*HEADER    DNA BINDING PROTEIN/DNA                 15-MAY-02   1J5N              
*TITLE     SOLUTION STRUCTURE OF THE NON-SEQUENCE-SPECIFIC HMGB                  
*TITLE    2 PROTEIN NHP6A IN COMPLEX WITH SRY DNA                                
*COMPND    MOL_ID: 1;                                                            
*COMPND   2 MOLECULE: NONHISTONE CHROMOSOMAL PROTEIN 6A;                         
*COMPND   3 CHAIN: A;                                                            
*COMPND   4 SYNONYM: NHP6A;                                                      
*COMPND   5 ENGINEERED: YES;                                                     
*COMPND   6 MOL_ID: 2;                                                           
*COMPND   7 MOLECULE: 5'-                                                        
*COMPND   8 D(*GP*GP*GP*GP*TP*GP*AP*TP*TP*GP*TP*TP*CP*AP*G)-3';                  
*COMPND   9 CHAIN: B;                                                            
*COMPND  10 ENGINEERED: YES;                                                     
*COMPND  11 OTHER_DETAILS: SRY_DNA G-RICH STRAND;                                
*COMPND  12 MOL_ID: 3;                                                           
*COMPND  13 MOLECULE: 5'-                                                        
*COMPND  14 D(*CP*TP*GP*AP*AP*CP*AP*AP*TP*CP*AP*CP*CP*CP*C)-3';                  
*COMPND  15 CHAIN: C;                                                            
*COMPND  16 ENGINEERED: YES;                                                     
*COMPND  17 OTHER_DETAILS: SRY_DNA C-RICH STRAND                                 
*SOURCE    MOL_ID: 1;                                                            
*SOURCE   2 ORGANISM_SCIENTIFIC: SACCHAROMYCES CEREVISIAE;                       
*SOURCE   3 ORGANISM_COMMON: YEAST;                                              
*SOURCE   4 EXPRESSION_SYSTEM: ESCHERICHIA COLI;                                 
*SOURCE   5 EXPRESSION_SYSTEM_COMMON: BACTERIA;                                  
*SOURCE   6 MOL_ID: 2;                                                           
*SOURCE   7 SYNTHETIC: YES;                                                      
*SOURCE   8 OTHER_DETAILS: UNLABELED DNA MADE ON A COMMERCIAL                    
*SOURCE   9 SYNTHESIZER, 15N,13C-LABELED DNA MADE ENZYMATICALLY IN               
*SOURCE  10 VITRO WITH TAQ POLYMERASE;                                           
*SOURCE  11 MOL_ID: 3;                                                           
*SOURCE  12 SYNTHETIC: YES;                                                      
*SOURCE  13 OTHER_DETAILS: UNLABELED DNA MADE ON A COMMERCIAL                    
*SOURCE  14 SYNTHESIZER, 15N,13C-LABELED DNA MADE ENZYMATICALLY IN               
*SOURCE  15 VITRO WITH TAQ POLYMERASE                                            
*KEYWDS    HMG-BOX, HMGB, PROTEIN-DNA COMPLEX, ALPHA HELIX, DOUBLE               
*KEYWDS   2 HELIX                                                                
*EXPDTA    NMR, 20 STRUCTURES                                                    
*AUTHOR    J.E.MASSE, B.WONG, Y.-M.YEN, F.H.-T.ALLAIN, R.C.JOHNSON,              
*AUTHOR   2 J.FEIGON                                                             
*REVDAT   1   16-OCT-02 1J5N    0                                                
assi (resi 87 and name HD*) ((resi 84 and name HB1) or (resi 86 and name HB*)) 3.150 1.350 1.350 !Qual
assi (resi 62 and name HG) (resi 62 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 67 and name HB1) (resi 67 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 36 and name HA) (resi 55 and name HD2*) 4.150 2.350 2.350 !Qual
assi (resi 39 and name HG*) ((resi 55 and name HB2) or (resi 46 and name HG1*)) 4.150 2.350 2.350 !Qual
assi (resi 92 and name HD1*) (resi 92 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 72 and name HB*) (resi 70 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 44 and name HA) (resi 44 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 51 and name HG1*) ((resi 46 and name HG1*) or (resi 40 and name HG*)) 4.150 2.350 2.350 !Qual
assi (resi 36 and name HA) (resi 38 and name HB) 4.150 2.350 2.350 !Qual
assi (resi 36 and name HA) (resi 32 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 62 and name HD2*) ((resi 62 and name HG) or (resi 31 and name HB1)) 4.150 2.350 2.350 !Qual
assi (resi 38 and name HD*) (resi 39 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 31 and name HA) ((resi 31 and name HB1) or (resi 28 and name HB1)) 4.150 2.350 2.350 !Qual
assi (resi 55 and name HA) (resi 55 and name HD1*) 4.150 2.350 2.350 !Qual
assi (resi 81 and name HB*) (resi 84 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 25 and name HD2*) (resi 30 and name HZ) 4.150 2.350 2.350 !Qual
assi (resi 44 and name HA) ((resi 44 and name HB1) or (resi 44 and name HG*)) 4.150 2.350 2.350 !Qual
assi (resi 87 and name HA) (resi 88 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 20 and name HB*) (resi 18 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 61 and name HA) (resi 61 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 68 and name HG1) (resi 65 and name HG1) 4.150 2.350 2.350 !Qual
assi (resi 67 and name HD2) (resi 71 and name HG*) 4.150 2.350 2.350 !Qual
assi (resi 20 and name HB*) (resi 88 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 20 and name HB*) (resi 21 and name HG*) 4.150 2.350 2.350 !Qual
assi (resi 39 and name HG*) (resi 55 and name HG) 4.150 2.350 2.350 !Qual
assi (resi 87 and name HD*) (resi 87 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 43 and name HB2) ((resi 39 and name HA) or (resi 44 and name HD1)) 4.150 2.350 2.350 !Qual
assi (resi 25 and name HD2*) (resi 30 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 51 and name HG1*) (resi 43 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 85 and name HG*) (resi 85 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 73 and name HA) (resi 30 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 92 and name HB*) (resi 92 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 87 and name HG) (resi 87 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 62 and name HD2*) (resi 31 and name HE*) 4.150 2.350 2.350 !Qual
assi (resi 67 and name HD2) (resi 67 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 70 and name HA) ((resi 70 and name HD*) or (resi 30 and name HD*)) 4.150 2.350 2.350 !Qual
assi (resi 25 and name HD1*) (resi 25 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 60 and name HA) (resi 57 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 7 and name HD2) (resi 7 and name HG1) 4.150 2.350 2.350 !Qual
assi (resi 31 and name HB1) (resi 31 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 67 and name HD1) (resi 71 and name HG*) 4.150 2.350 2.350 !Qual
assi (resi 68 and name HA) (resi 65 and name HG1) 4.150 2.350 2.350 !Qual
assi (resi 21 and name HB2) (resi 21 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 73 and name HD2) (resi 73 and name HD1) 4.150 2.350 2.350 !Qual
assi (resi 68 and name HG2) (resi 69 and name HD2) 4.150 2.350 2.350 !Qual
assi (resi 51 and name HG1*) (resi 47 and name HG2*) 4.150 2.350 2.350 !Qual
assi (resi 40 and name HA) (resi 40 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 51 and name HG2*) (resi 37 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 21 and name HD2) (resi 20 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 86 and name HA) (resi 86 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 7 and name HD2) (resi 6 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 54 and name HA) (resi 54 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 67 and name HD1) (resi 67 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 46 and name HA) (resi 46 and name HG1*) 4.150 2.350 2.350 !Qual
assi (resi 73 and name HD2) (resi 73 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 67 and name HD1) (resi 71 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 21 and name HD1) (resi 85 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 40 and name HG*) ((resi 40 and name HD*) or (resi 36 and name HD*)) 4.150 2.350 2.350 !Qual
assi (resi 92 and name HA) (resi 92 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 67 and name HD2) (resi 71 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 61 and name HA) (resi 62 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 18 and name HA) (resi 18 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 38 and name HG2*) (resi 41 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 31 and name HA) (resi 30 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 18 and name HA) (resi 18 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 68 and name HA) (resi 68 and name HG2) 4.150 2.350 2.350 !Qual
assi (resi 73 and name HG2) (resi 73 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 67 and name HD2) (resi 60 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 69 and name HB1) (resi 70 and name HE*) 4.150 2.350 2.350 !Qual
assi (resi 62 and name HD2*) (resi 70 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 17 and name HA) (resi 17 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 92 and name HD1*) (resi 88 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 31 and name HB2) (resi 59 and name HZ3) 4.150 2.350 2.350 !Qual
assi (resi 81 and name HA) (resi 84 and name HG2) 4.150 2.350 2.350 !Qual
assi (resi 62 and name HD1*) (resi 59 and name HH2) 4.150 2.350 2.350 !Qual
assi (resi 70 and name HB1) ((resi 74 and name HB*) or (resi 67 and name HB1)) 4.150 2.350 2.350 !Qual
assi (resi 51 and name HG2*) ((resi 40 and name HG*) or (resi 54 and name HG*)) 4.150 2.350 2.350 !Qual
assi (resi 25 and name HD2*) (resi 25 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 28 and name HB1) (resi 28 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 37 and name HA) (resi 40 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 83 and name HB*) (resi 86 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 21 and name HD2) (resi 20 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 67 and name HB2) (resi 67 and name HG2) 4.150 2.350 2.350 !Qual
assi (resi 21 and name HD1) (resi 20 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 88 and name HA) (resi 88 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 72 and name HA) (resi 74 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 81 and name HB*) (resi 81 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 55 and name HB2) ((resi 55 and name HD1*) or (resi 51 and name HG2*)) 4.150 2.350 2.350 !Qual
assi (resi 84 and name HA) (resi 84 and name HG1) 4.150 2.350 2.350 !Qual
assi (resi 21 and name HA) (resi 21 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 43 and name HB2) (resi 40 and name HG*) 4.150 2.350 2.350 !Qual
assi (resi 88 and name HB2) (resi 88 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 50 and name HA) ((resi 46 and name HG2*) or (resi 51 and name HG1*)) 4.150 2.350 2.350 !Qual
assi (resi 33 and name HB2) (resi 33 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 88 and name HA) (resi 88 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 87 and name HA) (resi 87 and name HG) 4.150 2.350 2.350 !Qual
assi (resi 69 and name HB2) (resi 69 and name HG2) 4.150 2.350 2.350 !Qual
assi (resi 32 and name HA) ((resi 55 and name HG) or (resi 36 and name HB*)) 4.150 2.350 2.350 !Qual
assi (resi 23 and name HA) (resi 23 and name HG1) 4.150 2.350 2.350 !Qual
assi (resi 21 and name HD1) (resi 20 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 86 and name HA) (resi 87 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 37 and name HA) (resi 40 and name HG*) 4.150 2.350 2.350 !Qual
assi (resi 57 and name HB1) (resi 57 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 67 and name HA) (resi 70 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 72 and name HB*) (resi 72 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 73 and name HB1) (resi 70 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 60 and name HA) ((resi 60 and name HG*) or (resi 67 and name HB*)) 4.150 2.350 2.350 !Qual
assi (resi 19 and name HA) (resi 18 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 70 and name HA) (resi 70 and name HE*) 4.150 2.350 2.350 !Qual
assi (resi 55 and name HD2*) ((resi 55 and name HD1*) or (resi 51 and name HG2*)) 4.150 2.350 2.350 !Qual
assi (resi 36 and name HA) (resi 40 and name HG*) 4.150 2.350 2.350 !Qual
assi (resi 32 and name HA) (resi 31 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 21 and name HB2) (resi 85 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 33 and name HB2) (resi 36 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 92 and name HD1*) ((resi 92 and name HA) or (resi 91 and name HA)) 4.150 2.350 2.350 !Qual
assi (resi 73 and name HB1) (resi 74 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 67 and name HG2) (resi 67 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 59 and name HA) (resi 59 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 46 and name HG2*) (resi 40 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 51 and name HG1*) ((resi 47 and name HA) or (resi 46 and name HA)) 4.150 2.350 2.350 !Qual
assi (resi 81 and name HA) (resi 81 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 24 and name HB*) (resi 30 and name HZ) 4.150 2.350 2.350 !Qual
assi (resi 81 and name HA) (resi 84 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 27 and name HA) (resi 27 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 54 and name HA) (resi 58 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 48 and name HB1) (resi 47 and name HG2*) 4.150 2.350 2.350 !Qual
assi (resi 73 and name HB1) (resi 72 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 70 and name HB2) ((resi 74 and name HB*) or (resi 67 and name HB1)) 4.150 2.350 2.350 !Qual
assi (resi 59 and name HA) (resi 59 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 87 and name HG) (resi 86 and name HG2) 4.150 2.350 2.350 !Qual
assi (resi 47 and name HA) ((resi 46 and name HG2*) or (resi 51 and name HG1*)) 4.150 2.350 2.350 !Qual
assi (resi 21 and name HA) (resi 22 and name HG*) 4.150 2.350 2.350 !Qual
assi (resi 67 and name HD1) (resi 60 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 76 and name HB*) (resi 76 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 73 and name HB1) (resi 73 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 48 and name HB1) (resi 47 and name HB) 4.150 2.350 2.350 !Qual
assi (resi 65 and name HB2) (resi 65 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 7 and name HD2) (resi 7 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 92 and name HA) (resi 92 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 21 and name HB2) (resi 87 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 87 and name HG) ((resi 86 and name HB*) or (resi 84 and name HB1)) 4.150 2.350 2.350 !Qual
assi (resi 21 and name HB2) (resi 81 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 16 and name HA) (resi 16 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 35 and name HA) (resi 38 and name HB) 4.150 2.350 2.350 !Qual
assi (resi 89 and name HA) (resi 89 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 68 and name HG1) (resi 72 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 68 and name HG1) (resi 69 and name HG*) 4.150 2.350 2.350 !Qual
assi (resi 73 and name HG1) (resi 73 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HA) ((resi 44 and name HB1) or (resi 44 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HA) ((resi 46 and name HG2*) or (resi 51 and name HG1*)) 3.150 1.350 1.350 !SMW
assi (resi 17 and name HA) ((resi 18 and name HB2) or (resi 18 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 61 and name HA) (resi 60 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 24 and name HA) (resi 23 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 44 and name HD2) ((resi 44 and name HB1) or (resi 44 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 44 and name HD2) (resi 43 and name HB1) 4.150 2.350 2.350 !SMW
assi (resi 18 and name HD*) (resi 17 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 18 and name HD*) (resi 18 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 17 and name HA) (resi 18 and name HB1) 4.150 2.350 2.350 !SMW
assi (resi 18 and name HD*) ((resi 18 and name HB2) or (resi 18 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HA) (resi 21 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 44 and name HD1) (resi 44 and name HD2) 3.150 1.350 1.350 !SMW
assi (resi 44 and name HD1) (resi 43 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 93 and name HA) (resi 92 and name HD1*) 4.150 2.350 2.350 !SMW
assi (resi 91 and name HB) (resi 91 and name HG2*) 2.150 0.350 0.350 !SMW
assi (resi 91 and name HB) (resi 90 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 91 and name HB) (resi 88 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 88 and name HA) (resi 88 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 73 and name HA) (resi 73 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 80 and name HA) (resi 77 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 77 and name HA) (resi 81 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 77 and name HA) (resi 30 and name HZ) 4.150 2.350 2.350 !SMW
assi (resi 32 and name HA) (resi 55 and name HB1) 4.150 2.350 2.350 !SMW
assi (resi 32 and name HA) (resi 55 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 51 and name HA) ((resi 46 and name HB) or (resi 54 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HA) ((resi 55 and name HA) or (resi 54 and name HA)) 4.150 2.350 2.350 !SMW
assi (resi 69 and name HA) ((resi 72 and name HB*) or (resi 73 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 69 and name HA) (resi 69 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 64 and name HA) (resi 67 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HA) (resi 37 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 38 and name HA) (resi 35 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 30 and name HA) (resi 29 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 44 and name HA) (resi 43 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 44 and name HA) (resi 40 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 44 and name HA) ((resi 46 and name HG2*) or (resi 51 and name HG1*)) 4.150 2.350 2.350 !SMW
assi (resi 29 and name HA) (resi 32 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 39 and name HA) ((resi 51 and name HG2*) or (resi 55 and name HD1*)) 3.150 1.350 1.350 !SMW
assi (resi 39 and name HA) (resi 55 and name HD2*) 4.150 2.350 2.350 !SMW
assi (resi 39 and name HA) ((resi 38 and name HG11) or (resi 35 and name HB2)) 4.150 2.350 2.350 !SMW
assi (resi 40 and name HA) (resi 43 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 28 and name HA) (resi 28 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HA) (resi 31 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HA) ((resi 30 and name HD*) or (resi 30 and name HE*)) 3.150 1.350 1.350 !SMW
assi (resi 3 and name HB) (resi 3 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 3 and name HB) (resi 3 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 41 and name HB*) ((resi 38 and name HG2*) or (resi 38 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 69 and name HD1) (resi 69 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 69 and name HD2) (resi 69 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 48 and name HA) (resi 47 and name HB) 4.150 2.350 2.350 !SMW
assi (resi 36 and name HA) (resi 39 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 31 and name HA) ((resi 31 and name HB2) or (resi 34 and name HG2)) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HA) (resi 88 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 21 and name HD2) (resi 21 and name HB1) 4.150 2.350 2.350 !SMW
assi (resi 21 and name HD1) (resi 21 and name HB1) 4.150 2.350 2.350 !SMW
assi (resi 49 and name HA2) (resi 48 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 49 and name HA2) (resi 50 and name HG*) 4.150 2.350 2.350 !SMW
assi (resi 52 and name HA2) (resi 51 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 52 and name HA2) (resi 55 and name HD1*) 3.150 1.350 1.350 !SMW
assi (resi 52 and name HA2) (resi 55 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 60 and name HA) (resi 59 and name HD1) 4.150 2.350 2.350 !SMW
assi (resi 46 and name HA) (resi 43 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 23 and name HA) (resi 24 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 16 and name HA) (resi 17 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 55 and name HB1) (resi 55 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 56 and name HA2) (resi 59 and name HE3) 4.150 2.350 2.350 !SMW
assi (resi 49 and name HA1) ((resi 46 and name HG2*) or (resi 51 and name HG1*)) 4.150 2.350 2.350 !SMW
assi (resi 52 and name HA1) (resi 55 and name HD1*) 3.150 1.350 1.350 !SMW
assi (resi 52 and name HA1) (resi 55 and name HB1) 4.150 2.350 2.350 !SMW
assi (resi 73 and name HG2) (resi 30 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 73 and name HG2) (resi 70 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 73 and name HG2) (resi 30 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 92 and name HD2*) (resi 88 and name HE*) 3.150 1.350 1.350 !SMW
assi (resi 92 and name HD2*) (resi 88 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 92 and name HD2*) (resi 89 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 92 and name HD2*) (resi 88 and name HB1) 4.150 2.350 2.350 !SMW
assi (resi 92 and name HD2*) (resi 91 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HD1*) (resi 32 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HD1*) (resi 31 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 55 and name HD1*) (resi 31 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 62 and name HD1*) ((resi 70 and name HB1) or (resi 59 and name HB1)) 4.150 2.350 2.350 !SMW
assi (resi 62 and name HD1*) (resi 59 and name HE3) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HG1) (resi 64 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 67 and name HG1) ((resi 62 and name HA) or (resi 67 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HD2*) (resi 35 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 55 and name HD2*) (resi 28 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 55 and name HD2*) (resi 31 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 87 and name HD*) ((resi 21 and name HB1) or (resi 82 and name HG2)) 4.150 2.350 2.350 !SMW
assi (resi 87 and name HD*) (resi 88 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 73 and name HG1) (resi 73 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HG2*) (resi 65 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HG2*) (resi 67 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 62 and name HB*) ((resi 66 and name HB*) or (resi 58 and name HB*)) 4.150 2.350 2.350 !SMW
assi (resi 62 and name HB*) (resi 67 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 25 and name HB2) (resi 30 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 25 and name HB2) (resi 30 and name HZ) 4.150 2.350 2.350 !SMW
assi (resi 25 and name HB2) (resi 25 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 25 and name HB1) (resi 30 and name HZ) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HB2) (resi 31 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 35 and name HB1) (resi 32 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 55 and name HB1) ((resi 55 and name HG) or (resi 58 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HB1) ((resi 32 and name HA) or (resi 59 and name HB1)) 4.150 2.350 2.350 !SMW
assi (resi 43 and name HB1) ((resi 39 and name HA) or (resi 44 and name HD1)) 4.150 2.350 2.350 !SMW
assi (resi 43 and name HB1) (resi 43 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 37 and name HB2) (resi 38 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HB2) (resi 43 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 80 and name HD1) (resi 80 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 77 and name HB*) (resi 77 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HB2) (resi 73 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 70 and name HB1) ((resi 70 and name HD*) or (resi 30 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HB1) (resi 59 and name HH2) 4.150 2.350 2.350 !SMW
assi (resi 70 and name HB1) (resi 31 and name HB1) 4.150 2.350 2.350 !SMW
assi (resi 81 and name HB*) (resi 81 and name HE*) 3.150 1.350 1.350 !SMW
assi (resi 88 and name HB1) (resi 84 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 88 and name HB1) (((resi 88 and name HA) or (resi 89 and name HA)) or (resi 21 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 88 and name HB1) (resi 88 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HB2) (resi 32 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HB2) (resi 31 and name HE*) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HB2) (resi 35 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 76 and name HB*) (resi 77 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 76 and name HB*) (resi 73 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 76 and name HB*) (resi 77 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 76 and name HB*) (resi 73 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 76 and name HB*) (resi 30 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 76 and name HB*) (resi 30 and name HZ) 4.150 2.350 2.350 !SMW
assi (resi 32 and name HB*) ((resi 55 and name HA) or (resi 30 and name HA)) 4.150 2.350 2.350 !SMW
assi (resi 32 and name HB*) (resi 59 and name HZ3) 4.150 2.350 2.350 !SMW
assi (resi 32 and name HB*) (resi 31 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 32 and name HB*) (resi 31 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HG2*) (resi 35 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HG2*) (resi 42 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 46 and name HG2*) (resi 50 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HB*) (resi 20 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HB*) (resi 21 and name HB1) 4.150 2.350 2.350 !SMW
assi (resi 72 and name HB*) ((resi 73 and name HA) or (resi 69 and name HD1)) 3.150 1.350 1.350 !SMW
assi (resi 27 and name HB*) (resi 70 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 27 and name HB*) (resi 59 and name HZ3) 4.150 2.350 2.350 !SMW
assi (resi 27 and name HB*) (resi 59 and name HH2) 3.150 1.350 1.350 !SMW
assi (resi 27 and name HB*) ((resi 31 and name HB1) or (resi 28 and name HB1)) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HB*) (resi 70 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HD*) (resi 46 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HD*) (resi 54 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 46 and name HD*) ((resi 39 and name HA) or (resi 44 and name HD1)) 4.150 2.350 2.350 !SMW
assi (resi 46 and name HD*) (resi 51 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HD*) (resi 51 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HD*) (resi 43 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 38 and name HD*) (resi 36 and name HG*) 4.150 2.350 2.350 !SMW
assi (resi 38 and name HD*) (resi 38 and name HG11) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HD*) (resi 34 and name HG1) 4.150 2.350 2.350 !SMW
assi (resi 38 and name HD*) ((resi 37 and name HB2) or (resi 34 and name HG2)) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HD*) (resi 35 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HG2*) (resi 36 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 39 and name HG*) (resi 35 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 39 and name HG*) (resi 43 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 39 and name HG*) (resi 55 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HG) (resi 62 and name HD1*) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HG) (resi 62 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 80 and name HG2) (resi 77 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HG2) (resi 64 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 38 and name HG12) (resi 37 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 73 and name HD2) ((resi 70 and name HD*) or (resi 30 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HG11) (resi 38 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HG11) (resi 35 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 50 and name HB*) ((resi 46 and name HG2*) or (resi 51 and name HG1*)) 3.150 1.350 1.350 !SMW
assi (resi 50 and name HB*) (resi 46 and name HG1*) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HB2) (resi 73 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HB2) (resi 73 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HB2) ((resi 73 and name HB1) or (resi 69 and name HB2)) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HB2) (resi 73 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HB2) (resi 70 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 69 and name HB2) (resi 70 and name HE*) 3.150 1.350 1.350 !SMW
assi ((resi 69 and name HB2) or (resi 73 and name HB1)) (resi 70 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 58 and name HB*) (resi 62 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 21 and name HB1) (resi 81 and name HE*) 3.150 1.350 1.350 !SMW
assi (resi 21 and name HB1) (resi 81 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HG2) (resi 72 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HB2) (resi 67 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HB1) (resi 67 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HB) (resi 38 and name HG12) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HB) (resi 38 and name HG11) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HB*) (resi 88 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 89 and name HB*) (resi 86 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 33 and name HB2) (resi 25 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 33 and name HB2) (resi 30 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 31 and name HB1) (resi 31 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 31 and name HB1) (resi 31 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 31 and name HB1) ((resi 70 and name HB1) or (resi 30 and name HB*)) 4.150 2.350 2.350 !SMW
assi (resi 31 and name HB2) (resi 31 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 31 and name HB2) (resi 31 and name HE*) 4.150 2.350 2.350 !SMW
assi ((resi 36 and name HD*) or (resi 40 and name HD*)) (resi 37 and name HB*) 3.150 1.350 1.350 !SMW
assi ((resi 36 and name HD*) or (resi 40 and name HD*)) (resi 37 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 40 and name HD*) (resi 41 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 71 and name HG*) (resi 59 and name HH2) 3.150 1.350 1.350 !SMW
assi (resi 48 and name HB2) (resi 48 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HA) (resi 59 and name HZ3) 4.150 2.350 2.350 !SMW
assi (resi 51 and name HG1*) (resi 40 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HG1*) (resi 43 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 55 and name HD1*) (resi 52 and name HA1) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HD1*) (resi 55 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HB) ((resi 38 and name HG2*) or (resi 38 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HG12) (resi 35 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 88 and name HB2) (((resi 88 and name HA) or (resi 89 and name HA)) or (resi 21 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 44 and name HG*) (resi 43 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 88 and name HB1) (resi 88 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HB1) (resi 35 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HG1) (resi 62 and name HD1*) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HB) (resi 35 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 69 and name HB2) (resi 69 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HG2) ((resi 67 and name HA) or (resi 62 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 80 and name HD1) (resi 81 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HD1) (resi 59 and name HZ2) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HG1*) (resi 51 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HD1) (resi 59 and name HH2) 4.150 2.350 2.350 !SMW
assi (resi 74 and name HB*) ((resi 70 and name HD*) or (resi 30 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 36 and name HA) ((resi 36 and name HD*) or (resi 40 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HB1) ((resi 46 and name HG2*) or (resi 51 and name HG1*)) 3.150 1.350 1.350 !SMW
assi (resi 30 and name HA) (resi 27 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 58 and name HB*) (resi 31 and name HE*) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HB2) ((resi 64 and name HA) or (resi 65 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HD2) (resi 73 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 17 and name HB2) (resi 17 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 40 and name HD*) (resi 40 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 50 and name HG*) (resi 46 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 58 and name HB*) (resi 58 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 21 and name HD2) (resi 88 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 39 and name HA) ((resi 40 and name HA) or (resi 41 and name HB*)) 4.150 2.350 2.350 !SMW
assi (resi 84 and name HG2) (resi 84 and name HB2) 3.150 1.350 1.350 !SMW
assi ((resi 36 and name HD*) or (resi 40 and name HD*)) (resi 40 and name HG*) 2.150 0.350 0.350 !SMW
assi (resi 85 and name HB1) (resi 85 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HA) (resi 64 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 69 and name HB1) (resi 69 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 32 and name HB*) ((resi 28 and name HE*) or (resi 59 and name HE3)) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HA) (resi 59 and name HE3) 3.150 1.350 1.350 !SMW
assi (resi 64 and name HA) (resi 68 and name HG2) 4.150 2.350 2.350 !SMW
assi (resi 38 and name HA) (resi 38 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 23 and name HA) (resi 81 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 37 and name HB2) (resi 37 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HB1) (resi 35 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HG2) (resi 73 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HA) (resi 67 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 58 and name HB*) ((resi 55 and name HD2*) or (resi 62 and name HD1*)) 3.150 1.350 1.350 !SMW
assi (resi 36 and name HA) (resi 36 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HB*) (resi 75 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HB*) (resi 30 and name HZ) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HB*) (resi 71 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HG1) (resi 67 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HB2) ((resi 70 and name HD*) or (resi 30 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 32 and name HB*) (resi 28 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 67 and name HG1) (resi 67 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HD1*) (resi 59 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HB*) (resi 62 and name HD1*) 3.150 1.350 1.350 !SMW
assi (resi 31 and name HB2) (resi 31 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HB2) ((resi 70 and name HA) or (resi 30 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HD1) (resi 73 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 29 and name HA) (resi 28 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 37 and name HA) ((resi 38 and name HG2*) or (resi 38 and name HD*)) 4.150 2.350 2.350 !SMW
assi (resi 88 and name HB2) (resi 85 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 33 and name HB2) (resi 32 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 71 and name HG*) (resi 71 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 25 and name HB2) (resi 25 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HD2*) (resi 31 and name HE*) 3.150 1.350 1.350 !SMW
assi (resi 19 and name HA) (resi 19 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HB1) (resi 88 and name HB1) 4.150 2.350 2.350 !SMW
assi (resi 25 and name HB1) (resi 25 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HB2) (resi 28 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HA) (resi 62 and name HD1*) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HA) (resi 77 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 38 and name HD*) (resi 41 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 48 and name HB1) (resi 48 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HB1) (resi 55 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HG2*) (resi 43 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 49 and name HA2) (resi 49 and name HA1) 3.150 1.350 1.350 !SMW
assi (resi 92 and name HD1*) (resi 88 and name HE*) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HG*) (resi 85 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HB) (resi 46 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 72 and name HB*) ((resi 71 and name HB1) or (resi 75 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 39 and name HA) (resi 39 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 64 and name HA) (resi 63 and name HG2*) 4.150 2.350 2.350 !SMW
assi (resi 55 and name HD2*) ((resi 54 and name HA) or (resi 55 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 7 and name HD1) (resi 6 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HB*) (resi 92 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 55 and name HB1) (resi 55 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 36 and name HG*) (resi 36 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HB1) (resi 46 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 67 and name HD2) (resi 59 and name HH2) 4.150 2.350 2.350 !SMW
assi (resi 39 and name HG*) (resi 51 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HG11) (resi 38 and name HG12) 3.150 1.350 1.350 !SMW
assi (resi 45 and name HB2) (resi 45 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HB2) (resi 28 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HD2*) ((resi 59 and name HB1) or (resi 32 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 44 and name HG*) (resi 44 and name HD2) 3.150 1.350 1.350 !SMW
assi (resi 25 and name HA) (resi 25 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 45 and name HA) (resi 43 and name HB1) 4.150 2.350 2.350 !SMW
assi (resi 46 and name HG2*) (resi 43 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 50 and name HG*) ((resi 46 and name HG2*) or (resi 51 and name HG1*)) 4.150 2.350 2.350 !SMW
assi (resi 21 and name HB1) (resi 21 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 47 and name HB) (resi 47 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HD*) (resi 38 and name HG12) 3.150 1.350 1.350 !SMW
assi (resi 39 and name HA) (resi 51 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 73 and name HG1) (resi 73 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 44 and name HG*) (resi 44 and name HD1) 3.150 1.350 1.350 !SMW
assi (resi 45 and name HB1) (resi 45 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HD2) (resi 62 and name HD1*) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HB1) (resi 43 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HB) (resi 41 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 89 and name HB*) (resi 90 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 92 and name HA) (resi 91 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HB2) ((resi 85 and name HB1) or (resi 85 and name HG*)) 2.150 0.350 0.350 !SMW
assi (resi 84 and name HA) (resi 84 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HB2) (resi 85 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 84 and name HG2) (resi 84 and name HG1) 2.150 0.350 0.350 !SMW
assi (resi 38 and name HD*) (resi 38 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HB*) (resi 92 and name HG) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HB1) (resi 70 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 64 and name HA) (resi 67 and name HG2) 4.150 2.350 2.350 !SMW
assi (resi 73 and name HB1) (resi 73 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HA) (resi 59 and name HZ3) 4.150 2.350 2.350 !SMW
assi (resi 32 and name HA) (resi 31 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 67 and name HB2) ((resi 67 and name HA) or (resi 68 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HD1) (resi 62 and name HD1*) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HG1*) (resi 40 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HG2*) (resi 64 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HD1) (resi 73 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HG1) (resi 73 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 30 and name HA) (resi 33 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 80 and name HA) (resi 80 and name HD1) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HB) (resi 43 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 39 and name HG*) ((resi 52 and name HA1) or (resi 40 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 48 and name HA) (resi 48 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HB2) (resi 59 and name HH2) 4.150 2.350 2.350 !SMW
assi (resi 67 and name HD2) (resi 59 and name HZ2) 4.150 2.350 2.350 !SMW
assi (resi 46 and name HB) (resi 46 and name HG1*) 3.150 1.350 1.350 !SMW
assi (resi 23 and name HA) (resi 81 and name HE*) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HB1) (resi 46 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 12 and name HA) (resi 13 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HA) (resi 67 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 62 and name HB*) (resi 62 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 52 and name HA1) (resi 52 and name HA2) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HG2*) ((resi 40 and name HA) or (resi 52 and name HA1)) 3.150 1.350 1.350 !SMW
assi (resi 40 and name HA) ((resi 46 and name HG2*) or (resi 51 and name HG1*)) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HG2*) (resi 42 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 32 and name HA) (resi 32 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HD*) (resi 38 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HB1) ((resi 70 and name HA) or (resi 30 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HB1) (resi 36 and name HG*) 4.150 2.350 2.350 !SMW
assi (resi 43 and name HB2) ((resi 39 and name HB) or (resi 46 and name HB)) 3.150 1.350 1.350 !SMW
assi (resi 72 and name HB*) ((resi 68 and name HG*) or (resi 75 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HA) ((resi 38 and name HG2*) or (resi 38 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HG1) (((resi 68 and name HA) or (resi 69 and name HA)) or (resi 67 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HB1) (resi 28 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 87 and name HD*) (resi 84 and name HG2) 4.150 2.350 2.350 !SMW
assi (resi 62 and name HB*) (resi 62 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 48 and name HB1) (resi 48 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HD2*) ((resi 36 and name HA) or (resi 52 and name HA2)) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HB2) (resi 67 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 87 and name HB1) (resi 84 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HD*) (resi 46 and name HG1*) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HA) ((resi 46 and name HG2*) or (resi 51 and name HG1*)) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HD2*) (resi 59 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HB*) (resi 88 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 39 and name HG*) ((resi 43 and name HB1) or (resi 42 and name HG2)) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HD1*) (resi 31 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 90 and name HB*) (resi 86 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HD1*) (resi 59 and name HZ3) 3.150 1.350 1.350 !SMW
assi (resi 27 and name HB*) ((resi 27 and name HA) or (resi 68 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 87 and name HB2) (resi 87 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 53 and name HB*) (resi 53 and name HA) 2.150 0.350 0.350 !SMW
assi (resi 74 and name HB*) (resi 77 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HD2*) (resi 66 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HD2) (resi 64 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HA) (resi 68 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 32 and name HA) (resi 55 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HG12) (resi 38 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 80 and name HG2) ((resi 80 and name HD2) or (resi 77 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HG2*) (resi 46 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 84 and name HA) (resi 87 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HA) ((resi 21 and name HA) or (resi 88 and name HA)) 4.150 2.350 2.350 !SMW
assi (resi 67 and name HA) ((resi 69 and name HB2) or (resi 67 and name HG2)) 3.150 1.350 1.350 !SMW
assi (resi 79 and name HB*) (resi 79 and name HA) 2.150 0.350 0.350 !SMW
assi (resi 21 and name HB2) (resi 81 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HG2*) (resi 63 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 39 and name HG*) (resi 55 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HG2) (((resi 68 and name HA) or (resi 69 and name HA)) or (resi 67 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HA) ((resi 67 and name HB2) or (resi 27 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HG2*) (resi 66 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HD1*) ((resi 58 and name HA) or (resi 66 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HG2*) (resi 51 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 69 and name HD1) ((resi 69 and name HA) or (resi 68 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HG2) (resi 67 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HB*) (resi 74 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 26 and name HA) (resi 24 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HG2*) (resi 38 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HB2) ((resi 70 and name HD*) or (resi 30 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HG1) (resi 73 and name HD2) 2.150 0.350 0.350 !SMW
assi (resi 87 and name HB1) (resi 87 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HD1*) (resi 58 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 44 and name HD1) (resi 44 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HB1) (resi 67 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HB) ((resi 65 and name HG1) or (resi 66 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 27 and name HB*) (resi 59 and name HZ2) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HB1) (resi 85 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 47 and name HA) (resi 47 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 18 and name HA) (resi 18 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HA) (resi 50 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 55 and name HD2*) ((resi 55 and name HG) or (resi 58 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HG2) (resi 73 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 36 and name HG*) (resi 36 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HB1) (resi 55 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HD1) ((resi 70 and name HD*) or (resi 30 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 39 and name HG*) (resi 39 and name HB) 2.150 0.350 0.350 !SMW
assi (resi 80 and name HA) (resi 80 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 93 and name HA) (resi 93 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HB2) ((resi 46 and name HG2*) or (resi 51 and name HG1*)) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HB1) (resi 73 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 80 and name HD1) ((resi 80 and name HB*) or (resi 79 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HG2) ((resi 67 and name HB2) or (resi 27 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HG2*) (resi 43 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HA) (resi 44 and name HD1) 3.150 1.350 1.350 !SMW
assi (resi 92 and name HD2*) (resi 92 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 43 and name HA) (resi 44 and name HD2) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HD1*) (resi 31 and name HE*) 3.150 1.350 1.350 !SMW
assi ((resi 36 and name HD*) or (resi 40 and name HD*)) (resi 51 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HD1) (resi 64 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 69 and name HB1) (resi 70 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 40 and name HD*) (resi 51 and name HG1*) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HB*) (resi 27 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HA) (resi 55 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 27 and name HB*) (resi 70 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HD2*) (resi 31 and name HZ) 3.150 1.350 1.350 !SMW
assi (resi 58 and name HB*) (resi 31 and name HZ) 3.150 1.350 1.350 !SMW
assi (resi 48 and name HA) (resi 48 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 7 and name HD1) (resi 7 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 84 and name HA) (resi 84 and name HB2) 2.150 0.350 0.350 !SMW
assi (resi 48 and name HA) (resi 51 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 21 and name HB2) (resi 81 and name HE*) 3.150 1.350 1.350 !SMW
assi (resi 71 and name HG*) ((resi 67 and name HB*) or (resi 27 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HG2*) (resi 63 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HG12) ((resi 35 and name HB2) or (resi 38 and name HG11)) 2.150 0.350 0.350 !SMW
assi (resi 55 and name HB2) (resi 55 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HD2) (resi 67 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 84 and name HG2) ((resi 81 and name HB*) or (resi 80 and name HD1)) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HG1) ((resi 64 and name HA) or (resi 65 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 91 and name HB) (resi 87 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 11 and name HA) (resi 10 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 88 and name HA) (resi 88 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 32 and name HB*) (resi 55 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 40 and name HA) (resi 40 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HD2) (resi 73 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HB*) ((resi 30 and name HB*) or (resi 70 and name HB1)) 3.150 1.350 1.350 !SMW
assi (resi 77 and name HB*) (resi 30 and name HZ) 3.150 1.350 1.350 !SMW
assi (resi 64 and name HA) (resi 67 and name HB2) 3.150 1.350 1.350 !SMW
assi ((resi 36 and name HD*) or (resi 40 and name HD*)) ((resi 36 and name HB*) or (resi 40 and name HB*)) 2.150 0.350 0.350 !SMW
assi (resi 36 and name HG*) ((resi 40 and name HD*) or (resi 36 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HG11) (resi 38 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HB) (resi 63 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 21 and name HD1) (resi 88 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 38 and name HG2*) (resi 38 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HG2*) ((resi 48 and name HA) or (resi 38 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 69 and name HB2) (resi 70 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HB2) (resi 55 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 58 and name HB*) (resi 58 and name HA) 2.150 0.350 0.350 !SMW
assi (resi 51 and name HG1*) (resi 51 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HG1) (resi 67 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 21 and name HD2) ((resi 88 and name HE*) or (resi 81 and name HE*)) 3.150 1.350 1.350 !SMW
assi (resi 25 and name HB2) (resi 25 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HA) (resi 67 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 35 and name HB2) (resi 55 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HB*) ((resi 89 and name HA) or (resi 88 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 65 and name HB1) (resi 65 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 76 and name HB*) (resi 73 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HB1) (resi 55 and name HD1*) 3.150 1.350 1.350 !SMW
assi (resi 92 and name HD2*) ((resi 88 and name HA) or (resi 89 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 50 and name HG*) ((resi 50 and name HA) or (resi 53 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HG2*) ((resi 40 and name HD*) or (resi 36 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HB) (resi 66 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HD1) (resi 67 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 87 and name HD*) (resi 87 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HA) (resi 70 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 69 and name HB2) (resi 69 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HD1) (resi 67 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 84 and name HA) ((resi 21 and name HB2) or (resi 87 and name HB1)) 3.150 1.350 1.350 !SMW
assi (resi 90 and name HB*) (resi 87 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HB) ((resi 50 and name HB*) or (resi 50 and name HG2)) 3.150 1.350 1.350 !SMW
assi (resi 69 and name HA) (resi 69 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HG1) (resi 69 and name HD2) 4.150 2.350 2.350 !SMW
assi (resi 74 and name HA) (resi 77 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 24 and name HA) (resi 23 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HB*) ((resi 88 and name HE*) or (resi 81 and name HE*)) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HB*) (resi 81 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 56 and name HA1) (resi 56 and name HA2) 3.150 1.350 1.350 !SMW
assi (resi 44 and name HD2) (resi 44 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 46 and name HA) (resi 46 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HA) (resi 64 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 75 and name HG*) ((resi 75 and name HA) or (resi 78 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HG2*) (resi 46 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HB2) (resi 27 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HD1*) (resi 70 and name HE*) 3.150 1.350 1.350 !SMW
assi (resi 60 and name HA) (resi 60 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HD1) (resi 73 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HD2) (resi 67 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HD*) ((resi 39 and name HB) or (resi 34 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HA) ((resi 46 and name HG2*) or (resi 51 and name HG1*)) 3.150 1.350 1.350 !SMW
assi (resi 39 and name HG*) (((resi 54 and name HA) or (resi 55 and name HA)) or (resi 41 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HD1*) (resi 70 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 25 and name HB1) (resi 25 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HB*) ((resi 93 and name HA) or (resi 86 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HG2*) (resi 46 and name HG1*) 3.150 1.350 1.350 !SMW
assi (resi 44 and name HG*) (resi 44 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 32 and name HB*) (resi 33 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 81 and name HA) (resi 81 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HD*) (resi 43 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HD1*) (resi 62 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 57 and name HB2) (resi 57 and name HA) 2.150 0.350 0.350 !SMW
assi (resi 46 and name HD*) ((resi 54 and name HD*) or (resi 40 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 69 and name HD2) ((resi 69 and name HA) or (resi 68 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 69 and name HB1) ((resi 69 and name HA) or (resi 68 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HG) (resi 62 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 21 and name HD1) (resi 81 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 73 and name HA) ((resi 69 and name HA) or (resi 76 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 31 and name HB2) (resi 31 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 69 and name HB1) ((resi 73 and name HA) or (resi 69 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HG1) (resi 69 and name HD1) 4.150 2.350 2.350 !SMW
assi (resi 63 and name HG2*) ((resi 64 and name HA) or (resi 65 and name HA)) 4.150 2.350 2.350 !SMW
assi (resi 36 and name HA) ((resi 55 and name HD1*) or (resi 51 and name HG2*)) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HA) ((resi 51 and name HG2*) or (resi 55 and name HD1*)) 3.150 1.350 1.350 !SMW
assi (resi 24 and name HA) (resi 24 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 27 and name HB*) ((resi 26 and name HA) or (resi 26 and name HB2)) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HA) (resi 34 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 88 and name HB1) (resi 85 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 80 and name HG2) ((resi 81 and name HB*) or (resi 80 and name HD1)) 3.150 1.350 1.350 !SMW
assi (resi 84 and name HG2) (resi 84 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 77 and name HB*) (resi 30 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HD1) (resi 30 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 44 and name HG*) (resi 44 and name HB2) 2.150 0.350 0.350 !SMW
assi (resi 92 and name HB*) ((resi 92 and name HA) or (resi 91 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 50 and name HA) (resi 46 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 60 and name HA) (resi 59 and name HH2) 4.150 2.350 2.350 !SMW
assi (resi 47 and name HG2*) (resi 47 and name HA) 2.150 0.350 0.350 !SMW
assi (resi 40 and name HA) (resi 46 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 87 and name HB1) (resi 87 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HG2*) (resi 38 and name HG12) 3.150 1.350 1.350 !SMW
assi (resi 87 and name HB2) (resi 87 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HG2) (resi 62 and name HD1*) 3.150 1.350 1.350 !SMW
assi (resi 31 and name HB1) (resi 59 and name HZ3) 3.150 1.350 1.350 !SMW
assi (resi 30 and name HA) (resi 30 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HA) (resi 30 and name HZ) 4.150 2.350 2.350 !SMW
assi (resi 19 and name HB*) (resi 88 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 19 and name HB*) (resi 88 and name HE*) 3.150 1.350 1.350 !SMW
assi (resi 18 and name HA) (resi 19 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 48 and name HA) (resi 48 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 32 and name HB*) (resi 29 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 32 and name HA) (resi 29 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 18 and name HG*) (resi 88 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 18 and name HG*) (resi 88 and name HB1) 4.150 2.350 2.350 !SMW
assi (resi 18 and name HB1) (resi 88 and name HE*) 3.150 1.350 1.350 !SMW
assi (resi 81 and name HD*) ((resi 82 and name HG2) or (resi 21 and name HB1)) 3.150 1.350 1.350 !SMW
assi (resi 29 and name HA) (resi 30 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 32 and name HA) ((resi 35 and name HB1) or (resi 34 and name HB*)) 4.150 2.350 2.350 !SMW
assi (resi 55 and name HD1*) (resi 37 and name HA) 4.150 2.350 2.350 !SMWVW
assi (resi 38 and name HB) (resi 55 and name HD2*) 4.150 2.350 2.350 !SMWVW
assi (resi 69 and name HA) (resi 68 and name HG1) 4.150 2.350 2.350 !SMWVW
assi (resi 70 and name HB1) (resi 74 and name HA) 4.150 2.350 2.350 !SMWVW
assi (resi 63 and name HG2*) (resi 62 and name HD1*) 4.150 2.350 2.350 !SMWVW
assi (resi 67 and name HB2) (resi 62 and name HD1*) 4.150 2.350 2.350 !SMWVW
assi (resi 67 and name HB1) (resi 62 and name HD1*) 4.150 2.350 2.350 !SMWVW
assi (resi 28 and name HB2) (resi 56 and name HA2) 4.150 2.350 2.350 !SMWVW
assi (resi 74 and name HB*) (resi 73 and name HA) 4.150 2.350 2.350 !SMWVW
assi (resi 40 and name HD*) ((resi 38 and name HB) or (resi 44 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HG1) (resi 60 and name HG2) 4.150 2.350 2.350 !SMW
assi (resi 25 and name HB1) (resi 30 and name HD*) 4.650 2.850 2.850 !SMWVW
assi (resi 62 and name HB*) (resi 67 and name HG1) 4.150 2.350 2.350 !SMW
assi (resi 81 and name HA) (resi 81 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 83 and name HA) (((resi 83 and name HB2) or (resi 81 and name HA)) or (resi 86 and name HA)) 4.150 2.350 2.350 !Qual
assi (resi 36 and name HA) ((resi 39 and name HB) or (resi 35 and name HB1)) 4.150 2.350 2.350 !Qual
assi (resi 54 and name HA) (resi 54 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 31 and name HA) ((resi 30 and name HD*) or (resi 70 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HA) ((resi 54 and name HD*) or (resi 40 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 64 and name HA) ((resi 64 and name HG*) or (resi 65 and name HB1)) 3.150 1.350 1.350 !SMW
assi (resi 39 and name HA) (((resi 35 and name HB1) or (resi 39 and name HB)) or (resi 46 and name HB)) 3.150 1.350 1.350 !SMW
assi (resi 48 and name HA) (resi 51 and name HG1*) 3.150 1.350 1.350 !SMW
assi (resi 31 and name HA) ((resi 31 and name HZ) or (resi 70 and name HE*)) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HD2*) (((resi 55 and name HB2) or (resi 35 and name HB2)) or (resi 54 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HB1) (((resi 38 and name HG2*) or (resi 38 and name HD*)) or (resi 39 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HB2) (resi 70 and name HE*) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HB1) (resi 70 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 51 and name HG2*) (resi 51 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HG2*) (((resi 40 and name HB*) or (resi 55 and name HG)) or (resi 54 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 40 and name HG*) ((resi 44 and name HB1) or (resi 44 and name HG*)) 3.150 1.350 1.350 
assi (resi 58 and name HB*) (((resi 61 and name HB*) or (resi 55 and name HB2)) or (resi 54 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 31 and name HB1) ((resi 70 and name HE*) or (resi 31 and name HZ)) 4.150 2.350 2.350 !SMW
assi (resi 77 and name HA) (((resi 80 and name HG1) or (resi 80 and name HB*)) or (resi 79 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 76 and name HA) (((resi 79 and name HB*) or (resi 80 and name HB*)) or (resi 78 and name HB1)) 3.150 1.350 1.350 !SMW
assi (resi 39 and name HA) (((resi 36 and name HB*) or (resi 40 and name HB*)) or (resi 55 and name HG)) 4.150 2.350 2.350 !SMW
assi (resi 55 and name HD1*) (((resi 55 and name HG) or (resi 36 and name HB*)) or (resi 40 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HD1*) ((resi 39 and name HB) or (resi 35 and name HB1)) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HD2*) (((resi 39 and name HB) or (resi 34 and name HB*)) or (resi 35 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 80 and name HG2) (((resi 80 and name HB*) or (resi 79 and name HB*)) or (resi 80 and name HG1)) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HA) (resi 66 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HD1*) ((resi 55 and name HB2) or (resi 40 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 27 and name HB*) (((resi 67 and name HG2) or (resi 73 and name HB1)) or (resi 69 and name HB2)) 4.150 2.350 2.350 !SMW
assi (resi 46 and name HD*) (((resi 52 and name HA1) or (resi 40 and name HA)) or (resi 50 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HG2*) ((resi 66 and name HB*) or (resi 65 and name HG1)) 3.150 1.350 1.350 !SMW
assi (resi 40 and name HA) (resi 44 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 62 and name HG) (resi 59 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 43 and name HB1) (resi 44 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 28 and name HA) (resi 27 and name HB*) 4.150 2.350 2.350 !SMW  
assi (resi 62 and name HG) (resi 59 and name HB2) 4.150 2.350 2.350 !SMW  
assi (resi 37 and name HA) (resi 38 and name HB) 4.150 2.350 2.350 !Qual  
assi (resi 30 and name HA) (resi 25 and name HD1*) 4.650 2.850 2.850 !SMWVW 
assi (resi 52 and name HA2) (resi 55 and name HB1) 4.650 2.850 2.850 !SMWVW 
assi (resi 46 and name HD*) (resi 50 and name HB*) 3.150 1.350 1.350 !SMW  
assi (resi 55 and name HD2*) (resi 39 and name HG*) 3.150 1.350 1.350 !SMW 
assi (resi 55 and name HD1*) (resi 39 and name HG*) 3.150 1.350 1.350 !SMW 
assi (resi 44 and name HG*) (resi 43 and name HB2) 4.150 2.350 2.350 !Qual  
assi (resi 36 and name HG*) (resi 38 and name HB) 4.150 2.350 2.350 !Qual  
assi (resi 74 and name HB*) (resi 25 and name HD2*) 4.650 2.850 2.850 !SMWVW  
assi (resi 74 and name HB*) (resi 73 and name HB2) 4.650 2.850 2.850 !SMWVW  
assi (resi 38 and name HG2*) (resi 42 and name HG1) 4.150 2.350 2.350 !SMW  
assi (resi 67 and name HA) (resi 59 and name HZ3) 4.150 2.350 2.350 !SMW  
assi (resi 37 and name HB2) (resi 40 and name HB*) 4.150 2.350 2.350 !SMW  
assi (resi 27 and name HB*) (resi 67 and name HD*) 4.150 2.350 2.350 !SMW  
assi (resi 63 and name HB) ((resi 62 and name HG) or (resi 65 and name HB1)) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HB) (resi 70 and name HE*) 4.650 2.850 2.850 !SMWVW
assi (resi 46 and name HG2*) (resi 40 and name HB*) 4.150 2.350 2.350 !Qual 
assi (resi 28 and name HB1) (resi 31 and name HD*) 4.150 2.350 2.350 !SMW  
assi (resi 38 and name HG12) (resi 41 and name HB*) 4.150 2.350 2.350 !SMW  
assi (resi 70 and name HB2) (resi 69 and name HG2) 4.150 2.350 2.350 !SMWVW
assi (resi 67 and name HA) (resi 70 and name HD*) 4.150 2.350 2.350 !SMW 
assi (resi 67 and name HA) (resi 70 and name HE*) 4.150 2.350 2.350 !Qual 
assi (resi 48 and name HE*) (resi 48 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HD*) ((resi 32 and name HA) or (resi 59 and name HB1)) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HD*) ((resi 29 and name HA) or (resi 59 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HD*) (resi 26 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HE*) (resi 55 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 28 and name HE*) (resi 32 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HE*) (resi 59 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 28 and name HE*) (resi 56 and name HA2) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HE*) (resi 56 and name HA1) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HD1) (resi 28 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 59 and name HD1) (resi 59 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HD1) (resi 59 and name HZ2) 4.150 2.350 2.350 !SMW
assi (resi 59 and name HD1) (resi 56 and name HA2) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HD1) ((resi 60 and name HA) or (resi 56 and name HA1)) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HD1) (resi 60 and name HG*) 4.150 2.350 2.350 !SMW
assi (resi 81 and name HE*) ((resi 21 and name HB1) or (resi 82 and name HG2)) 3.150 1.350 1.350 !SMW
assi (resi 88 and name HE*) (resi 92 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 81 and name HE*) (resi 21 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 88 and name HE*) ((resi 88 and name HA) or (resi 21 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 88 and name HE*) (resi 92 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 88 and name HE*) ((resi 88 and name HB*) or (resi 19 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 88 and name HE*) ((resi 20 and name HB*) or (resi 91 and name HG2*)) 4.150 2.350 2.350 !SMW
assi (resi 70 and name HE*) (resi 67 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HB2) (resi 31 and name HZ) 4.150 2.350 2.350 !SMW  
assi (resi 63 and name HA) (((resi 64 and name HG*) or (resi 62 and name HG))
      or (resi 65 and name HB1)) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HB*) (resi 71 and name HB1) 3.150 1.350 1.350 !SMW  
assi (resi 27 and name HB*) (resi 71 and name HB1) 3.150 1.350 1.350 !SMW  
assi (resi 55 and name HB2) (resi 58 and name HB*) 4.150 2.350 2.350 !Qual  
assi (resi 81 and name HD*) (resi 84 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 81 and name HE*) ((resi 81 and name HB*) or (resi 21 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 21 and name HD1) ((resi 88 and name HE*) or (resi 81 and name HE*)) 4.150 2.350 2.350 !SMW
assi (resi 23 and name HA) (resi 81 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 21 and name HB2) (resi 21 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 23 and name HA) (resi 23 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 26 and name HA) (resi 25 and name HG) 4.150 2.350 2.350 !SMW  
assi (resi 23 and name HA) ((resi 23 and name HB*) or (resi 23 and name HG2)) 4.150 2.350 2.350 !Qual
assi (resi 26 and name HB2) ((resi 25 and name HG) or (resi 23 and name HG1)) 4.150 2.350 2.350 !SMW
assi (resi 25 and name HB1) (resi 25 and name HG) 4.150 2.350 2.350 !Qual 
assi (resi 25 and name HB2) (resi 25 and name HG) 4.150 2.350 2.350 !Qual
assi (resi 25 and name HD2*) (resi 25 and name HG) 4.150 2.350 2.350 !Qual 
assi (resi 24 and name HB*) ((resi 81 and name HB*) or (resi 80 and name HD1)) 4.150 2.350 2.350 !Qual 
assi (resi 24 and name HB*) (resi 23 and name HG1) 4.150 2.350 2.350 !Qual 
assi (resi 24 and name HB*)  (((resi 80 and name HD2) or (resi 23 and name HD*)) or (resi 77 and name HB*))  4.150 2.350 2.350 !Qual
assi (resi 24 and name HB*) (resi 25 and name HD2*) 4.150 2.350 2.350 !SMW 
assi (resi 24 and name HB*) (resi 77 and name HA) 4.150 2.350 2.350 !SMW 
assi (resi 77 and name HA) ((resi 73 and name HD2) or (resi 24 and name HB*)) 4.150 2.350 2.350 !SMW 
assi (resi 24 and name HB*) (resi 80 and name HG2) 4.150 2.350 2.350 !SMW
assi (resi 24 and name HB*) ((resi 78 and name HG*) or (resi 23 and name HB*)) 4.150 2.350 2.350 !Qual
assi (resi 24 and name HB*) ((resi 80 and name HB*) or (resi 78 and name HB1)) 3.150 1.350 1.350 !SMW 
assi (resi 24 and name HB*) (resi 78 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 24 and name HA) (resi 25 and name HD2*) 4.150 2.350 2.350 !SMW 
assi (resi 77 and name HB*) (resi 24 and name HB*) 3.150 1.350 1.350 !SMW 
assi (resi 24 and name HB*) (resi 81 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 24 and name HB*) (resi 81 and name HE*) 4.150 2.350 2.350 !Qual 
assi (resi 25 and name HB2) (resi 26 and name HB1) 4.150 2.350 2.350 !SMW 
assi (resi 25 and name HB1) (resi 26 and name HB1) 4.150 2.350 2.350 !Qual 
assi (resi 39 and name HG*) ((resi 46 and name HA) or (resi 37 and name HA)) 4.150 2.350 2.350 !SMW
assi (resi 39 and name HA) (((resi 41 or resi 42) or resi 55) and name HA)
             4.150 2.350 2.350 !SMW
assi (resi 25 and name HD2*) (resi 29 and name HG1) 3.150 1.350 1.350 !SMW 
assi (resi 25 and name HD1*) (resi 29 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 25 and name HD1*) (resi 29 and name HB2) 3.150 1.350 1.350 !SMW 
assi (resi 25 and name HD2*) (resi 29 and name HB2) 3.150 1.350 1.350 !SMW 
assi (resi 25 and name HD2*) ((resi 25 and name HB1) or (resi 29 and name HG2)) 3.150 1.350 1.350 !SMW
assi (resi 25 and name HD1*) ((resi 25 and name HB1) or (resi 29 and name HG2)) 4.150 2.350 2.350 !Qual
assi (resi 29 and name HA) (resi 32 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 29 and name HA) ((resi 25 and name HB1) or (resi 29 and name HG2)) 3.150 1.350 1.350 !SMW
assi (resi 29 and name HB2) (resi 25 and name HB1) 4.150 2.350 2.350 !Qual 
assi (resi 28 and name HE*) ((resi 28 and name HB2) or (resi 29 and name HB2)) 4.150 2.350 2.350 !SMW
assi (resi 28 and name HD*) ((resi 28 and name HB2) or (resi 29 and name HB2)) 3.150 1.350 1.350 !SMW M29He changed to M29Hg in 2nd sel.  M29Hg2 reassigned to M29Hb2 in 2nd sel
assi (resi 29 and name HA) ((resi 28 and name HB1) or (resi 29 and name HG1)) 3.150 1.350 1.350 !SMW
assi (resi 29 and name HA) ((resi 28 and name HB2) or (resi 29 and name HB2)) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HA) (resi 28 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HA) (resi 28 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 27 and name HB*) ((resi 31 and name HB1) or (resi 28 and name HB1)) 3.150 1.350 1.350 !SMW
assi (resi 29 and name HG2) (resi 25 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 29 and name HG2) (resi 29 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 29 and name HG2) (resi 29 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 29 and name HG2) (resi 29 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 25 and name HB2) (resi 29 and name HG1) 4.150 2.350 2.350 !SMW 
assi (resi 25 and name HB1) (resi 29 and name HG1) 4.150 2.350 2.350 !SMW 
assi (resi 77 and name HB*) (resi 78 and name HA) 4.150 2.350 2.350 !Qual 
assi (resi 77 and name HB*) (resi 78 and name HB2) 4.150 2.350 2.350 !Qual 
assi (resi 76 and name HB*) (((resi 80 and name HB*) or (resi 79 and name HB*)) or (resi 78 and name HB1)) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HB2) (resi 81 and name HE*) 4.150 2.350 2.350 !Qual
assi (resi 85 and name HB2) (resi 21 and name HB1) 4.150 2.350 2.350 !Qual 
assi (resi 85 and name HB2) (resi 81 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 85 and name HB2) (resi 21 and name HG2) 4.150 2.350 2.350 !SMW 
assi (resi 85 and name HB2) ((resi 82 and name HB1) or (resi 84 and name HB1)) 4.150 2.350 2.350 !SMW
assi (resi 85 and name HB1) (resi 81 and name HE*) 4.150 2.350 2.350 !SMW OK
assi (resi 87 and name HD*) (resi 91 and name HG2*) 4.150 2.350 2.350 !Qual
assi (resi 20 and name HA) (resi 22 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HG*) (resi 81 and name HE*) 4.150 2.350 2.350 !SMW 
assi (resi 81 and name HE*) ((resi 24 and name HB*) or (resi 85 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HG*) (resi 81 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 85 and name HG*) ((resi 21 and name HB1) or (resi 82 and name HG2)) 4.150 2.350 2.350 !SMW
assi (resi 21 and name HB1) ((resi 20 and name HB*) or (resi 85 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HA) (resi 21 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 88 and name HD*) (resi 85 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 88 and name HD*) (resi 20 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HE*) (resi 67 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HD*) (resi 85 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HE*) ((resi 86 and name HB*) or (resi 82 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 48 and name HD*) (resi 52 and name HA1) 2.150 0.350 0.350 !SMW
assi (resi 48 and name HD*) (resi 48 and name HA) 2.150 0.350 0.350 !SMW 
assi (resi 16 and name HA) (resi 17 and name HB1) 4.150 2.350 2.350 !SMW
assi (resi 17 and name HB2) (resi 88 and name HE*) 4.150 2.350 2.350 !SMW 
assi (resi 17 and name HB1) (resi 18 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HB*) (resi 17 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HB*) (resi 17 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 18 and name HD*) (resi 17 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HB*) (resi 17 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 81 and name HA) ((resi 85 and name HG*) or (resi 24 and name HB*)) 4.150 2.350 2.350 !SMW
assi (resi 85 and name HG*) ((resi 21 and name HA) or (resi 83 and name HA)) 4.150 2.350 2.350 !SMW
assi (resi 85 and name HG*) (resi 82 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 87 and name HD*) ((resi 87 and name HB1) or (resi 85 and name HB2)) 4.150 2.350 2.350 !Qual
assi (resi 85 and name HB1) (resi 21 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 88 and name HB1) (((resi 85 and name HB2) or (resi 87 and name HB1)) or (resi 21 and name HB2)) 3.150 1.350 1.350 !SMW
assi (resi 88 and name HB2) (((resi 85 and name HB2) or (resi 87 and name HB1)) or (resi 21 and name HB2)) 4.150 2.350 2.350 !Qual
assi (resi 88 and name HB2) (((resi 91 and name HG2*) or (resi 85 and name HG*)) or (resi 20 and name HB*)) 4.150 2.350 2.350 !SMW
assi (resi 85 and name HG*) (resi 88 and name HB1) 4.150 2.350 2.350 !SMW
assi (resi 88 and name HB1) ((resi 91 and name HG2*) or (resi 85 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 21 and name HD2) (resi 85 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 85 and name HB2) (resi 88 and name HB1) 4.150 2.350 2.350 !SMW 
assi (resi 85 and name HG*) (((resi 21 and name HG2) or (resi 81 and name HB*)) or (resi 88 and name HB2)) 4.150 2.350 2.350 !SMW
assi (resi 82 and name HG1) ((resi 85 and name HB2) or (resi 85 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 16 and name HB*) (resi 18 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 16 and name HB*) (resi 16 and name HE*) 3.150 1.350 1.350 !SMW
assi (resi 16 and name HG*) (resi 16 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 16 and name HG*) (resi 16 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 87 and name HB2) (resi 84 and name HA) 3.150 1.350 1.350 !SMW 
assi (resi 21 and name HB1) (resi 84 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 18 and name HG*) (resi 88 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 19 and name HA) ((resi 90 and name HA) or (resi 92 and name HA)) 4.150 2.350 2.350 !SMW
assi (resi 51 and name HG2*) ((resi 41 and name HA) or (resi 55 and name HA)) 4.150 2.350 2.350 !SMW
assi (resi 55 and name HA) (resi 31 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 49 and name HA2) (resi 51 and name HG2*) 4.150 2.350 2.350 !SMW  
assi (resi 68 and name HG2) (resi 65 and name HG1) 3.150 1.350 1.350 !SMW changed from str to med (overlap)
assi (resi 63 and name HA) (((resi 66 and name HG*) or (resi 65 and name HG2)) or (resi 64 and name HB*)) 3.150 1.350 1.350 !SMW E65Hg2,P64Hb added to 2nd sel
assi (resi 31 and name HE*) ((resi 55 and name HG) or (resi 58 and name HG*)) 4.150 2.350 2.350 !SMW
assi (resi 31 and name HE*) ((resi 66 and name HB*) or (resi 58 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HD2) ((resi 30 and name HB*) or (resi 70 and name HB1)) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HD2) ((resi 30 and name HA) or (resi 70 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HD1) ((resi 30 and name HA) or (resi 70 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HG1) ((resi 30 and name HA) or (resi 70 and name HA)) 4.150 2.350 2.350 !Qual
assi (resi 25 and name HB2) (resi 77 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 24 and name HA) ((resi 23 and name HD*) or (resi 81 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 29 and name HG2) ((resi 25 and name HB2) or (resi 32 and name HB*)) 4.150 2.350 2.350 !SMW
assi (resi 39 and name HG*) ((resi 36 and name HD*) or (resi 40 and name HD*)) 4.150 2.350 2.350 !SMW
assi (resi 55 and name HD1*) ((resi 36 and name HD*) or (resi 40 and name HD*)) 4.150 2.350 2.350 !SMW

