -16.127
 1952   1HB   GLN 253          2HB       GLN 253  15.248  -3.137 -17.111
 1953   2HB   GLN 253          1HB       GLN 253  14.267  -3.413 -15.682
 1954   1HG   GLN 253          2HG       GLN 253  12.659  -3.028 -17.258
 1955   2HG   GLN 253          1HG       GLN 253  12.873  -1.418 -16.598
 1956   1HE2  GLN 253          1HE2      GLN 253  14.070   0.120 -17.786
 1957   2HE2  GLN 253          2HE2      GLN 253  14.241  -0.027 -19.499
 1958    HA   PRO 254           HA       PRO 254  14.132  -0.272 -11.816
 1959   1HB   PRO 254          2HB       PRO 254  11.397  -0.081 -11.875
 1960   2HB   PRO 254          1HB       PRO 254  12.488   1.255 -12.257
 1961   1HG   PRO 254          2HG       PRO 254  11.054  -0.606 -14.105
 1962   2HG   PRO 254          1HG       PRO 254  11.287   1.148 -14.238
 1963   1HD   PRO 254          2HD       PRO 254  12.763  -0.572 -15.646
 1964   2HD   PRO 254          1HD       PRO 254  13.451   0.924 -15.014
 1965    H    SER 255           H        SER 255  12.298  -1.183 -10.221
 1966    HA   SER 255           HA       SER 255  12.384  -4.097 -10.576
 1967   1HB   SER 255          2HB       SER 255  12.446  -4.310  -8.223
 1968   2HB   SER 255          1HB       SER 255  13.492  -2.934  -8.565
 1969    HG   SER 255           HG       SER 255  10.764  -2.778  -7.784
 1970    H    LYS 256           H        LYS 256  10.542  -5.118  -9.031
 1971    HA   LYS 256           HA       LYS 256   8.084  -4.130 -10.267
 1972   1HB   LYS 256          2HB       LYS 256   9.198  -6.704  -9.931
 1973   2HB   LYS 256          1HB       LYS 256   7.707  -6.663  -9.000
 1974   1HG   LYS 256          2HG       LYS 256   6.889  -7.319 -11.013
 1975   2HG   LYS 256          1HG       LYS 256   6.759  -5.569 -11.199
 1976   1HD   LYS 256          2HD       LYS 256   8.670  -5.462 -12.556
 1977   2HD   LYS 256          1HD       LYS 256   9.204  -7.076 -12.081
 1978   1HE   LYS 256          2HE       LYS 256   6.694  -6.510 -13.650
 1979   2HE   LYS 256          1HE       LYS 256   8.240  -6.947 -14.378
 1980   1HZ   LYS 256          1HZ       LYS 256   6.288  -8.618 -13.117
 1981   2HZ   LYS 256          2HZ       LYS 256   7.838  -8.868 -12.489
 1982   3HZ   LYS 256          3HZ       LYS 256   7.561  -9.038 -14.149
 1983    HA   PRO 257           HA       PRO 257   6.825  -3.202  -5.998
 1984   1HB   PRO 257          2HB       PRO 257   6.157  -0.657  -6.354
 1985   2HB   PRO 257          1HB       PRO 257   7.860  -1.120  -6.311
 1986   1HG   PRO 257          2HG       PRO 257   6.159  -0.369  -8.629
 1987   2HG   PRO 257          1HG       PRO 257   7.893  -0.117  -8.379
 1988   1HD   PRO 257          2HD       PRO 257   6.640  -2.212  -9.852
 1989   2HD   PRO 257          1HD       PRO 257   8.363  -2.025  -9.485
 1990    H    PHE 258           H        PHE 258   4.545  -1.280  -5.971
 1991    HA   PHE 258           HA       PHE 258   2.579  -2.135  -7.822
 1992   1HB   PHE 258          2HB       PHE 258   1.168  -3.289  -5.933
 1993   2HB   PHE 258          1HB       PHE 258   2.343  -4.203  -6.870
 1994    HD1  PHE 258           1HD      PHE 258   3.208  -5.837  -5.508
 1995    HD2  PHE 258           2HD      PHE 258   2.754  -1.899  -3.963