assi (resi 47 and name HN) (resi 46 and name HB) 4.150 2.350 2.350 !Qual
assi (resi 86 and name HN) (resi 86 and name HG1) 4.150 2.350 2.350 !Qual
assi (resi 56 and name HN) (resi 56 and name HA2) 4.150 2.350 2.350 !Qual
assi (resi 74 and name HN) (resi 74 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 81 and name HN) (resi 80 and name HG2) 4.150 2.350 2.350 !Qual
assi (resi 41 and name HN) (resi 42 and name HG2) 4.150 2.350 2.350 !Qual
assi (resi 42 and name HN) (resi 42 and name HG1) 4.150 2.350 2.350 !Qual
assi (resi 50 and name HE21) (resi 50 and name HG2) 4.150 2.350 2.350 !Qual
assi (resi 19 and name HD21) (resi 19 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 73 and name HN) (resi 72 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 72 and name HN) (resi 72 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 28 and name HN) (resi 28 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 54 and name HN) (resi 54 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 37 and name HN) (resi 37 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 70 and name HN) (resi 70 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 68 and name HN) (resi 68 and name HG2) 4.150 2.350 2.350 !Qual
assi (resi 54 and name HN) (resi 52 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 72 and name HN) (resi 68 and name HG2) 4.150 2.350 2.350 !Qual
assi (resi 35 and name HD22) (resi 58 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 78 and name HN) (resi 74 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 83 and name HN) (resi 82 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 71 and name HN) (resi 59 and name HZ2) 4.150 2.350 2.350 !Qual
assi (resi 50 and name HN) (resi 50 and name HG1) 4.150 2.350 2.350 !Qual
assi (resi 33 and name HN) (resi 29 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 37 and name HN) (resi 36 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 54 and name HN) (resi 54 and name HG*) 4.150 2.350 2.350 !Qual
assi (resi 47 and name HN) (resi 46 and name HG2*) 4.150 2.350 2.350 !Qual
assi (resi 67 and name HN) (resi 66 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 22 and name HN) (resi 22 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 67 and name HN) (resi 67 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 37 and name HN) (resi 38 and name HB) 4.150 2.350 2.350 !Qual
assi (resi 71 and name HN) (resi 71 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 70 and name HN) (resi 69 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 56 and name HN) (resi 55 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 31 and name HN) (resi 28 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 33 and name HN) (resi 29 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 78 and name HN) (resi 78 and name HG*) 4.150 2.350 2.350 !Qual
assi (resi 76 and name HN) (resi 75 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 47 and name HN) (resi 46 and name HG11) 4.150 2.350 2.350 !Qual
assi (resi 58 and name HN) (resi 57 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 75 and name HN) ((resi 75 and name HA) or (resi 72 and name HA)) 4.150 2.350 2.350 !Qual
assi (resi 39 and name HN) (resi 39 and name HB) 4.150 2.350 2.350 !Qual
assi (resi 71 and name HN) (resi 71 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 28 and name HN) (resi 27 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 33 and name HN) (resi 33 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 66 and name HN) (resi 65 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 78 and name HN) (resi 78 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 41 and name HN) (resi 42 and name HG1) 4.150 2.350 2.350 !Qual
assi (resi 54 and name HN) (resi 53 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 88 and name HN) (resi 87 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 39 and name HN) (resi 38 and name HB) 4.150 2.350 2.350 !Qual
assi (resi 76 and name HN) (resi 79 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 80 and name HN) (resi 78 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 51 and name HN) (resi 46 and name HG12) 4.150 2.350 2.350 !Qual
assi (resi 88 and name HN) (resi 88 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 17 and name HN) (resi 16 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 83 and name HN) (resi 83 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 51 and name HN) (resi 46 and name HG11) 4.150 2.350 2.350 !Qual
assi (resi 60 and name HN) (resi 58 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 36 and name HN) (resi 36 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 55 and name HN) (resi 52 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 35 and name HD21) (resi 58 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 41 and name HN) (resi 39 and name HB) 4.150 2.350 2.350 !Qual
assi (resi 83 and name HN) (resi 82 and name HG1) 4.150 2.350 2.350 !Qual
assi (resi 54 and name HN) (resi 39 and name HG*) 4.150 2.350 2.350 !Qual
assi (resi 86 and name HN) (resi 86 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 72 and name HN) (resi 71 and name HG*) 4.150 2.350 2.350 !Qual
assi (resi 63 and name HN) (resi 65 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 87 and name HN) (resi 87 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 82 and name HN) (resi 83 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 80 and name HN) (resi 79 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 88 and name HN) (resi 19 and name HD21) 4.150 2.350 2.350 !Qual
assi (resi 74 and name HN) (resi 72 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 83 and name HN) (resi 83 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 47 and name HN) (resi 46 and name HG12) 4.150 2.350 2.350 !Qual
assi (resi 54 and name HN) (resi 53 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 58 and name HN) (resi 31 and name HE*) 4.150 2.350 2.350 !Qual
assi (resi 47 and name HN) ((resi 47 and name HA) or (resi 46 and name HA)) 4.150 2.350 2.350 !Qual
assi (resi 67 and name HN) (resi 67 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 36 and name HN) (resi 37 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 50 and name HE21) (resi 50 and name HG1) 4.150 2.350 2.350 !Qual
assi (resi 45 and name HN) (resi 45 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 29 and name HN) (resi 26 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 54 and name HN) (resi 57 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 58 and name HN) (resi 57 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 54 and name HN) (resi 52 and name HA1) 4.150 2.350 2.350 !Qual
assi (resi 71 and name HN) (resi 71 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 50 and name HN) (resi 49 and name HA2) 4.150 2.350 2.350 !Qual
assi (resi 52 and name HN) (resi 50 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 33 and name HN) (resi 33 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 58 and name HN) (resi 57 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 89 and name HN) (resi 89 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 66 and name HN) (resi 66 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 75 and name HN) (resi 78 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 84 and name HN) (resi 83 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 90 and name HN) (resi 90 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 33 and name HN) (resi 30 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 77 and name HN) (resi 74 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 84 and name HN) (resi 81 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 90 and name HN) (resi 89 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 86 and name HN) (resi 86 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 58 and name HN) (resi 58 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 71 and name HN) (resi 59 and name HH2) 4.150 2.350 2.350 !Qual
assi (resi 68 and name HN) (resi 65 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 71 and name HN) (resi 70 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 81 and name HN) (resi 81 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 23 and name HN) (resi 21 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 75 and name HN) (resi 73 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 88 and name HN) (resi 87 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 87 and name HN) (resi 87 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 68 and name HE21) (resi 68 and name HE22) 4.150 2.350 2.350 !Qual
assi (resi 54 and name HN) (resi 54 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 58 and name HN) (resi 58 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 35 and name HN) (resi 33 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 50 and name HN) (resi 50 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 79 and name HN) (resi 79 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 41 and name HN) (resi 37 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 29 and name HN) (resi 25 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 19 and name HD21) (resi 18 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 89 and name HN) (resi 88 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 86 and name HN) (resi 86 and name HG2) 4.150 2.350 2.350 !Qual
assi (resi 13 and name HN) (resi 13 and name HG*) 4.150 2.350 2.350 !Qual
assi (resi 88 and name HN) (resi 87 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 79 and name HN) (resi 79 and name HG*) 4.150 2.350 2.350 !Qual
assi (resi 22 and name HN) (resi 21 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 71 and name HN) (resi 27 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 57 and name HN) (resi 59 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 71 and name HN) (resi 74 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 50 and name HN) (resi 50 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 72 and name HN) (resi 69 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 55 and name HN) (resi 55 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 87 and name HN) (resi 87 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 68 and name HN) (resi 65 and name HG1) 4.150 2.350 2.350 !Qual
assi (resi 81 and name HN) (resi 80 and name HE) 4.150 2.350 2.350 !Qual
assi (resi 19 and name HD21) (resi 18 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 34 and name HN) (resi 35 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 71 and name HN) (resi 70 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 32 and name HN) (resi 32 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 81 and name HN) (((resi 81 and name HA) or (resi 80 and name HA)) or (resi 78 and name HA)) 4.150 2.350 2.350 !Qual
assi (resi 47 and name HN) ((resi 50 and name HN) or (resi 50 and name HE21)) 4.150 2.350 2.350 !Qual
assi (resi 87 and name HN) (resi 86 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 23 and name HN) (resi 23 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 87 and name HN) (resi 84 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 57 and name HN) (resi 55 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 78 and name HN) (resi 78 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 60 and name HN) (resi 57 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 78 and name HN) (resi 75 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 23 and name HN) (resi 22 and name HB*) 4.150 2.350 2.350 !Qual
assi (resi 78 and name HN) (resi 77 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 55 and name HN) (resi 56 and name HN) 4.150 2.350 2.350 !Qual
assi (resi 88 and name HN) (resi 88 and name HD*) 4.150 2.350 2.350 !Qual
assi (resi 88 and name HN) (resi 87 and name HA) 4.150 2.350 2.350 !Qual
assi (resi 29 and name HN) (resi 31 and name HN) 4.150 2.350 2.350 !Qual