 1996    HE1  PHE 258           1HE      PHE 258   4.319  -6.531  -3.427
 1997    HE2  PHE 258           2HE      PHE 258   3.868  -2.585  -1.879
 1998    HZ   PHE 258           HZ       PHE 258   4.650  -4.903  -1.607
 1999    H    VAL 259           H        VAL 259   0.435  -1.335  -7.380
 2000    HA   VAL 259           HA       VAL 259   0.550   1.206  -5.997
 2001    HB   VAL 259           HB       VAL 259  -0.423   1.112  -8.231
 2002   1HG1  VAL 259          1HG1      VAL 259  -2.661   0.057  -8.520
 2003   2HG1  VAL 259          2HG1      VAL 259  -2.429  -0.726  -6.957
 2004   3HG1  VAL 259          3HG1      VAL 259  -1.328  -1.079  -8.287
 2005   1HG2  VAL 259          1HG2      VAL 259  -1.275   2.653  -6.308
 2006   2HG2  VAL 259          2HG2      VAL 259  -2.748   1.692  -6.455
 2007   3HG2  VAL 259          3HG2      VAL 259  -2.137   2.590  -7.844
 2008    H    GLY 260           H        GLY 260  -1.134   1.925  -4.522
 2009   1HA   GLY 260          2HA       GLY 260  -1.840  -0.220  -2.671
 2010   2HA   GLY 260          1HA       GLY 260  -1.857   1.497  -2.328
 2011    H    VAL 261           H        VAL 261  -3.798  -1.112  -2.674
 2012    HA   VAL 261           HA       VAL 261  -6.087   0.605  -3.338
 2013    HB   VAL 261           HB       VAL 261  -5.770  -2.243  -4.274
 2014   1HG1  VAL 261          1HG1      VAL 261  -8.080  -0.811  -3.819
 2015   2HG1  VAL 261          2HG1      VAL 261  -7.918  -2.212  -4.878
 2016   3HG1  VAL 261          3HG1      VAL 261  -7.793  -0.584  -5.544
 2017   1HG2  VAL 261          1HG2      VAL 261  -4.545  -1.382  -5.927
 2018   2HG2  VAL 261          2HG2      VAL 261  -4.874   0.268  -5.398
 2019   3HG2  VAL 261          3HG2      VAL 261  -6.005  -0.553  -6.473
 2020    H    LEU 262           H        LEU 262  -7.392   0.721  -1.621
 2021    HA   LEU 262           HA       LEU 262  -7.407  -1.369   0.412
 2022   1HB   LEU 262          2HB       LEU 262  -7.371   1.120   0.875
 2023   2HB   LEU 262          1HB       LEU 262  -9.016   1.176   0.275
 2024    HG   LEU 262           HG       LEU 262  -8.770  -0.824   2.311
 2025   1HD1  LEU 262          1HD1      LEU 262  -8.047   1.964   3.167
 2026   2HD1  LEU 262          2HD1      LEU 262  -6.921   0.606   3.098
 2027   3HD1  LEU 262          3HD1      LEU 262  -8.286   0.563   4.212
 2028   1HD2  LEU 262          1HD2      LEU 262 -10.908  -0.127   1.985
 2029   2HD2  LEU 262          2HD2      LEU 262 -10.428   1.548   1.705
 2030   3HD2  LEU 262          3HD2      LEU 262 -10.451   0.899   3.343
 2031    H    SER 263           H        SER 263  -9.146  -2.812   0.811
 2032    HA   SER 263           HA       SER 263 -11.276  -2.651  -1.234
 2033   1HB   SER 263          2HB       SER 263  -9.797  -4.739  -0.825
 2034   2HB   SER 263          1HB       SER 263 -10.848  -5.002   0.549
 2035    HG   SER 263           HG       SER 263 -12.590  -5.115  -0.837
 2036    H    ALA 264           H        ALA 264 -13.240  -2.096  -0.712
 2037    HA   ALA 264           HA       ALA 264 -13.936  -1.722   2.088
 2038   1HB   ALA 264          1HB       ALA 264 -16.007  -0.688   1.124
 2039   2HB   ALA 264          2HB       ALA 264 -15.329  -0.980  -0.476
 2040   3HB   ALA 264          3HB       ALA 264 -14.500   0.095   0.649