!non-overlapped peaks:
assi (resi 20 and name HN) (resi 20 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HN) (resi 17 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HN) (resi 88 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HN) (resi 88 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 24 and name HN) (resi 24 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 24 and name HN) (resi 24 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 24 and name HN) (resi 25 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 24 and name HN) (resi 23 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 24 and name HN) (resi 23 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 24 and name HN) (resi 23 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 27 and name HN) ((resi 27 and name HA) or (resi 26 and name HB1)) 3.150 1.350 1.350 !SMW
assi (resi 27 and name HN) ((resi 26 and name HA) or (resi 26 and name HB2)) 3.150 1.350 1.350 !SMW
assi (resi 27 and name HN) (resi 59 and name HH2) 4.150 2.350 2.350 !SMW
assi (resi 32 and name HN) (resi 32 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 32 and name HN) (resi 31 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 32 and name HN) (resi 31 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 32 and name HN) (resi 31 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 32 and name HN) (resi 29 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 61 and name HN) (resi 62 and name HD2*) 4.150 2.350 2.350 !SMW
assi (resi 61 and name HN) (resi 59 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 72 and name HN) (resi 73 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 72 and name HN) (resi 73 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 74 and name HN) (resi 76 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HN) (resi 73 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HN) (resi 73 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HN) (resi 73 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HN) (resi 75 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 76 and name HN) (resi 74 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 76 and name HN) (resi 76 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 90 and name HN) (resi 90 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 90 and name HN) (resi 89 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 90 and name HN) (resi 91 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 90 and name HN) (resi 88 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 90 and name HN) (resi 88 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 93 and name HN) (resi 93 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 93 and name HN) (resi 92 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 93 and name HN) (resi 92 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 17 and name HN) (resi 17 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 37 and name HN) (resi 38 and name HG2*) 4.150 2.350 2.350 !SMW
assi (resi 45 and name HN) (resi 46 and name HG12) 4.150 2.350 2.350 !SMW
assi (resi 45 and name HN) (resi 46 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 45 and name HN) (resi 46 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 45 and name HN) (resi 43 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 45 and name HN) (resi 43 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 45 and name HN) (resi 44 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 45 and name HN) (resi 44 and name HD1) 3.150 1.350 1.350 !SMW
assi (resi 45 and name HN) (resi 44 and name HD2) 3.150 1.350 1.350 !SMW
assi (resi 77 and name HN) (resi 73 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 34 and name HN) (resi 32 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 34 and name HN) (resi 30 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 34 and name HN) (resi 35 and name HD21) 4.150 2.350 2.350 !SMW
assi (resi 34 and name HN) (resi 35 and name HD22) 3.150 1.350 1.350 !SMW
assi (resi 42 and name HN) (resi 43 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 42 and name HN) (resi 40 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 57 and name HN) (resi 58 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 65 and name HN) (resi 63 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 66 and name HN) (resi 62 and name HD1*) 4.150 2.350 2.350 !SMW
assi (resi 66 and name HN) (resi 63 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 71 and name HN) (resi 72 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 84 and name HN) (resi 84 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 86 and name HN) (resi 85 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 30 and name HN) (resi 32 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 30 and name HN) (resi 30 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 30 and name HN) (resi 31 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 30 and name HN) (resi 28 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 30 and name HN) ((resi 30 and name HZ) or (resi 70 and name HE*)) 4.150 2.350 2.350 !SMW
assi (resi 31 and name HN) (resi 32 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 31 and name HN) (resi 32 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 31 and name HN) (resi 31 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 31 and name HN) (resi 31 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 31 and name HN) (resi 59 and name HZ3) 4.150 2.350 2.350 !SMW
assi (resi 48 and name HN) (resi 47 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 48 and name HN) (resi 47 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 49 and name HN) (resi 48 and name HB1) 4.150 2.350 2.350 !SMW
assi (resi 49 and name HN) (resi 48 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 49 and name HN) (resi 48 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 49 and name HN) (resi 48 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 49 and name HN) (resi 49 and name HA2) 3.150 1.350 1.350 !SMW
assi (resi 49 and name HN) (resi 49 and name HA1) 3.150 1.350 1.350 !SMW
assi (resi 49 and name HN) (resi 47 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 49 and name HN) (resi 47 and name HG2*) 4.150 2.350 2.350 !SMW
assi (resi 49 and name HN) (resi 51 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 52 and name HN) (resi 52 and name HA2) 3.150 1.350 1.350 !SMW
assi (resi 52 and name HN) (resi 52 and name HA1) 3.150 1.350 1.350 !SMW
assi (resi 52 and name HN) (resi 50 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 52 and name HN) (resi 51 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 56 and name HN) (resi 57 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 56 and name HN) (resi 56 and name HA1) 3.150 1.350 1.350 !SMW
assi (resi 56 and name HN) (resi 55 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 56 and name HN) (resi 55 and name HG) 3.150 1.350 1.350 !SMW
assi (resi 56 and name HN) (resi 55 and name HD1*) 3.150 1.350 1.350 !SMW
assi (resi 56 and name HN) (resi 28 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 38 and name HN) (resi 37 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HN) (resi 38 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HN) ((resi 38 and name HG2*) or (resi 38 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HN) ((resi 35 and name HB1) or (resi 34 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HN) (resi 36 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HN) (resi 36 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 46 and name HN) (resi 45 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HN) (resi 46 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HN) (resi 46 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HN) (resi 46 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HN) (resi 43 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 46 and name HN) (resi 51 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 22 and name HN) (resi 22 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 22 and name HN) (resi 21 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 22 and name HN) (resi 23 and name HN) 2.150 0.350 0.350 !SMW
assi (resi 22 and name HN) (resi 81 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 53 and name HN) (resi 55 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 54 and name HN) (resi 51 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 58 and name HN) (resi 58 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 58 and name HN) (resi 55 and name HD2*) 4.150 2.350 2.350 !SMW
assi (resi 58 and name HN) (resi 59 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 60 and name HN) (resi 60 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HN) (resi 67 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HN) (resi 67 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HN) (resi 62 and name HD1*) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HN) (resi 68 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HN) (resi 71 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HN) (resi 73 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HN) (resi 73 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HN) (resi 73 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 79 and name HN) (resi 77 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 85 and name HN) (resi 84 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HN) (resi 84 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HN) (resi 84 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HN) (resi 84 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HN) (resi 84 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HN) (resi 86 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HN) ((resi 85 and name HA) or (resi 82 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HN) (resi 85 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HN) ((resi 85 and name HB1) or (resi 85 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HN) (resi 87 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 85 and name HN) (resi 83 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 85 and name HN) (resi 81 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 25 and name HN) (resi 77 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 25 and name HN) (resi 25 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HN) (resi 52 and name HA1) 4.150 2.350 2.350 !SMW
assi (resi 55 and name HN) (resi 55 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HN) (resi 55 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HN) (resi 55 and name HD1*) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HN) (resi 61 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HN) (resi 61 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HN) (resi 66 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HN) (resi 66 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HN) (resi 62 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HN) (resi 62 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HN) (resi 62 and name HG) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HN) (resi 62 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HN) (resi 62 and name HD1*) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HN) (resi 59 and name HE3) 4.150 2.350 2.350 !SMW
assi (resi 87 and name HN) (resi 89 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 87 and name HN) (resi 88 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 87 and name HN) (resi 88 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 92 and name HN) (resi 92 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 92 and name HN) (resi 92 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 92 and name HN) (resi 92 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 92 and name HN) (resi 89 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 92 and name HN) (resi 91 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 92 and name HN) (resi 91 and name HG2*) 4.150 2.350 2.350 !SMW
assi (resi 29 and name HN) (resi 27 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 29 and name HN) (resi 25 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 19 and name HD21) (resi 19 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 19 and name HD22) (resi 19 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 19 and name HD22) (resi 18 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 19 and name HN) (resi 20 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 19 and name HN) (resi 19 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 19 and name HN) (resi 19 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 19 and name HN) (resi 19 and name HD21) 3.150 1.350 1.350 !SMW
assi (resi 19 and name HN) (resi 19 and name HD22) 3.150 1.350 1.350 !SMW
assi (resi 19 and name HN) (resi 18 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 19 and name HN) (resi 18 and name HB1) 4.150 2.350 2.350 !SMW
assi (resi 19 and name HN) (resi 18 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 19 and name HN) (resi 18 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 19 and name HN) (resi 88 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 33 and name HD21) (resi 25 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 33 and name HD21) (resi 33 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 33 and name HD21) (resi 33 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 33 and name HD22) (resi 25 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 33 and name HD22) (resi 33 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 33 and name HD22) (resi 33 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 33 and name HD22) (resi 33 and name HD21) 2.150 0.350 0.350 !SMW
assi (resi 33 and name HN) (resi 32 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 33 and name HN) (resi 33 and name HD22) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HD21) (resi 34 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HD21) (resi 31 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HD21) (resi 35 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HD21) (resi 35 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HD21) (resi 31 and name HZ) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HD22) (resi 34 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 35 and name HD22) (resi 31 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HD22) (resi 35 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HD22) (resi 35 and name HD21) 2.150 0.350 0.350 !SMW
assi (resi 35 and name HD22) (resi 70 and name HE*) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HN) (resi 32 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HN) (resi 37 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 35 and name HN) (resi 34 and name HG2) 4.150 2.350 2.350 !SMW
assi (resi 35 and name HN) (resi 34 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HN) ((resi 38 and name HG2*) or (resi 38 and name HD*)) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HN) (resi 36 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HN) (resi 55 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HN) (resi 35 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HN) (resi 35 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HN) (resi 35 and name HD21) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HN) (resi 35 and name HD22) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HD21) (resi 42 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HD21) (resi 46 and name HG11) 4.150 2.350 2.350 !SMW
assi (resi 43 and name HD21) (resi 46 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 43 and name HD21) (resi 43 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 43 and name HD21) (resi 43 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HD21) (resi 43 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HD21) (resi 39 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HD21) (resi 39 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HD22) (resi 46 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 43 and name HD22) (resi 43 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 43 and name HD22) (resi 39 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HN) (resi 45 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 43 and name HN) (resi 42 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HN) (resi 42 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HN) (resi 42 and name HG1) 4.150 2.350 2.350 !SMW
assi (resi 43 and name HN) (resi 46 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HN) (resi 43 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HN) (resi 43 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HN) (resi 43 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HN) (resi 43 and name HD21) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HN) (resi 44 and name HD1) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HN) (resi 44 and name HD2) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HN) (resi 40 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HN) (resi 41 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HN) (resi 39 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HD21) (resi 89 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 89 and name HD22) (resi 89 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HD22) (resi 89 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 89 and name HD22) (resi 85 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HN) (resi 90 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HN) (resi 90 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HN) (resi 88 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 50 and name HE21) (resi 51 and name HB) 4.150 2.350 2.350 !SMW
assi (resi 50 and name HE22) (resi 47 and name HG2*) 4.150 2.350 2.350 !SMW
assi (resi 50 and name HN) (resi 49 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 50 and name HN) (resi 46 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 50 and name HN) (resi 47 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 50 and name HN) (resi 47 and name HG2*) 4.150 2.350 2.350 !SMW
assi (resi 50 and name HN) ((resi 51 and name HA) or (resi 49 and name HA1)) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HE21) (resi 65 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 68 and name HN) (resi 67 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HN) (resi 67 and name HG2) 4.150 2.350 2.350 !SMW
assi (resi 75 and name HE21) (resi 72 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 75 and name HE21) (resi 74 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 75 and name HE21) ((resi 27 and name HA) or (resi 72 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 75 and name HE22) (resi 72 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 75 and name HN) (resi 74 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 23 and name HN) (resi 24 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 36 and name HN) (resi 34 and name HG*) 4.150 2.350 2.350 !SMW
assi (resi 36 and name HN) (resi 55 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 36 and name HN) (resi 55 and name HD1*) 3.150 1.350 1.350 !SMW
assi (resi 36 and name HN) (resi 35 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 36 and name HN) (resi 35 and name HD21) 3.150 1.350 1.350 !SMW
assi (resi 36 and name HN) (resi 35 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 36 and name HN) (resi 36 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 40 and name HN) (resi 37 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 40 and name HN) (resi 40 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 80 and name HN) (resi 77 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 26 and name HN) (resi 27 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 26 and name HN) (resi 25 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 26 and name HN) (resi 25 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 41 and name HN) (resi 40 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 41 and name HN) (resi 40 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 83 and name HN) (resi 82 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 83 and name HN) (resi 82 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 83 and name HN) (resi 82 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 83 and name HN) (resi 85 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 11 and name HN) (resi 10 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 11 and name HN) (resi 11 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 11 and name HN) (resi 11 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 12 and name HN) (resi 12 and name HA) 2.150 0.350 0.350 !SMW
assi (resi 12 and name HN) (resi 12 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 12 and name HN) (resi 12 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 47 and name HN) (resi 46 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 47 and name HN) (resi 47 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HN) (resi 61 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 63 and name HN) (resi 66 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HN) (resi 66 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HN) (resi 66 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HN) (resi 62 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HN) (resi 62 and name HG) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HN) (resi 62 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 63 and name HN) (resi 62 and name HD2*) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HN) (resi 62 and name HD1*) 4.150 2.350 2.350 !SMW
assi (resi 63 and name HN) (resi 64 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 63 and name HN) (resi 63 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HN) (resi 63 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 91 and name HN) (resi 90 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 91 and name HN) (resi 91 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 91 and name HN) (resi 91 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 39 and name HN) (resi 37 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 39 and name HN) (resi 39 and name HG*) 2.150 0.350 0.350 !SMW
assi (resi 51 and name HN) (resi 48 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HN) (resi 52 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HN) (resi 46 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HN) (resi 53 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 51 and name HN) (resi 50 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HN) (resi 50 and name HG1) 4.150 2.350 2.350 !SMW
assi (resi 51 and name HN) (resi 51 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HN) (resi 51 and name HG1*) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HE1) (resi 59 and name HD1) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HE1) (resi 59 and name HZ2) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HN) (resi 31 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 59 and name HN) (resi 56 and name HA1) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HN) (resi 60 and name HG2) 4.150 2.350 2.350 !SMW
assi (resi 59 and name HN) (resi 62 and name HD1*) 4.150 2.350 2.350 !SMW
assi (resi 59 and name HN) ((resi 28 and name HE*) or (resi 59 and name HE3)) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HN) (resi 27 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HN) (resi 26 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HN) (resi 72 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HN) (resi 71 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HN) (resi 69 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HN) (resi 69 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HN) (resi 69 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HN) (resi 68 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HN) (resi 70 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HN) (resi 70 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HN) (resi 70 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 81 and name HN) (resi 77 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 81 and name HN) (resi 81 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 88 and name HN) (resi 85 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 88 and name HN) (resi 87 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 88 and name HN) (resi 89 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 60 and name HN) (resi 59 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 60 and name HN) (resi 59 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 22 and name HN) (resi 84 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 57 and name HN) (resi 58 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HN) (resi 67 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 83 and name HN) (resi 81 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 33 and name HN) (resi 32 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HN) (resi 88 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HN) (resi 88 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HD22) (resi 39 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HD22) (resi 35 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HN) (resi 31 and name HE*) 3.150 1.350 1.350 !SMW
assi (resi 19 and name HD22) (resi 19 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HN) (resi 51 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 42 and name HN) (resi 39 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 79 and name HN) (resi 81 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HN) (resi 38 and name HG11) 3.150 1.350 1.350 !SMW
assi (resi 30 and name HN) (resi 29 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HN) (resi 43 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 37 and name HN) (resi 36 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 50 and name HN) (resi 48 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 89 and name HN) (resi 89 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HN) (resi 54 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HN) (resi 46 and name HG11) 3.150 1.350 1.350 !SMW
assi (resi 33 and name HN) (resi 32 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HD22) (resi 43 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 71 and name HN) (resi 70 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 65 and name HN) (resi 65 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HN) (resi 88 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HN) (resi 38 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 34 and name HN) ((resi 34 and name HA) or (resi 33 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HN) (resi 19 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HN) ((resi 35 and name HB1) or (resi 34 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 65 and name HN) (resi 64 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 60 and name HN) (resi 60 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 31 and name HN) (resi 33 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 31 and name HN) (resi 30 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 77 and name HN) (resi 30 and name HZ) 3.150 1.350 1.350 !SMW
assi (resi 82 and name HN) (resi 82 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 26 and name HN) (resi 25 and name HA) 2.150 0.350 0.350 !SMW
assi (resi 60 and name HN) (resi 28 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 61 and name HN) (resi 60 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 76 and name HN) (resi 75 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 57 and name HN) ((resi 57 and name HB2) or (resi 57 and name HG2)) 2.150 0.350 0.350 !SMW
assi (resi 34 and name HN) (resi 35 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 77 and name HN) (resi 77 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 86 and name HN) (resi 87 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 84 and name HN) (resi 83 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 41 and name HN) (resi 41 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 82 and name HN) (resi 84 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 53 and name HN) (resi 53 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HN) (resi 18 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 27 and name HN) (resi 27 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 34 and name HN) (resi 32 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 50 and name HE21) (resi 47 and name HG2*) 4.150 2.350 2.350 !SMW
assi (resi 57 and name HN) (resi 57 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HN) (resi 18 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 60 and name HN) (resi 59 and name HD1) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HN) (resi 72 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 78 and name HN) (resi 77 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 77 and name HN) (resi 74 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 26 and name HN) (resi 26 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HN) (resi 67 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HN) (resi 39 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 39 and name HN) (resi 39 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HN) (resi 72 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 51 and name HN) ((resi 50 and name HA) or (resi 53 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HN) (resi 28 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 65 and name HN) (resi 63 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 38 and name HN) (resi 41 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 72 and name HN) (resi 71 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 72 and name HN) (resi 70 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HN) (resi 31 and name HZ) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HN) (resi 45 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 87 and name HN) (resi 86 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 54 and name HN) (resi 55 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 19 and name HD21) (resi 19 and name HD22) 2.150 0.350 0.350 !SMW
assi (resi 57 and name HN) (resi 57 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HN) (resi 37 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 26 and name HN) (resi 26 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HN) (resi 21 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 76 and name HN) (resi 73 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 48 and name HN) (resi 48 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 45 and name HN) (resi 45 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 75 and name HE21) (resi 71 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 45 and name HN) (resi 45 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HN) (resi 26 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 72 and name HN) (resi 72 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 61 and name HN) (resi 60 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HD21) (resi 89 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 75 and name HN) (resi 77 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 75 and name HE21) (resi 75 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HN) (resi 38 and name HG12) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HN) (resi 74 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 42 and name HN) (resi 42 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 58 and name HN) (resi 57 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 88 and name HN) (resi 88 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HN) (resi 55 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 37 and name HN) (resi 36 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HN) (resi 68 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 65 and name HN) (resi 67 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HN) ((resi 63 and name HN) or (resi 65 and name HN)) 4.150 2.350 2.350 !SMW
assi (resi 43 and name HD22) (resi 43 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 86 and name HN) (resi 83 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 78 and name HN) (resi 76 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 57 and name HN) (resi 56 and name HA1) 3.150 1.350 1.350 !SMW
assi (resi 48 and name HN) (resi 47 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 36 and name HN) (resi 35 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 65 and name HN) (resi 65 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 53 and name HN) (resi 52 and name HA2) 3.150 1.350 1.350 !SMW
assi (resi 34 and name HN) (resi 34 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 77 and name HN) (resi 76 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 72 and name HN) (resi 71 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HE22) (resi 68 and name HG1) 4.150 2.350 2.350 !SMW
assi (resi 62 and name HN) (resi 60 and name HG1) 4.150 2.350 2.350 !SMW
assi (resi 20 and name HN) (resi 20 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 50 and name HN) (resi 51 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HE22) (resi 68 and name HG2) 4.150 2.350 2.350 !SMW
assi (resi 57 and name HN) (resi 56 and name HA2) 3.150 1.350 1.350 !SMW
assi (resi 77 and name HN) (resi 77 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 46 and name HN) (resi 45 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 50 and name HE22) (resi 50 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 82 and name HN) (resi 79 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HN) (resi 68 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 75 and name HE22) (resi 74 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 46 and name HN) (resi 45 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 77 and name HN) (resi 76 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HN) (resi 66 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 39 and name HN) (resi 38 and name HG12) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HN) (resi 38 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 41 and name HN) (resi 41 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 41 and name HN) (resi 38 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 48 and name HN) (resi 47 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 54 and name HN) (resi 54 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 50 and name HE21) (resi 53 and name HG*) 4.150 2.350 2.350 !SMW
assi (resi 81 and name HN) (resi 81 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 53 and name HN) (resi 55 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 33 and name HN) (resi 33 and name HD21) 3.150 1.350 1.350 !SMW
assi (resi 42 and name HN) (resi 39 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 76 and name HN) (resi 76 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 42 and name HN) (resi 41 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HN) (resi 74 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 84 and name HN) (resi 84 and name HB1) 2.150 0.350 0.350 !SMW
assi (resi 55 and name HN) (resi 51 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 39 and name HN) (resi 38 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 61 and name HN) (resi 60 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HN) ((resi 26 and name HB1) or (resi 27 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 31 and name HN) (resi 30 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HN) (resi 55 and name HG) 3.150 1.350 1.350 !SMW
assi (resi 75 and name HE22) (resi 71 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 84 and name HN) ((resi 84 and name HA) or (resi 81 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 80 and name HN) (resi 80 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 67 and name HN) (resi 64 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 65 and name HN) (resi 65 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 75 and name HN) (resi 74 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 61 and name HN) (resi 58 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HD21) (resi 31 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 39 and name HN) (resi 38 and name HG11) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HN) (resi 46 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 40 and name HN) (resi 39 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 40 and name HN) (resi 40 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 53 and name HN) (resi 52 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 93 and name HN) (resi 92 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 25 and name HN) (resi 24 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 57 and name HN) (resi 57 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 84 and name HN) (resi 86 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 23 and name HN) (resi 23 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 39 and name HN) (resi 35 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 56 and name HN) (resi 55 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 56 and name HN) (resi 54 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 25 and name HN) (resi 25 and name HG) 3.150 1.350 1.350 !SMW
assi (resi 72 and name HN) (resi 71 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 25 and name HN) (resi 24 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 86 and name HN) (resi 85 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HN) (resi 29 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 34 and name HN) (resi 31 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HD22) (resi 35 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 82 and name HN) (resi 82 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 65 and name HN) (resi 66 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 76 and name HN) (resi 73 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 40 and name HN) (resi 39 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 75 and name HN) (resi 75 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 60 and name HN) (resi 57 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 37 and name HN) (resi 36 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HN) (resi 59 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 74 and name HN) (resi 75 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 34 and name HN) (resi 32 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 56 and name HN) (resi 58 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 37 and name HN) (resi 37 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 75 and name HE22) (resi 75 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 45 and name HN) ((resi 44 and name HG*) or (resi 44 and name HB1)) 3.150 1.350 1.350 !SMW
assi (resi 80 and name HN) (resi 80 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 38 and name HN) (resi 35 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 60 and name HN) (resi 60 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 41 and name HN) (resi 42 and name HN) 2.150 0.350 0.350 !SMW
assi (resi 37 and name HN) (resi 38 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HE22) (resi 65 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 42 and name HN) (resi 42 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 82 and name HN) (resi 80 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 79 and name HN) (resi 79 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 66 and name HN) (resi 63 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 77 and name HN) (resi 76 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 33 and name HN) (resi 34 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 78 and name HN) (resi 78 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 47 and name HN) (resi 50 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 61 and name HN) (resi 59 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 66 and name HN) (resi 66 and name HG*) 2.150 0.350 0.350 !SMW
assi (resi 90 and name HN) (resi 87 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 55 and name HN) (resi 52 and name HA2) 3.150 1.350 1.350 !SMW
assi (resi 82 and name HN) (resi 81 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 32 and name HN) (resi 31 and name HE*) 3.150 1.350 1.350 !SMW
assi (resi 93 and name HN) (resi 93 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 50 and name HE22) (resi 50 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HD22) (resi 43 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HE22) (resi 65 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 61 and name HN) (resi 61 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 36 and name HN) (resi 33 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HN) (resi 86 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 61 and name HN) (resi 61 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 61 and name HN) (resi 60 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 42 and name HN) (resi 43 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 82 and name HN) (resi 81 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HN) (resi 63 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 71 and name HN) (resi 71 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HN) (resi 72 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 73 and name HN) (resi 71 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 41 and name HN) (resi 38 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 50 and name HN) (resi 51 and name HG1*) 3.150 1.350 1.350 !SMW
assi (resi 53 and name HN) (resi 53 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 20 and name HN) (resi 19 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 52 and name HN) (resi 51 and name HG1*) 3.150 1.350 1.350 !SMW
assi (resi 66 and name HN) (resi 62 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 43 and name HD22) (resi 43 and name HD21) 2.150 0.350 0.350 !SMW
assi (resi 80 and name HN) (resi 79 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 80 and name HN) (resi 81 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HN) (resi 74 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 75 and name HN) (resi 75 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 88 and name HN) (resi 88 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 17 and name HN) (resi 16 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 40 and name HN) (resi 39 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 34 and name HN) (resi 34 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 73 and name HN) (resi 73 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 31 and name HN) (resi 70 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HN) (resi 59 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HN) (resi 58 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HN) (resi 60 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 65 and name HN) (resi 65 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 34 and name HN) (resi 33 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 40 and name HN) (resi 38 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HE21) (resi 68 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 37 and name HN) (resi 39 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HN) (resi 69 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 65 and name HN) (resi 63 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 54 and name HN) (resi 52 and name HA2) 4.150 2.350 2.350 !SMW
assi (resi 60 and name HN) (resi 60 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 31 and name HN) (resi 29 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 66 and name HN) (resi 67 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 52 and name HN) (resi 51 and name HG2*) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HN) (resi 58 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HN) (resi 59 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 76 and name HN) (resi 77 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 80 and name HN) (resi 80 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 82 and name HN) (resi 82 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 63 and name HN) (resi 62 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HN) (resi 71 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 36 and name HN) (resi 35 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 50 and name HE21) (resi 50 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 65 and name HN) (resi 65 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 76 and name HN) (resi 75 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 47 and name HN) (resi 47 and name HB) 3.150 1.350 1.350 !SMW
assi (resi 42 and name HN) (resi 42 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 11 and name HN) (resi 11 and name HA) 2.150 0.350 0.350 !SMW
assi (resi 40 and name HN) (resi 39 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 30 and name HN) (resi 27 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 90 and name HN) (resi 87 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 71 and name HN) (resi 74 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 61 and name HN) (resi 58 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HE21) (resi 65 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 13 and name HN) (resi 13 and name HA) 2.150 0.350 0.350 !SMW
assi (resi 60 and name HN) (resi 62 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 23 and name HN) (resi 22 and name HA) 2.150 0.350 0.350 !SMW
assi (resi 50 and name HN) (resi 46 and name HG11) 4.150 2.350 2.350 !SMW
assi (resi 75 and name HE21) (resi 75 and name HE22) 2.150 0.350 0.350 !SMW
assi (resi 40 and name HN) (resi 41 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 42 and name HN) (resi 43 and name HD22) 3.150 1.350 1.350 !SMW
assi (resi 34 and name HN) (resi 34 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 31 and name HN) (resi 31 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 23 and name HN) (resi 23 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 75 and name HN) (resi 74 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 82 and name HN) (resi 81 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 84 and name HN) (resi 86 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 40 and name HN) (resi 40 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 78 and name HN) (resi 77 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 25 and name HN) (resi 25 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 35 and name HD21) (resi 35 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 31 and name HN) (resi 31 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 60 and name HN) (resi 56 and name HA2) 3.150 1.350 1.350 !SMW
assi (resi 50 and name HE21) (resi 50 and name HE22) 2.150 0.350 0.350 !SMW
assi (resi 53 and name HN) (resi 54 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HN) (resi 60 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 29 and name HN) (resi 29 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 76 and name HN) (resi 78 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 75 and name HN) (resi 73 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HN) (resi 58 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 79 and name HN) (resi 78 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 76 and name HN) (resi 75 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 41 and name HN) (resi 40 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 13 and name HN) (resi 13 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 34 and name HN) ((resi 33 and name HN) or (resi 36 and name HN)) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HD21) (resi 89 and name HD22) 2.150 0.350 0.350 !SMW
assi (resi 82 and name HN) (resi 79 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 30 and name HN) (resi 30 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 50 and name HE22) (resi 50 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 82 and name HN) (resi 82 and name HG1) 3.150 1.350 1.350 !SMW
assi (resi 40 and name HN) (resi 40 and name HB*) 2.150 0.350 0.350 !SMW
assi (resi 39 and name HN) (resi 38 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 70 and name HN) ((resi 69 and name HA) or (resi 67 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 88 and name HN) (resi 86 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 87 and name HN) (resi 87 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 66 and name HN) (resi 66 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 84 and name HN) (resi 84 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 36 and name HN) (resi 36 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 76 and name HN) (resi 74 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 23 and name HN) (resi 81 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 53 and name HN) (((resi 52 and name HA1) or (resi 50 and name HA)) or (resi 53 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 59 and name HN) (resi 28 and name HD*) 4.150 2.350 2.350 !SMW  
assi (resi 60 and name HN) (resi 58 and name HN) 4.150 2.350 2.350 !SMW  
assi (resi 38 and name HN) (resi 42 and name HG1) 4.150 2.350 2.350 !SMW  
assi (resi 29 and name HN) (resi 28 and name HD*) 3.150 1.350 1.350 !SMW  
assi (resi 57 and name HN) (resi 60 and name HB*) 4.150 2.350 2.350 !SMW  
assi (resi 61 and name HN) (resi 59 and name HE3) 4.150 2.350 2.350 !SMW  
assi (resi 53 and name HN) (resi 50 and name HG2) 4.150 2.350 2.350 !SMW  
assi (resi 59 and name HN) (resi 60 and name HG1) 4.150 2.350 2.350 !Qual  
assi (resi 74 and name HN) (resi 30 and name HZ) 4.150 2.350 2.350 !SMW  
assi (resi 56 and name HN) (resi 52 and name HA2) 4.150 2.350 2.350 !SMW  
assi (resi 39 and name HN) (resi 55 and name HG) 4.150 2.350 2.350 !SMW  
assi (resi 66 and name HN) (resi 62 and name HD2*) 4.150 2.350 2.350 !SMW  
assi (resi 50 and name HE22) (resi 51 and name HB) 4.650 2.850 2.850 !SMWVW  
assi (resi 90 and name HN) (resi 88 and name HB2) 4.150 2.350 2.350 !SMW  
assi (resi 42 and name HN) (resi 37 and name HA) 4.150 2.350 2.350 !SMW  
assi (resi 80 and name HN) ((resi 80 and name HD2) or (resi 77 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 36 and name HN) (resi 35 and name HD22) 4.150 2.350 2.350 !SMW  
assi (resi 22 and name HN) ((resi 22 and name HB*) or (resi 21 and name HB2)) 2.150 0.350 0.350 !SMW
assi (resi 59 and name HN) (resi 59 and name HD1) 4.150 2.350 2.350 !SMW  
assi (resi 43 and name HD22) (((resi 42 and name HB*) or (resi 46 and name HB)) or (resi 54 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HN) ((resi 59 and name HA) or (resi 60 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 80 and name HN) (resi 81 and name HB*) 4.150 2.350 2.350 !SMW  
assi (resi 80 and name HN) (resi 80 and name HD1) 4.150 2.350 2.350 !SMW  
assi (resi 72 and name HN) (((resi 69 and name HG*) or (resi 67 and name HB1)) or (resi 74 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 56 and name HN) (resi 55 and name HD2*) 4.150 2.350 2.350 !SMW
assi (resi 38 and name HN) (resi 36 and name HD*) 4.150 2.350 2.350 !SMW
assi (resi 32 and name HN) (resi 31 and name HZ) 4.150 2.350 2.350 !SMW
assi (resi 53 and name HN) (resi 54 and name HA) 4.150 2.350 2.350 !SMW 
assi (resi 58 and name HN) (resi 31 and name HZ) 4.150 2.350 2.350 !SMW 
assi (resi 90 and name HN) (resi 87 and name HB1) 4.150 2.350 2.350 !SMW 
assi (resi 34 and name HN) ((resi 70 and name HE*) or (resi 31 and name HZ)) 4.150 2.350 2.350 !SMW
assi (resi 43 and name HD22) (resi 46 and name HG11) 4.150 2.350 2.350 !SMW 
assi (resi 89 and name HD21) (resi 85 and name HG*) 3.150 1.350 1.350 !SMW 
assi (resi 31 and name HN) (resi 70 and name HE*) 4.150 2.350 2.350 !SMW
assi (resi 26 and name HN) (resi 27 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 20 and name HN) ((resi 21 and name HA)  or (resi 18 and name HA)) 3.150 1.350 1.350 !SMW
assi (resi 48 and name HN) (resi 48 and name HD*) 4.150 0.000 2.350 !SMW
assi (resi 48 and name HN) (resi 48 and name HB1) 2.150 0.350 0.350 !SMW
assi (resi 48 and name HN) (resi 48 and name HB2) 2.150 0.350 0.350 !SMW
assi (resi 45 and name HN) (resi 44 and name HA) 3.150 1.350 1.350 !SMW assi (resi 26 and name HN) (resi 25 and name HG) 3.150 1.350 1.350 !SMW
assi (resi 24 and name HN) (resi 23 and name HD*) 3.150 1.350 1.350 !SMW
assi (resi 24 and name HN) (resi 81 and name HD*) 4.150 2.350 2.350 !SMW 
assi (resi 24 and name HN) (resi 81 and name HE*) 4.150 2.350 2.350 !SMW 
assi (resi 78 and name HN) (resi 24 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 81 and name HN) (resi 24 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 22 and name HN) (((resi 21 and name HG2) or (resi 81 and name HB*)) or (resi 88 and name HB2)) 4.150 2.350 2.350 !SMW
assi (resi 22 and name HN) (resi 21 and name HG1) 4.150 2.350 2.350 !SMW
assi (resi 19 and name HN) (resi 21 and name HG*) 4.150 2.350 2.350 !SMW 
assi (resi 30 and name HN) (resi 29 and name HA) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HN) (resi 88 and name HE*) 4.150 2.350 2.350 !SMW 
assi (resi 29 and name HN) (resi 29 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 32 and name HN) (resi 29 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 29 and name HN) ((resi 29 and name HB2) or (resi 28 and name HB2)) 3.150 1.350 1.350 !SMW
assi (resi 29 and name HN) ((resi 25 and name HB1) or (resi 29 and name HB2)) 3.150 1.350 1.350 !SMW
assi (resi 29 and name HN) ((resi 25 and name HB2) or (resi 29 and name HB1)) 3.150 1.350 1.350 !SMW
assi (resi 25 and name HN) (resi 25 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 25 and name HN) (resi 25 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 30 and name HN) ((resi 32 and name HB*) or (resi 25 and name HB2)) 3.150 1.350 1.350 !SMW
assi (resi 30 and name HN) ((resi 25 and name HB1) or (resi 29 and name HG2)) 3.150 1.350 1.350 !SMW
assi (resi 26 and name HN) (resi 25 and name HB2) 3.150 1.350 1.350 !SMW
assi (resi 26 and name HN) (resi 25 and name HB1) 3.150 1.350 1.350 !SMW
assi (resi 33 and name HD22) (resi 32 and name HB*) 4.150 2.350 2.350 !SMW 
assi (resi 29 and name HN) ((resi 28 and name HB1) or (resi 29 and name HG1)) 4.150 2.350 2.350 !Qual
assi (resi 29 and name HN) ((resi 29 and name HB2) or (resi 28 and name HB2)) 4.150 2.350 2.350 !Qual 
assi (resi 28 and name HN) (resi 29 and name HB2) 4.150 2.350 2.350 !Qual 
assi (resi 28 and name HN) (resi 31 and name HB1) 4.150 2.350 2.350 !SMW 
assi (resi 28 and name HN) ((resi 28 and name HB2) or (resi 29 and name HB2)) 3.150 1.350 1.350 !SMW
assi (resi 28 and name HN) (resi 28 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 30 and name HN) ((resi 28 and name HB2) or (resi 29 and name HB2)) 4.150 2.350 2.350 !SMW
assi (resi 27 and name HN) (resi 28 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 27 and name HN) (resi 28 and name HB1) 4.150 2.350 2.350 !SMW 
assi (resi 59 and name HE1) ((resi 28 and name HB1) or (resi 60 and name HB*)) 4.150 2.350 2.350 !SMW
assi (resi 26 and name HN) (resi 29 and name HB2) 4.150 2.350 2.350 !SMW
assi (resi 30 and name HN) ((resi 31 and name HB2) or (resi 34 and name HG2)) 4.150 2.350 2.350 !SMW
assi (resi 80 and name HN) (resi 78 and name HG*) 4.150 2.350 2.350 !SMW
assi (resi 80 and name HN) (resi 78 and name HE*) 4.150 2.350 2.350 !SMW  
assi (resi 82 and name HN) ((resi 78 and name HG*) or (resi 79 and name HG*)) 4.150 2.350 2.350 !SMW
assi (resi 89 and name HN) (resi 85 and name HA) 3.150 1.350 1.350 !SMW looks OK
assi (resi 86 and name HN) ((resi 85 and name HB1) or (resi 85 and name HG*)) 3.150 1.350 1.350 !SMW
assi (resi 89 and name HD22) (resi 86 and name HA) 3.150 1.350 1.350 !SMW reinstated
assi (resi 89 and name HD21) (resi 86 and name HA) 3.150 1.350 1.350 !SMW reinstated
assi (resi 17 and name HN) ((resi 21 and name HD*) or (resi 16 and name HE*)) 4.150 2.350 2.350 !SMW
assi (resi 17 and name HN) (resi 17 and name HB1) 3.150 1.350 1.350 !SMW OK
assi (resi 17 and name HN) (resi 17 and name HB2) 3.150 1.350 1.350 !SMW OK
assi (resi 17 and name HN) (resi 18 and name HD*) 4.150 2.350 2.350 !SMW changed from med to weak based on visual inspection
assi (resi 19 and name HN) (resi 17 and name HA) 3.150 1.350 1.350 !SMW OK
assi (resi 17 and name HN) (resi 20 and name HB*) 3.150 1.350 1.350 !SMW OK
assi (resi 17 and name HN) (resi 16 and name HA) 2.150 0.350 0.350 !SMW OK
assi (resi 20 and name HN) ((resi 19 and name HB*) or (resi 17 and name HB2)) 3.150 1.350 1.350 !SMW
assi (resi 20 and name HN) (resi 88 and name HB1) 4.150 2.350 2.350 !Qual
assi (resi 84 and name HN) ((resi 85 and name HB1) or (resi 85 and name HG*)) 4.150 2.350 2.350 !SMW
assi (resi 89 and name HN) ((resi 87 and name HB1) or (resi 85 and name HB2)) 4.150 2.350 2.350 !SMW
assi (resi 84 and name HN) (resi 85 and name HB2) 4.150 2.350 2.350 !Qual
assi (resi 26 and name HN) (resi 29 and name HN) 4.150 2.350 2.350 !SMW
assi (resi 83 and name HN) (resi 80 and name HE) 3.150 1.350 1.350 !SMW
assi ((resi 85 and name HN) or (resi 21 and name HB1)) (resi 82 and name HG2) 3.150 1.350 1.350 !SMW
assi (resi 92 and name HN) ((resi 87 and name HB2) or (resi 87 and name HG)) 3.150 1.350 1.350 !SMW
assi (resi 54 and name HN) ((resi 57 and name HB2) or (resi 57 and name HG2)) 3.150 1.350 1.350 !SMW
assi (resi 48 and name HN) ((resi 46 and name HG2*) or (resi 51 and name HG1*)) 4.150 2.350 2.350 !SMW
assi (resi 46 and name HN) (resi 50 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 46 and name HN) (resi 47 and name HN) 3.150 1.350 1.350 !SMW
assi (resi 47 and name HN) (resi 50 and name HG1) 3.150 1.350 1.350 !SMW 
assi (resi 53 and name HN) (resi 53 and name HG*) 3.150 1.350 1.350 !SMW
assi (resi 50 and name HN) ((resi 51 and name HB) or (resi 54 and name HB*)) 3.150 1.350 1.350 !SMW
assi (resi 68 and name HE22) (resi 72 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 68 and name HE21) (resi 72 and name HB*) 3.150 1.350 1.350 !SMW
assi (resi 62 and name HN) (resi 58 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 40 and name HN) (resi 41 and name HA) 4.150 2.350 2.350 !SMW 