 2041    H    GLY 265           H        GLY 265 -15.938  -2.616   2.983
 2042   1HA   GLY 265          2HA       GLY 265 -16.683  -5.133   1.627
 2043   2HA   GLY 265          1HA       GLY 265 -16.501  -5.002   3.359
 2044    H    ILE 266           H        ILE 266 -18.730  -5.897   1.745
 2045    HA   ILE 266           HA       ILE 266 -20.780  -4.210   2.964
 2046    HB   ILE 266           HB       ILE 266 -20.684  -3.505   0.626
 2047   1HG1  ILE 266          2HG1      ILE 266 -23.042  -4.039  -0.019
 2048   2HG1  ILE 266          1HG1      ILE 266 -23.097  -5.197   1.306
 2049   1HG2  ILE 266          1HG2      ILE 266 -20.616  -4.874  -1.170
 2050   2HG2  ILE 266          2HG2      ILE 266 -21.613  -6.110  -0.405
 2051   3HG2  ILE 266          3HG2      ILE 266 -19.901  -5.981   0.001
 2052   1HD1  ILE 266          1HD1      ILE 266 -22.507  -3.246   2.824
 2053   2HD1  ILE 266          2HD1      ILE 266 -24.124  -3.259   2.120
 2054   3HD1  ILE 266          3HD1      ILE 266 -22.877  -2.212   1.446
 2055    H    ASN 267           H        ASN 267 -21.437  -5.610   4.462
 2056    HA   ASN 267           HA       ASN 267 -21.417  -8.379   4.313
 2057   1HB   ASN 267          2HB       ASN 267 -21.950  -6.545   6.265
 2058   2HB   ASN 267          1HB       ASN 267 -23.539  -7.257   6.009
 2059   1HD2  ASN 267          1HD2      ASN 267 -20.193  -8.459   6.112
 2060   2HD2  ASN 267          2HD2      ASN 267 -20.513  -9.741   7.226
 2061    H    ALA 268           H        ALA 268 -22.965  -9.950   3.933
 2062    HA   ALA 268           HA       ALA 268 -24.952  -9.255   1.964
 2063   1HB   ALA 268          1HB       ALA 268 -25.261 -11.949   2.676
 2064   2HB   ALA 268          2HB       ALA 268 -23.534 -11.610   2.766
 2065   3HB   ALA 268          3HB       ALA 268 -24.417 -11.295   1.273
 2066    H    ALA 269           H        ALA 269 -25.061  -8.923   5.174
 2067    HA   ALA 269           HA       ALA 269 -27.826  -9.887   5.423
 2068   1HB   ALA 269          1HB       ALA 269 -27.498 -10.075   7.733
 2069   2HB   ALA 269          2HB       ALA 269 -26.077  -9.030   7.704
 2070   3HB   ALA 269          3HB       ALA 269 -25.990 -10.655   7.025
 2071    H    SER 270           H        SER 270 -27.320  -7.500   3.994
 2072    HA   SER 270           HA       SER 270 -28.208  -5.410   5.864
 2073   1HB   SER 270          2HB       SER 270 -27.434  -3.790   4.210
 2074   2HB   SER 270          1HB       SER 270 -26.140  -4.925   4.591
 2075    HG   SER 270           HG       SER 270 -27.340  -4.429   2.221
 2076    HA   PRO 271           HA       PRO 271 -32.184  -6.267   3.797
 2077   1HB   PRO 271          2HB       PRO 271 -33.135  -4.374   5.857
 2078   2HB   PRO 271          1HB       PRO 271 -33.688  -6.012   5.499
 2079   1HG   PRO 271          2HG       PRO 271 -32.268  -5.476   7.701
 2080   2HG   PRO 271          1HG       PRO 271 -32.051  -6.992   6.805
 2081   1HD   PRO 271          2HD       PRO 271 -30.347  -4.526   6.798
 2082   2HD   PRO 271          1HD       PRO 271 -29.856  -6.233   6.808
 2083    H    ASN 272           H        ASN 272 -31.319  -3.068   5.086
 2084    HA   ASN 272           HA       ASN 272 -32.818  -1.673   3.079
 2085   1HB   ASN 272          2HB       ASN 272 -31.646   0.348   4.084
 2086   2HB   ASN 272          1HB       ASN 272 -32.650  -0.594   5.182
 2087   1HD2  ASN 272          1HD2      ASN 272 -29.690   0.843   4.772
 2088   2HD2  ASN 272          2HD2      ASN 272 -28.815   0.029   6.020
 2089    H    LYS 273           H        LYS 273 -31.288  -3.247   1.595
 2090    HA   LYS 273           HA       LYS 273 -28.724  -2.385   0.915
 2091   1HB   LYS 273          2HB       LYS 273 -30.454  -4.374   0.056
 2092   2HB   LYS 273          1HB       LYS 273 -30.246  -3.371  -1.373
 2093   1HG   LYS 273          2HG       LYS 273 -28.196  -4.144  -1.728
 2094   2HG   LYS 273          1HG       LYS 273 -27.725  -3.879  -0.049
 2095   1HD   LYS 273          2HD       LYS 273 -28.190  -6.019   0.557
 2096   2HD   LYS 273          1HD       LYS 273 -29.537  -6.160  -0.573
 2097   1HE   LYS 273          2HE       LYS 273 -28.226  -7.287  -1.968
 2098   2HE   LYS 273          1HE       LYS 273 -27.188  -5.871  -2.115
 2099   1HZ   LYS 273          1HZ       LYS 273 -26.780  -7.458   0.275
 2100   2HZ   LYS 273          2HZ       LYS 273 -25.647  -6.762  -0.770
 2101   3HZ   LYS 273          3HZ       LYS 273 -26.375  -8.235  -1.173
 2102    H    GLU 274           H        GLU 274 -31.857  -1.127   0.031
 2103    HA   GLU 274           HA       GLU 274 -31.057   0.413  -2.202
 2104   1HB   GLU 274          2HB       GLU 274 -33.447  -0.204  -1.243
 2105   2HB   GLU 274          1HB       GLU 274 -33.267   1.335  -0.413
 2106   1HG   GLU 274          2HG       GLU 274 -32.547   1.822  -3.073
 2107   2HG   GLU 274          1HG       GLU 274 -33.979   0.798  -3.140
 2108    H    LEU 275           H        LEU 275 -31.292   1.133   1.254
 2109    HA   LEU 275           HA       LEU 275 -30.436   3.847   0.949
 2110   1HB   LEU 275          2HB       LEU 275 -30.976   2.060   3.276
 2111   2HB   LEU 275          1HB       LEU 275 -30.098   3.558   3.522
 2112    HG   LEU 275           HG       LEU 275 -32.826   3.405   2.248
 2113   1HD1  LEU 275          1HD1      LEU 275 -33.567   2.981   4.308
 2114   2HD1  LEU 275          2HD1      LEU 275 -33.130   4.651   4.668
 2115   3HD1  LEU 275          3HD1      LEU 275 -32.006   3.347   5.045
 2116   1HD2  LEU 275          1HD2      LEU 275 -31.005   5.641   3.067
 2117   2HD2  LEU 275          2HD2      LEU 275 -32.752   5.875   2.966
 2118   3HD2  LEU 275          3HD2      LEU 275 -31.841   5.390   1.536
 2119    H    ALA 276           H        ALA 276 -28.907   0.785   1.592
 2120    HA   ALA 276           HA       ALA 276 -26.434   1.756   2.541
 2121   1HB   ALA 276          1HB       ALA 276 -26.594  -0.759   0.956
 2122   2HB   ALA 276          2HB       ALA 276 -27.466  -0.653   2.486
 2123   3HB   ALA 276          3HB       ALA 276 -25.717  -0.424   2.446
 2124    H    LYS 277           H        LYS 277 -27.484   0.772  -0.708
 2125    HA   LYS 277           HA       LYS 277 -25.054   1.352  -2.012
 2126   1HB   LYS 277          2HB       LYS 277 -26.913  -0.076  -2.912
 2127   2HB   LYS 277          1HB       LYS 277 -27.832   1.394  -3.201
 2128   1HG   LYS 277          2HG       LYS 277 -25.127   1.315  -4.365
 2129   2HG   LYS 277          1HG       LYS 277 -26.309   0.201  -5.055