assi (resi 59 and name HZ2) (resi 59 and name HH2) 2.702 0.902 0.540 !NoeBU
assi (resi 59 and name HZ2) (resi 59 and name HZ3) 3.954 2.154 0.791 !NoeBU
assi (resi 31 and name HE*) (resi 31 and name HZ) 2.532 0.732 0.506 !NoeBU
assi (resi 31 and name HE*) (resi 31 and name HD*) 2.689 0.889 0.538 !NoeBU
assi (resi 81 and name HD*) (resi 81 and name HE*) 2.158 0.358 0.432 !NoeBU
assi ((resi 31 and name HZ) or (resi 70 and name HE*)) (resi 31 and name HD*) 2.770 0.970 0.554 !NoeBU
assi (resi 88 and name HD*) (resi 88 and name HE*) 2.192 0.392 0.438 !NoeBU
assi (resi 59 and name HH2) (resi 59 and name HZ3) 2.946 1.146 0.589 !NoeBU
assi (resi 69 and name HB1) (resi 69 and name HB2) 2.545 0.745 0.509 !NoeBU
assi (resi 81 and name HD*) (((resi 78 and name HB2) or (resi 84 and name HB1)) or (resi 82 and name HB*)) 4.069 2.269 0.814 !NoeBU
assi (resi 66 and name HG*) (resi 62 and name HD1*) 3.802 2.002 0.760 !NoeBU
assi (resi 31 and name HD*) (resi 31 and name HB1) 3.209 1.409 0.642 !NoeBU
assi (resi 59 and name HE3) ((resi 67 and name HA) or (resi 62 and name HA)) 5.359 3.559 1.072 !NoeBU
assi (resi 19 and name HA) (resi 19 and name HB*) 2.626 0.826 0.525 !NoeBU
assi (resi 81 and name HE*) ((resi 82 and name HG2) or (resi 21 and name HB1)) 3.716 1.916 0.743 !NoeBU
assi (resi 59 and name HD1) (resi 59 and name HE3) 6.194 4.394 1.239 !NoeBU
assi (resi 31 and name HE*) (resi 28 and name HE*) 4.124 2.324 0.825 !NoeBU
assi (resi 59 and name HZ2) ((resi 28 and name HA) or (resi 71 and name HB2)) 3.546 1.746 0.709 !NoeBU
assi (resi 81 and name HD*) ((resi 80 and name HG*) or (resi 80 and name HB*)) 3.629 1.829 0.726 !NoeBU
assi (resi 74 and name HA) ((resi 30 and name HB*) or (resi 70 and name HB1)) 3.652 1.852 0.730 !NoeBU
assi (resi 74 and name HA) (resi 77 and name HB*) 3.264 1.464 0.653 !NoeBU
assi (resi 77 and name HA) (resi 80 and name HD1) 5.879 4.079 1.176 !NoeBU
assi (resi 25 and name HA) (resi 25 and name HD*) 2.644 0.844 0.529 !NoeBU
assi (resi 25 and name HG) (resi 25 and name HB2) 2.408 0.608 0.482 !NoeBU
assi (resi 73 and name HB2) (resi 73 and name HA) 3.087 1.287 0.617 !NoeBU
assi (resi 64 and name HB1) (resi 67 and name HG1) 3.829 2.029 0.766 !NoeBU
assi (resi 45 and name HA) (resi 45 and name HB2) 3.216 1.416 0.643 !NoeBU
assi (resi 43 and name HA) (resi 43 and name HB1) 3.182 1.382 0.636 !NoeBU
assi (resi 59 and name HZ2) (resi 59 and name HE3) 5.241 3.441 1.048 !NoeBU
assi (resi 59 and name HH2) ((resi 67 and name HB2) or (resi 27 and name HB*)) 2.845 1.045 0.569 !NoeBU
assi (resi 59 and name HZ2) ((resi 67 and name HB2) or (resi 27 and name HB*)) 3.032 1.232 0.606 !NoeBU
assi (resi 30 and name HE*) (resi 27 and name HB*) 3.118 1.318 0.624 !NoeBU
assi (resi 30 and name HD*) (resi 27 and name HB*) 2.957 1.157 0.591 !NoeBU
assi (resi 59 and name HZ2) (resi 60 and name HG2) 4.409 2.609 0.882 !NoeBU
assi (resi 30 and name HE*) (resi 30 and name HZ) 2.604 0.804 0.521 !NoeBU
assi (resi 44 and name HD2) (resi 44 and name HB2) 4.036 2.236 0.807 !NoeBU
assi (resi 43 and name HA) (resi 44 and name HB2) 5.543 3.743 1.109 !NoeBU
assi (resi 43 and name HA) ((resi 44 and name HG*) or (resi 44 and name HB1)) 3.542 1.742 0.708 !NoeBU
assi (resi 24 and name HA) (resi 24 and name HB*) 2.441 0.641 0.488 !NoeBU
assi (resi 45 and name HA) (resi 45 and name HB1) 2.959 1.159 0.592 !NoeBU
assi (resi 46 and name HA) (resi 46 and name HD*) 3.862 2.062 0.772 !NoeBU
assi (resi 46 and name HA) ((resi 46 and name HG2*) or (resi 51 and name HG1*)) 2.830 1.030 0.566 !NoeBU
assi (resi 46 and name HA) (resi 46 and name HB) 2.918 1.118 0.584 !NoeBU
assi (resi 46 and name HA) (resi 46 and name HG1*) 2.557 0.757 0.511 !NoeBU
assi (resi 20 and name HA) (resi 20 and name HB*) 2.938 1.138 0.588 !NoeBU
assi (resi 31 and name HD*) (resi 62 and name HD1*) 3.364 1.564 0.673 !NoeBU
assi (resi 31 and name HE*) (resi 62 and name HD1*) 3.136 1.336 0.627 !NoeBU
assi (resi 88 and name HE*) (resi 92 and name HD1*) 3.805 2.005 0.761 !NoeBU
assi (resi 88 and name HE*) (resi 92 and name HD2*) 3.423 1.623 0.685 !NoeBU
assi (resi 88 and name HE*) (resi 20 and name HB*) 3.073 1.273 0.615 !NoeBU
assi (resi 31 and name HE*) (resi 62 and name HD2*) 3.669 1.869 0.734 !NoeBU
assi ((resi 31 and name HZ) or (resi 70 and name HE*)) (resi 62 and name HD1*) 3.309 1.509 0.662 !NoeBU
assi ((resi 31 and name HZ) or (resi 70 and name HE*)) (resi 62 and name HD2*) 3.735 1.935 0.747 !NoeBU
assi (resi 70 and name HD*) (resi 31 and name HD*) 3.720 1.920 0.744 !NoeBU
assi (resi 30 and name HE*) (resi 25 and name HD*) 3.849 2.049 0.770 !NoeBU
assi ((resi 30 and name HD*) or (resi 70 and name HD*)) ((resi 73 and name HG1) or (resi 73 and name HD*)) 3.065 1.265 0.613 !NoeBU
assi (resi 30 and name HD*) (resi 25 and name HB2) 4.416 2.616 0.883 !NoeBU
assi (resi 59 and name HZ3) ((resi 67 and name HB2) or (resi 27 and name HB*)) 4.100 2.300 0.820 !NoeBU
assi (resi 59 and name HZ3) (resi 62 and name HD1*) 3.499 1.699 0.700 !NoeBU
assi (resi 59 and name HZ3) (resi 62 and name HD2*) 4.998 3.198 1.000 !NoeBU
assi (resi 31 and name HD*) (resi 62 and name HD2*) 3.606 1.806 0.721 !NoeBU
assi (resi 77 and name HA) (resi 77 and name HB*) 2.898 1.098 0.580 !NoeBU
assi (resi 77 and name HA) ((resi 80 and name HG*) or (resi 80 and name HB*)) 3.062 1.262 0.612 !NoeBU
assi (resi 77 and name HA) (resi 30 and name HZ) 4.531 2.731 0.906 !NoeBU
assi (resi 43 and name HA) (resi 44 and name HD2) 2.811 1.011 0.562 !NoeBU
assi (resi 43 and name HA) (resi 44 and name HD1) 2.702 0.902 0.540 !NoeBU
assi (resi 59 and name HE3) (resi 62 and name HD1*) 2.832 1.032 0.566 !NoeBU
assi (resi 59 and name HE3) (resi 62 and name HD2*) 3.728 1.928 0.746 !NoeBU
assi (resi 59 and name HE3) (resi 31 and name HB1) 3.951 2.151 0.790 !NoeBU
assi (resi 81 and name HD*) ((resi 82 and name HG2) or (resi 21 and name HB1)) 3.532 1.732 0.706 !NoeBU
assi (resi 31 and name HD*) (resi 31 and name HA) 2.872 1.072 0.574 !NoeBU
assi ((resi 31 and name HZ) or (resi 70 and name HE*)) (resi 31 and name HA) 2.980 1.180 0.596 !NoeBU
assi (resi 31 and name HE*) (resi 31 and name HA) 4.652 2.852 0.930 !NoeBU
assi (resi 59 and name HZ3) (resi 31 and name HA) 4.580 2.780 0.916 !NoeBU
assi (resi 70 and name HD*) (resi 31 and name HA) 3.870 2.070 0.774 !NoeBU
assi (resi 31 and name HD*) ((resi 32 and name HA) or (resi 59 and name HB1)) 3.285 1.485 0.657 !NoeBU
assi (resi 32 and name HA) (resi 32 and name HB*) 2.733 0.933 0.547 !NoeBU
assi (resi 31 and name HE*) ((resi 32 and name HA) or (resi 59 and name HB1)) 3.975 2.175 0.795 !NoeBU
assi (resi 81 and name HE*) (resi 23 and name HA) 3.041 1.241 0.608 !NoeBU
assi (resi 28 and name HE*) (resi 28 and name HD*) 2.749 0.949 0.550 !NoeBU
assi (resi 28 and name HD*) (resi 28 and name HA) 3.168 1.368 0.634 !NoeBU
assi (resi 92 and name HB*) (resi 92 and name HD1*) 2.886 1.086 0.577 !NoeBU
assi (resi 92 and name HB*) (resi 92 and name HD2*) 2.495 0.695 0.499 !NoeBU
assi (resi 88 and name HD*) (resi 92 and name HD2*) 4.455 2.655 0.891 !NoeBU
assi ((resi 31 and name HZ) or (resi 70 and name HE*)) (resi 59 and name HZ3) 3.789 1.989 0.758 !NoeBU
assi (resi 31 and name HD*) (resi 59 and name HZ3) 3.070 1.270 0.614 !NoeBU
assi (resi 59 and name HH2) (resi 31 and name HD*) 4.073 2.273 0.815 !NoeBU
assi (resi 31 and name HD*) (resi 59 and name HE3) 3.132 1.332 0.626 !NoeBU
assi (resi 59 and name HZ3) (resi 59 and name HE3) 2.817 1.017 0.563 !NoeBU
assi (resi 31 and name HD*) (resi 28 and name HD*) 4.273 2.473 0.855 !NoeBU
assi (resi 59 and name HH2) (resi 59 and name HE3) 4.395 2.595 0.879 !NoeBU
assi ((resi 31 and name HZ) or (resi 70 and name HE*)) (resi 59 and name HE3) 4.723 2.923 0.945 !NoeBU
assi (resi 25 and name HG) (resi 25 and name HD*) 2.741 0.941 0.548 !NoeBU
assi (resi 92 and name HG) (resi 92 and name HD2*) 2.798 0.998 0.560 !NoeBU
assi (resi 92 and name HA) (resi 92 and name HD1*) 2.621 0.821 0.524 !NoeBU
assi (resi 55 and name HA) (resi 55 and name HD2*) 2.976 1.176 0.595 !NoeBU
assi (resi 55 and name HA) (resi 55 and name HD1*) 5.152 3.352 1.030 !NoeBU
assi (resi 31 and name HD*) (resi 55 and name HD2*) 3.783 1.983 0.757 !NoeBU
assi (resi 31 and name HD*) (resi 55 and name HD1*) 4.536 2.736 0.907 !NoeBU
assi (resi 31 and name HZ) (resi 55 and name HD2*) 3.593 1.793 0.719 !NoeBU
assi (resi 55 and name HD1*) (resi 55 and name HD2*) 2.218 0.418 0.444 !NoeBU
assi (resi 39 and name HB) (resi 55 and name HD2*) 3.471 1.671 0.694 !NoeBU
assi (resi 39 and name HG*) (resi 55 and name HD2*) 3.086 1.286 0.617 !NoeBU
assi (resi 39 and name HG*) (resi 55 and name HD1*) 3.178 1.378 0.636 !NoeBU
assi ((resi 46 and name HG2*) or (resi 51 and name HG1*)) (resi 46 and name HD*) 2.417 0.617 0.483 !NoeBU
assi (resi 39 and name HG*) (resi 46 and name HD*) 3.191 1.391 0.638 !NoeBU
assi (resi 46 and name HG1*) (resi 46 and name HG2*) 2.990 1.190 0.598 !NoeBU
assi ((resi 39 and name HB) or (resi 46 and name HB)) (resi 46 and name HD*) 2.996 1.196 0.599 !NoeBU
assi ((resi 39 and name HB) or (resi 46 and name HB)) ((resi 46 and name HG2*) or (resi 51 and name HG1*)) 2.499 0.699 0.500 !NoeBU
assi (resi 62 and name HD2*) (resi 62 and name HD1*) 2.434 0.634 0.487 !NoeBU
assi (resi 62 and name HG) (resi 62 and name HD2*) 2.480 0.680 0.496 !NoeBU
assi (resi 62 and name HG) (resi 62 and name HD1*) 2.844 1.044 0.569 !NoeBU
assi (resi 38 and name HG12) (resi 38 and name HD*) 2.056 0.256 0.411 !NoeBU
assi (resi 38 and name HG11) (resi 38 and name HD*) 2.328 0.528 0.466 !NoeBU
assi (resi 38 and name HB) (resi 38 and name HD*) 2.289 0.489 0.458 !NoeBU
assi (resi 38 and name HA) (resi 38 and name HD*) 2.538 0.738 0.508 !NoeBU
assi (resi 39 and name HA) (resi 39 and name HG*) 2.458 0.658 0.492 !NoeBU
assi (resi 87 and name HA) (resi 87 and name HD*) 2.655 0.855 0.531 !NoeBU
assi (resi 43 and name HA) (resi 46 and name HD*) 4.158 2.358 0.832 !NoeBU
assi (resi 43 and name HA) (resi 46 and name HG2*) 3.869 2.069 0.774 !NoeBU
assi (resi 77 and name HA) (resi 76 and name HB*) 4.266 2.466 0.853 !NoeBU
assi (resi 76 and name HA) (resi 76 and name HB*) 2.124 0.324 0.425 !NoeBU
assi (resi 30 and name HD*) (resi 73 and name HB2) 4.515 2.715 0.903 !NoeBU
assi (resi 30 and name HD*) (resi 73 and name HB1) 4.279 2.479 0.856 !NoeBU
assi (resi 30 and name HE*) (resi 73 and name HB1) 6.060 4.260 1.212 !NoeBU
assi ((resi 30 and name HD*) or (resi 70 and name HD*)) (resi 73 and name HA) 4.245 2.445 0.849 !NoeBU
assi (resi 30 and name HE*) (resi 73 and name HA) 4.936 3.136 0.987 !NoeBU
assi (resi 30 and name HD*) (resi 74 and name HA) 2.598 0.798 0.520 !NoeBU
assi (resi 30 and name HE*) (resi 74 and name HB*) 2.824 1.024 0.565 !NoeBU
assi (resi 30 and name HD*) (resi 74 and name HB*) 2.808 1.008 0.562 !NoeBU
assi (resi 73 and name HA) (resi 73 and name HB2) 3.103 1.303 0.621 !NoeBU
assi (resi 73 and name HA) (resi 73 and name HB1) 3.908 2.108 0.782 !NoeBU
assi (resi 30 and name HD*) (resi 77 and name HB*) 3.010 1.210 0.602 !NoeBU
assi (resi 30 and name HE*) (resi 77 and name HB*) 3.954 2.154 0.791 !NoeBU
assi (resi 30 and name HZ) (resi 74 and name HA) 3.778 1.978 0.756 !NoeBU
assi (resi 30 and name HZ) (resi 25 and name HD*) 4.247 2.447 0.849 !NoeBU
assi (resi 59 and name HZ2) (resi 67 and name HD1) 4.063 2.263 0.813 !NoeBU
assi (resi 59 and name HZ2) (resi 67 and name HD2) 4.402 2.602 0.880 !NoeBU
assi (resi 59 and name HZ2) (resi 67 and name HA) 4.123 2.323 0.825 !NoeBU
assi (resi 73 and name HA) (resi 76 and name HB*) 3.244 1.444 0.649 !NoeBU
assi (resi 31 and name HD*) (resi 66 and name HB*) 4.452 2.652 0.890 !NoeBU
assi (resi 31 and name HD*) (resi 28 and name HA) 3.812 2.012 0.762 !NoeBU
assi (resi 31 and name HD*) (resi 28 and name HE*) 3.915 2.115 0.783 !NoeBU
assi (resi 31 and name HZ) ((resi 58 and name HB*) or (resi 35 and name HB1)) 3.652 1.852 0.730 !NoeBU
assi ((resi 69 and name HA) or (resi 68 and name HA)) (resi 69 and name HB2) 2.900 1.100 0.580 !NoeBU
assi (resi 38 and name HG11) (resi 38 and name HG12) 2.473 0.673 0.495 !NoeBU
assi (resi 38 and name HA) (resi 38 and name HG12) 3.018 1.218 0.604 !NoeBU
assi ((resi 36 and name HA) or (resi 52 and name HA2)) ((resi 55 and name HD1*) or (resi 51 and name HG2*)) 2.917 1.117 0.583 !NoeBU
assi ((resi 36 and name HA) or (resi 52 and name HA2)) (resi 55 and name HD2*) 3.285 1.485 0.657 !NoeBU
assi (resi 43 and name HA) (resi 43 and name HB2) 3.166 1.366 0.633 !NoeBU
assi (resi 54 and name HA) (resi 54 and name HB*) 2.177 0.377 0.435 !NoeBU
assi (resi 54 and name HA) (resi 54 and name HD*) 2.460 0.660 0.492 !NoeBU
assi (resi 54 and name HA) (resi 54 and name HG*) 2.468 0.668 0.494 !NoeBU
assi (resi 51 and name HA) (resi 39 and name HG*) 3.079 1.279 0.616 !NoeBU
assi (resi 51 and name HA) ((resi 51 and name HG1*) or (resi 46 and name HG2*)) 2.626 0.826 0.525 !NoeBU
assi (resi 51 and name HA) (resi 51 and name HG2*) 2.919 1.119 0.584 !NoeBU
assi (resi 51 and name HA) (resi 46 and name HD*) 3.076 1.276 0.615 !NoeBU
assi (resi 32 and name HA) (resi 55 and name HD2*) 2.884 1.084 0.577 !NoeBU
assi (resi 32 and name HA) (resi 55 and name HD1*) 2.819 1.019 0.564 !NoeBU
assi ((resi 36 and name HD*) or (resi 40 and name HD*)) (resi 51 and name HG2*) 3.859 2.059 0.772 !NoeBU
assi (resi 40 and name HD*) (resi 51 and name HG1*) 4.291 2.491 0.858 !NoeBU
assi (resi 39 and name HG*) (resi 51 and name HG2*) 2.402 0.602 0.480 !NoeBU
assi (resi 51 and name HB) (resi 46 and name HD*) 2.944 1.144 0.589 !NoeBU
assi (resi 51 and name HB) (resi 51 and name HG2*) 2.754 0.954 0.551 !NoeBU
assi (resi 51 and name HB) (resi 51 and name HG1*) 2.464 0.664 0.493 !NoeBU
assi (resi 39 and name HB) (resi 51 and name HG2*) 3.062 1.262 0.612 !NoeBU
assi (resi 51 and name HB) (resi 39 and name HG*) 2.632 0.832 0.526 !NoeBU
assi (resi 38 and name HA) (resi 38 and name HG11) 2.768 0.968 0.554 !NoeBU
assi (resi 59 and name HE3) (resi 59 and name HB2) 3.944 2.144 0.789 !NoeBU
assi (resi 30 and name HD*) (resi 30 and name HB*) 2.651 0.851 0.530 !NoeBU
assi (resi 30 and name HA) (resi 30 and name HB*) 2.972 1.172 0.594 !NoeBU
assi (resi 33 and name HA) (resi 33 and name HB*) 2.749 0.949 0.550 !NoeBU
assi (resi 30 and name HD*) (resi 33 and name HB1) 5.590 3.790 1.118 !NoeBU
assi (resi 81 and name HE*) (resi 81 and name HA) 4.548 2.748 0.910 !NoeBU
assi (resi 81 and name HE*) (resi 22 and name HB*) 3.902 2.102 0.780 !NoeBU
assi (resi 81 and name HE*) (resi 22 and name HA) 5.056 3.256 1.011 !NoeBU
assi (resi 81 and name HE*) (resi 82 and name HA) 4.430 2.630 0.886 !NoeBU
assi (resi 81 and name HD*) (resi 82 and name HA) 4.171 2.371 0.834 !NoeBU
assi (resi 81 and name HD*) (resi 21 and name HA) 4.382 2.582 0.876 !NoeBU
assi ((resi 81 and name HE*) or (resi 88 and name HE*)) (resi 21 and name HA) 4.174 2.374 0.835 !NoeBU
assi (resi 81 and name HD*) (resi 23 and name HA) 3.229 1.429 0.646 !NoeBU
assi (resi 88 and name HD*) (resi 20 and name HB*) 3.867 2.067 0.773 !NoeBU
assi (resi 81 and name HE*) (resi 21 and name HB2) 3.090 1.290 0.618 !NoeBU
assi (resi 81 and name HD*) ((resi 81 and name HB*) or (resi 21 and name HG2)) 2.917 1.117 0.583 !NoeBU
assi (resi 81 and name HE*) ((resi 81 and name HB*) or (resi 21 and name HG2)) 3.223 1.423 0.645 !NoeBU
assi (resi 88 and name HD*) (resi 85 and name HA) 4.118 2.318 0.824 !NoeBU
assi ((resi 89 and name HA) or (resi 88 and name HA)) (resi 89 and name HB*) 2.718 0.918 0.544 !NoeBU
assi (resi 88 and name HD*) (resi 88 and name HB2) 2.797 0.997 0.559 !NoeBU
assi (resi 88 and name HD*) (resi 88 and name HB1) 2.577 0.777 0.515 !NoeBU
assi (resi 88 and name HE*) (resi 88 and name HB1) 3.479 1.679 0.696 !NoeBU
assi (resi 88 and name HE*) ((resi 21 and name HG1) or (resi 21 and name HD*)) 3.441 1.641 0.688 !NoeBU
assi (resi 88 and name HD*) ((resi 21 and name HG1) or (resi 21 and name HD*)) 3.097 1.297 0.619 !NoeBU
assi (resi 88 and name HE*) (resi 20 and name HA) 3.511 1.711 0.702 !NoeBU
assi (resi 88 and name HD*) (resi 20 and name HA) 3.421 1.621 0.684 !NoeBU
assi (resi 59 and name HD1) (resi 60 and name HA) 3.912 2.112 0.782 !NoeBU
assi (resi 31 and name HD*) (resi 59 and name HA) 4.595 2.795 0.919 !NoeBU
assi (resi 31 and name HE*) (resi 59 and name HA) 4.770 2.970 0.954 !NoeBU
assi (resi 59 and name HZ3) (resi 59 and name HA) 4.372 2.572 0.874 !NoeBU
assi (resi 59 and name HZ3) (resi 67 and name HA) 5.031 3.231 1.006 !NoeBU
assi (resi 59 and name HH2) (resi 67 and name HA) 4.685 2.885 0.937 !NoeBU
assi ((resi 30 and name HD*) or (resi 70 and name HD*)) (resi 70 and name HB2) 3.223 1.423 0.645 !NoeBU
assi (resi 30 and name HE*) (resi 70 and name HB2) 4.601 2.801 0.920 !NoeBU
assi (resi 30 and name HD*) (resi 70 and name HB1) 2.686 0.886 0.537 !NoeBU
assi (resi 70 and name HE*) (resi 70 and name HB1) 3.600 1.800 0.720 !NoeBU
assi (resi 70 and name HE*) (resi 70 and name HB2) 6.122 4.322 1.224 !NoeBU
assi (resi 59 and name HH2) (resi 70 and name HB1) 3.864 2.064 0.773 !NoeBU
assi (resi 59 and name HH2) (resi 70 and name HB2) 3.845 2.045 0.769 !NoeBU
assi (resi 30 and name HD*) ((resi 25 and name HA) or (resi 71 and name HA)) 2.927 1.127 0.585 !NoeBU
assi (resi 44 and name HD2) ((resi 44 and name HB1) or (resi 44 and name HG*)) 2.657 0.857 0.531 !NoeBU
assi (resi 44 and name HD1) (resi 44 and name HD2) 2.154 0.354 0.431 !NoeBU
assi (resi 17 and name HA) (resi 17 and name HB2) 3.665 1.865 0.733 !NoeBU
assi (resi 17 and name HA) (resi 20 and name HB*) 5.562 3.762 1.112 !NoeBU
assi (resi 17 and name HA) (resi 17 and name HB1) 2.947 1.147 0.589 !NoeBU
assi (resi 47 and name HB) (resi 47 and name HG2*) 2.864 1.064 0.573 !NoeBU
assi ((resi 47 and name HA) or (resi 46 and name HA)) (resi 47 and name HG2*) 2.566 0.766 0.513 !NoeBU
assi ((resi 52 and name HA1) or (resi 40 and name HA)) ((resi 51 and name HG1*) or (resi 46 and name HG2*)) 2.874 1.074 0.575 !NoeBU
assi ((resi 52 and name HA1) or (resi 40 and name HA)) (resi 51 and name HG2*) 3.962 2.162 0.792 !NoeBU
assi (resi 59 and name HD1) (resi 28 and name HD*) 4.978 3.178 0.996 !NoeBU
assi (resi 38 and name HA) (resi 38 and name HB) 2.785 0.985 0.557 !NoeBU
assi (resi 73 and name HA) (resi 73 and name HG2) 3.182 1.382 0.636 !NoeBU
assi (resi 85 and name HA) (resi 88 and name HB1) 2.920 1.120 0.584 !NoeBU
assi (resi 85 and name HA) (resi 88 and name HB2) 3.429 1.629 0.686 !NoeBU
assi (resi 48 and name HA) (resi 48 and name HB1) 3.209 1.409 0.642 !NoeBU
assi (resi 60 and name HA) (resi 60 and name HG1) 2.595 0.795 0.519 !NoeBU
assi (resi 59 and name HD1) (resi 60 and name HG1) 3.646 1.846 0.729 !NoeBU
assi (resi 59 and name HD1) (resi 59 and name HB2) 3.844 2.044 0.769 !NoeBU
assi (resi 59 and name HD1) (resi 59 and name HB1) 3.763 1.963 0.753 !NoeBU
assi (resi 59 and name HD1) (resi 59 and name HA) 5.556 3.756 1.111 !NoeBU
assi (resi 44 and name HA) (resi 44 and name HB2) 2.486 0.686 0.497 !NoeBU
assi (resi 44 and name HA) (resi 44 and name HB1) 2.488 0.688 0.498 !NoeBU
assi (resi 44 and name HA) (resi 44 and name HG*) 2.517 0.717 0.503 !NoeBU
assi (resi 18 and name HA) ((resi 18 and name HB2) or (resi 18 and name HG1)) 2.638 0.838 0.528 !NoeBU
assi (resi 18 and name HA) (resi 18 and name HB1) 2.768 0.968 0.554 !NoeBU
assi (resi 40 and name HA) (resi 40 and name HD*) 3.546 1.746 0.709 !NoeBU
assi (resi 30 and name HZ) (resi 77 and name HA) 4.254 2.454 0.851 !NoeBU
assi (resi 43 and name HB1) (resi 46 and name HD*) 3.340 1.540 0.668 !NoeBU
assi (resi 43 and name HB1) (resi 46 and name HG2*) 3.063 1.263 0.613 !NoeBU
assi (resi 43 and name HB2) (resi 46 and name HG2*) 3.959 2.159 0.792 !NoeBU
assi (resi 73 and name HA) (resi 73 and name HD*) 3.178 1.378 0.636 !NoeBU
assi (resi 36 and name HA) (resi 36 and name HB*) 3.336 1.536 0.667 !NoeBU
assi (resi 88 and name HA) (resi 88 and name HB1) 3.527 1.727 0.705 !NoeBU
assi (resi 88 and name HA) (resi 88 and name HB2) 3.143 1.343 0.629 !NoeBU
assi (resi 35 and name HA) (resi 35 and name HB2) 3.490 1.690 0.698 !NoeBU
assi (resi 35 and name HA) (resi 35 and name HB1) 3.183 1.383 0.637 !NoeBU
assi (resi 36 and name HA) (resi 36 and name HG*) 4.093 2.293 0.819 !NoeBU
assi (resi 37 and name HA) (resi 37 and name HB*) 2.879 1.079 0.576 !NoeBU
assi (resi 85 and name HA) ((resi 85 and name HB1) or (resi 85 and name HG*)) 2.677 0.877 0.535 !NoeBU
assi (resi 89 and name HA) (resi 92 and name HD1*) 5.705 3.905 1.141 !NoeBU
assi ((resi 40 and name HA) or (resi 50 and name HA)) (resi 46 and name HD*) 4.180 2.380 0.836 !NoeBU
assi (resi 59 and name HZ3) (resi 70 and name HB2) 5.180 3.380 1.036 !NoeBU
assi (resi 59 and name HZ2) (resi 70 and name HB2) 5.822 4.022 1.164 !NoeBU
assi ((resi 52 and name HA1) or (resi 40 and name HA)) (resi 39 and name HG*) 3.820 2.020 0.764 !NoeBU
assi ((resi 50 and name HA) or (resi 41 and name HB*)) (resi 46 and name HD*) 4.717 2.917 0.943 !NoeBU
assi (resi 59 and name HA) (resi 62 and name HD1*) 3.648 1.848 0.730 !NoeBU
assi (resi 59 and name HA) (resi 62 and name HD2*) 4.363 2.563 0.873 !NoeBU
assi (resi 69 and name HG1) (resi 69 and name HB2) 4.058 2.258 0.812 !NoeBU
assi (resi 69 and name HD2) (resi 69 and name HB2) 4.140 2.340 0.828 !NoeBU
assi (resi 69 and name HD1) (resi 69 and name HB2) 4.207 2.407 0.841 !NoeBU
assi (resi 69 and name HD2) (resi 69 and name HG1) 3.362 1.562 0.672 !NoeBU
assi (resi 88 and name HE*) (resi 92 and name HB*) 3.462 1.662 0.692 !NoeBU
assi ((resi 31 and name HZ) or (resi 70 and name HE*)) (resi 31 and name HB1) 3.659 1.859 0.732 !NoeBU
assi (resi 63 and name HA) (resi 63 and name HG2*) 2.696 0.896 0.539 !NoeBU
assi (resi 37 and name HA) (resi 40 and name HD*) 3.515 1.715 0.703 !NoeBU
assi (resi 31 and name HD*) ((resi 31 and name HB2) or (resi 34 and name HG2)) 3.132 1.332 0.626 !NoeBU
assi (resi 31 and name HA) (resi 31 and name HB2) 3.438 1.638 0.688 !NoeBU
assi (resi 75 and name HA) (resi 75 and name HG*) 3.753 1.953 0.751 !NoeBU
assi (resi 31 and name HA) (resi 34 and name HB*) 3.920 2.120 0.784 !NoeBU
assi (resi 59 and name HD1) (resi 60 and name HB*) 4.579 2.779 0.916 !NoeBU
assi (resi 84 and name HA) (resi 87 and name HD*) 3.064 1.264 0.613 !NoeBU
assi (resi 59 and name HD1) (resi 57 and name HA) 5.887 4.087 1.177 !NoeBU
assi (resi 59 and name HZ3) (resi 31 and name HB2) 4.024 2.224 0.805 !NoeBU
assi (resi 59 and name HZ3) (resi 70 and name HB1) 3.739 1.939 0.748 !NoeBU
assi (resi 59 and name HZ2) (resi 27 and name HA) 5.026 3.226 1.005 !NoeBU
assi (resi 59 and name HZ2) (resi 70 and name HB1) 6.774 4.974 1.355 !NoeBU
assi (resi 28 and name HD*) (resi 59 and name HB2) 5.215 3.415 1.043 !NoeBU
assi (resi 28 and name HD*) (resi 29 and name HA) 4.541 2.741 0.908 !NoeBU
assi (resi 86 and name HA) (resi 89 and name HB*) 5.549 3.749 1.110 !NoeBU
assi (resi 59 and name HD1) (resi 60 and name HG2) 3.840 2.040 0.768 !NoeBU
assi (resi 55 and name HB1) ((resi 55 and name HD1*) or (resi 51 and name HG2*)) 3.460 1.660 0.692 !NoeBU
assi (resi 88 and name HB1) (resi 87 and name HD*) 3.712 1.912 0.742 !NoeBU
assi (resi 73 and name HD*) (resi 73 and name HG2) 2.616 0.816 0.523 !NoeBU
assi (resi 73 and name HD*) (resi 73 and name HB2) 3.321 1.521 0.664 !NoeBU
assi (resi 73 and name HG2) (resi 73 and name HB2) 3.442 1.642 0.688 !NoeBU
assi (resi 31 and name HE*) (resi 59 and name HE3) 3.837 2.037 0.767 !NoeBU
assi (resi 59 and name HH2) (resi 67 and name HD*) 4.290 2.490 0.858 !NoeBU
assi (resi 59 and name HH2) ((resi 67 and name HB1) or (resi 74 and name HB*)) 3.674 1.874 0.735 !NoeBU
assi (resi 59 and name HZ2) ((resi 67 and name HB1) or (resi 74 and name HB*)) 3.771 1.971 0.754 !NoeBU
assi (resi 31 and name HD*) (resi 55 and name HA) 6.245 4.445 1.249 !NoeBU
assi (resi 31 and name HE*) (resi 55 and name HA) 3.674 1.874 0.735 !NoeBU
assi (resi 88 and name HE*) (((resi 88 and name HA) or (resi 89 and name HA)) or (resi 18 and name HA)) 3.490 1.690 0.698 !NoeBU
assi (resi 88 and name HD*) (((resi 88 and name HA) or (resi 89 and name HA)) or (resi 18 and name HA)) 2.594 0.794 0.519 !NoeBU
assi (resi 31 and name HE*) (resi 55 and name HD2*) 3.163 1.363 0.633 !NoeBU
assi (resi 70 and name HE*) ((resi 69 and name HB1) or (resi 66 and name HB*)) 3.365 1.565 0.673 !NoeBU
assi (resi 31 and name HZ) ((resi 35 and name HB1) or (resi 39 and name HB)) 3.790 1.990 0.758 !NoeBU
assi (resi 31 and name HD*) (resi 70 and name HB1) 4.169 2.369 0.834 !NoeBU
assi (resi 51 and name HA) (resi 51 and name HG1*) 2.668 0.868 0.534 !NoeBU
assi (resi 66 and name HG*) (resi 62 and name HD2*) 3.504 1.704 0.701 !NoeBU
assi (resi 59 and name HZ2) (resi 67 and name HB1) 3.842 2.042 0.768 !NoeBU
assi (resi 31 and name HE*) (resi 59 and name HB2) 4.199 2.399 0.840 !NoeBU
assi (resi 31 and name HD*) ((resi 35 and name HB1) or (resi 34 and name HB*)) 5.503 3.703 1.101 !NoeBU
assi (resi 51 and name HA) (((resi 51 and name HB) or (resi 54 and name HB*)) or (resi 46 and name HB)) 3.290 1.490 0.658 !NoeBU
assi (resi 86 and name HA) (resi 86 and name HG1) 3.839 2.039 0.768 !NoeBU
assi (resi 59 and name HE3) (resi 59 and name HB1) 5.689 3.889 1.138 !NoeBU
assi (resi 31 and name HD*) ((resi 67 and name HB2) or (resi 27 and name HB*)) 6.748 4.948 1.350 !NoeBU
assi (resi 59 and name HH2) ((resi 31 and name HB1) or (resi 62 and name HG)) 4.699 2.899 0.940 !NoeBU
assi (resi 59 and name HZ2) ((resi 31 and name HB1) or (resi 62 and name HG)) 4.120 2.320 0.824 !NoeBU
assi (resi 51 and name HA) (((resi 55 and name HB2) or (resi 54 and name HG1)) or (resi 46 and name HG1*)) 3.351 1.551 0.670 !NoeBU
assi (resi 88 and name HD*) (resi 92 and name HD1*) 6.724 4.924 1.345 !NoeBU
assi (resi 31 and name HD*) (resi 55 and name HG) 6.424 4.624 1.285 !NoeBU
assi (resi 81 and name HE*) (resi 82 and name HG1) 6.065 4.265 1.213 !NoeBU
assi (resi 31 and name HD*) ((resi 62 and name HA) or (resi 67 and name HA)) 5.852 4.052 1.170 !NoeBU
assi (resi 30 and name HE*) (resi 77 and name HA) 5.718 3.918 1.144 !NoeBU
assi (resi 59 and name HH2) (resi 27 and name HA) 4.150 2.350 2.350 !SMW
assi (resi 55 and name HA) (resi 32 and name HB*) 5.321 3.521 1.064 !NoeBU
assi (resi 30 and name HA) ((resi 25 and name HB2) or (resi 32 and name HB*)) 5.361 3.561 1.072 !NoeBU
assi (resi 81 and name HE*) (resi 82 and name HB1) 5.855 4.055 1.171 !NoeBU
assi ((resi 31 and name HZ) or (resi 70 and name HE*)) (resi 59 and name HH2) 4.150 2.350 2.350 !Qual (3.047NoeBU) peak is near diagonal
assi (resi 81 and name HD*) (resi 82 and name HB2) 4.146 2.346 0.829 !NoeBU
assi (resi 59 and name HZ2) (resi 31 and name HD*) 4.650 2.850 2.850 !SMWVW
assi (resi 45 and name HA) (resi 47 and name HG2*) 4.150 2.350 2.350 !SMW
assi (resi 88 and name HE*) (resi 85 and name HA) 4.521 2.721 0.904 !NoeBU
assi (resi 77 and name HA) (resi 74 and name HB*) 4.150 2.350 2.350 !SMW
assi (resi 30 and name HE*) ((resi 27 and name HA) or (resi 74 and name HA)) 4.150 2.350 2.350 !Qual
assi ((resi 30 and name HE*) or (resi 70 and name HD*)) (resi 73 and name HB2) 4.535 2.735 0.907 !NoeBU
assi (resi 30 and name HD*) (resi 25 and name HD*) 4.875 3.075 0.625 !SMW 
assi (resi 30 and name HE*) ((resi 25 and name HA) or (resi 71 and name HA)) 3.857 2.057 0.771 !NoeBU
assi (resi 70 and name HD*) (resi 59 and name HE3) 4.733 2.933 0.947 !NoeBU
assi (resi 70 and name HD*) (resi 59 and name HZ3) 3.471 1.671 0.694 !NoeBU  
assi (resi 70 and name HD*) (resi 59 and name HH2) 3.297 1.497 0.659 !NoeBU  
assi (resi 59 and name HZ3) (resi 71 and name HB1) 4.150 2.350 2.350 !SMW 
assi (resi 81 and name HD*) ((resi 82 and name HG1) or (resi 84 and name HG*) or (resi 80 and name HG2)) 3.915 2.115 0.783 !NoeBU
assi (resi 30 and name HZ) (resi 77 and name HB*) 2.766 0.966 0.553 !NoeBU
assi (resi 81 and name HE*) (resi 23 and name HG1) 3.650 1.850 1.350 !SMW
assi (resi 77 and name HA) (resi 24 and name HB*) 4.600 2.800 0.920 !NoeBU
assi (resi 30 and name HE*) (resi 24 and name HB*) 3.691 1.891 0.738 !NoeBU
assi (resi 70 and name HE*) (resi 67 and name HA) 2.961 1.161 0.592 !NoeBU
assi ((resi 52 and name HA2) or (resi 39 and name HA)) ((resi 55 and name HD1*) or (resi 51 and name HG2*)) 4.243 2.443 0.849 !NoeBU
assi (resi 25 and name HD2*) ((resi 25 and name HB1) or (resi 29 and name HG2)) 3.111 1.311 0.622 !NoeBU
assi (resi 30 and name HE*) (((resi 73 and name HG1) or (resi 73 and name HD*)) or (resi 25 and name HB*)) 3.211 1.411 0.642 !NoeBU
assi (resi 25 and name HB2) (resi 25 and name HD*) 3.062 1.262 0.612 !NoeBU
assi (resi 25 and name HB1) (resi 25 and name HD*) 3.347 1.547 0.669 !NoeBU
assi (resi 29 and name HG1) (resi 25 and name HD*) 3.984 2.184 0.797 !NoeBU
assi (resi 28 and name HD*) ((resi 31 and name HB1) or (resi 29 and name HG1)) 3.878 2.078 0.776 !NoeBU
assi (resi 59 and name HD1) (resi 28 and name HB1) 5.754 3.954 1.151 !NoeBU
assi (resi 31 and name HD*) ((resi 28 and name HB2) or (resi 29 and name HB2)) 4.882 3.082 0.976 !NoeBU
assi (resi 28 and name HD*) ((resi 28 and name HB2) or (resi 29 and name HB2)) 3.713 1.913 0.743 !NoeBU
assi (resi 28 and name HD*) ((resi 28 and name HB1) or (resi 29 and name HG1)) 3.713 1.913 0.743 !NoeBU
assi (resi 81 and name HE*) (resi 85 and name HA) 4.524 2.724 0.905 !NoeBU
assi (resi 81 and name HE*) (((resi 85 and name HB2) or (resi 23 and name HG2)) or (resi 78 and name HG*)) 3.650 1.850 1.350 !SMW
assi (resi 81 and name HD*) ((resi 85 and name HG*) or (resi 24 and name HB*)) 3.233 1.433 0.647 !NoeBU
assi (resi 81 and name HE*) ((resi 24 and name HB*) or (resi 85 and name HG*)) 3.082 1.282 0.616 !NoeBU
assi (resi 81 and name HD*) (resi 81 and name HA) 3.650 1.850 1.350 !NoeBU
assi (resi 88 and name HD*) ((resi 85 and name HG*) or (resi 91 and name HG2*)) 3.629 1.829 0.726 !NoeBU
assi (resi 55 and name HG) (resi 55 and name HD1*) 2.833 1.033 0.567 !NoeBU


assi (resid 129 and name H1') (resid 129 and name H2'') 2.400 0.600 0.600 !SMW
assi (resid 128 and name H6) (resid 128 and name H1') 3.625 0.625 0.625 !SMW
assi (resid 129 and name H6) (resid 129 and name H2') 2.400 0.600 0.600 !SMW
assi (resid 129 and name H6) (resid 128 and name H2') 2.400 0.600 0.600 !SMW
assi (resid 128 and name H1') (resid 128 and name H2') 2.400 0.600 0.600 !SMW
assi (resid 128 and name H1') (resid 128 and name H2'') 2.400 0.600 0.600 !SMW
assi (resid 126 and name H1') (resid 126 and name H2'') 2.400 0.600 0.600 !SMW
assi (resid 123 and name H8) (resid 123 and name H2') 2.400 0.600 0.600 !SMW
assi (resid 123 and name H1') (resid 123 and name H2') 2.400 0.600 0.600 !SMW
assi (resid 123 and name H1') (resid 123 and name H2'') 2.400 0.600 0.600 !SMW
assi (resid 117 and name H6) (resid 116 and name H2') 2.400 0.600 0.600 !SMW
assi (resid 117 and name H6) (resid 117 and name H2') 2.400 0.600 0.600 !SMW
assi (resid 116 and name H6) (resid 116 and name H5') 3.625 0.625 0.625 !SMW
assi (resid 117 and name H1') (resid 117 and name H4') 3.625 0.625 0.625 !SMW changed from str to med
assi (resid 129 and name H6) (resid 129 and name H3') 3.625 0.625 0.625 !SMW
assi (resid 125 and name H6) (resid 125 and name H3') 3.625 0.625 0.625 !SMW 
assi (resid 128 and name H6) (resid 128 and name H3') 2.400 0.600 0.600 !SMW
assi (resid 119 and name H8) (resid 119 and name H1') 3.625 0.625 0.625 !SMW
assi (resid 117 and name H6) (resid 117 and name H3') 2.400 0.600 0.600 !SMW
assi (resid 119 and name H8) (resid 119 and name H2'') 3.625 0.625 0.625 !SMW
assi (resid 122 and name H8) (resid 122 and name H2'') 3.625 0.625 0.625 !SMW
assi (resid 128 and name H1') (resid 128 and name H4') 3.625 0.625 0.625 !SMW
assi (resid 119 and name H1') (resid 119 and name H2') 2.400 0.600 0.600 !SMW
assi (resid 120 and name H8) (resid 120 and name H2') 2.400 0.600 0.600 !SMW
assi (resid 120 and name H8) (resid 120 and name H2'') 3.625 0.625 0.625 !SMW
assi (resid 124 and name H1') (resid 124 and name H3') 3.625 0.625 0.625 !SMW
assi (resid 124 and name H1') (resid 124 and name H4') 3.625 0.625 0.625 !SMW
assi (resid 124 and name H6) (resid 124 and name H4') 3.625 0.625 0.625 !SMW
assi (resid 117 and name H6) (resid 117 and name H4') 3.625 0.625 0.625 !SMW
assi (resid 128 and name H6) (resid 127 and name H1') 3.625 0.625 0.625 !SMW
assi (resid 129 and name H6) (resid 128 and name H3') 3.625 0.625 0.625 !SMW
assi (resid 128 and name H6) (resid 127 and name H3') 3.625 0.625 0.625 !SMW
assi (resid 126 and name H1') (resid 126 and name H4') 3.625 0.625 0.625 !SMW
assi (resid 119 and name H8) (resid 119 and name H4') 3.625 0.625 0.625 !SMW
assi (resid 120 and name H8) (resid 120 and name H4') 3.625 0.625 0.625 !SMW
assi (resid 125 and name H5'') (resid 124 and name H1') 2.536 0.254 0.254 !+/-10%
assi (resid 126 and name H1') ((resid 126 and name H5'') or (resid 127 and name H5'')) 2.545 0.255 0.255 !+/-10%
assi (resid 129 and name H1') (resid 130 and name H5'') 3.625 0.625 0.625 !SMW changed from str to med (overlap)

!non-overlapped peaks
assi (resid 116 and name H6) ((resid 116 and name H5) or (resid 116 and name H1')) 1.822 0.182 0.182 !+/-10%
assi (resid 121 and name H6) (resid 121 and name H5) 2.024 0.202 0.202 !+/-10%
assi (resid 127 and name H6) (resid 127 and name H5) 2.015 0.202 0.202 !+/-10%
assi (resid 128 and name H6) (resid 128 and name H5) 1.883 0.188 0.188 !+/-10%
assi (resid 129 and name H6) (resid 129 and name H5) 1.882 0.188 0.188 !+/-10%
assi (resid 130 and name H6) (resid 130 and name H5) 1.957 0.196 0.196 !+/-10%
assi (resid 125 and name H1') (resid 125 and name H2'') 2.324 0.232 0.232 !+/-10%
assi (resid 120 and name H1') (resid 120 and name H2'') 2.435 0.244 0.244 !+/-10%
assi (resid 129 and name H6) (resid 129 and name H1') 2.807 0.281 0.281 !+/-10%
assi (resid 130 and name H6) (resid 130 and name H2') 2.322 0.232 0.232 !+/-10%
assi (resid 130 and name H6) (resid 129 and name H2'') 2.725 0.273 0.273 !+/-10%
assi (resid 130 and name H1') (resid 130 and name H2'') 1.955 0.196 0.196 !+/-10%
assi (resid 129 and name H1') (resid 129 and name H2') 2.349 0.235 0.235 !+/-10%
assi (resid 128 and name H6) (resid 128 and name H2') 1.800 0.180 0.180 !+/-10%
assi (resid 128 and name H6) (resid 127 and name H2'') 2.346 0.235 0.235 !+/-10%
assi (resid 127 and name H6) (resid 127 and name H2') 2.223 0.222 0.222 !+/-10%
assi (resid 127 and name H6) (resid 127 and name H2'') 2.864 0.286 0.286 !+/-10%
assi (resid 127 and name H1') (resid 127 and name H2') 2.562 0.256 0.256 !+/-10%
assi (resid 127 and name H1') (resid 127 and name H2'') 2.048 0.205 0.205 !+/-10%
assi (resid 127 and name H6) (resid 126 and name H1') 2.983 0.298 0.298 !+/-10%
assi (resid 125 and name H6) ((resid 125 and name H2') or (resid 124 and name H2')) 1.891 0.189 0.189 !+/-10%
assi (resid 125 and name H1') (resid 125 and name H2') 2.696 0.270 0.270 !+/-10%
assi (resid 127 and name H5) (resid 126 and name H2'') 3.142 0.314 0.314 !+/-10%
assi (resid 129 and name H5) ((resid 129 and name H2'') or (resid 128 and name H2'')) 2.722 0.272 0.272 !+/-10%
assi (resid 129 and name H5) (resid 128 and name H2') 2.623 0.262 0.262 !+/-10%
assi (resid 124 and name H6) (resid 124 and name H7*) 2.078 0.208 0.208 !+/-10%
assi (resid 121 and name H6) (resid 121 and name H2') 2.114 0.211 0.211 !+/-10%
assi (resid 124 and name H1') (resid 124 and name H2') 2.893 0.289 0.289 !+/-10%
assi (resid 123 and name H8) (resid 123 and name H1') 3.539 0.354 0.354 !+/-10%
assi (resid 121 and name H6) (resid 120 and name H1') 3.244 0.324 0.324 !+/-10%
assi (resid 117 and name H6) (resid 117 and name H7*) 1.800 0.180 0.180 !+/-10%
assi (resid 117 and name H6) ((resid 116 and name H1') or (resid 116 and name H5)) 3.400 0.340 0.340 !+/-10%
assi (resid 117 and name H6) (resid 116 and name H2'') 2.597 0.260 0.260 !+/-10%
assi (resid 117 and name H1') (resid 117 and name H2') 2.489 0.249 0.249 !+/-10%
assi (resid 116 and name H6) (resid 117 and name H7*) 2.559 0.256 0.256 !+/-10%
assi (resid 116 and name H6) (resid 116 and name H2') 2.067 0.207 0.207 !+/-10%
assi (resid 116 and name H1') (resid 116 and name H2') 2.492 0.249 0.249 !+/-10%
assi (resid 116 and name H1') (resid 116 and name H2'') 1.961 0.196 0.196 !+/-10%
assi (resid 119 and name H8) (resid 118 and name H1') 3.393 0.339 0.339 !+/-10%
assi (resid 120 and name H1') (resid 120 and name H2') 2.523 0.252 0.252 !+/-10%
assi (resid 122 and name H8) (resid 122 and name H1') 3.529 0.353 0.353 !+/-10%
assi (resid 118 and name H1') (resid 118 and name H4') 2.552 0.255 0.255 !+/-10%
assi (resid 116 and name H1') (resid 116 and name H4') 2.631 0.263 0.263 !+/-10%
assi (resid 116 and name H1') (resid 117 and name H5'') 2.275 0.228 0.228 !+/-10%
assi (resid 116 and name H6) (resid 116 and name H5'') 2.562 0.256 0.256 !+/-10%
assi (resid 129 and name H1') (resid 129 and name H3') 3.224 0.322 0.322 !+/-10%
assi (resid 129 and name H1') (resid 129 and name H4') 2.187 0.219 0.219 !+/-10%
assi (resid 116 and name H6) (resid 116 and name H3') 2.359 0.236 0.236 !+/-10%
assi (resid 116 and name H6) (resid 116 and name H4') 3.218 0.322 0.322 !+/-10%
assi (resid 130 and name H6) (resid 130 and name H3') 2.364 0.236 0.236 !+/-10%
assi (resid 127 and name H6) (resid 127 and name H3') 2.915 0.292 0.292 !+/-10%
assi (resid 126 and name H8) (resid 126 and name H3') 2.736 0.274 0.274 !+/-10%
assi (resid 121 and name H6) (resid 121 and name H3') 2.706 0.271 0.271 !+/-10%
assi (resid 116 and name H3') (resid 117 and name H7*) 2.517 0.252 0.252 !+/-10%
assi (resid 125 and name H1') (resid 125 and name H3') 2.955 0.296 0.296 !+/-10%
assi (resid 119 and name H8) (resid 119 and name H3') 2.853 0.285 0.285 !+/-10%
assi (resid 120 and name H1') (resid 120 and name H4') 3.092 0.309 0.309 !+/-10%
assi (resid 120 and name H1') (resid 121 and name H5'') 2.689 0.269 0.269 !+/-10%
assi (resid 127 and name H5) (resid 127 and name H2') 3.488 0.349 0.349 !+/-10%
assi (resid 118 and name H1') (resid 119 and name H5'') 2.621 0.262 0.262 !+/-10%
assi (resid 130 and name H1') (resid 130 and name H4') 2.750 0.275 0.275 !+/-10%
assi (resid 127 and name H1') (resid 127 and name H3') 3.276 0.328 0.328 !+/-10%
assi (resid 123 and name H1') (resid 123 and name H3') 2.960 0.296 0.296 !+/-10%
assi (resid 130 and name H6) (resid 129 and name H1') 3.959 0.396 0.396 !+/-10%
assi (resid 129 and name H6) ((resid 128 and name H1') or (resid 130 and name H5)) 2.671 0.267 0.267 !+/-10%
assi (resid 127 and name H6) (resid 127 and name H1') 3.505 0.351 0.351 !+/-10%
assi (resid 124 and name H6) (resid 124 and name H1') 3.453 0.345 0.345 !+/-10%
assi (resid 123 and name H8) (resid 122 and name H1') 3.505 0.351 0.351 !+/-10%
assi (resid 130 and name H6) (resid 129 and name H3') 2.961 0.296 0.296 !+/-10%
assi (resid 117 and name H6) (resid 116 and name H3') 3.300 0.330 0.330 !+/-10%
assi (resid 127 and name H6) (resid 126 and name H3') 3.997 0.400 0.400 !+/-10%
assi (resid 126 and name H2) (resid 126 and name H1') 3.445 0.345 0.345 !+/-10%
assi (resid 120 and name H2) (resid 120 and name H1') 3.574 0.357 0.357 !+/-10%
assi (resid 127 and name H6) (resid 128 and name H5) 3.773 0.377 0.377 !+/-10%
assi (resid 126 and name H8) (resid 125 and name H2'') 3.417 0.342 0.342 !+/-10%
assi (resid 127 and name H6) (resid 126 and name H2'') 2.744 0.274 0.274 !+/-10%
assi (resid 127 and name H6) (resid 126 and name H2') 3.824 0.382 0.382 !+/-10%
assi (resid 124 and name H6) (resid 123 and name H3') 3.997 0.400 0.400 !+/-10%
assi (resid 116 and name H6) (resid 117 and name H6) 3.951 0.395 0.395 !+/-10%
assi (resid 123 and name H8) (resid 124 and name H6) 3.870 0.387 0.387 !+/-10%
assi (resid 116 and name H3') (resid 116 and name H2'') 2.514 0.251 0.251 !+/-10%
assi (resid 116 and name H3') (resid 116 and name H2') 1.836 0.184 0.184 !+/-10%
assi (resid 130 and name H3') (resid 130 and name H2'') 2.083 0.208 0.208 !+/-10%
assi (resid 119 and name H3') (resid 119 and name H2') 1.994 0.199 0.199 !+/-10%
assi (resid 119 and name H3') (resid 119 and name H2'') 2.768 0.277 0.277 !+/-10%
assi (resid 118 and name H3') (resid 118 and name H2') 1.948 0.195 0.195 !+/-10%
assi (resid 118 and name H3') (resid 118 and name H2'') 2.054 0.205 0.205 !+/-10%
assi (resid 119 and name H1') (resid 119 and name H4') 2.743 0.274 0.274 !+/-10%
assi (resid 123 and name H1') (resid 123 and name H4') 2.525 0.253 0.253 !+/-10%
assi (resid 130 and name H5) (resid 130 and name H5'*) 3.456 0.346 0.346 !+/-10%
assi (resid 128 and name H1') (resid 129 and name H5'') 2.770 0.277 0.277 !+/-10%
assi (resid 130 and name H6) (resid 130 and name H5') 3.029 0.303 0.303 !+/-10%
assi (resid 129 and name H6) (resid 129 and name H5'*) 2.944 0.294 0.294 !+/-10%
assi (resid 123 and name H8) (resid 123 and name H5'*) 3.419 0.342 0.342 !+/-10%




!changes made in V1:
assi (resid 130 and name H1') (resid 129 and name H2'') 5.000 3.200 0.500 !Qual  changed from 3.029+/-20% due to artifact
assi (resid 126 and name H8) (resid 126 and name H1') 3.523 0.352 0.352 !+/-10%

assi (resid 127 and name H5) (resid 127 and name H2'') 4.739 0.474 0.474 !+/-10%
assi (resid 126 and name H8) (resid 126 and name H4') 4.875 0.625 0.625 !SMW  changed from 7.219+/-20% to weak

assi (resid 124 and name H1') (resid 124 and name H5'') 4.043 0.404 0.404 !+/-10%
!assi (resid 127 and name H1') (resid 127 and name H2'') 2.400 0.600 0.600 !SMW changed from 4.500+/-20% to Str
assi (resid 127 and name H1') (resid 127 and name H2'') 2.048 0.205 0.205 !+/-10%
assi (resid 130 and name H6) (resid 130 and name H2'') 3.625 0.625 0.625 !SMW changed from 1.916+/-20% to Med due to overlap
assi (resid 124 and name H6) (resid 124 and name H2') 2.400 0.600 0.600 !SMW changed from 2.178+/-20% to Str (overlap, inspected DNA only spect.)
assi (resid 125 and name H6) (resid 125 and name H5) 2.061 0.206 0.206 !+/-10%
assi (resid 130 and name H5) (resid 130 and name H2'') 4.875 0.625 0.625 !SMW changed from 2.510+/-20% to Weak (peak complicated by overlap)
!assi (resid 118 and name H8) (resid 118 and name H2'*) 5.000 3.200 0.500 !Qual changed from 3.366+/-20% to Qual due to dynamic broadening
assi (resid 118 and name H8) (resid 118 and name H2'*) 3.366 0.337 0.337 !+/-10%
assi (resid 125 and name H6) (resid 125 and name H2'') 5.000 3.200 0.500 !Qual changed from 2.155+/-20% to Qual (overlap)
!assi (resid 121 and name H6) (resid 121 and name H1') 3.625 0.625 0.625 !SMW changed from 4.473+/-20% to med (max possible range)
assi (resid 121 and name H6) (resid 121 and name H1') 4.473 0.447 0.447 !+/-10%
assi (resid 130 and name H5) (resid 130 and name H2') 5.000 3.200 0.500 !SMW  changed from str to qual due to overlap
assi (resid 121 and name H6) (resid 121 and name H2'') 5.000 3.200 0.500 !Qual  changed from str to qual due to overlap
assi (resid 125 and name H6) (resid 124 and name H2'') 5.000 3.200 0.500 !SMW  changed from str to qual (heavy overlap)
!assi (resid 126 and name H8) (resid 126 and name H2) 3.943 0.394 0.394 !+/-10%  peak is at noise-level.  may not be real.  disinclude
assi (resid 124 and name H1') (resid 124 and name H2'') 2.400 0.600 0.600 !SMW
assi (resid 129 and name H6) (resid 129 and name H2'') 3.625 0.625 0.625 !SMW changed from str to med (overlap)
assi (resid 117 and name H6) (resid 117 and name H2'') 3.625 0.625 0.625 !SMW changed from str to med (overlap)
assi (resid 130 and name H6) (resid 129 and name H2') 3.625 0.625 0.625 !SMW changed from str to med (overlap)
!assi (resid 123 and name H8) (resid 123 and name H2'') 3.625 0.625 0.625 !SMW changed from str to med (overlap)
assi (resid 123 and name H8) (resid 123 and name H2'') 5.000 3.200 0.500 !Qual changed from str to qual (overlap)
assi (resid 129 and name H5) (resid 129 and name H2') 3.625 0.625 0.625 !SMW changed from 2.408+/-20% to med (overlap)
assi (resid 130 and name H5) (resid 129 and name H2'') 3.625 0.625 0.625 !SMW changed from str to med (overlap)
assi (resid 128 and name H6) (resid 128 and name H4') 3.625 0.625 0.625 !SMW changed from 2.608+/-20% to med (structures say min distance ~4.2 A)
assi (resid 119 and name H1') (resid 119 and name H2'') 2.434 0.243 0.243 !+/-10%
assi (resid 122 and name H8) (resid 122 and name H2') 2.400 0.600 0.600 !SMW
assi (resid 130 and name H5) (resid 129 and name H2') 5.000 3.200 0.500 !Qual changed from str to Qual (too much overlap and possibly dynamics)
assi (resid 120 and name H8) (resid 119 and name H2'') 2.659 0.266 0.266 !+/-10%
assi (resid 117 and name H6) (resid 117 and name H1') 3.625 0.625 0.625 !SMW changed from 2.194+/-20% to med (overlap)
!assi (resid 117 and name H6) (resid 118 and name H1') 4.875 0.625 0.625 !SMW changed from 4.268+/-20% (peak re-picked)
       !changed from 4.376+/-20% to weak (peak is very weak and complicated by nearby strong peak)
       !peak is at noise level.  may just be artifact.  disincluded.
assi (resid 126 and name H8) (resid 126 and name H2') 2.577 0.258 0.258 !+/-10%
assi (resid 119 and name H8) (resid 119 and name H2') 2.478 0.248 0.248 !+/-10%
assi (resid 118 and name H8) (resid 117 and name H1') 4.627 0.463 0.463 !+/-10%
assi (resid 118 and name H8) (resid 118 and name H1') 3.855 0.386 0.386 !+/-10%
assi (resid 126 and name H8) (resid 125 and name H3') 4.347 0.435 0.435 !+/-10%
assi (resid 117 and name H1') (resid 118 and name H5'') 2.494 0.249 0.249 !+/-10%
assi (resid 120 and name H8) (resid 119 and name H3') 3.515 0.352 0.352 !+/-10% consistent with A-form
assi (resid 122 and name H1') (resid 123 and name H5'') 2.796 0.280 0.280 !+/-10%
assi (resid 123 and name H8) (resid 124 and name H7*) 2.721 0.272 0.272 !+/-10%
assi (resid 124 and name H6) (resid 123 and name H2') 3.990 0.399 0.399 !+/-10%
assi (resid 124 and name H6) (resid 123 and name H1') 2.888 0.289 0.289 !+/-10%
assi (resid 125 and name H6) (resid 124 and name H1') 5.000 3.200 0.500 !Qual changed from str to med (overlap). changed back to str
       !changed to Qual
assi (resid 122 and name H8) (resid 121 and name H1') 4.196 0.420 0.420 !+/-10%
assi (resid 121 and name H5) (resid 120 and name H2'') 3.423 0.342 0.342 !+/-10%
assi (resid 122 and name H8) (resid 121 and name H6) 4.316 0.432 0.432 !+/-10%
assi (resid 121 and name H6) (resid 120 and name H3') 3.998 0.400 0.400 !+/-10% consistent with A-form
assi (resid 124 and name H6) (resid 124 and name H2'') 3.625 0.625 0.625 !SMW changed from 1.940+/-20% to str (overlap possibly with protein and DNA)
       !changed from str to med (overlap with protein)
assi (resid 128 and name H6) (resid 128 and name H2'') 3.625 0.625 0.625 !SMW changed from 2.404+/-20% to med (overlap)
assi (resid 118 and name H1') (resid 118 and name H2'') 2.203 0.220 0.220 !+/-10%
assi (resid 117 and name H3') (resid 117 and name H2') 2.400 0.600 0.600 !SMW changed from 1.907+/-20% to str (overlap)
!assi (resid 125 and name H5) (resid 125 and name H2'') 5.000 3.200 0.500 !Qual  changed from 2.093+/-20% to Qual due to overlap
       !too much overlap to be sure peak even exists--disincluded



assi (resid 126 and name H8) (resid 127 and name H5) 3.009 0.301 0.301 !+/-10%
assi (resid 117 and name H1') (resid 117 and name H2'') 2.254 0.225 0.225 !+/-10%
assi (resid 128 and name H5) (resid 127 and name H2') 3.609 0.361 0.361 !+/-10%
assi (resid 118 and name H1') (resid 118 and name H2') 2.441 0.244 0.244 !+/-10%
assi (resid 121 and name H6) (resid 120 and name H2'') 2.828 0.283 0.283 !+/-10%
assi (resid 127 and name H5) (resid 126 and name H2') 3.369 0.337 0.337 !+/-10%
assi (resid 126 and name H8) (resid 125 and name H1') 3.393 0.339 0.339 !+/-10%
assi (resid 126 and name H1') (resid 127 and name H3') 4.039 0.404 0.404 !+/-10%


!V11:
assi (resid 117 and name H1') (resid 117 and name H7*) 4.875 0.625 0.625 !SMW changed from 3.531+/-20% to weak (visual inspection)
assi (resid 128 and name H5) (resid 128 and name H2'') 4.875 0.625 0.625 !SMW changed from 3.700+/-20% to weak (overlap, visual inspection)
assi (resid 118 and name H1') (resid 118 and name H3') 3.625 0.625 0.625 !SMW changed from 2.427+/-20% to med (intensity increased by proximity to diagonal)
assi (resid 119 and name H1') (resid 119 and name H3') 3.625 0.625 0.625 !SMW changed from 2.709+/-20% to med (visual inspection, shorter restraint not met by A- or B-DNA)
assi (resid 117 and name H3') (resid 117 and name H2'') 2.400 0.600 0.600 !SMW changed from 1.800+/-20% to str (overlap)
assi (resid 124 and name H6) (resid 123 and name H2'') 2.770 0.277 0.277 !+/-10% changed from str to med.  changed from med to 2.770+/-20% (visual inspection)

assi (resid 128 and name H6) (resid 127 and name H2') 3.625 0.625 0.625 !SMW changed from 2.325+/-20% to med (overlap with protein)
assi (resid 128 and name H1') (resid 128 and name H3') 3.625 0.625 0.625 !SMW changed from 2.682+/-20% to med (overlap)
assi (resid 125 and name H6) (resid 124 and name H3') 4.875 0.625 0.625 !SMW (3.002) (overlap) changed from med to weak (visual inspection)
assi (resid 125 and name H6) (resid 125 and name H1') 3.625 0.625 0.625 !SMW changed from 2.511+/-20% to med (overlap)
assi (resid 125 and name H5) ((resid 125 and name H2') or (resid 124 and name H2')) 3.625 0.625 0.625 !SMW changed from 2.563+/-20% to med (overlap)
assi (resid 125 and name H5) (resid 124 and name H2'') 5.000 3.200 0.500 !Qual changed from str to Qual (heavy overlap)
assi (resid 121 and name H1') (resid 122 and name H5'') 2.864 0.286 0.286 !+/-10% changed from 2.552+/-20% (peak re-sized)
!assi (resid 121 and name H5) (resid 122 and name H2) 4.252 0.425 0.425 !+/-10% peak looks like artifact or noise--disincluded
assi (resid 123 and name H1') (resid 124 and name H5'') 5.000 3.200 0.500 !Qual changed from 2.516+/-20% to Qual (heavy overlap)
assi (resid 123 and name H8) (resid 123 and name H3') 3.625 0.625 0.625 !SMW changed from str to med (overlap)
!assi (resid 129 and name H5) (resid 128 and name H3') 3.625 0.625 0.625 !SMW changed from 2.720+/-20% to med (overlap).  peak is heavily overlapped with unknown peaks--disincluded
assi (resid 128 and name H6) (resid 129 and name H5) 3.625 0.625 0.625 !SMW changed from 2.386+/-20% to med (overlap)
assi (resid 128 and name H5) (resid 128 and name H2') 3.229 0.323 0.323 !+/-10% changed from 3.018+/-20% (peak re-sized)
assi (resid 127 and name H1') (resid 127 and name H4') 3.625 0.625 0.625 !SMW changed from str to med (overlap)
assi (resid 126 and name H2) (resid 127 and name H1') 3.625 0.625 0.625 !SMW changed from 2.967+/-20% to med (overlap)
assi (resid 126 and name H8) (resid 126 and name H2'') 3.625 0.625 0.625 !SMW changed from 2.722+/-20% to med (bu curve very noisy)
assi (resid 125 and name H1') (resid 125 and name H4') 3.625 0.625 0.625 !SMW changed from 2.184+/-20% (peak re-sized).  changed from 2.363+/-20% to med (overlap)
assi (resid 124 and name H6) (resid 124 and name H3') 2.895 0.290 0.290 !+/-10% consistent with A-form.  changed from 2.742+/-20% (peak re-sized)
assi (resid 123 and name H8) (resid 123 and name H4') 4.058 0.406 0.406 !+/-10% changed from 3.464+/-20% (peak re-sized)
assi (resid 122 and name H8) (resid 122 and name H3') 3.625 0.625 0.625 !SMW changed from str to med (overlap)
assi (resid 120 and name H8) (resid 120 and name H3') 3.625 0.625 0.625 !SMW changed from str to med (overlap)
assi (resid 123 and name H8) (resid 122 and name H3') 5.000 3.200 0.500 !Qual changed from str to med (too much overlap?).  changed from med to Qual
!assi (resid 124 and name H1') (resid 124 and name H7*) 3.957 0.396 0.396 !+/-10% combined with other restraint (C25H5-T24H7*)
assi ((resid 125 and name H5) or (resid 124 and name H1')) (resid 124 and name H7*) 3.123 0.312 0.312 !+/-10% changed from 3.123+/-10% to weak (visual inspection)
       !T24H1' added tp 1st sel (overlap)  changed from weak to 3.123+/-10%
assi ((resid 116 and name H1') or (resid 116 and name H5)) (resid 116 and name H5'*) 3.625 0.625 0.62 !SMW C16H5 added to 1st sel (overlap).  changed from 2.924+/-10% based on struc.
assi ((resid 116 and name H1') or (resid 116 and name H5)) (resid 117 and name H7*) 3.092 0.309 0.309 !+/-10% C16H5 added to 1st sel (overlap)
assi (resid 117 and name H1') (resid 117 and name H3') 3.625 0.625 0.625 !SMW changed from 2.786+/-10% to med (overlap)
assi (resid 117 and name H3') (resid 117 and name H7*) 2.940 0.294 0.294 !+/-10% changed from 2.805+/-10% (peak re-sized)
assi (resid 120 and name H1') (resid 120 and name H3') 3.421 0.342 0.342 !+/-10% changed from 2.891+/-10% (peak re-sized)
assi (resid 129 and name H6) (resid 129 and name H4') 3.132 0.313 0.313 !+/-10% changed from 2.933+/-10% (peak re-sized)
assi (resid 120 and name H8) (resid 119 and name H2') 2.717 0.272 0.272 !+/-10% overlapped, but seems OK
assi ((resid 116 and name H1') or (resid 116 and name H5)) (resid 116 and name H3') 2.938 0.294 0.294 !+/-10% C16H5 added to 1st sel

assi (resid 119 and name H2) (resid 119 and name H1') 3.516 0.352 0.352 !+/-10% changed from 3.221+/-10% (peak re-sized)
assi (resid 120 and name H8) (resid 119 and name H1') 3.445 0.345 0.345 !+/-10% changed from 3.045+/-10% (peak re-sized)
assi (resid 120 and name H8) (resid 120 and name H1') 3.625 0.625 0.625 !SMW changed from 4.833+/-10% to med (baseline artifact)
assi (resid 120 and name H2) (resid 121 and name H1') 3.625 0.625 0.625 !SMW no RMSD-based correction  changed from 3.628+/-10% to med (overlap with artifact)


!assi (resid 116 and name H6) (resid 116 and name H2'') 2.616 0.262 0.262 !+/-10%
assi (resid 116 and name H6) (resid 116 and name H2'') 3.625 0.625 0.625 !SMW changed to med because hard to make when +/-10%
!assi (resid 130 and name H1') (resid 130 and name H3') 2.794 0.279 0.279 !+/-10%
assi (resid 130 and name H1') (resid 130 and name H3') 3.625 0.625 0.625 !SMW changed to med because hard to make when +/-10%
!assi (resid 126 and name H1') (resid 126 and name H3') 2.800 0.280 0.280 !+/-10%
assi (resid 126 and name H1') (resid 126 and name H3') 3.625 0.625 0.625 !SMW changed to med because hard to make when +/-10%
!assi (resid 130 and name H6) (resid 130 and name H1') 2.655 0.266 0.266 !+/-10%
assi (resid 130 and name H6) (resid 130 and name H1') 3.625 0.625 0.625 !SMW changed to med because hard to make when +/-10%
!assi (resid 126 and name H1') (resid 126 and name H2') 2.064 0.206 0.206 !+/-10%
assi (resid 126 and name H1') (resid 126 and name H2') 2.400 0.600 0.600 !SMW changed to str because hard to make when +/-10%

assi (resid 121 and name H1') (resid 121 and name H3') 4.602 0.460 0.460 !+/-10% changed from 3.823+/-10% (peak re-picked)





!V11: all restraints recalculated with new H1'-H2" distance standard.
!overlapped peaks
assi (resid 112 and name H6) (resid 112 and name H2') 2.400 0.600 0.600 !SMW
assi (resid 101 and name H8) (resid 101 and name H2'') 3.625 0.625 0.625 !SMW
assi (resid 115 and name H8) (resid 114 and name H1') 4.875 0.625 0.625 !SMW
assi (resid 111 and name H6) (resid 111 and name H1') 3.625 0.625 0.625 !SMW changed from str to med
assi (resid 106 and name H8) (resid 106 and name H2'') 3.625 0.625 0.625 !SMW changed from str to med
assi (resid 101 and name H8) (resid 101 and name H3') 3.625 0.625 0.625 !SMW
assi (resid 110 and name H8) (resid 110 and name H2'') 3.625 0.625 0.625 !SMW
assi (resid 109 and name H6) (resid 109 and name H2'') 3.625 0.625 0.625 !SMW changed from str to med
assi (resid 112 and name H6) (resid 111 and name H2') 2.400 0.600 0.600 !SMW
assi (resid 103 and name H8) (resid 102 and name H2') 3.625 0.625 0.625 !SMW
assi (resid 102 and name H8) (resid 101 and name H2') 4.875 0.625 0.625 !SMW
assi (resid 110 and name H1') (resid 110 and name H2'') 2.400 0.600 0.600 !SMW
assi (resid 111 and name H1') (resid 112 and name H7*) 3.625 0.625 0.625 !SMW
assi (resid 106 and name H1') (resid 106 and name H2') 2.400 0.600 0.600 !SMW
assi (resid 115 and name H1') (resid 115 and name H2'') 2.400 0.600 0.600 !SMW
assi (resid 112 and name H1') (resid 112 and name H2'') 2.400 0.600 0.600 !SMW
assi (resid 109 and name H6) (resid 109 and name H1') 3.625 0.625 0.625 !SMW changed from str to med
assi (resid 109 and name H1') (resid 109 and name H3') 3.625 0.625 0.625 !SMW
assi (resid 111 and name H1') (resid 111 and name H3') 3.625 0.625 0.625 !SMW
assi (resid 113 and name H1') ((resid 113 and name H4') or (resid 113 and name H5'*)) 2.400 0.600 0.600 !SMW
assi (resid 101 and name H1') (resid 102 and name H4') 3.625 0.625 0.625 !SMW changed from str to med
assi (resid 113 and name H6) (resid 112 and name H3') 3.625 0.625 0.625 !SMW changed from str to med
assi (resid 102 and name H8) (resid 101 and name H3') 4.875 0.625 0.625 !SMW