 2130   1HD   LYS 277          2HD       LYS 277 -27.132   3.024  -4.615
 2131   2HD   LYS 277          1HD       LYS 277 -26.036   2.675  -5.948
 2132   1HE   LYS 277          2HE       LYS 277 -27.581   1.260  -7.002
 2133   2HE   LYS 277          1HE       LYS 277 -28.579   1.138  -5.552
 2134   1HZ   LYS 277          1HZ       LYS 277 -28.385   3.337  -7.491
 2135   2HZ   LYS 277          2HZ       LYS 277 -28.819   3.687  -5.895
 2136   3HZ   LYS 277          3HZ       LYS 277 -29.762   2.625  -6.813
 2137    H    GLU 278           H        GLU 278 -28.003   3.242  -1.520
 2138    HA   GLU 278           HA       GLU 278 -27.115   5.489  -3.016
 2139   1HB   GLU 278          2HB       GLU 278 -29.060   6.631  -2.092
 2140   2HB   GLU 278          1HB       GLU 278 -29.488   5.010  -2.623
 2141   1HG   GLU 278          2HG       GLU 278 -30.286   4.546  -0.635
 2142   2HG   GLU 278          1HG       GLU 278 -28.713   4.854   0.089
 2143    H    PHE 279           H        PHE 279 -26.827   4.562   0.354
 2144    HA   PHE 279           HA       PHE 279 -26.086   7.116   1.338
 2145   1HB   PHE 279          2HB       PHE 279 -26.766   4.798   2.530
 2146   2HB   PHE 279          1HB       PHE 279 -25.023   4.713   2.706
 2147    HD1  PHE 279           1HD      PHE 279 -23.854   6.673   3.817
 2148    HD2  PHE 279           2HD      PHE 279 -28.059   6.072   3.956
 2149    HE1  PHE 279           1HE      PHE 279 -23.997   8.126   5.789
 2150    HE2  PHE 279           2HE      PHE 279 -28.206   7.531   5.924
 2151    HZ   PHE 279           HZ       PHE 279 -26.168   8.565   6.841
 2152    H    LEU 280           H        LEU 280 -24.101   4.218   0.739
 2153    HA   LEU 280           HA       LEU 280 -21.631   5.511   1.115
 2154   1HB   LEU 280          2HB       LEU 280 -22.505   2.913   0.712
 2155   2HB   LEU 280          1HB       LEU 280 -21.537   3.242  -0.713
 2156    HG   LEU 280           HG       LEU 280 -20.547   3.606   2.116
 2157   1HD1  LEU 280          1HD1      LEU 280 -19.981   1.338   0.215
 2158   2HD1  LEU 280          2HD1      LEU 280 -21.102   1.249   1.572
 2159   3HD1  LEU 280          3HD1      LEU 280 -19.386   1.524   1.866
 2160   1HD2  LEU 280          1HD2      LEU 280 -19.260   3.766  -0.593
 2161   2HD2  LEU 280          2HD2      LEU 280 -18.325   3.487   0.877
 2162   3HD2  LEU 280          3HD2      LEU 280 -19.267   4.968   0.695
 2163    H    GLU 281           H        GLU 281 -23.518   4.845  -1.802
 2164    HA   GLU 281           HA       GLU 281 -21.607   5.681  -3.672
 2165   1HB   GLU 281          2HB       GLU 281 -23.973   4.518  -3.931
 2166   2HB   GLU 281          1HB       GLU 281 -24.490   6.171  -4.225
 2167   1HG   GLU 281          2HG       GLU 281 -23.041   6.368  -6.103
 2168   2HG   GLU 281          1HG       GLU 281 -22.240   4.848  -5.711
 2169    H    ASN 282           H        ASN 282 -23.648   7.511  -1.560
 2170    HA   ASN 282           HA       ASN 282 -22.821   9.977  -2.950
 2171   1HB   ASN 282          2HB       ASN 282 -25.396   9.185  -2.313
 2172   2HB   ASN 282          1HB       ASN 282 -24.985  10.299  -1.013
 2173   1HD2  ASN 282          1HD2      ASN 282 -26.024  12.109  -1.509
 2174   2HD2  ASN 282          2HD2      ASN 282 -25.905  12.952  -3.013