!non-overlapped peaks
assi (resid 113 and name H6) (resid 113 and name H5) 2.130 0.213 0.213 !+/-10%
assi (resid 107 and name H1') (resid 107 and name H2'') 2.562 0.256 0.256 !+/-10%
assi (resid 113 and name H1') (resid 113 and name H2'') 2.345 0.235 0.235 !+/-10%
assi (resid 114 and name H1') (resid 114 and name H2'') 2.311 0.231 0.231 !+/-10%
assi (resid 113 and name H6) (resid 113 and name H2') 2.265 0.227 0.227 !+/-10%
assi (resid 109 and name H6) (resid 109 and name H7*) 2.129 0.213 0.213 !+/-10%
assi (resid 112 and name H6) (resid 112 and name H1') 2.962 0.296 0.296 !+/-10%
assi (resid 112 and name H6) (resid 111 and name H1') 3.513 0.351 0.351 !+/-10%
assi (resid 112 and name H6) (resid 112 and name H7*) 2.156 0.216 0.216 !+/-10%
assi (resid 112 and name H6) ((resid 112 and name H2'') or (resid 111 and name H2'')) 2.362 0.236 0.236 !+/-10%
assi (resid 111 and name H6) (resid 111 and name H7*) 2.295 0.230 0.230 !+/-10%
assi (resid 113 and name H6) (resid 113 and name H3') 2.573 0.257 0.257 !+/-10%
assi (resid 108 and name H6) (resid 108 and name H7*) 2.196 0.220 0.220 !+/-10%
assi (resid 105 and name H6) (resid 105 and name H7*) 2.128 0.213 0.213 !+/-10%
assi (resid 111 and name H6) (resid 110 and name H2'') 2.794 0.279 0.279 !+/-10%
assi (resid 107 and name H8) (resid 107 and name H2') 2.896 0.290 0.290 !+/-10%
assi (resid 103 and name H8) (resid 103 and name H2') 2.961 0.296 0.296 !+/-10%
assi (resid 102 and name H8) (resid 102 and name H2'') 3.264 0.326 0.326 !+/-10%
assi (resid 104 and name H8) (resid 105 and name H7*) 3.574 0.357 0.357 !+/-10%
assi (resid 112 and name H6) (resid 113 and name H5) 2.864 0.286 0.286 !+/-10%
assi (resid 113 and name H6) (resid 113 and name H1') 3.132 0.313 0.313 !+/-10%
assi (resid 113 and name H6) (resid 112 and name H1') 3.108 0.311 0.311 !+/-10%
assi (resid 114 and name H8) (resid 114 and name H1') 3.290 0.329 0.329 !+/-10%
assi (resid 110 and name H8) (resid 110 and name H1') 3.551 0.355 0.355 !+/-10%
assi (resid 105 and name H6) (resid 104 and name H1') 3.246 0.325 0.325 !+/-10%
assi (resid 105 and name H6) (resid 105 and name H1') 3.832 0.383 0.383 !+/-10%
assi (resid 104 and name H8) (resid 103 and name H1') 3.549 0.355 0.355 !+/-10%
assi (resid 103 and name H8) (resid 103 and name H1') 3.856 0.386 0.386 !+/-10%
assi (resid 103 and name H8) (resid 102 and name H1') 3.615 0.362 0.362 !+/-10%
assi (resid 107 and name H8) (resid 107 and name H1') 3.352 0.335 0.335 !+/-10%
assi (resid 107 and name H8) (resid 106 and name H1') 2.923 0.292 0.292 !+/-10%
assi (resid 106 and name H8) (resid 106 and name H1') 3.275 0.328 0.328 !+/-10%
assi (resid 106 and name H8) (resid 106 and name H3') 3.105 0.310 0.310 !+/-10%
assi (resid 107 and name H8) (resid 106 and name H3') 3.289 0.329 0.329 !+/-10%
assi (resid 107 and name H8) (resid 107 and name H3') 3.333 0.333 0.333 !+/-10%
assi (resid 108 and name H6) (resid 107 and name H1') 3.239 0.324 0.324 !+/-10%
assi (resid 108 and name H6) (resid 108 and name H1') 3.387 0.339 0.339 !+/-10%
assi (resid 109 and name H6) (resid 108 and name H1') 3.483 0.348 0.348 !+/-10%
assi (resid 110 and name H8) (resid 110 and name H3') 3.266 0.327 0.327 !+/-10%
assi (resid 110 and name H8) (resid 109 and name H3') 3.957 0.396 0.396 !+/-10%
assi (resid 111 and name H6) (resid 110 and name H3') 4.590 0.459 0.459 !+/-10%
assi (resid 114 and name H8) (resid 114 and name H3') 2.837 0.284 0.284 !+/-10%
assi (resid 114 and name H8) (resid 113 and name H3') 3.902 0.390 0.390 !+/-10%
assi (resid 103 and name H8) ((resid 102 and name H3') or (resid 103 and name H3')) 3.437 0.344 0.344 !+/-10%
assi (resid 104 and name H8) (resid 104 and name H3') 3.393 0.339 0.339 !+/-10%
assi (resid 105 and name H6) (resid 104 and name H3') 5.468 0.547 0.547 !+/-10%
assi (resid 105 and name H6) (resid 105 and name H3') 3.197 0.320 0.320 !+/-10%
assi (resid 113 and name H6) (resid 112 and name H2'') 2.653 0.265 0.265 !+/-10%
assi (resid 107 and name H2) (resid 107 and name H1') 3.928 0.393 0.393 !+/-10%
assi (resid 104 and name H8) (resid 104 and name H1') 3.363 0.336 0.336 !+/-10%
assi (resid 113 and name H6) (resid 112 and name H2') 2.432 0.243 0.243 !+/-10%
assi (resid 115 and name H8) (resid 114 and name H2') 3.736 0.374 0.374 !+/-10%
assi (resid 115 and name H8) (resid 114 and name H2'') 3.655 0.365 0.365 !+/-10%
assi (resid 102 and name H8) (resid 101 and name H2'') 3.212 0.321 0.321 !+/-10%
assi (resid 114 and name H1') (resid 114 and name H2') 2.388 0.239 0.239 !+/-10%
assi (resid 103 and name H1') (resid 103 and name H2') 2.593 0.259 0.259 !+/-10%
assi (resid 101 and name H1') (resid 101 and name H2') 2.755 0.276 0.276 !+/-10%
assi (resid 102 and name H1') (resid 102 and name H2') 2.575 0.258 0.258 !+/-10%
assi (resid 102 and name H1') (resid 102 and name H2'') 2.355 0.236 0.236 !+/-10%
assi (resid 110 and name H1') (resid 110 and name H2') 2.400 0.240 0.240 !+/-10%
assi (resid 113 and name H5) (resid 112 and name H7*) 3.697 0.370 0.370 !+/-10%
assi (resid 104 and name H1') (resid 104 and name H2') 2.417 0.242 0.242 !+/-10%
assi (resid 104 and name H1') (resid 104 and name H2'') 2.108 0.211 0.211 !+/-10%
assi (resid 107 and name H1') (resid 107 and name H2') 2.360 0.236 0.236 !+/-10%
assi (resid 115 and name H1') (resid 115 and name H2') 2.153 0.215 0.215 !+/-10%
assi (resid 113 and name H5) (resid 113 and name H2') 2.964 0.296 0.296 !+/-10%
assi (resid 112 and name H1') (resid 112 and name H2') 2.840 0.284 0.284 !+/-10%
assi (resid 104 and name H1') (resid 105 and name H7*) 3.262 0.326 0.326 !+/-10%
assi (resid 111 and name H1') (resid 111 and name H2'') 2.170 0.217 0.217 !+/-10%
assi (resid 113 and name H5) (resid 112 and name H2'') 3.041 0.304 0.304 !+/-10%
assi (resid 109 and name H1') (resid 109 and name H2'') 2.337 0.234 0.234 !+/-10%
assi (resid 108 and name H1') (resid 109 and name H7*) 3.617 0.362 0.362 !+/-10%
assi (resid 108 and name H6) (resid 109 and name H7*) 2.674 0.267 0.267 !+/-10%
assi (resid 108 and name H1') (resid 108 and name H2'') 2.489 0.249 0.249 !+/-10%
assi (resid 107 and name H1') (resid 107 and name H3') 3.757 0.376 0.376 !+/-10%
assi (resid 112 and name H1') (resid 112 and name H3') 3.266 0.327 0.327 !+/-10%
assi (resid 105 and name H1') (resid 105 and name H3') 3.208 0.321 0.321 !+/-10%
assi (resid 113 and name H5) (resid 112 and name H3') 3.509 0.351 0.351 !+/-10%
assi (resid 101 and name H1') (resid 101 and name H5'*) 3.207 0.321 0.321 !+/-10%
assi (resid 101 and name H1') (resid 101 and name H4') 2.673 0.267 0.267 !+/-10%
assi (resid 102 and name H1') (resid 102 and name H4') 2.680 0.268 0.268 !+/-10%
assi (resid 103 and name H1') (resid 103 and name H4') 2.696 0.270 0.270 !+/-10%
assi (resid 103 and name H1') (resid 103 and name H5'') 3.588 0.359 0.359 !+/-10%
assi (resid 104 and name H1') (resid 104 and name H4') 2.784 0.278 0.278 !+/-10%
assi (resid 107 and name H1') (resid 107 and name H4') 3.204 0.320 0.320 !+/-10%
assi (resid 107 and name H1') (resid 108 and name H5'') 3.529 0.353 0.353 !+/-10%
assi (resid 114 and name H1') (resid 114 and name H4') 2.883 0.288 0.288 !+/-10%
assi (resid 106 and name H1') (resid 106 and name H4') 2.536 0.254 0.254 !+/-10%
assi (resid 101 and name H1') (resid 102 and name H5'') 3.083 0.308 0.308 !+/-10%
assi (resid 103 and name H1') (resid 104 and name H5'') 3.288 0.329 0.329 !+/-10%
assi (resid 113 and name H6) ((resid 113 and name H4') or (resid 113 and name H5'*)) 3.100 0.310 0.310 !+/-10%
assi (resid 112 and name H6) (resid 112 and name H5'*) 3.229 0.323 0.323 !+/-10%
assi (resid 110 and name H1') (resid 110 and name H4') 2.873 0.287 0.287 !+/-10%
assi (resid 108 and name H6) (resid 108 and name H3') 3.701 0.370 0.370 !+/-10%
assi (resid 115 and name H8) (resid 114 and name H3') 4.798 0.480 0.480 !+/-10%
assi (resid 101 and name H3') (resid 101 and name H5'*) 2.154 0.215 0.215 !+/-10%
assi (resid 101 and name H3') (resid 101 and name H4') 2.051 0.205 0.205 !+/-10%
assi (resid 101 and name H5'') (resid 101 and name H2'') 4.594 0.459 0.459 !+/-10%
assi (resid 114 and name H3') (resid 114 and name H2'') 2.250 0.225 0.225 !+/-10%
assi (resid 114 and name H3') (resid 114 and name H2') 1.955 0.196 0.196 !+/-10%
assi (resid 114 and name H3') (resid 114 and name H4') 2.129 0.213 0.213 !+/-10%
assi (resid 101 and name H4') (resid 101 and name H5'*) 2.251 0.225 0.225 !+/-10%
assi (resid 103 and name H8) ((resid 103 and name H4') or (resid 102 and name H4')) 4.394 0.439 0.439 !+/-10%
assi (resid 106 and name H8) (resid 105 and name H1') 3.545 0.355 0.355 !+/-10%
assi (resid 101 and name H3') (resid 101 and name H2') 2.062 0.206 0.206 !+/-10%
assi (resid 101 and name H3') (resid 101 and name H2'') 2.462 0.246 0.246 !+/-10%
assi (resid 113 and name H3') (resid 113 and name H2') 2.065 0.207 0.207 !+/-10%
assi (resid 113 and name H3') (resid 113 and name H2'') 2.086 0.209 0.209 !+/-10%
assi (resid 111 and name H3') (resid 112 and name H7*) 2.565 0.257 0.257 !+/-10%





!changes made in V1:
!assi (resid 114 and name H8) (resid 114 and name H4') 4.875 0.625 0.625 !SMW  changed to Weak due to very low signal to noise
assi (resid 114 and name H8) (resid 114 and name H4') 4.839 0.484 0.484 !+/-10%
!assi (resid 108 and name H1') (resid 108 and name H3') 5.000 3.200 0.500 !Qual  appears to be broadened by dynamics
assi (resid 108 and name H1') (resid 108 and name H3') 3.920 0.392 0.392 !+/-10%


!changes mad in V5:
assi (resid 109 and name H1') (resid 109 and name H2') 3.015 0.302 0.302 !+/-10%
assi (resid 113 and name H5) (resid 113 and name H2'') 4.875 0.625 0.625 !SMW changed from 2.315+/-20% to Weak due to overlap with protein
       !(peak verified in spectrum with protein filtered out)
assi (resid 104 and name H3') (resid 105 and name H7*) 4.875 0.625 0.625 !SMW changed from ???+/-20% to Weak due to overlap with protein
assi (resid 104 and name H1') (resid 104 and name H2'') 2.400 0.600 0.600 !SMW (2.108)

!changes mad in V6:
assi (resid 101 and name H8) (resid 101 and name H1') 3.442 0.344 0.344 !+/-10%
assi (resid 108 and name H6) (resid 108 and name H1') 3.387 0.339 0.339 !+/-10%
assi (resid 101 and name H8) (resid 101 and name H2') 5.000 3.200 0.500 !Qual changed from 4.229+/-20% to Qual (broadened by dynamics?)
assi (resid 115 and name H8) (resid 115 and name H1') 5.000 3.200 0.500 !Qual changed from 4.925+/-20% to Qual (broadened by dynamics?)
assi (resid 101 and name H1') (resid 101 and name H2'') 2.125 0.213 0.213 !+/-10%

!changes made in V7:
!assi (resid 101 and name H1') (resid 102 and name H5'') 3.083 0.308 0.308 !+/-10%
!assi (resid 102 and name H8) (resid 101 and name H2'') 3.212 0.321 0.321 !+/-10% changed from weak to 3.212+/-20%
!assi (resid 111 and name H1') (resid 111 and name H2'') 2.400 0.600 0.600 !SMW
!assi (resid 109 and name H1') (resid 109 and name H2'') 2.337 0.234 0.234 !+/-10%
!assi (resid 109 and name H1') (resid 109 and name H2'') 5.000 3.200 0.500 !Qual reclassified as qual due to overlap

!changes made in V8:
assi (resid 111 and name H6) (resid 110 and name H2') 5.000 3.200 0.500 !Qual peak complicated by artifact?
!assi (resid 104 and name H8) (resid 104 and name H4') 4.875 0.625 0.625 !SMW changed from 10.000 +/-0
assi (resid 104 and name H8) (resid 104 and name H4') 4.369 0.437 0.437 !+/-10%
!assi (resid 104 and name H8) (resid 104 and name H5'*) 4.875 0.625 0.625 !SMW changed from 10.000 +/-0
assi (resid 104 and name H8) (resid 104 and name H5'*) 3.952 0.395 0.395 !+/-10%
!assi (resid 108 and name H6) (resid 108 and name H2') 5.000 3.200 0.500 !Qual peak changed from 2.881+/-20% (overlap)
assi (resid 108 and name H6) (resid 108 and name H2') 3.077 0.308 0.308 !+/-10%
!assi (resid 113 and name H1') (resid 114 and name H3') 5.000 3.200 0.500 !Qual peak changed from 2.691+/-20% (near diagonal)
assi (resid 115 and name H1') (resid 115 and name H3') 5.000 3.200 0.500 !Qual peak changed from 4.962+/-20% (complicated by artifact)
assi (resid 112 and name H1') (((resid 113 and name H4') or (resid 113 and name H5'*))
      or (resid 112 and name H5'*)) 2.400 0.600 0.600 !SMW  split into two lines because too long

!changes made in V10:
assi (resid 102 and name H1') (resid 102 and name H3') 3.625 0.625 0.625 !SMW  changed from str to med due to overlap
assi (resid 113 and name H6) (resid 113 and name H2'') 3.625 0.625 0.625 !SMW  changed from 2.424+/-20% to med due to overlap
assi (resid 110 and name H1') (resid 110 and name H3') 3.625 0.625 0.625 !SMW  changed from str to med due to overlap
assi (resid 104 and name H1') (resid 104 and name H3') 3.625 0.625 0.625 !SMW  changed from str to med due to overlap
assi (resid 108 and name H6) (resid 108 and name H2'') 5.000 3.200 0.500 !Qual changed from 2.281+/-20% to Qual due to overlap
assi (resid 105 and name H6) (resid 105 and name H2'') 3.625 0.625 0.625 !SMW changed from 2.166+/-20% to med due to overlap
assi (resid 104 and name H1') (resid 104 and name H5'') 4.875 0.625 0.625 !SMW  changed from 2.632+/-20% to weak (overlap)

!changes made in V11:
assi (resid 106 and name H8) (resid 106 and name H2') 2.718 0.272 0.272 !+/-10%

assi (resid 106 and name H8) (resid 106 and name H4') 4.875 0.625 0.625 !SMW changed from 5.540+/120% to weak due to baseline artifact in spectrum
assi (resid 110 and name H8) (resid 110 and name H4') 4.443 0.444 0.444 !+/-10%
assi (resid 104 and name H8) (resid 103 and name H2') 3.291 0.329 0.329 !+/-10%
assi (resid 104 and name H8) (resid 104 and name H2'') 3.153 0.315 0.315 !+/-10%  changed from med to 3.283+/-20%
assi (resid 114 and name H8) (resid 114 and name H5'*) 3.667 0.367 0.367 !+/-10%
assi (resid 114 and name H8) (resid 114 and name H2') 2.390 0.239 0.239 !+/-10%

assi (resid 113 and name H6) (resid 112 and name H7*) 5.000 3.200 0.500 !Qual changed from 3.096+/-20% to qual (overlap)
assi (resid 113 and name H5) ((resid 113 and name H4') or (resid 113 and name H5'*)) 5.730 0.573 0.573 !+/-10% changed from 3.461+/-20% (no 5xRMSD-based correction)
assi (resid 102 and name H8) (resid 102 and name H2') 3.177 0.318 0.318 !+/-10%
assi (resid 102 and name H8) (resid 102 and name H1') 4.448 0.445 0.445 !+/-10%
assi (resid 101 and name H1') (resid 102 and name H3') 5.000 3.200 0.500 !Qual changed from med to qual (overlap)
assi (resid 106 and name H1') (resid 106 and name H3') 3.625 0.625 0.625 !SMW changed from 2.605+/-20% to med (overlap)
assi (resid 110 and name H8) (resid 110 and name H2') 2.690 0.269 0.269 !+/-10%
assi (resid 114 and name H8) (resid 113 and name H2') 3.625 0.625 0.625 !SMW changed from 4.663+/-20% (peak re-sized)
       !peak appears to be weakened by baseline artifact.  structures suggest distance is shorter.  changed from 4.022+/-20% to med.
assi (resid 101 and name H1') (resid 101 and name H3') 3.625 0.625 0.625 !SMW changed from 2.591+/-20% to med (complicated by artifact from diagonal)
assi (resid 112 and name H1') (resid 112 and name H4') 3.625 0.625 0.625 !SMW changed from str to med (overlap)
assi (resid 115 and name H8) (resid 115 and name H2') 3.446 0.345 0.345 !+/-10%
assi (resid 110 and name H1') (resid 111 and name H3') 4.875 0.625 0.625 !SMW changed from weak to 3.246+/-20%.
       !changed from 3.246+/-20% to weak (overlap, visual inspection)
assi (resid 109 and name H6) (resid 108 and name H3') 3.625 0.625 0.625 !SMW changed from str to med (overlap)
assi (resid 109 and name H6) (resid 108 and name H2') 2.322 0.232 0.232 !+/-10% consistent with A-form
assi (resid 105 and name H6) (resid 104 and name H2'') 3.620 0.362 0.362 !+/-10%
assi (resid 108 and name H1') (resid 109 and name H5'*) 3.386 0.339 0.339 !+/-10% consistent with A-form
assi (resid 103 and name H1') (resid 103 and name H3') 3.625 0.625 0.625 !SMW changed from 2.621+/-20% to med (complicated with diagonal artifact)
assi (resid 112 and name H6) (resid 112 and name H4') 3.625 0.625 0.625 !SMW changed from str to med (overlap)
assi (resid 109 and name H1') (resid 109 and name H4') 5.000 3.200 0.500 !Qual changed from str to qual (too much overlap)
assi (resid 107 and name H2) (resid 108 and name H1') 4.183 0.418 0.418 !+/-10% consistent with A-form
assi (resid 114 and name H2) (resid 114 and name H1') 3.410 0.341 0.341 !+/-10% changed from 3.754+/-20% (peak re-picked)
assi (resid 107 and name H1') (resid 108 and name H7*) 3.481 0.348 0.348 !+/-10%
assi (resid 104 and name H8) (resid 104 and name H2') 2.816 0.282 0.282 !+/-10%
assi (resid 104 and name H8) (resid 103 and name H2'') 2.816 0.282 0.282 !+/-10%
assi (resid 104 and name H8) (resid 105 and name H6) 4.875 0.625 0.625 !SMW changed from 3.099+/-20% to weak (peak near noise level)
assi (resid 113 and name H1') (resid 114 and name H5'*) 2.566 0.257 0.257 !+/-10%
assi (resid 114 and name H8) (resid 113 and name H1') 3.537 0.354 0.354 !+/-10%
assi (resid 110 and name H8) ((resid 111 and name H6) or (resid 109 and name H6)) 3.883 0.388 0.388 !+/-10%
assi (resid 110 and name H1') (resid 111 and name H7*) 3.514 0.351 0.351 !+/-10%
!assi (resid 111 and name H6) (resid 110 and name H1') 5.000 3.200 0.500 !Qual changed from med to qual (overlap) (may need to be weak)
assi (resid 108 and name H6) (resid 107 and name H2'') 3.688 0.369 0.369 !+/-10%
assi (resid 108 and name H6) (resid 107 and name H3') 4.875 0.625 0.625 !SMW changed from 6.215 to weak

assi (resid 107 and name H8) (resid 108 and name H7*) 3.279 0.328 0.328 !+/-10%
assi (resid 107 and name H8) (resid 106 and name H2'') 2.872 0.287 0.287 !+/-10%
assi (resid 107 and name H8) (resid 106 and name H2') 2.659 0.266 0.266 !+/-10%
assi (resid 107 and name H8) (resid 106 and name H8) 5.000 3.200 0.500 !Qual changed from 3.318+/-20% to qual (overlap with diagonal)
assi (resid 107 and name H8) (resid 107 and name H4') 3.868 0.387 0.387 !+/-10% changed from 3.308+/-20% (no RMSD-based correction)
assi (resid 113 and name H1') (resid 113 and name H2') 3.371 0.337 0.337 !+/-10%
assi (resid 110 and name H8) (resid 111 and name H7*) 4.101 0.410 0.410 !+/-10%
assi (resid 109 and name H6) (resid 109 and name H2') 2.612 0.261 0.261 !+/-10%
assi (resid 111 and name H6) (resid 111 and name H2') 2.778 0.278 0.278 !+/-10%
assi (resid 105 and name H6) (resid 105 and name H2') 2.567 0.257 0.257 !+/-10%
assi (resid 108 and name H1') (resid 108 and name H2') 3.382 0.338 0.338 !+/-10%
assi (resid 106 and name H1') (resid 106 and name H2'') 2.529 0.253 0.253 !+/-10%
assi (resid 102 and name H8) (resid 102 and name H3') 4.177 0.418 0.418 !+/-10% changed from 7.422+/-20% (3xRMSD-based correction)
assi (resid 111 and name H1') (resid 111 and name H2') 3.187 0.319 0.319 !+/-10%
assi (resid 115 and name H8) (resid 115 and name H3') 4.157 0.416 0.416 !+/-10%
assi (resid 101 and name H5'') (resid 101 and name H2') 3.625 0.625 0.625 !SMW changed from 2.709+/-20% to med (overlap)

assi (resid 113 and name H1') (resid 113 and name H3') 3.625 0.625 0.625 !SMW changed from 2.796+/-20% to med (overlap with diagonal streak)
assi (resid 103 and name H1') (resid 103 and name H2'') 2.335 0.234 0.234 !+/-10%
assi (resid 111 and name H1') (resid 112 and name H5'*) 5.000 3.200 0.500 !Qual changed from str to qual (too much overlap)
assi (resid 115 and name H1') ((resid 115 and name H4') or (resid 115 and name H5'*)) 3.625 0.625 0.625 !SMW changed from str to med (overlap, visual inspection)
assi (resid 103 and name H8) (resid 102 and name H2'') 3.119 0.312 0.312 !+/-10% changed from med to 3.119+/-20%
assi (resid 104 and name H8) (resid 103 and name H3') 3.661 0.366 0.366 !+/-10% changed from med to 3.661+/-20%
assi (resid 102 and name H8) (resid 101 and name H1') 3.772 0.377 0.377 !+/-10% changed from med to 3.772+/-20%
assi (resid 104 and name H1') (resid 105 and name H3') 4.875 0.625 0.625 !SMW changed from med to weak (overlap)

!V12:

!assi (resid 109 and name H1') (resid 110 and name H3') 3.625 0.625 0.625 !SMW peak is so overlapped it may not even exist--disincluded
assi (resid 105 and name H1') (resid 106 and name H5'') 3.052 0.305 0.305 !+/-10% changed from 2.878+/-20% (peak re-sized)
assi (resid 103 and name H8) (resid 103 and name H2'') 3.349 0.335 0.335 !+/-10% changed from 2.156+/-20% (peak re-sized)
assi (resid 109 and name H6) (resid 109 and name H3') 3.625 0.625 0.625 !SMW changed from str to med (overlap)
assi (resid 111 and name H6) (resid 111 and name H3') 3.625 0.625 0.625 !SMW changed from str to med (overlap)
assi (resid 109 and name H6) (resid 108 and name H2') 5.000 3.200 0.500 !Qual changed to qual (heavy overlap, may be able to narrow this with 3d noe)
assi (resid 109 and name H6) ((resid 109 and name H4') or (resid 109 and name H5'*)) 4.875 0.625 0.625 !SMW changed from 2.651+/-20% to weak (overlap with strong peak)
!assi (resid 109 and name H1') (resid 109 and name H7*) 4.616 0.462 0.462 !+/-10% changed from med to 4,616+/-20% (peak re-picked).  may just be artifact--disincluded
assi (resid 111 and name H6) (resid 110 and name H1') 2.939 0.294 0.294 !+/-10% changed from 2.939+/-20% to med (overlap, may need to be changed back).  check for kink in backbone

assi (resid 114 and name H1') (resid 114 and name H3') 3.074 0.307 0.307 !+/-10% changed from 2.917+/-10% (peak re-sized)
assi (resid 115 and name H8) (resid 115 and name H2'') 3.370 0.337 0.337 !+/-10% changed from 3.162+/-10% (peak re-sized)

assi (resid 113 and name H5) (resid 112 and name H2') 2.441 0.244 0.244 !+/-10% changed from 2.441+/-10% to med (a little overlap).  changed back (seems to agree with structures better).
assi (resid 112 and name H1') (resid 113 and name H3') 4.875 0.625 0.625 !+/-10% changed from 3.722+/-10% to weak (overlap) (may need to strengthen)
assi (resid 112 and name H6) (resid 112 and name H3') 2.710 0.271 0.271 !+/-10% changed from str to 2.593+/-20%
assi (resid 112 and name H6) (resid 111 and name H3') 2.999 0.300 0.300 !SMW changed from str to med.  changed from med (overlap not so bad)


!assi (resid 114 and name H8) (resid 114 and name H2'') 2.657 0.266 0.266 !+/-10%
assi (resid 114 and name H8) (resid 114 and name H2'') 3.625 0.625 0.625 !SMW changed to med because herd to make when +/-10%
!assi (resid 113 and name H5) (resid 113 and name H3') 3.386 0.339 0.339 !+/-10% peak changed from 3.077 0.615 0.615 !+/-10% (peak re-sized assuming overlap)
assi (resid 113 and name H5) (resid 113 and name H3') 3.625 0.625 0.625 !SMW changed to med because herd to make when +/-10%
!assi (resid 107 and name H8) (resid 107 and name H2'') 3.047 0.305 0.305!+/-10% changed from 2.931+/-10% (peak re-sized to avoid overlap)  B-like
assi (resid 107 and name H8) (resid 107 and name H2'') 3.625 0.625 0.625 !SMW changed to med because herd to make when +/-10%
!assi (resid 114 and name H8) (resid 113 and name H2'') 4.132 0.413 0.413 !+/-10%
assi (resid 114 and name H8) (resid 113 and name H2'') 3.625 0.625 0.625 !SMW changed to med because herd to make when +/-10%

assi (resid 107 and name H8) (resid 108 and name H6) 3.888 0.388 0.388 !+/-10% comparison to other peaks suggests that no
             !RMSD-based correction is better for this peak--changed from 3.620+/-10% (peak is weak)




assign (resid 117 and name H3) (resid 118 and name H1) 3.400 1.600 2.100
assign (resid 117 and name H3) (resid 117 and name H7*) 3.400 1.600 2.100
assign (resid 117 and name H3) (resid 114 and name H2) 3.400 1.600 2.100
assign (resid 117 and name H3) (resid 113 and name H41) 3.400 1.600 2.100
assign (resid 112 and name H3) (resid 112 and name H7*) 3.400 1.600 2.100
assign (resid 111 and name H3) (resid 111 and name H7*) 3.400 1.600 2.100
assign (resid 112 and name H3) (resid 118 and name H1) 3.400 1.600 2.100
assign (resid 111 and name H3) (resid 110 and name H1) 3.400 1.600 2.100
assign (resid 112 and name H3) (resid 113 and name H41) 3.400 1.600 2.100
assign (resid 105 and name H3) (resid 105 and name H7*) 3.400 1.600 2.100
assign (resid 108 and name H3) (resid 108 and name H7*) 3.400 1.600 2.100
assign (resid 109 and name H3) (resid 109 and name H7*) 3.400 1.600 2.100
assign (resid 124 and name H3) (resid 124 and name H7*) 3.400 1.600 2.100
assign (resid 118 and name H1) (resid 112 and name H7*) 3.400 1.600 2.100
assign (resid 113 and name H41) (resid 112 and name H7*) 3.400 1.600 2.100
assign (resid 112 and name H6) (resid 112 and name H7*) 3.400 1.600 2.100
assign (resid 111 and name H3) (resid 112 and name H7*) 3.400 1.600 2.100
assign (resid 112 and name H3) (resid 119 and name H2) 3.400 1.600 2.100
assign (resid 112 and name H3) (resid 120 and name H2) 3.400 1.600 2.100
assign (resid 111 and name H3) (resid 120 and name H2) 3.400 1.600 2.100
assign (resid 111 and name H3) (resid 119 and name H2) 3.400 1.600 2.100
assign (resid 109 and name H3) (resid 110 and name H1) 3.400 1.600 2.100
assign (resid 124 and name H3) (resid 125 and name H5) 3.400 1.600 2.100
assign (resid 108 and name H3) (resid 109 and name H3) 3.400 1.600 2.100
assign (resid 124 and name H3) (resid 107 and name H2) 3.400 1.600 2.100
assign (resid 107 and name H8) (resid 108 and name H7*) 3.400 1.600 2.100
assign (resid 117 and name H3) (resid 114 and name H61) 3.400 1.600 2.100
assign (resid 117 and name H3) (resid 114 and name H62) 3.400 1.600 2.100
assign (resid 110 and name H1) (resid 121 and name H42) 3.400 1.600 2.100
assign (resid 110 and name H1) (resid 121 and name H41) 3.400 1.600 2.100
assign (resid 110 and name H1) (resid 110 and name H22) 3.400 1.600 2.100
assign (resid 110 and name H1) (resid 110 and name H21) 3.400 1.600 2.100
assign (resid 121 and name H41) (resid 121 and name H42) 3.400 1.600 2.100
assign (resid 106 and name H1) (resid 125 and name H42) 3.400 1.600 2.100
assign (resid 106 and name H1) (resid 125 and name H41) 3.400 1.600 2.100
assign (resid 106 and name H1) (resid 106 and name H22) 3.400 1.600 2.100
assign (resid 106 and name H1) (resid 106 and name H21) 3.400 1.600 2.100
assign (resid 113 and name H41) (resid 113 and name H42) 3.400 1.600 2.100
assign (resid 125 and name H41) (resid 125 and name H42) 3.400 1.600 2.100
assign (resid 118 and name H1) (resid 113 and name H42) 3.400 1.600 2.100
assign (resid 118 and name H1) (resid 113 and name H41) 3.400 1.600 2.100
assign (resid 118 and name H1) (resid 118 and name H22) 3.400 1.600 2.100
assign (resid 118 and name H1) (resid 118 and name H21) 3.400 1.600 2.100
assign (resid 114 and name H61) (resid 114 and name H62) 3.400 1.600 2.100
assign (resid 127 and name H41) (resid 127 and name H42) 3.400 1.600 2.100
assign (resid 104 and name H1) (resid 127 and name H42) 3.400 1.600 2.100
assign (resid 104 and name H1) (resid 127 and name H41) 3.400 1.600 2.100
assign (resid 104 and name H1) (resid 104 and name H21) 3.400 1.600 2.100
assign (resid 104 and name H1) (resid 104 and name H22) 3.400 1.600 2.100
assign (resid 128 and name H41) (resid 128 and name H42) 3.400 1.600 2.100
assign (resid 103 and name H1) (resid 128 and name H42) 3.400 1.600 2.100
assign (resid 103 and name H1) (resid 128 and name H41) 3.400 1.600 2.100
assign (resid 103 and name H1) (resid 103 and name H22) 3.400 1.600 2.100
assign (resid 103 and name H1) (resid 103 and name H21) 3.400 1.600 2.100
assign (resid 102 and name H1) (resid 129 and name H41) 3.400 1.600 2.100
assign (resid 102 and name H1) (resid 129 and name H42) 3.400 1.600 2.100
assign (resid 129 and name H41) (resid 129 and name H42) 3.400 1.600 2.100
assign (resid 116 and name H41) (resid 116 and name H42) 3.400 1.600 2.100
assign (resid 115 and name H1) (resid 116 and name H42) 3.400 1.600 2.100
assign (resid 115 and name H1) (resid 116 and name H41) 3.400 1.600 2.100
assign (resid 109 and name H3) (resid 122 and name H2) 3.400 1.600 2.100
assign (resid 108 and name H3) (resid 123 and name H2) 3.400 1.600 2.100
assign (resid 108 and name H3) (resid 123 and name H62) 3.400 1.600 2.100
assign (resid 108 and name H3) (resid 123 and name H61) 3.400 1.600 2.100
assign (resid 112 and name H3) (resid 119 and name H61) 3.400 1.600 2.100
assign (resid 111 and name H3) (resid 120 and name H61) 3.400 1.600 2.100
assign (resid 112 and name H3) (resid 119 and name H62) 3.400 1.600 2.100
assign (resid 111 and name H3) (resid 120 and name H62) 3.400 1.600 2.100
assign (resid 124 and name H3) (resid 107 and name H62) 3.400 1.600 2.100
assign (resid 124 and name H3) (resid 107 and name H61) 3.400 1.600 2.100
assign (resid 109 and name H3) (resid 122 and name H61) 3.400 1.600 2.100
assign (resid 109 and name H3) (resid 122 and name H62) 3.400 1.600 2.100
assign (resid 105 and name H3) (resid 126 and name H2) 3.400 1.600 2.100
assign (resid 110 and name H1) (resid 111 and name H7*) 3.400 1.600 2.100
assign (resid 105 and name H3) (resid 106 and name H1) 3.400 1.600 2.100
assign (resid 105 and name H3) (resid 104 and name H1) 3.400 1.600 2.100
assign (resid 103 and name H1) (resid 104 and name H1) 3.400 1.600 2.100
assign (resid 118 and name H1) (resid 119 and name H2) 3.400 1.600 2.100
assign (resid 106 and name H1) (resid 107 and name H2) 3.400 1.600 2.100
assign (resid 118 and name H1) (resid 113 and name H5) 3.400 1.600 2.100
assign (resid 110 and name H1) (resid 121 and name H5) 3.400 1.600 2.100
assign (resid 110 and name H1) (resid 122 and name H2) 3.400 1.600 2.100
assign (resid 110 and name H1) (resid 120 and name H2) 3.400 1.600 2.100
assign (resid 124 and name H3) (resid 125 and name H41) 3.400 1.600 2.100
assign (resid 104 and name H1) (resid 128 and name H42) 3.400 1.600 2.100
assign (resid 104 and name H1) (resid 126 and name H2) 3.400 1.600 2.100
assign (resid 104 and name H1) (resid 128 and name H41) 3.400 1.600 2.100
assign (resid 111 and name H3) (resid 121 and name H41) 3.400 1.600 2.100
assign (resid 109 and name H3) (resid 121 and name H41) 3.400 1.600 2.100
assign (resid 108 and name H3) (resid 122 and name H2) 3.400 1.600 2.100
assign (resid 109 and name H3) (resid 121 and name H42) 3.400 1.600 2.100
assign (resid 106 and name H1) (resid 125 and name H5) 3.400 1.600 2.100
assign (resid 118 and name H1) (resid 113 and name H1') 3.400 1.600 2.100
assign (resid 103 and name H1) (resid 128 and name H1') 3.400 1.600 2.100
assign (resid 103 and name H1) (resid 128 and name H5) 3.400 1.600 2.100
assign (resid 110 and name H1) (resid 120 and name H62) 3.400 1.600 2.100
assign (resid 108 and name H3) (resid 107 and name H61) 3.400 1.600 2.100
assign (resid 104 and name H1) (resid 127 and name H5) 3.400 1.600 2.100
assign (resid 102 and name H1) (resid 129 and name H5) 3.400 1.600 2.100
assign (resid 124 and name H3) (resid 123 and name H62) 3.400 1.600 2.100
assign (resid 108 and name H3) (resid 107 and name H62) 3.400 1.600 2.100
assign (resid 103 and name H21) (resid 103 and name H22) 3.400 1.600 2.100
assign (resid 117 and name H3) (resid 113 and name H42) 3.400 1.600 2.100
assign (resid 115 and name H1) (resid 114 and name H62) 3.400 1.600 2.100
assign (resid 115 and name H1) (resid 114 and name H61) 3.400 1.600 2.100
assign (resid 117 and name H3) (resid 116 and name H42) 3.400 1.600 2.100
assign (resid 117 and name H3) (resid 116 and name H41) 3.400 1.600 2.100




!corrected for stereo assignments

assi ((resid 11 or resid 12) and name HG2*) ((resid 107 or resid 108 or resid 109 or 
         resid 117 or resid 118 or resid 119 or resid 120 ) and name H5'*) 3.650 1.850 0.850 !Qual  T47Hg removed from 1st sel (~15A distance)
       !peak also exists in filt noe w/ labeled prot and labeled prot 3d noe.

assi ((resid 11 or resid 12) and name HG2*) ((resid 107 or resid 108 or resid 109 or 
       resid 117 or resid 118 or resid 119 or resid 120 ) and name H4') 3.650 1.850 0.850 !Qual
       !restraint loosened based on structures
       !T47Hg removed from 1st sel (~15A distance)
       !peak also exists in filt noe w/ labeled prot and labeled prot 3d noe.

assi ((resid 11 or resid 12) and name HG2*) ((resid 107 or resid 108 or resid 109 or 
         resid 117 or resid 118 or resid 119 or resid 120 ) and name H3') 4.000 2.200 0.000 !Qual  T47Hg removed from 1st sel (~15A distance)
       !T12Hg2 removed from 1st selection (based on structures)
       !peak also exists in filt noe w/ labeled prot and labeled prot 3d noe (partially overlapped w/ T47Hg-T47Hb peak in this spectrum).

assi ((resid 11 or resid 12) and name HG2*) ((resid 119 or resid 120 or resid 107) and name H8) 5.000 3.200 0.000 !Qual  T47Hg removed from 1st sel (~15A distance)
       !T12Hg2 removed from 1st selection (based on structures)
       !peak also exists labeled prot 3d noe

assi ((resid 11 or resid 12) and name HG2*) ((resid 108 or resid 109 or resid 111 or resid 121) and name H6) 5.000 3.200 0.000 !Qual
       !T11Hg2 removed from 1st selection (based on structures)
       !peak obtained from labeled prot 3d noe (very weak).


assi ((resid 13  or resid 10) and name HD*) ((resid 108 or resid 109 or resid 111 or resid 112) and name H7*) 3.650 1.850 0.850
       !clear in filtered 3d with dna labeled
       !confirmed in labeled-prot 3d noe
       !confirmed in labeled-dna filt 3d noe

assi ((resid 13  or resid 10) and name HB*) ((resid 108 or resid 109 or resid 111 or resid 112) and name H3') 3.650 1.850 0.850
       !found in prot-labeled filt 3d noe
       !confirmed in labeled-prot 3d noe
       !confirmed in labeled-dna filt 3d noe

assi ((resid 14 or resid 15 or resid 16) and name HE*) (resid 106 and name H1') 3.650 1.850 0.850
       !K15He re-included in 1st sel based on structures
       !K15He,K14He removed from 1st sel based on structures
       !New restraint added (Fred's request).  Lysine He's not well dispersed but one or more probably makes this crosspeak..
       !Structure supports assignment to K15 or K16 best.