 2175    H    TYR 283           H        TYR 283 -22.079   8.091  -0.377
 2176    HA   TYR 283           HA       TYR 283 -21.728  10.174   1.597
 2177   1HB   TYR 283          2HB       TYR 283 -22.204   7.592   1.944
 2178   2HB   TYR 283          1HB       TYR 283 -20.452   7.488   1.875
 2179    HD1  TYR 283           1HD      TYR 283 -23.251   9.133   3.653
 2180    HD2  TYR 283           2HD      TYR 283 -19.149   8.035   3.735
 2181    HE1  TYR 283           1HE      TYR 283 -23.130   9.800   6.015
 2182    HE2  TYR 283           2HE      TYR 283 -19.017   8.691   6.097
 2183    HH   TYR 283           HH       TYR 283 -20.837  10.600   7.582
 2184    H    LEU 284           H        LEU 284 -19.414   7.799   0.303
 2185    HA   LEU 284           HA       LEU 284 -17.389   9.936   0.292
 2186   1HB   LEU 284          2HB       LEU 284 -17.231   7.750   1.784
 2187   2HB   LEU 284          1HB       LEU 284 -16.623   7.054   0.294
 2188    HG   LEU 284           HG       LEU 284 -15.177   9.419   0.578
 2189   1HD1  LEU 284          1HD1      LEU 284 -16.173   9.272   2.985
 2190   2HD1  LEU 284          2HD1      LEU 284 -14.469   9.659   2.751
 2191   3HD1  LEU 284          3HD1      LEU 284 -14.945   8.023   3.203
 2192   1HD2  LEU 284          1HD2      LEU 284 -14.027   7.624  -0.267
 2193   2HD2  LEU 284          2HD2      LEU 284 -14.635   6.516   0.964
 2194   3HD2  LEU 284          3HD2      LEU 284 -13.382   7.688   1.375
 2195    H    LEU 285           H        LEU 285 -19.133   9.663  -1.833
 2196    HA   LEU 285           HA       LEU 285 -17.275   8.950  -3.972
 2197   1HB   LEU 285          2HB       LEU 285 -18.966   7.067  -3.391
 2198   2HB   LEU 285          1HB       LEU 285 -20.143   8.109  -4.151
 2199    HG   LEU 285           HG       LEU 285 -17.959   7.905  -5.939
 2200   1HD1  LEU 285          1HD1      LEU 285 -18.804   5.175  -5.883
 2201   2HD1  LEU 285          2HD1      LEU 285 -18.092   5.603  -4.329
 2202   3HD1  LEU 285          3HD1      LEU 285 -17.171   5.838  -5.814
 2203   1HD2  LEU 285          1HD2      LEU 285 -19.985   8.245  -6.937
 2204   2HD2  LEU 285          2HD2      LEU 285 -20.830   7.123  -5.870
 2205   3HD2  LEU 285          3HD2      LEU 285 -19.815   6.506  -7.174
 2206    H    THR 286           H        THR 286 -18.587  11.390  -2.693
 2207    HA   THR 286           HA       THR 286 -19.257  12.718  -5.196
 2208    HB   THR 286           HB       THR 286 -21.140  12.873  -2.827
 2209    HG1  THR 286           1HG      THR 286 -21.020  10.903  -4.516
 2210   1HG2  THR 286          1HG2      THR 286 -22.280  13.574  -5.365
 2211   2HG2  THR 286          2HG2      THR 286 -20.899  14.594  -4.992
 2212   3HG2  THR 286          3HG2      THR 286 -22.238  14.485  -3.856
 2213    H    ASP 287           H        ASP 287 -19.502  15.149  -4.798
 2214    HA   ASP 287           HA       ASP 287 -17.269  16.050  -3.323
 2215   1HB   ASP 287          2HB       ASP 287 -19.518  17.598  -4.615
 2216   2HB   ASP 287          1HB       ASP 287 -18.054  18.325  -3.960
 2217    H    GLU 288           H        GLU 288 -20.358  15.257  -2.282
 2218    HA   GLU 288           HA       GLU 288 -20.707  17.302  -0.316