!assi (resid 22 and name HG*) ((resid 107 or resid 108 or resid 109) and name H3') 3.650 1.850 0.850
assi (resid 22 and name HG*) ((resid 107 or resid 108) and name H3') 3.650 1.850 0.850
       !peak is present in prot-labeled 3d noe.
       !peak is present in prot-labeled filt 3d noe.
       !peak is not present in prot-labeled 3d noe--DNA assignment unclear.


assi (resid 23 and name HB*) ((resid 107 or resid 108 or resid 109) and name H1') 3.650 1.850 0.850
       !peak may be present in dna-labeled filt 3d noe but is overlapped by K60Hg1-A22H1' & K85Hb1-A26H1' peaks.
       !peak may be present (noise level) in prot-labeled filt 3d noe.
       !peak may be present (noise level) in prot-labeled 3d noe.

assi (resid 23 and name HB*) ((resid 107 or resid 108 or resid 109) and name H4') 3.650 1.850 0.850
       !peak may be present in dna-labeled filt 3d noe but is overlapped by K85Hb1-A26H4' peak.
       !peak may be present (noise level) in prot-labeled filt 3d noe.
       !peak may be present (noise level) in prot-labeled 3d noe.

assi (resid 23 and name HB*) ((resid 107 or resid 108 or resid 109) and name H5'*) 3.650 1.850 0.850
       !peak may be present in dna-labeled filt 3d noe but is overlapped by K60Hg1-C21,A22H5'* peak.
       !peak may be present (overlap) in prot-labeled filt 3d noe.
       !peak may be present (overlap) in prot-labeled 3d noe.



assi (resid 23 and name HG*) ((resid 107 or resid 108 or resid 109) and name H3') 3.650 1.850 1.850
       !restraint loosened based on structures
       !crosspeak from R23HG2-A7H1' (& maybe to T8H1'?) may be visible in dna-labeled filt 3d noe, prot-labeled 3d noe.
       !peak present in dna-labeled filt 3d noe but could be overlap from K60Hg2-A22H3' peak.
       !heavy overlap in labeled prot 3d noe.
       !peak not present in prot-labeled filt 3d noe but could be overlapped with L25Hg peak.

assi (resid 23 and name HG*) ((resid 107 or resid 108 or resid 109) and name H4') 3.650 1.850 0.850
       !peak present in dna-labeled filt 3d noe but could be overlap from K60Hg2-A22H4' peak.

assi (resid 23 and name HG*) ((resid 107 or resid 108 or resid 109) and name H5'*) 3.650 1.850 0.850
       !T9H5'* added to 2nd sel based on structures
       !peak present in dna-labeled filt 3d noe but could be overlap from K60HG2-C21,A22H5'* peak.
       !heavy overlap in labeled prot 3d noe.
       !peak not present in dna-labeled filt 3d noe but could be overlapped with L25Hg peak.

assi (resid 23 and name HD*) ((resid 107 or resid 108 or resid 109) and name H1') 3.650 1.850 0.850
       !peak present in dna-labeled filt 3d noe but could be overlap from other ARG crosspeaks.
       !peak present in labeled-prot filt 3d noe but could be overlap from other ARG crosspeaks.
       !peak not present in labeled prot 3d noe.



assi (resid 25 and name HD*) (resid 109 and name H3') 3.650 1.850 0.850 !Qual T11H3' removed from 2nd selection (is too far)
       !peak not confirmed in other spectra but clear in dna-labeled filt 3d noe.


assi (resid 25 and name HD*) (resid 110 and name H3') 3.650 1.850 0.850
       !peak not confirmed in other spectra but clear in dna-labeled filt 3d noe.

assi (resid 25 and name HD*) ((resid 109 and name H5') or (resid 110 and name H5')) 3.650 1.850 0.850
       !peak is confirmed by labeled prot unfiltered 3d noe.
       !peak is confirmed by labeled prot filtered 3d noe.

assi (resid 25 and name HD*) (resid 109 and name H4') 3.650 1.850 0.850
       !peak looks like two overlapped but close together.
       !peak is confirmed by labeled prot unfiltered 3d noe.
       !peak is confirmed by labeled prot filtered 3d noe.

assi (resid 25 and name HD*) (resid 110 and name H4') 3.650 1.850 0.850
       !peak may be in labeled prot 3d noe but overlapped with crosspeak to L25Ha.
       !peak is confirmed by labeled prot filtered 3d noe.

assi (resid 25 and name HD*) (resid 109 and name H1') 3.650 1.850 0.850 !split this restraint and the one below it into two
       !blobby peak in labeled dna filt 3d noe.
       !weak,blobby peak present in labeled prot filtered noe and labeled prot unfiltered 3d noe

assi (resid 25 and name HD*) (resid 110 and name H1') 3.650 1.850 0.850 !split this restraint and the one above it into two
       !blobby peak in labeled dna filt 3d noe.
       !weak,blobby peak present in labeled prot filtered noe and labeled prot unfiltered 3d noe


assi (resid 28 and name HB*) ((resid 123 and name H4') or (resid 122 and name H4')) 3.650 1.850 0.850
       !M29Hg2 added to 1st sel
       !M29Hg2 re-removed from 1st sel (consistently too far in structures)
       !peak present in dna-labeled filt 3d noe but heavily overlapped
       !assignment for A22H4' resonance unknown.  Included in restraint because nearby in structures and just in case.
       !peak present in prot-labeled filt 3d noe but may at noise level
       !peak does not appear to be present in labeled-prot 3d noe

assi (resid 28 and name HD*) ((resid 110 or resid 123) and name H1') 3.650 1.850 0.850
       !A23H1' added to 2nd sel because it may overlap.
       !peak found in dna-labeled filt 3d noe but is at noise level.
       !heavy overlap in prot-labeled 3d noe--prevents verification.
       !no apparent corresponding peak in prot-labeled 3d noe.

assi (resid 28 and name HD*) ((resid 109 or resid 108 or resid 122) and name H1') 3.650 1.850 0.850
       !A22H1' added to 2nd sel because is unassigned and it may overlap.
       !peak found in dna-labeled filt 3d noe but is at noise level.
       !heavy overlap in prot-labeled 3d noe--prevents verification.
       !heavy overlap in prot-labeled filt 3d noe with leakage artifact--prevents verification.

assi (resid 28 and name HD*) ((resid 109 or resid 122) and name H4') 3.650 1.850 0.850
       !A22H4' added to 2nd sel because is unassigned and it may overlap.
       !peak found in dna-labeled filt 3d noe.
       !peak confirmed in prot-labeled filt 3d noe.
       !peak confirmed in prot-labeled 3d noe.

assi (resid 28 and name HD*) ((resid 110 or resid 123) and name H4') 3.650 1.850 0.850
       !A23H4' added to 2nd sel because is not clearly assigned and it may overlap.
       !peak found in dna-labeled filt 3d noe.
       !peak confirmed in prot-labeled filt 3d noe.
       !peak overlapped in prot-labeled 3d noe by Y28Hd-S26Hb1 xpeak.

assi (resid 28 and name HD*) ((resid 110 or resid 123) and name H5'*) 3.650 1.850 0.850
       !A23H5' added to 2nd sel because is not clearly assigned and it may overlap.
       !peak found in dna-labeled filt 3d noe.
       !peak confirmed in prot-labeled filt 3d noe.
       !peak confirmed in prot-labeled 3d noe.

assi (resid 28 and name HD*) ((resid 109 or resid 122) and name H5'*) 3.650 1.850 0.850
       !A23H5' added to 2nd sel because is unassigned and it may overlap.
       !T11H5' & A22H5' removed from 2nd selection because too far away in structures.
       !peak found in dna-labeled filt 3d noe.
       !peak confirmed in prot-labeled filt 3d noe.
       !peak may be confirmed in prot-labeled 3d noe but overlaps xpeak to S26Hb1.


assi (resid 29 and name HA) (resid 110 and name H4') 3.650 1.850 0.850
       !assigned with help from structure (but C4' shift looks like G10).
       !peak is present in dna-labeled filt 3d noe but may be overlapped with G1 artifact?.
       !peak is not present in prot-labeled filt 3d noe.
       !peak is clearly present in prot-labeled 3d noe (~4.01 ppm).

assi (resid 29 and name HB*) ((resid 109 or resid 110) and name H5'*) 3.650 1.850 0.850
       !T11H5'* removed from 2nd selection (distance too far in structures).
       !M29He removed from 1st sel  in 1st sel M29Hg2 reassigned to M29Hb2
       !peak peak found in dna-labeled filt 3d noe.

assi (resid 29 and name HG1) (resid 110 and name H5'*) 3.650 1.850 0.850
       !restraint loosened based on structures
       !T11H5' & A22H5' removed from 2nd selection because too far away in structures.
       !M29Hg2 added to 1st sel
       !Y28Hb2 removed from 1st sel (consistently too far in structures)
       !T9H5'," removed from 2nd sel based on structures
       !re-tightened upper limit based on structures
       !peak present in dna-labeled filt 3d noe but somewhat overlapped.
       !peak present in prot-labeled filt 3d noe but may at noise level
       !peak may be present in labeled-prot 3d noe but overlapped with xpeak to G56Ha1,F30Ha.

!assi (resid 29 and name HG1) ((resid 109 or resid 110) and name H4') 3.650 1.850 0.850
       !M29Hg2 added to 1st sel
       !Y28Hb2 removed from 1st sel (consistently too far in structures)
       !re-included without T9H4' in 2nd sel later in list based on structures
       !peak present in dna-labeled filt 3d noe but heavily overlapped
       !moderately weak peak appears in labeled-prot 3d noe but may be overlapped with weak intramol peak (Y28Hb1-L55,S41Ha).
       !peak present in prot-labeled filt 3d noe but may at noise level


assi (resid 33 and name HD21) (resid 110 and name H5'*) 3.650 1.850 0.850
assi (resid 33 and name HD22) (resid 110 and name H5'*) 3.650 1.850 0.850
       !peaks are clearly present in 15N prot-labeled 3d noe.  assigned with aid from structure

assi ((resid 36 and name HD*) or (resid 40 and name HD*))((resid 111 or resid 112) and name H5'*) 3.650 1.850 0.850
       !G10H5' removed from 2nd sel
       !R36Hd added to 1st selection.  T12H5'* added to 2nd sel
       !T9H5'* added to 2nd selection.
       !T9H5'* removed from 2nd sel (too far in structures)
       !peak is present in dna-labeled filt 3d noe.
       !peak is present in prot-labeled filt 3d noe.
       !peak may be  present in prot-labeled 3d noe but overlapped with R40Hd-S41Ha peak.


!assi (resid 36 and name HD*) (resid 110 and name H3') 3.650 1.850 2.850 !reassigned from R40Hd to R36Hd
       !disagrees with structures, assignment uncertain--disincluded
       !peak is near noise level--probable spin diffusion extended to 6.5 angstroms
       !peak is present in dna-labeled filt 3d noe.
       !peak is confirmed by weak, overlapped peak in labeled prot unfiltered 3d noe.
       !peak is confirmed by weak, overlapped peak in labeled prot filtered 3d noe.

assi (resid 36 and name HB*) (resid 111 and name H4') 3.650 1.850 0.850
       !G10H4' removed from 2nd sel based on structures
       !T9H4' removed from 2nd selection due to apparent distance in structures.
       !peak present in dna-labeled filt 3d noe but overlapped.
       !peak present in prot-labeled 3d noe but possibly overlapped with prot-prot peak.
       !peak clearly present in prot-labeled filt 3d noe.

assi (resid 36 and name HB*) (resid 111 and name H5'*) 3.650 1.850 0.850
       !removed G10H5' from the 2nd sel based on structures
       !T9H5'* removed from 2nd selection due to apparent distance in structures.
       !peak present in dna-labeled filt 3d noe but overlapped.
       !peak present in prot-labeled 3d noe but possibly overlapped with prot-prot peak.
       !peak clearly present in prot-labeled filt 3d noe.

assi ((resid 36 or resid 40) and name HB*) (resid 111 and name H3') 3.650 1.850 0.850
       !T9H3',G10H3' removed from 2nd sel based on structures
       !R40Hb added to 1st sel.  restraint combined with next one to solve possible ambiguities from overlap.
       !peak present in dna-labeled filt 3d noe but probably overlapped with at least one other peak.
       !peak clearly present in prot-labeled 3d noe.
       !peak clearly present in prot-labeled filt 3d noe.


assi ((resid 40 or resid 36) and name HD*) ((resid 111 or resid 112) and name H1') 3.650 1.850 0.850
       !T12H1' added to 2nd sel (potential overlap).  R36Hd added to 1st selection.
       !peak is present in dna-labeled filt 3d noe.
       !peak is confirmed by labeled prot unfiltered 3d noe.
       !peak is confirmed by weak, overlapped peak in labeled prot filtered 3d noe.

assi (resid 40 and name HD*) ((resid 111 or resid 112) and name H3') 3.650 1.850 0.850
       !T12H3' added to 2nd sel (potential overlap)

assi (resid 53 and name HG*) ((resid 120 and name H4') or (resid 121 and name H4')) 3.650 1.850 0.850
       !C21H4' added to 2nd sel (assignment uncertain--added just in case)
assi (resid 53 and name HG*) (resid 120 and name H3') 3.650 1.850 0.850
assi (resid 53 and name HG*) ((resid 120 and name H5'*) or (resid 121 and name H5'*)) 3.650 1.850 0.850
       !C21H5'* added to 2nd sel (overlap)
       !these peaks identified in prot-labeled 3d noe and verified in prot-labeled
       !filt 3d noe.  corraborated by Hb crosspeaks above.  assigned 2nd sel with help from structures.

!assi (resid 53 and name HB*) (resid 120 and name H2) 3.650 1.850 1.850
       !restraint removed because peak is weak and positive (should be folded?) so could be artifact.
       !H2 13C ppm OK if you account for folding.
       !peak present in dna-labeled filt 3d noe.
       !peak does not appear to be present in prot-labeled 3d noe but may be in noise.
       !peak does not appear to be present in prot-labeled filt 3d noe but may be in noise.

!assi (resid 53 and name HB*) (resid 120 and name H1') 3.650 1.850 1.850
       !A19H1' removed from 2nd selection (too long distance in structures).
       !peak present in dna-labeled filt 3d noe.
       !peak not present in labeled-prot 3d noe?.
       !peak present (noise-level) in labeled prot filt 3d noe.

!assi (resid 53 and name HB*) ((resid 120 and name H4') or (resid 121 and name H4')) 3.650 1.850 1.850
       !C21H4' added to 2nd sel (assignment uncertain--added just in case)
       !A19H4' removed from 2nd selection (too long distance in structures).
       !peak present in dna-labeled filt 3d noe.
       !peak present in labeled-prot 3d noe but overlapped with K53Hb-K53Ha peak.
       !peak present in labeled-prot filt 3d noe but overlapped with tail ARG Hb peaks.

!assi (resid 53 and name HB*) (resid 120 and name H3') 3.650 1.850 1.850
       !A19H3' removed from 2nd selection (too long distance in structures).
       !peak present in dna-labeled filt 3d noe.
       !peak not present in labeled prot 3d noe (slight peak--looks like noise)?.
       !peak not present in labeled prot filt 3d noe (slight peak--looks like noise)?.

!assi (resid 53 and name HB*) ((resid 120 and name H5'*) or (resid 121 and name H5'*)) 3.650 1.850 1.850
       !C21H5'* added to 2nd sel (overlap)
       !A19H5' & T11H5' removed from 2nd selection (too long distance in structures).
       !peak present in dna-labeled filt 3d noe but overlapped with Y28Hb2-T9H5'*.
       !peak present in labeled prot 3d noe but overlapped?.
       !peak appears to be present in prot-labeled filt 3d noe but overlapped with tail ARG Hb peaks.


assi (resid 59 and name HD1) ((resid 121 or resid 122 or resid 123) and name H3') 3.650 1.850 1.850
       !increased distance based on structures
assi (resid 59 and name HD1) ((resid 121 or resid 122 or resid 123) and name H4') 3.650 1.850 0.850
assi (resid 59 and name HD1) ((resid 121 or resid 122 or resid 123) and name H5'*) 4.000 2.200 0.000
       !These restraints substituted for W59Hb restraints above (Fred's request).

assi (resid 60 and name HE*) ((resid 122 or resid 123) and name H3') 3.650 1.850 0.850
assi (resid 60 and name HE*) ((resid 122 or resid 123) and name H4') 3.650 1.850 0.850
assi (resid 60 and name HE*) ((resid 122 or resid 123) and name H5'*) 3.650 1.850 0.850
       !these restraints are new and found in prot-labeled 3d noe, prot-lab filt 3d noe
       !and in dna-lab filt 3d noe.  assigned 2nd sel with help from structures


assi (resid 78 and name HG*) ((resid 125 and name H3') or (resid 124 and name H3')) 3.650 1.850 0.850
assi (resid 78 and name HG*) ((resid 125 and name H5'*) or(resid 124 and name H5'*)) 3.650 1.850 0.850
assi (resid 78 and name HG*) ((resid 125 and name H1') or (resid 124 and name H1')) 3.650 1.850 0.850
       !These three restraints assigned with help from structure (Fred's recommendation).

!Re-included for testing (Fred disincluded these restraints)
assi (resid 85 and name HE*) (resid 126 and name H3') 3.650 1.850 0.850
assi (resid 85 and name HE*) (resid 126 and name H4') 3.650 1.850 0.850
assi (resid 85 and name HE*) ((resid 126 and name H5'*) or (resid 126 and name H5'*)) 3.650 1.850 0.850
       !these restraints are new and found in prot-labeled 3d noe, prot-lab filt 3d noe
       !and in dna-lab filt 3d noe.  assigned 2nd sel with help from structures


!for testing of groove narrowing

!assi (resid 106 and name P) (resid 120 and name P) 11.280 9.480 0.000 !Qual for modelling only
!assi (resid 106 and name P) (resid 119 and name P) 11.010 9.210 0.000 !Qual for modelling only
!assi (resid 107 and name P) (resid 119 and name P) 10.530 8.730 0.000 !Qual for modelling only
!assi (resid 107 and name P) (resid 118 and name P) 10.370 8.570 0.000 !Qual for modelling only


!these peaks removed by Fred but re-included for testing.
assi (resid 25 and name HG) (resid 109 and name H6) 5.500 3.700 0.000
       !probably spin diffusion so set to 1.8-5.5 A.
       !peak may be present in prot-labeled 3d noe but may be overlapped with L25Hg-F30Hd peak.
       !peak is not present in prot-labeled filt 3d noe.
       !peak is not present in dna-labeled filt 3d noe.

assi (resid 25 and name HG) ((resid 109 and name H1') or (resid 110 and name H1')) 3.650 1.850 0.850
       !peak is present in dna-labeled filt 3d noe (may be to R23HG1?).
       !peak may be present (noise-level) in prot-labeled 3d noe.
       !peak may be present (noise-level) in prot-labeled filt 3d noe.

assi (resid 25 and name HG) (resid 109 and name H4') 3.650 1.850 0.850
       !peak is present in prot-labeled 3d noe (may be to R23HG1?).
       !peak is present in prot-labeled filt 3d noe (may be to R23HG1?) (may be due to leakage).
       !heavy overlap in prot-labeled 3d noe.

assi (resid 25 and name HG) ((resid 109 and name H5'*) or (resid 110 and name H5'*)) 3.650 1.850 0.850
       !peak is present in dna-labeled filt 3d noe (may be to R23HG1?).
       !peak is present in prot-labeled filt 3d noe (may be to R23HG1?) (may be due to leakage).
       !heavy overlap in prot-labeled 3d noe.

assi (resid 25 and name HG) (resid 110 and name H3') 3.650 1.850 1.850
       !restraint removed because heavily violated when upper limit set to 4.5 A.
       !peak is present in prot-labeled 3d noe (may be to R23HG1?).
       !peak is not present in dna-labeled filt 3d noe.
       !peak is not present in prot-labeled 3d noe.

assi (resid 25 and name HG) (resid 110 and name H4') 3.650 1.850 0.850
       !peak is present in prot-labeled 3d noe (may be to R23HG1?).
       !peak is present in prot-labeled filt 3d noe (may be to R23HG1?) (may be due to leakage).
       !heavy overlap in prot-labeled 3d noe.

assi (resid 27 and name HB*) ((resid 123 and name H4') or (resid 124 and name H5'*)) 3.650 1.850 0.850
       !assigned based on structure and A27Hb,A74Hb-A23H1' peak.
       !peak present in labeled prot filt 3d noe.
       !peak present in dna-labeled filt 3d noe.
       !peak may be present in labeled-prot 3d noe, but overlapped with A27Hb-A27Ha peak.
       !124H4' and 123 H5'," removed from 2nd sel

assi (resid 29 and name HB1) (resid 110 and name H3') 3.650 1.850 0.850
       !peak removed-weak peak may be spin diffusion--assignment? tail?
       !M29He removed from 1st sel  in 1st sel M29Hg2 reassigned to M29Hb2

assi (resid 29 and name HG1) (resid 110 and name H4') 3.650 1.850 0.850
       !M29Hg2 added to 1st sel
       !Y28Hb2 removed from 1st sel (consistently too far in structures)
       !peak present in dna-labeled filt 3d noe but heavily overlapped
       !moderately weak peak appears in labeled-prot 3d noe but may be overlapped with weak intramol peak (Y28Hb1-L55,S41Ha).
       !peak present in prot-labeled filt 3d noe but may at noise level

!assi (resid 29 and name HG1) (resid 109 and name H4') 3.650 1.850 0.850
       !M29Hg2 added to 1st sel
       !Y28Hb2 removed from 1st sel (consistently too far in structures)
       !peak is overlapped heavily and may not be real--disinclude
       !peak present in dna-labeled filt 3d noe but heavily overlapped
       !peak does not appear to be present in labeled-prot 3d noe but may be overlapped with weak intramol peak
       !peak present in prot-labeled filt 3d noe but may just be noise


assi (resid 2 and name HB) (resid 125 and name H5) 3.650 1.850 4.850 !Qual for modelling of tail only
assi (resid 5 and (name NH1* or name NH2)) ((resid 123 or resid 124 or resid 125) and name P) 3.650 1.850 4.850 !Qual for modelling of tail only


!V8:  reincluded

assi ((resid 13 and name HD*) or (resid 10 and name HD*)) (resid 108 and name H7*) 3.650 1.850 0.850
       !clear in filtered 3d with dna labeled
       !confirmed in labeled-prot 3d noe
       !confirmed in labeled-dna filt 3d noe

assi ((resid 13 and name HD*) or (resid 10 and name HD*)) ((resid 109 and name H7*) or (resid 117 and name H7*)) 3.650 1.850 0.850
       !clear in filtered 3d with dna labeled
       !confirmed in labeled-prot 3d noe
       !confirmed in labeled-dna filt 3d noe

assi ((resid 13 and name HB*) or (resid 10 and name HB*)) ((resid 108 or resid 109) and name H3') 4.000 2.200 0.000
       !found in prot-labeled filt 3d noe
       !confirmed in labeled-prot 3d noe
       !confirmed in labeled-dna filt 3d noe

assi ((resid 13 or resid 10) and name HB*) ((resid 107 or resid 119 or resid 120) and name H3') 4.000 2.200 0.000
       !R10Hb added to 1st sel; A19H3', A20H3' added to 2nd sel
       !found in prot-labeled filt 3d noe
       !confirmed in labeled-prot 3d noe
       !confirmed in labeled-dna filt 3d noe

assi (resid 13 and name HB*) (resid 108 and name H7*) 4.000 2.200 0.000
       !found in labeled-dna filt 3d noe
       !present but near diagonal in labeled-prot 3d noe?
       !confirmed in prot-labeled filt 3d noe

assi (resid 13 and name HB*) (resid 109 and name H7*) 4.000 2.200 0.500
       !restraint loosened (to 4.5 A) based on structures
       !found in labeled-dna filt 3d noe
       !under diagonal in labeled-prot 3d noe?
       !under diagonal in prot-labeled filt 3d noe
       !R13Hb may also have xpeaks to aromatics of A7 &T8 or T9 in prot-labeled filt 3d noe but peaks are at noise level.

!assi ((resid 16 and name HE*) or (resid 15 and name HE*)) (resid 106 and name H1') 3.650 1.850 0.850
assi (resid 16 and name HE*) (resid 106 and name H1') 3.650 1.850 0.850
       !K15He re-included in 1st sel based on structures
       !K15He,K14He removed from 1st sel based on structures
       !New restraint added (Fred's request).  Lysine He's not well dispersed but one or more probably makes this crosspeak..
       !Structure supports assignment to K15 or K16 best.

!assi (resid 17 and name HA) ((resid 106 and name H4') or (resid 107 and name H4')) 3.650 1.850 0.850
       !prot: peak could be either leakage from H3' or from D17Ha.
       !dna: H shift and C shift support A7H4' or G6H4'.
       !crosspeak in prot 3d noe overlapped with p18Hd crosspeak?
       !very weak, noise-level peaks in filtered prot-labeled 3d.
       !may also have cross-peak to H3's but cannot be sure whether peak is this or diagonal artifact.
       !may also have peaks to H1's but are at noise level and are unconfirmed in other spectra.

!assi (resid 17 and name HA) (resid 106 and name H5'*) 3.650 1.850 0.850
       !this assignment made in light of above assignment of crosspeak to H4's
       !prot: peak could be either leakage from H3' or from D17Ha.
       !dna: H shift and C shift support G6H5'.
       !crosspeak in prot 3d noe overlapped with p18Hd crosspeak?
       !very weak, noise-level peaks in filtered prot-labeled 3d.

assi (resid 23 and name HB*) (resid 108 and name H1') 3.650 1.850 0.850
       !peak may be present in dna-labeled filt 3d noe but is overlapped by K60Hg1-A22H1' & K85Hb1-A26H1' peaks.
       !peak may be present (noise level) in prot-labeled filt 3d noe.
       !peak may be present (noise level) in prot-labeled 3d noe.

!assi (resid 23 and name HB*) (resid 107 and name H4') 3.650 1.850 0.850
       !peak may be present in dna-labeled filt 3d noe but is overlapped by K85Hb1-A26H4' peak.
       !peak may be present (noise level) in prot-labeled filt 3d noe.
       !peak may be present (noise level) in prot-labeled 3d noe.

assi (resid 23 and name HB*) ((resid 107 and name H5'*) or (resid 108 and name H5'*)) 3.650 1.850 0.850
       !peak may be present in dna-labeled filt 3d noe but is overlapped by K60Hg1-C21,A22H5'* peak.
       !peak may be present (overlap) in prot-labeled filt 3d noe.
       !peak may be present (overlap) in prot-labeled 3d noe.

!assi (resid 23 and name HB*) (resid 107 and name H3') 3.650 1.850 0.850
       !removed due to overlap.  peak often not satisfied when restraints limited to <4.5 A.
       !peak may be present in dna-labeled filt 3d noe but is overlapped by K60Hg1-A22H3' peak.
       !peak may be present (overlap) in prot-labeled filt 3d noe.
       !peak may be present (overlap) in prot-labeled 3d noe.

!assi (resid 23 and name HB*) (resid 108 and name H3') 3.650 1.850 0.850
       !restraint removed because difficult to meet when upper limit set to 4.5 A.
       !peak may be present in dna-labeled filt 3d noe but is overlapped by K60Hg1-C21H3 peak and diagonal?.
       !peak may be present (overlap) in prot-labeled filt 3d noe.
       !peak may be present (overlap) in prot-labeled 3d noe.

!assi (resid 23 and name HG1) (resid 107 and name H3') 3.650 1.850 1.850
       !restraint loosened based on structures
       !crosspeak from R23HG2-A7H1' (& maybe to T8H1'?) may be visible in dna-labeled filt 3d noe, prot-labeled 3d noe.
       !peak present in dna-labeled filt 3d noe but could be overlap from K60Hg2-A22H3' peak.
       !heavy overlap in labeled prot 3d noe.
       !peak not present in prot-labeled filt 3d noe but could be overlapped with L25Hg peak.

!assi (resid 23 and name HG1) (resid 107 and name H4') 3.650 1.850 0.850
       !peak present in dna-labeled filt 3d noe but could be overlap from K60Hg2-A22H4' peak.

!assi (resid 23 and name HG1) ((resid 107 or resid 108 or resid 109) and name H5'*) 3.650 1.850 0.850
assi (resid 23 and name HG1) (resid 108 and name H5'*) 3.650 1.850 0.850
       !T9H5'* added to 2nd sel based on structures
       !peak present in dna-labeled filt 3d noe but could be overlap from K60HG2-C21,A22H5'* peak.
       !heavy overlap in labeled prot 3d noe.
       !peak not present in dna-labeled filt 3d noe but could be overlapped with L25Hg peak.

assi (resid 23 and name HD*) (resid 108 and name H1') 3.650 1.850 0.850
       !peak present in dna-labeled filt 3d noe but could be overlap from other ARG crosspeaks.
       !peak present in labeled-prot filt 3d noe but could be overlap from other ARG crosspeaks.
       !peak not present in labeled prot 3d noe.

assi (resid 23 and name HD*) (resid 107 and name H1') 3.650 1.850 0.850
       !peak present in dna-labeled filt 3d noe but could be overlap from other ARG crosspeaks.
       !peak present in labeled-prot filt 3d noe but could be overlap from other ARG crosspeaks.
       !peak assignment not certain in labeled-prot 3d noe (peak may be present).

!assi (resid 23 and name HD*) (resid 108 and name H3') 3.650 1.850 0.850
       !peak removed because of uncertainty and potential distortion of DNA in structures
       !peak present in dna-labeled filt 3d noe but could be overlap from other ARG crosspeaks.
       !peak present in labeled-prot filt 3d noe but could be overlap from other ARG crosspeaks.
       !peak assignment not certain in labeled-prot 3d noe (peak may be present).


assi (resid 26 and name HA) (resid 124 and name H4') 3.650 1.850 0.850
       !peak present in labeled-prot filt 3d noe but could be leakage artifact?.
       !peak present in dna-labeled filt 3d noe.
       !peak present in labeled prot 3d noe but overlapped with S26A-A74,A27Ha peak.

!assi (resid 26 and name HA) ((resid 123 and name H4') 3.650 1.850 0.850
       !uncertain whether peak is real-disincluded
       !peak present in labeled-prot filt 3d noe (noise-level) but could be leakage artifact?.
       !peak present in dna-labeled filt 3d noe.
       !peak present in labeled prot 3d noe but overlapped with S26A-A74,A27Ha peak.

assi (resid 26 and name HA) (resid 124 and name H5'*) 3.650 1.850 0.850
       !A23H5'," removed from 2nd sel based on structures.
       !peak present in labeled-prot filt 3d noe but could be leakage artifact?.
       !peak present in dna-labeled filt 3d noe.
       !peak present in labeled prot 3d noe but overlapped with S26A-A74,A27Ha peak.


assi (resid 85 and name HB1) (resid 126 and name H4') 3.650 1.850 1.350




Hydrogen bond restraints:

Hydrogen bond restraints:

!Watson/Crick   Gua                 Cyt
assi (resid  1 and name H21)(resid 30 and name O2 ) 1.87  1.87 	0.0
assi (resid  1 and name N2 )(resid 30 and name O2 ) 2.85  2.85 	0.1
assi (resid  1 and name H1 )(resid 30 and name N3 ) 1.85  1.85 	0.0
assi (resid  1 and name N1 )(resid 30 and name N3 ) 2.88  2.88	0.1
assi (resid  1 and name O6 )(resid 30 and name H41) 1.88  1.88	0.0
assi (resid  1 and name O6 )(resid 30 and name N4 ) 2.91  2.91	0.1
!
!Watson/Crick   Gua                 Cyt
assi (resid  2 and name H21)(resid 29 and name O2 ) 1.87  1.87 	0.0
assi (resid  2 and name N2 )(resid 29 and name O2 ) 2.85  2.85 	0.1
assi (resid  2 and name H1 )(resid 29 and name N3 ) 1.85  1.85 	0.0
assi (resid  2 and name N1 )(resid 29 and name N3 ) 2.88  2.88	0.1
assi (resid  2 and name O6 )(resid 29 and name H41) 1.88  1.88	0.0
assi (resid  2 and name O6 )(resid 29 and name N4 ) 2.91  2.91	0.1
!
!Watson/Crick   Gua                 Cyt
assi (resid  3 and name H21)(resid 28 and name O2 ) 1.87  1.87 	0.0
assi (resid  3 and name N2 )(resid 28 and name O2 ) 2.85  2.85 	0.1
assi (resid  3 and name H1 )(resid 28 and name N3 ) 1.85  1.85 	0.0
assi (resid  3 and name N1 )(resid 28 and name N3 ) 2.88  2.88	0.1
assi (resid  3 and name O6 )(resid 28 and name H41) 1.88  1.88	0.0
assi (resid  3 and name O6 )(resid 28 and name N4 ) 2.91  2.91	0.1
!
!Watson/Crick   Gua                 Cyt
assi (resid  4 and name H21)(resid 27 and name O2 ) 1.87  1.87 	0.0
assi (resid  4 and name N2 )(resid 27 and name O2 ) 2.85  2.85 	0.1
assi (resid  4 and name H1 )(resid 27 and name N3 ) 1.85  1.85 	0.0
assi (resid  4 and name N1 )(resid 27 and name N3 ) 2.88  2.88	0.1
assi (resid  4 and name O6 )(resid 27 and name H41) 1.88  1.88	0.0
assi (resid  4 and name O6 )(resid 27 and name N4 ) 2.91  2.91	0.1
!
!Watson/Crick   Ade                 Thy
assi (resid  26 and name N1 )(resid 5 and name H3 ) 1.85  1.85 	0.0
assi (resid  26 and name N1 )(resid 5 and name N3 ) 2.88  2.88	0.1
assi (resid  26 and name H61)(resid 5 and name O4 ) 1.88  1.88	0.0
assi (resid  26 and name N6 )(resid 5 and name O4 ) 2.91  2.91	0.1
!
!Watson/Crick   Gua                 Cyt
assi (resid  6 and name H21)(resid 25 and name O2 ) 1.87  1.87 	0.0
assi (resid  6 and name N2 )(resid 25 and name O2 ) 2.85  2.85 	0.1
assi (resid  6 and name H1 )(resid 25 and name N3 ) 1.85  1.85 	0.0
assi (resid  6 and name N1 )(resid 25 and name N3 ) 2.88  2.88	0.1
assi (resid  6 and name O6 )(resid 25 and name H41) 1.88  1.88	0.0
assi (resid  6 and name O6 )(resid 25 and name N4 ) 2.91  2.91	0.1
!
!Watson/Crick   Ade                 Thy
assi (resid  7 and name N1 )(resid 24 and name H3 ) 1.85  1.85 	0.0
assi (resid  7 and name N1 )(resid 24 and name N3 ) 2.88  2.88	0.1
assi (resid  7 and name H61)(resid 24 and name O4 ) 1.88  1.88	0.0
assi (resid  7 and name N6 )(resid 24 and name O4 ) 2.91  2.91	0.1
!
!Watson/Crick   Ade                 Thy
assi (resid  23 and name N1 )(resid 8 and name H3 ) 1.85  1.85 	0.0
assi (resid  23 and name N1 )(resid 8 and name N3 ) 2.88  2.88	0.1
assi (resid  23 and name H61)(resid 8 and name O4 ) 1.88  1.88	0.0
assi (resid  23 and name N6 )(resid 8 and name O4 ) 2.91  2.91	0.1
!
!Watson/Crick   Ade                 Thy
assi (resid  22 and name N1 )(resid 9 and name H3 ) 1.85  1.85  	0.0
assi (resid  22 and name N1 )(resid 9 and name N3 ) 2.88  2.88	0.1
assi (resid  22 and name H61)(resid 9 and name O4 ) 1.88  1.88	0.0
assi (resid  22 and name N6 )(resid 9 and name O4 ) 2.91  2.91	0.1
!
!Watson/Crick   Gua                 Cyt
assi (resid  10 and name H21)(resid 21 and name O2 ) 1.87  1.87 	0.0
assi (resid  10 and name N2 )(resid 21 and name O2 ) 2.85  2.85 	0.1
assi (resid  10 and name H1 )(resid 21 and name N3 ) 1.85  1.85 	0.0
assi (resid  10 and name N1 )(resid 21 and name N3 ) 2.88  2.88	0.1
assi (resid  10 and name O6 )(resid 21 and name H41) 1.88  1.88	0.0
assi (resid  10 and name O6 )(resid 21 and name N4 ) 2.91  2.91	0.1
!
!Watson/Crick   Ade                 Thy
assi (resid  20 and name N1 )(resid 11 and name H3 ) 1.85  1.85 	0.0
assi (resid  20 and name N1 )(resid 11 and name N3 ) 2.88  2.88	0.1
assi (resid  20 and name H61)(resid 11 and name O4 ) 1.88  1.88	0.0
assi (resid  20 and name N6 )(resid 11 and name O4 ) 2.91  2.91	0.1
!
!Watson/Crick   Ade                 Thy
assi (resid  19 and name N1 )(resid 12 and name H3 ) 1.85  1.85 	0.0
assi (resid  19 and name N1 )(resid 12 and name N3 ) 2.88  2.88	0.1
assi (resid  19 and name H61)(resid 12 and name O4 ) 1.88  1.88	0.0
assi (resid  19 and name N6 )(resid 12 and name O4 ) 2.91  2.91	0.1
!
!Watson/Crick   Gua                 Cyt
assi (resid  18 and name H21)(resid 13 and name O2 ) 1.87  1.87 	0.0
assi (resid  18 and name N2 )(resid 13 and name O2 ) 2.85  2.85 	0.1
assi (resid  18 and name H1 )(resid 13 and name N3 ) 1.85  1.85 	0.0
assi (resid  18 and name N1 )(resid 13 and name N3 ) 2.88  2.88	0.1
assi (resid  18 and name O6 )(resid 13 and name H41) 1.88  1.88	0.0
assi (resid  18 and name O6 )(resid 13 and name N4 ) 2.91  2.91	0.1
!
!Watson/Crick   Ade                 Thy
assi (resid  14 and name N1 )(resid 17 and name H3 ) 1.85  1.85 	0.0
assi (resid  14 and name N1 )(resid 17 and name N3 ) 2.88  2.88	0.1
assi (resid  14 and name H61)(resid 17 and name O4 ) 1.88  1.88	0.0
assi (resid  14 and name N6 )(resid 17 and name O4 ) 2.91  2.91	0.1
!
!Watson/Crick   Gua                 Cyt
assi (resid  15 and name H21)(resid 16 and name O2 ) 1.87  1.87 	0.0
assi (resid  15 and name N2 )(resid 16 and name O2 ) 2.85  2.85 	0.1
assi (resid  15 and name H1 )(resid 16 and name N3 ) 1.85  1.85 	0.0
assi (resid  15 and name N1 )(resid 16 and name N3 ) 2.88  2.88	0.1
assi (resid  15 and name O6 )(resid 16 and name H41) 1.88  1.88	0.0
assi (resid  15 and name O6 )(resid 16 and name N4 ) 2.91  2.91	0.1