 2219   1HB   GLU 288          2HB       GLU 288 -22.290  15.304  -1.424
 2220   2HB   GLU 288          1HB       GLU 288 -22.090  14.808   0.251
 2221   1HG   GLU 288          2HG       GLU 288 -24.028  16.100   0.237
 2222   2HG   GLU 288          1HG       GLU 288 -22.784  17.176   0.871
 2223    H    GLY 289           H        GLY 289 -19.644  13.898  -0.172
 2224   1HA   GLY 289          2HA       GLY 289 -18.731  14.409   2.589
 2225   2HA   GLY 289          1HA       GLY 289 -19.113  12.827   1.931
 2226    H    LEU 290           H        LEU 290 -17.715  12.470  -0.218
 2227    HA   LEU 290           HA       LEU 290 -15.138  11.940   0.627
 2228   1HB   LEU 290          2HB       LEU 290 -16.441  11.014  -1.384
 2229   2HB   LEU 290          1HB       LEU 290 -15.817  12.398  -2.262
 2230    HG   LEU 290           HG       LEU 290 -14.019  10.423  -0.859
 2231   1HD1  LEU 290          1HD1      LEU 290 -15.639   9.862  -3.065
 2232   2HD1  LEU 290          2HD1      LEU 290 -14.245   8.942  -2.498
 2233   3HD1  LEU 290          3HD1      LEU 290 -14.041  10.186  -3.731
 2234   1HD2  LEU 290          1HD2      LEU 290 -12.872  11.641  -3.154
 2235   2HD2  LEU 290          2HD2      LEU 290 -12.403  11.813  -1.462
 2236   3HD2  LEU 290          3HD2      LEU 290 -13.588  12.910  -2.167
 2237    H    GLU 291           H        GLU 291 -16.402  14.837  -0.891
 2238    HA   GLU 291           HA       GLU 291 -13.871  15.925  -1.606
 2239   1HB   GLU 291          2HB       GLU 291 -16.002  16.574  -2.667
 2240   2HB   GLU 291          1HB       GLU 291 -16.488  17.350  -1.171
 2241   1HG   GLU 291          2HG       GLU 291 -14.473  18.818  -1.403
 2242   2HG   GLU 291          1HG       GLU 291 -14.250  18.138  -3.010
 2243    H    ALA 292           H        ALA 292 -15.794  16.103   1.300
 2244    HA   ALA 292           HA       ALA 292 -14.383  18.293   2.459
 2245   1HB   ALA 292          1HB       ALA 292 -16.826  17.146   2.927
 2246   2HB   ALA 292          2HB       ALA 292 -16.020  18.302   3.989
 2247   3HB   ALA 292          3HB       ALA 292 -15.873  16.570   4.295
 2248    H    VAL 293           H        VAL 293 -14.150  14.827   2.423
 2249    HA   VAL 293           HA       VAL 293 -12.353  14.665   4.643
 2250    HB   VAL 293           HB       VAL 293 -13.783  12.753   4.068
 2251   1HG1  VAL 293          1HG1      VAL 293 -12.323  12.953   1.480
 2252   2HG1  VAL 293          2HG1      VAL 293 -14.039  12.705   1.791
 2253   3HG1  VAL 293          3HG1      VAL 293 -12.899  11.382   2.036
 2254   1HG2  VAL 293          1HG2      VAL 293 -10.933  12.654   4.486
 2255   2HG2  VAL 293          2HG2      VAL 293 -11.474  11.240   3.579
 2256   3HG2  VAL 293          3HG2      VAL 293 -12.195  11.618   5.144
 2257    H    ASN 294           H        ASN 294 -12.164  15.262   1.254
 2258    HA   ASN 294           HA       ASN 294  -9.269  14.900   1.186
 2259   1HB   ASN 294          2HB       ASN 294 -11.401  14.596  -0.735
 2260   2HB   ASN 294          1HB       ASN 294 -10.252  15.804  -1.305
 2261   1HD2  ASN 294          1HD2      ASN 294 -10.850  12.498  -0.723
 2262   2HD2  ASN 294          2HD2      ASN 294  -9.346  11.887  -1.307
 2263    H    LYS 295           H        LYS 295 -11.775  17.190   1.590
 2264    HA   LYS 295           HA       LYS 295 -10.144  19.440   0.706
 2265   1HB   LYS 295          2HB       LYS 295 -13.001  19.154   1.568
 2266   2HB   LYS 295          1HB       LYS 295 -12.228  20.725   1.690
 2267   1HG   LYS 295          2HG       LYS 295 -11.933  19.323  -0.893
 2268   2HG   LYS 295          1HG       LYS 295 -13.549  19.895  -0.480
 2269   1HD   LYS 295          2HD       LYS 295 -12.498  22.135   0.010
 2270   2HD   LYS 295          1HD       LYS 295 -11.025  21.512  -0.737
 2271   1HE   LYS 295          2HE       LYS 295 -13.619  21.319  -2.205
 2272   2HE   LYS 295          1HE       LYS 295 -12.772  22.862  -2.154
 2273   1HZ   LYS 295          1HZ       LYS 295 -10.860  20.986  -2.802
 2274   2HZ   LYS 295          2HZ       LYS 295 -11.566  22.115  -3.845
 2275   3HZ   LYS 295          3HZ       LYS 295 -12.213  20.557  -3.721
 2276    H    ASP 296           H        ASP 296 -11.492  17.942   3.619
 2277    HA   ASP 296           HA       ASP 296 -10.555  19.779   5.526
 2278   1HB   ASP 296          2HB       ASP 296 -11.872  17.426   5.735
 2279   2HB   ASP 296          1HB       ASP 296 -10.252  16.864   6.123
 2280    H    LYS 297           H        LYS 297  -9.161  17.054   3.823
 2281    HA   LYS 297           HA       LYS 297  -6.584  18.102   3.471
 2282   1HB   LYS 297          2HB       LYS 297  -7.059  16.987   6.134
 2283   2HB   LYS 297          1HB       LYS 297  -5.713  16.213   5.311
 2284   1HG   LYS 297          2HG       LYS 297  -4.830  18.558   4.882
 2285   2HG   LYS 297          1HG       LYS 297  -6.026  19.101   6.058
 2286   1HD   LYS 297          2HD       LYS 297  -4.026  16.934   6.663
 2287   2HD   LYS 297          1HD       LYS 297  -3.695  18.643   6.946
 2288   1HE   LYS 297          2HE       LYS 297  -4.521  18.109   8.995
 2289   2HE   LYS 297          1HE       LYS 297  -6.036  18.499   8.183
 2290   1HZ   LYS 297          1HZ       LYS 297  -5.964  15.969   7.598
 2291   2HZ   LYS 297          2HZ       LYS 297  -6.541  16.488   9.102
 2292   3HZ   LYS 297          3HZ       LYS 297  -4.968  15.882   8.962
 2293    HA   PRO 298           HA       PRO 298  -6.781  14.264   1.175
 2294   1HB   PRO 298          2HB       PRO 298  -4.829  14.769  -0.560
 2295   2HB   PRO 298          1HB       PRO 298  -6.324  15.714  -0.583
 2296   1HG   PRO 298          2HG       PRO 298  -3.641  16.437   0.515
 2297   2HG   PRO 298          1HG       PRO 298  -4.806  17.447  -0.357
 2298   1HD   PRO 298          2HD       PRO 298  -4.480  17.357   2.414
 2299   2HD   PRO 298          1HD       PRO 298  -5.888  18.015   1.557
 2300    H    LEU 299           H        LEU 299  -5.816  12.287   1.301
 2301    HA   LEU 299           HA       LEU 299  -3.133  12.158   2.507
 2302   1HB   LEU 299          2HB       LEU 299  -4.002   9.883   3.423
 2303   2HB   LEU 299          1HB       LEU 299  -4.372  11.373   4.268
 2304    HG   LEU 299           HG       LEU 299  -6.418  10.675   2.306
 2305   1HD1  LEU 299          1HD1      LEU 299  -7.242   8.698   3.205
 2306   2HD1  LEU 299          2HD1      LEU 299  -6.261   8.835   4.664
 2307   3HD1  LEU 299          3HD1      LEU 299  -5.503   8.411   3.129
 2308   1HD2  LEU 299          1HD2      LEU 2