Alpha helix hydrogen bond restraints:

!Helix 1:
!!assi (resid 25 and name HN) (resid 21 and name O) 2.500 0.700 0.500 !L25HN appears to be h-bonded to D77OD instead
!assign (resid 21 and name O) (resid 25 and name HN) 2.00 0.30 0.20   !L25HN appears to be h-bonded to D77OD instead
!assign (resid 21 and name O) (resid 25 and name N) 2.90 0.20 0.30    !L25HN appears to be h-bonded to D77OD instead
!!assi (resid 26 and name HN) (resid 22 and name O) 2.500 0.700 0.500 !S26HN appears to be h-bonded to M29SD instead
!assign (resid 22 and name O) (resid 26 and name HN) 2.00 0.30 0.20   !S26HN appears to be h-bonded to M29SD instead
!assign (resid 22 and name O) (resid 26 and name N) 2.90 0.20 0.30    !S26HN appears to be h-bonded to M29SD instead
!assi (resid 29 and name HN) (resid 26 and name O) 2.500 0.700 0.500  !M29HN appears to be h-bonded to S26CO instead of L25CO
                                                                      !structure calculations could not support h-bond to L25
assign (resid 26 and name O) (resid 29 and name HN) 2.00 0.30 0.20    !M29HN appears to be h-bonded to S26CO instead of L25CO
                                                                      !structure calculations could not support h-bond to L25
assign (resid 26 and name O) (resid 29 and name N) 2.90 0.20 0.30     !M29HN appears to be h-bonded to S26CO instead of L25CO
                                                                      !structure calculations could not support h-bond to L25
!assi (resid 30 and name HN) (resid 26 and name O) 2.500 0.700 0.500  !OK
assign (resid 26 and name O) (resid 30 and name HN) 2.00 0.30 0.20    !OK
assign (resid 26 and name O) (resid 30 and name N) 2.90 0.20 0.30     !OK
!assi (resid 31 and name HN) (resid 27 and name O) 2.500 0.700 0.500  !OK
assign (resid 27 and name O) (resid 31 and name HN) 2.00 0.30 0.20    !OK
assign (resid 27 and name O) (resid 31 and name N) 2.90 0.20 0.30     !OK
!assi (resid 32 and name HN) (resid 28 and name O) 2.500 0.700 0.500  !OK
assign (resid 28 and name O) (resid 32 and name HN) 2.00 0.30 0.20    !OK
assign (resid 28 and name O) (resid 32 and name N) 2.90 0.20 0.30     !OK
!assi (resid 33 and name HN) (resid 29 and name O) 2.500 0.700 0.500  !OK
assign (resid 29 and name O) (resid 33 and name HN) 2.00 0.30 0.20    !OK
assign (resid 29 and name O) (resid 33 and name N) 2.90 0.20 0.30     !OK
!assi (resid 36 and name HN) (resid 32 and name O) 2.500 0.700 0.500  !OK
assign (resid 32 and name O) (resid 36 and name HN) 2.00 0.30 0.20    !OK
assign (resid 32 and name O) (resid 36 and name N) 2.90 0.20 0.30     !OK
!assi (resid 39 and name HN) (resid 35 and name O) 2.500 0.700 0.500  !OK
assign (resid 35 and name O) (resid 39 and name HN) 2.00 0.30 0.20    !OK
assign (resid 35 and name O) (resid 39 and name N) 2.90 0.20 0.30     !OK
!assi (resid 43 and name HN) (resid 39 and name O) 2.500 0.700 0.500  !OK
assign (resid 39 and name O) (resid 43 and name HN) 2.00 0.30 0.20    !OK
assign (resid 39 and name O) (resid 43 and name N) 2.90 0.20 0.30     !OK


!Helix 2:
!assi (resid 55 and name HN) (resid 51 and name O) 2.500 0.700 0.500 !OK
assign (resid 51 and name O) (resid 55 and name HN) 2.00 0.30 0.20   !OK
assign (resid 51 and name O) (resid 55 and name N) 2.90 0.20 0.30    !OK
!assi (resid 56 and name HN) (resid 52 and name O) 2.500 0.700 0.500 !OK
assign (resid 52 and name O) (resid 56 and name HN) 2.00 0.30 0.20   !OK
assign (resid 52 and name O) (resid 56 and name N) 2.90 0.20 0.30    !OK
!assi (resid 57 and name HN) (resid 53 and name O) 2.500 0.700 0.500 !may be correct, but K53 extended along DNA so few
                                                                     !    short-range restraints
assign (resid 53 and name O) (resid 57 and name HN) 2.00 0.30 0.20   !may be correct, but K53 extended along DNA so few
                                                                     !    short-range restraints
assign (resid 53 and name O) (resid 57 and name N) 2.90 0.20 0.30    !may be correct, but K53 extended along DNA so few
                                                                     !    short-range restraints
!assi (resid 58 and name HN) (resid 54 and name O) 2.500 0.700 0.500 !few restraints but looks OK
assign (resid 54 and name O) (resid 58 and name HN) 2.00 0.30 0.20   !few restraints but looks OK
assign (resid 54 and name O) (resid 58 and name N) 2.90 0.20 0.30    !few restraints but looks OK
!assi (resid 59 and name HN) (resid 55 and name O) 2.500 0.700 0.500 !OK
assign (resid 55 and name O) (resid 59 and name HN) 2.00 0.30 0.20   !OK
assign (resid 55 and name O) (resid 59 and name N) 2.90 0.20 0.30    !OK
!assi (resid 60 and name HN) (resid 56 and name O) 2.500 0.700 0.500 !OK
assign (resid 56 and name O) (resid 60 and name HN) 2.00 0.30 0.20   !OK
assign (resid 56 and name O) (resid 60 and name N) 2.90 0.20 0.30    !OK
!assi (resid 61 and name HN) (resid 57 and name O) 2.500 0.700 0.500 !57HO or 58HO (probably 57)
assign (resid 57 and name O) (resid 61 and name HN) 2.00 0.30 0.20   !57HO or 58HO (probably 57)
assign (resid 57 and name O) (resid 61 and name N) 2.90 0.20 0.30    !57HO or 58HO (probably 57)
!assi (resid 62 and name HN) (resid 58 and name O) 2.500 0.700 0.500 !58HO or 59HO (probably 58)
assign (resid 58 and name O) (resid 62 and name HN) 2.00 0.30 0.20   !58HO or 59HO (probably 58)
assign (resid 58 and name O) (resid 62 and name N) 2.90 0.20 0.30    !58HO or 59HO (probably 58)


!Helix 3:
!assi (resid 66 and name HN) (resid 63 and name O) 2.500 0.700 0.500 !removed because cannot be well fit by
                                                                     !    structures--63 instead of 62
assign (resid 63 and name O) (resid 66 and name HN) 2.00 0.30 0.20   !63HN instead of 62  or maybe 63OG?1
assign (resid 63 and name O) (resid 66 and name N) 2.90 0.20 0.30    !63HN instead of 62  or maybe 63OG?1
!assi (resid 67 and name HN) (resid 63 and name O) 2.500 0.700 0.500 !63 or 64 (probably 63)
assign (resid 63 and name O) (resid 67 and name HN) 2.00 0.30 0.20   !63 or 64 (probably 63)
assign (resid 63 and name O) (resid 67 and name N) 2.90 0.20 0.30    !63 or 64 (probably 63)
!assi (resid 68 and name HN) (resid 64 and name O) 2.500 0.700 0.500 !64 or 65 (probably 64)
assign (resid 64 and name O) (resid 68 and name HN) 2.00 0.30 0.20   !64 or 65 (probably 64)
assign (resid 64 and name O) (resid 68 and name N) 2.90 0.20 0.30    !64 or 65 (probably 64)
!assi (resid 70 and name HN) (resid 66 and name O) 2.500 0.700 0.500 !66 or 67 (probably 66)
! K67O added to next two restraints based on structures
assign ((resid 66 and name O) or (resid 67 and name O)) (resid 70 and name HN) 2.00 0.30 0.20   !66 or 67 (probably 66)
assign ((resid 66 and name O) or (resid 67 and name O)) (resid 70 and name N) 2.90 0.20 0.30    !66 or 67 (probably 66)
!assi (resid 71 and name HN) (resid 67 and name O) 2.500 0.700 0.500 !OK
assign (resid 67 and name O) (resid 71 and name HN) 2.00 0.30 0.20   !OK
assign (resid 67 and name O) (resid 71 and name N) 2.90 0.20 0.30    !OK
!assi (resid 73 and name HN) (resid 69 and name O) 2.500 0.700 0.500 !69 or 68 (probably 69)
assign (resid 69 and name O) (resid 73 and name HN) 2.00 0.30 0.20   !69 or 68 (probably 69)
assign (resid 69 and name O) (resid 73 and name N) 2.90 0.20 0.30    !69 or 68 (probably 69)
!assi (resid 74 and name HN) (resid 70 and name O) 2.500 0.700 0.500 !OK
assign (resid 70 and name O) (resid 74 and name HN) 2.00 0.30 0.20   !OK
assign (resid 70 and name O) (resid 74 and name N) 2.90 0.20 0.30    !OK
!assi (resid 75 and name HN) (resid 71 and name O) 2.500 0.700 0.500 !OK
assign (resid 71 and name O) (resid 75 and name HN) 2.00 0.30 0.20   !OK
assign (resid 71 and name O) (resid 75 and name N) 2.90 0.20 0.30    !OK
!assi (resid 76 and name HN) (resid 72 and name O) 2.500 0.700 0.500 !OK
assign (resid 72 and name O) (resid 76 and name HN) 2.00 0.30 0.20   !OK
assign (resid 72 and name O) (resid 76 and name N) 2.90 0.20 0.30    !OK
!assi (resid 77 and name HN) (resid 73 and name O) 2.500 0.700 0.500 !OK
assign (resid 73 and name O) (resid 77 and name HN) 2.00 0.30 0.20   !OK
assign (resid 73 and name O) (resid 77 and name N) 2.90 0.20 0.30    !OK
!assi (resid 78 and name HN) (resid 74 and name O) 2.500 0.700 0.500 !OK
assign (resid 74 and name O) (resid 78 and name HN) 2.00 0.30 0.20   !OK
assign (resid 74 and name O) (resid 78 and name N) 2.90 0.20 0.30    !OK


!Extra A-helix restraints (not supported by deuterium exchange experiment:

!assi (resid 34 and name HN) (resid 30 and name O) 2.500 0.700 0.500 !may also be to F31HO if exists
assign (resid 30 and name O) (resid 34 and name HN) 2.00 0.30 0.20   !may also be to F31HO if exists
assign (resid 30 and name O) (resid 34 and name N) 2.90 0.20 0.30    !may also be to F31HO if exists
!assi (resid 35 and name HN) (resid 31 and name O) 2.500 0.700 0.500 !looks OK
assign (resid 31 and name O) (resid 35 and name HN) 2.00 0.30 0.20   !looks OK
assign (resid 31 and name O) (resid 35 and name N) 2.90 0.20 0.30    !looks OK
!!assi (resid 37 and name HN) (resid 33 and name O) 2.500 0.700 0.500 !few restraints--probably no h-bond
!assign (resid 33 and name O) (resid 37 and name HN) 2.00 0.30 0.20   !few restraints--probably no h-bond
!assign (resid 33 and name O) (resid 37 and name N) 2.90 0.20 0.30    !few restraints--probably no h-bond
!assi (resid 38 and name HN) (resid 34 and name O) 2.500 0.700 0.500 !may exist but no n+3 connectivity (n+4 instead)
assign (resid 34 and name O) (resid 38 and name HN) 2.00 0.30 0.20   !may exist but no n+3 connectivity (n+4 instead)
assign (resid 34 and name O) (resid 38 and name N) 2.90 0.20 0.30    !may exist but no n+3 connectivity (n+4 instead)
!assi (resid 39 and name HN) (resid 35 and name O) 2.500 0.700 0.500 !looks OK
assign (resid 35 and name O) (resid 39 and name HN) 2.00 0.30 0.20   !looks OK
assign (resid 35 and name O) (resid 39 and name N) 2.90 0.20 0.30    !looks OK
!assi (resid 40 and name HN) (resid 36 and name O) 2.500 0.700 0.500 !looks OK
assign (resid 36 and name O) (resid 40 and name HN) 2.00 0.30 0.20   !looks OK
assign (resid 36 and name O) (resid 40 and name N) 2.90 0.20 0.30    !looks OK
!assi (resid 41 and name HN) (resid 37 and name O) 2.500 0.700 0.500 !looks OK
assign (resid 37 and name O) (resid 41 and name HN) 2.00 0.30 0.20   !looks OK
assign (resid 37 and name O) (resid 41 and name N) 2.90 0.20 0.30    !looks OK
!assi (resid 42 and name HN) (resid 38 and name O) 2.500 0.700 0.500 !looks OK
assign (resid 38 and name O) (resid 42 and name HN) 2.00 0.30 0.20   !looks OK
assign (resid 38 and name O) (resid 42 and name N) 2.90 0.20 0.30    !looks OK


!assi (resid 51 and name HN) (resid 47 and name O) 2.500 0.700 0.500 !looks OK
assign (resid 47 and name O) (resid 51 and name HN) 2.00 0.30 0.20   !looks OK
assign (resid 47 and name O) (resid 51 and name N) 2.90 0.20 0.30    !looks OK
!assi (resid 52 and name HN) (resid 48 and name O) 2.500 0.700 0.500 !looks OK
assign (resid 48 and name O) (resid 52 and name HN) 2.00 0.30 0.20   !looks OK
assign (resid 48 and name O) (resid 52 and name N) 2.90 0.20 0.30    !looks OK
!!assi (resid 53 and name HN) (resid 49 and name O) 2.500 0.700 0.500 !few restraints--no evidence for h-bond
!assign (resid 49 and name O) (resid 53 and name HN) 2.00 0.30 0.20   !few restraints--no evidence for h-bond
!assign (resid 49 and name O) (resid 53 and name N) 2.90 0.20 0.30    !few restraints--no evidence for h-bond
!assi (resid 54 and name HN) (resid 50 and name O) 2.500 0.700 0.500 !50HO or 49HO (probably 50?)
assign (resid 50 and name O) (resid 54 and name HN) 2.00 0.30 0.20   !50HO or 49HO (probably 50?)
assign (resid 50 and name O) (resid 54 and name N) 2.90 0.20 0.30    !50HO or 49HO (probably 50?)


!assi (resid 72 and name HN) (resid 68 and name O) 2.500 0.700 0.500 !A72HN may not actually be h-bonded (to 68 or 67?)
assign (resid 68 and name O) (resid 72 and name HN) 2.00 0.30 0.20   !A72HN may not actually be h-bonded (to 68 or 67?)
assign (resid 68 and name O) (resid 72 and name N) 2.90 0.20 0.30    !A72HN may not actually be h-bonded (to 68 or 67?)
!assi (resid 79 and name HN) (resid 75 and name O) 2.500 0.700 0.500  !probably OK but only a few restraints
assign (resid 75 and name O) (resid 79 and name HN) 2.00 0.30 0.20    !probably OK but only a few restraints
assign (resid 75 and name O) (resid 79 and name N) 2.90 0.20 0.30     !probably OK but only a few restraints
!!assi (resid 80 and name HN) (resid 76 and name O) 2.500 0.700 0.500  !may be OK but more n+2 restraints than n+3
!assign (resid 76 and name O) (resid 80 and name HN) 2.00 0.30 0.20    !may be OK but more n+2 restraints than n+3
!assign (resid 76 and name O) (resid 80 and name N) 2.90 0.20 0.30     !may be OK but more n+2 restraints than n+3
!assi (resid 81 and name HN) (resid 77 and name O) 2.500 0.700 0.500  !looks OK
assign (resid 77 and name O) (resid 81 and name HN) 2.00 0.30 0.20    !looks OK
assign (resid 77 and name O) (resid 81 and name N) 2.90 0.20 0.30     !looks OK
!assi (resid 82 and name HN) (resid 78 and name O) 2.500 0.700 0.500  !may be OK but as many n+2 restraints as n+3
assign (resid 78 and name O) (resid 82 and name HN) 2.00 0.30 0.20    !may be OK but as many n+2 restraints as n+3
assign (resid 78 and name O) (resid 82 and name N) 2.90 0.20 0.30     !may be OK but as many n+2 restraints as n+3
!assi (resid 83 and name HN) (resid 79 and name O) 2.500 0.700 0.500  !probably OK but only a few restraints.
                                                                      !    83HN could also h-bond with R80CO
assign (resid 79 and name O) (resid 83 and name HN) 2.00 0.30 0.20    !probably OK but only a few restraints.
                                                                      !    83HN could also h-bond with R80CO
assign (resid 79 and name O) (resid 83 and name N) 2.90 0.20 0.30     !probably OK but only a few restraints.
                                                                      !    83HN could also h-bond with R80CO
!!assi (resid 84 and name HN) (resid 80 and name O) 2.500 0.700 0.500  !only a few restraints. could also hbond to Y81CO
!assign (resid 80 and name O) (resid 84 and name HN) 2.00 0.30 0.20    !only a few restraints. could also hbond to Y81CO
!assign (resid 80 and name O) (resid 84 and name N) 2.90 0.20 0.30     !only a few restraints. could also hbond to Y81CO
!assi (resid 85 and name HN) (resid 81 and name O) 2.500 0.700 0.500  !looks OK
assign (resid 81 and name O) (resid 85 and name HN) 2.00 0.30 0.20    !looks OK
assign (resid 81 and name O) (resid 85 and name N) 2.90 0.20 0.30     !looks OK
!assi (resid 86 and name HN) (resid 82 and name O) 2.500 0.700 0.500  !looks OK
assign (resid 82 and name O) (resid 86 and name HN) 2.00 0.30 0.20    !looks OK
assign (resid 82 and name O) (resid 86 and name N) 2.90 0.20 0.30     !looks OK
!assi (resid 87 and name HN) (resid 83 and name O) 2.500 0.700 0.500  !may be OK but as many n+2 restraints as n+3 (6 tot)
assign (resid 83 and name O) (resid 87 and name HN) 2.00 0.30 0.20    !may be OK but as many n+2 restraints as n+3 (6 tot)
assign (resid 83 and name O) (resid 87 and name N) 2.90 0.20 0.30     !may be OK but as many n+2 restraints as n+3 (6 tot)
!assi (resid 88 and name HN) (resid 84 and name O) 2.500 0.700 0.500  !looks OK
assign (resid 84 and name O) (resid 88 and name HN) 2.00 0.30 0.20    !looks OK
assign (resid 84 and name O) (resid 88 and name N) 2.90 0.20 0.30     !looks OK
!assi (resid 89 and name HN) (resid 85 and name O) 2.500 0.700 0.500  !looks OK
assign (resid 85 and name O) (resid 89 and name HN) 2.00 0.30 0.20    !looks OK
assign (resid 85 and name O) (resid 89 and name N) 2.90 0.20 0.30     !looks OK
!assi (resid 90 and name HN) (resid 86 and name O) 2.500 0.700 0.500  !looks OK
assign (resid 86 and name O) (resid 90 and name HN) 2.00 0.30 0.20    !looks OK
assign (resid 86 and name O) (resid 90 and name N) 2.90 0.20 0.30     !looks OK
!assi (resid 91 and name HN) (resid 87 and name O) 2.500 0.700 0.500  !looks OK
assign (resid 87 and name O) (resid 91 and name HN) 2.00 0.30 0.20    !looks OK
assign (resid 87 and name O) (resid 91 and name N) 2.90 0.20 0.30     !looks OK
!assi (resid 92 and name HN) (resid 88 and name O) 2.500 0.700 0.500  !looks OK
assign (resid 88 and name O) (resid 92 and name HN) 2.00 0.30 0.20    !looks OK
assign (resid 88 and name O) (resid 92 and name N) 2.90 0.20 0.30     !looks OK
!assi (resid 93 and name HN) (resid 89 and name O) 2.500 0.700 0.500  !looks OK
assign (resid 89 and name O) (resid 93 and name HN) 2.00 0.30 0.20    !looks OK
assign (resid 89 and name O) (resid 93 and name N) 2.90 0.20 0.30     !looks OK






set message=off echo=off end

!list all residues that are not interacting with protein here.
for $n in (101 102 103 104 105 106 114 115 116 127 128 129 130) loop bb

eval( $n1 = $n +1 )

restraints  dihedral

 scale= 1.0

{ beta }

assign 
   (resid $n  and name P   )
   (resid $n  and name O5' )
   (resid $n  and name C5' ){below: weight  target  range  exponent}
   (resid $n  and name C4' )        40.0  180.0  60.0  2

{ gamma }

assign 
   (resid $n  and name O5' )
   (resid $n  and name C5' )
   (resid $n  and name C4' )
   (resid $n  and name C3' )        40.0   60.0  40.0  2

{ epsilon }

assign 
   (resid $n  and name C4' )
   (resid $n  and name C3' )
   (resid $n  and name O3' )
   (resid $n1 and name P   )        40.0  240.0 120.0  2    !use wider range to be sure no artificial bias
!   (resid $n1 and name P   )        40.0  225.0  75.0  2   !testing this --structures look similar
                                                           !(narrower range possible according to Saenger)

end

end loop bb



!list all residues that are interacting with protein here.
!for $n in (106 107 108 109 110 111 112 113
for $n in (107 108 109 110 111 112 113
    117 118 119 120 121 122 123 124 125 126) loop bb


eval( $n1 = $n +1 )

restraints  dihedral

 scale= 1.0

{ beta }

assign 
   (resid $n  and name P   )
   (resid $n  and name O5' )
   (resid $n  and name C5' ){below: weight  target  range  exponent}
   (resid $n  and name C4' )        40.0  170.0  90.0  2

{ gamma }

assign 
   (resid $n  and name O5' )
   (resid $n  and name C5' )
   (resid $n  and name C4' )
   (resid $n  and name C3' )        40.0   85.0 170.0  2

{ epsilon }

assign 
   (resid $n  and name C4' )
   (resid $n  and name C3' )
   (resid $n  and name O3' )
!   (resid $n1 and name P   )        40.0  225.0  75.0  2
   (resid $n1 and name P   )        40.0  240.0 120.0  2    !use wider range to be sure no artificial bias

end

end loop bb

Backbone dihedral restraints:

assign (resid 101 and name P) (resid 101 and name O5') (resid 101 and name C5') (resid 101 and name C4') 40.0 180.0 60.0 2
assign (resid 101 and name O5') (resid 101 and name C5') (resid 101 and name C4') (resid 101 and name C3') 40.0 60.0 40.0 2
assign (resid 101 and name C4') (resid 101 and name C3') (resid 101 and name O3') (resid 101 and name P) 40.0 240.0 120.0 2

assign (resid 102 and name P) (resid 102 and name O5') (resid 102 and name C5') (resid 102 and name C4') 40.0 180.0 60.0 2
assign (resid 102 and name O5') (resid 102 and name C5') (resid 102 and name C4') (resid 102 and name C3') 40.0 60.0 40.0 2
assign (resid 102 and name C4') (resid 102 and name C3') (resid 102 and name O3') (resid 102 and name P) 40.0 240.0 120.0 2

assign (resid 103 and name P) (resid 103 and name O5') (resid 103 and name C5') (resid 103 and name C4') 40.0 180.0 60.0 2
assign (resid 103 and name O5') (resid 103 and name C5') (resid 103 and name C4') (resid 103 and name C3') 40.0 60.0 40.0 2
assign (resid 103 and name C4') (resid 103 and name C3') (resid 103 and name O3') (resid 103 and name P) 40.0 240.0 120.0 2

assign (resid 104 and name P) (resid 104 and name O5') (resid 104 and name C5') (resid 104 and name C4') 40.0 180.0 60.0 2
assign (resid 104 and name O5') (resid 104 and name C5') (resid 104 and name C4') (resid 104 and name C3') 40.0 60.0 40.0 2
assign (resid 104 and name C4') (resid 104 and name C3') (resid 104 and name O3') (resid 104 and name P) 40.0 240.0 120.0 2

assign (resid 105 and name P) (resid 105 and name O5') (resid 105 and name C5') (resid 105 and name C4') 40.0 180.0 60.0 2
assign (resid 105 and name O5') (resid 105 and name C5') (resid 105 and name C4') (resid 105 and name C3') 40.0 60.0 40.0 2
assign (resid 105 and name C4') (resid 105 and name C3') (resid 105 and name O3') (resid 105 and name P) 40.0 240.0 120.0 2

assign (resid 106 and name P) (resid 106 and name O5') (resid 106 and name C5') (resid 106 and name C4') 40.0 180.0 60.0 2
assign (resid 106 and name O5') (resid 106 and name C5') (resid 106 and name C4') (resid 106 and name C3') 40.0 60.0 40.0 2
assign (resid 106 and name C4') (resid 106 and name C3') (resid 106 and name O3') (resid 106 and name P) 40.0 240.0 120.0 2

assign (resid 107 and name P) (resid 107 and name O5') (resid 107 and name C5') (resid 107 and name C4') 40.0 170.0 90.0 2
assign (resid 107 and name O5') (resid 107 and name C5') (resid 107 and name C4') (resid 107 and name C3') 40.0 85.0 170.0 2
assign (resid 107 and name C4') (resid 107 and name C3') (resid 107 and name O3') (resid 107 and name P) 40.0 240.0 120.0 2

assign (resid 108 and name P) (resid 108 and name O5') (resid 108 and name C5') (resid 108 and name C4') 40.0 170.0 90.0 2
assign (resid 108 and name O5') (resid 108 and name C5') (resid 108 and name C4') (resid 108 and name C3') 40.0 85.0 170.0 2
assign (resid 108 and name C4') (resid 108 and name C3') (resid 108 and name O3') (resid 108 and name P) 40.0 240.0 120.0 2

assign (resid 109 and name P) (resid 109 and name O5') (resid 109 and name C5') (resid 109 and name C4') 40.0 170.0 90.0 2
assign (resid 109 and name O5') (resid 109 and name C5') (resid 109 and name C4') (resid 109 and name C3') 40.0 85.0 170.0 2
assign (resid 109 and name C4') (resid 109 and name C3') (resid 109 and name O3') (resid 109 and name P) 40.0 240.0 120.0 2

assign (resid 110 and name P) (resid 110 and name O5') (resid 110 and name C5') (resid 110 and name C4') 40.0 170.0 90.0 2
assign (resid 110 and name O5') (resid 110 and name C5') (resid 110 and name C4') (resid 110 and name C3') 40.0 85.0 170.0 2
assign (resid 110 and name C4') (resid 110 and name C3') (resid 110 and name O3') (resid 110 and name P) 40.0 240.0 120.0 2

assign (resid 111 and name P) (resid 111 and name O5') (resid 111 and name C5') (resid 111 and name C4') 40.0 170.0 90.0 2
assign (resid 111 and name O5') (resid 111 and name C5') (resid 111 and name C4') (resid 111 and name C3') 40.0 85.0 170.0 2
assign (resid 111 and name C4') (resid 111 and name C3') (resid 111 and name O3') (resid 111 and name P) 40.0 240.0 120.0 2

assign (resid 112 and name P) (resid 112 and name O5') (resid 112 and name C5') (resid 112 and name C4') 40.0 170.0 90.0 2
assign (resid 112 and name O5') (resid 112 and name C5') (resid 112 and name C4') (resid 112 and name C3') 40.0 85.0 170.0 2
assign (resid 112 and name C4') (resid 112 and name C3') (resid 112 and name O3') (resid 112 and name P) 40.0 240.0 120.0 2

assign (resid 113 and name P) (resid 113 and name O5') (resid 113 and name C5') (resid 113 and name C4') 40.0 170.0 90.0 2
assign (resid 113 and name O5') (resid 113 and name C5') (resid 113 and name C4') (resid 113 and name C3') 40.0 85.0 170.0 2
assign (resid 113 and name C4') (resid 113 and name C3') (resid 113 and name O3') (resid 113 and name P) 40.0 240.0 120.0 2

assign (resid 114 and name P) (resid 114 and name O5') (resid 114 and name C5') (resid 114 and name C4') 40.0 180.0 60.0 2
assign (resid 114 and name O5') (resid 114 and name C5') (resid 114 and name C4') (resid 114 and name C3') 40.0 60.0 40.0 2
assign (resid 114 and name C4') (resid 114 and name C3') (resid 114 and name O3') (resid 114 and name P) 40.0 240.0 120.0 2

assign (resid 115 and name P) (resid 115 and name O5') (resid 115 and name C5') (resid 115 and name C4') 40.0 180.0 60.0 2
assign (resid 115 and name O5') (resid 115 and name C5') (resid 115 and name C4') (resid 115 and name C3') 40.0 60.0 40.0 2
assign (resid 115 and name C4') (resid 115 and name C3') (resid 115 and name O3') (resid 115 and name P) 40.0 240.0 120.0 2

assign (resid 116 and name P) (resid 116 and name O5') (resid 116 and name C5') (resid 116 and name C4') 40.0 180.0 60.0 2
assign (resid 116 and name O5') (resid 116 and name C5') (resid 116 and name C4') (resid 116 and name C3') 40.0 60.0 40.0 2
assign (resid 116 and name C4') (resid 116 and name C3') (resid 116 and name O3') (resid 116 and name P) 40.0 240.0 120.0 2

assign (resid 117 and name P) (resid 117 and name O5') (resid 117 and name C5') (resid 117 and name C4') 40.0 170.0 90.0 2
assign (resid 117 and name O5') (resid 117 and name C5') (resid 117 and name C4') (resid 117 and name C3') 40.0 85.0 170.0 2
assign (resid 117 and name C4') (resid 117 and name C3') (resid 117 and name O3') (resid 117 and name P) 40.0 240.0 120.0 2

assign (resid 118 and name P) (resid 118 and name O5') (resid 118 and name C5') (resid 118 and name C4') 40.0 170.0 90.0 2
assign (resid 118 and name O5') (resid 118 and name C5') (resid 118 and name C4') (resid 118 and name C3') 40.0 85.0 170.0 2
assign (resid 118 and name C4') (resid 118 and name C3') (resid 118 and name O3') (resid 118 and name P) 40.0 240.0 120.0 2

assign (resid 119 and name P) (resid 119 and name O5') (resid 119 and name C5') (resid 119 and name C4') 40.0 170.0 90.0 2
assign (resid 119 and name O5') (resid 119 and name C5') (resid 119 and name C4') (resid 119 and name C3') 40.0 85.0 170.0 2
assign (resid 119 and name C4') (resid 119 and name C3') (resid 119 and name O3') (resid 119 and name P) 40.0 240.0 120.0 2

assign (resid 120 and name P) (resid 120 and name O5') (resid 120 and name C5') (resid 120 and name C4') 40.0 170.0 90.0 2
assign (resid 120 and name O5') (resid 120 and name C5') (resid 120 and name C4') (resid 120 and name C3') 40.0 85.0 170.0 2
assign (resid 120 and name C4') (resid 120 and name C3') (resid 120 and name O3') (resid 120 and name P) 40.0 240.0 120.0 2

assign (resid 121 and name P) (resid 121 and name O5') (resid 121 and name C5') (resid 121 and name C4') 40.0 170.0 90.0 2
assign (resid 121 and name O5') (resid 121 and name C5') (resid 121 and name C4') (resid 121 and name C3') 40.0 85.0 170.0 2
assign (resid 121 and name C4') (resid 121 and name C3') (resid 121 and name O3') (resid 121 and name P) 40.0 240.0 120.0 2

assign (resid 122 and name P) (resid 122 and name O5') (resid 122 and name C5') (resid 122 and name C4') 40.0 170.0 90.0 2
assign (resid 122 and name O5') (resid 122 and name C5') (resid 122 and name C4') (resid 122 and name C3') 40.0 85.0 170.0 2
assign (resid 122 and name C4') (resid 122 and name C3') (resid 122 and name O3') (resid 122 and name P) 40.0 240.0 120.0 2

assign (resid 123 and name P) (resid 123 and name O5') (resid 123 and name C5') (resid 123 and name C4') 40.0 170.0 90.0 2
assign (resid 123 and name O5') (resid 123 and name C5') (resid 123 and name C4') (resid 123 and name C3') 40.0 85.0 170.0 2
assign (resid 123 and name C4') (resid 123 and name C3') (resid 123 and name O3') (resid 123 and name P) 40.0 240.0 120.0 2

assign (resid 124 and name P) (resid 124 and name O5') (resid 124 and name C5') (resid 124 and name C4') 40.0 170.0 90.0 2
assign (resid 124 and name O5') (resid 124 and name C5') (resid 124 and name C4') (resid 124 and name C3') 40.0 85.0 170.0 2
assign (resid 124 and name C4') (resid 124 and name C3') (resid 124 and name O3') (resid 124 and name P) 40.0 240.0 120.0 2

assign (resid 125 and name P) (resid 125 and name O5') (resid 125 and name C5') (resid 125 and name C4') 40.0 170.0 90.0 2
assign (resid 125 and name O5') (resid 125 and name C5') (resid 125 and name C4') (resid 125 and name C3') 40.0 85.0 170.0 2
assign (resid 125 and name C4') (resid 125 and name C3') (resid 125 and name O3') (resid 125 and name P) 40.0 240.0 120.0 2

assign (resid 126 and name P) (resid 126 and name O5') (resid 126 and name C5') (resid 126 and name C4') 40.0 170.0 90.0 2
assign (resid 126 and name O5') (resid 126 and name C5') (resid 126 and name C4') (resid 126 and name C3') 40.0 85.0 170.0 2
assign (resid 126 and name C4') (resid 126 and name C3') (resid 126 and name O3') (resid 126 and name P) 40.0 240.0 120.0 2

assign (resid 127 and name P) (resid 127 and name O5') (resid 127 and name C5') (resid 127 and name C4') 40.0 180.0 60.0 2
assign (resid 127 and name O5') (resid 127 and name C5') (resid 127 and name C4') (resid 127 and name C3') 40.0 60.0 40.0 2
assign (resid 127 and name C4') (resid 127 and name C3') (resid 127 and name O3') (resid 127 and name P) 40.0 240.0 120.0 2

assign (resid 128 and name P) (resid 128 and name O5') (resid 128 and name C5') (resid 128 and name C4') 40.0 180.0 60.0 2
assign (resid 128 and name O5') (resid 128 and name C5') (resid 128 and name C4') (resid 128 and name C3') 40.0 60.0 40.0 2
assign (resid 128 and name C4') (resid 128 and name C3') (resid 128 and name O3') (resid 128 and name P) 40.0 240.0 120.0 2

assign (resid 129 and name P) (resid 129 and name O5') (resid 129 and name C5') (resid 129 and name C4') 40.0 180.0 60.0 2
assign (resid 129 and name O5') (resid 129 and name C5') (resid 129 and name C4') (resid 129 and name C3') 40.0 60.0 40.0 2
assign (resid 129 and name C4') (resid 129 and name C3') (resid 129 and name O3') (resid 129 and name P) 40.0 240.0 120.0 2

assign (resid 130 and name P) (resid 130 and name O5') (resid 130 and name C5') (resid 130 and name C4') 40.0 180.0 60.0 2
assign (resid 130 and name O5') (resid 130 and name C5') (resid 130 and name C4') (resid 130 and name C3') 40.0 60.0 40.0 2
assign (resid 130 and name C4') (resid 130 and name C3') (resid 130 and name O3') (resid 130 and name P) 40.0 240.0 120.0 2






Planarity restraints:

vector identity (store1)
          (
           (resname ADE or resname GUA or resname THY or resname CYT)
           and (
           (not( name P   or name O1P or name O2P or name O5' or name H5T or
                name H1' or name H2' or name H3' or name H4' or name H5' or
                name H2'' or name H5'' or name O2' or name H7# or
                name O3' or name C1' or name C2' or name C3' or name C4' or
                name C5' or name O4' or name H3T ) )
               )
          )

rest plan
   group select ( (store1) and (resid 101 or resid 130)  ) weigh=3.0 end
   group select ( (store1) and (resi 102 or resi 129)  ) weigh=3.0 end
   group select ( (store1) and (resi 103 or resi 128)  ) weigh=3.0 end
   group select ( (store1) and (resi 104 or resi 127)  ) weigh=3.0 end
   group select ( (store1) and (resi 105 or resi 126)  ) weigh=3.0 end
   group select ( (store1) and (resi 106 or resi 125)  ) weigh=3.0 end
   group select ( (store1) and (resi 107 or resi 124)  ) weigh=3.0 end
   group select ( (store1) and (resi 108 or resi 123)  ) weigh=3.0 end
   group select ( (store1) and (resi 109 or resi 122)  ) weigh=3.0 end
   group select ( (store1) and (resi 110 or resi 121)  ) weigh=3.0 end
   group select ( (store1) and (resi 111 or resi 120)  ) weigh=3.0 end
   group select ( (store1) and (resi 112 or resi 119)  ) weigh=3.0 end
   group select ( (store1) and (resi 113 or resi 118)  ) weigh=3.0 end
   group select ( (store1) and (resi 114 or resi 117)  ) weigh=3.0 end
   group select ( (store1) and (resi 115 or resi 116)  ) weigh=3.0 end
   group select ( (store1 and (resi 101)) ) weigh=500.0 end
   group select ( (store1 and (resi 102)) ) weigh=500.0 end
   group select ( (store1 and (resi 103)) ) weigh=500.0 end
   group select ( (store1 and (resi 104)) ) weigh=500.0 end
   group select ( (store1 and (resi 105)) ) weigh=500.0 end
   group select ( (store1 and (resi 106)) ) weigh=500.0 end
   group select ( (store1 and (resi 107)) ) weigh=500.0 end
   group select ( (store1 and (resi 108)) ) weigh=500.0 end
   group select ( (store1 and (resi 109)) ) weigh=500.0 end
   group select ( (store1 and (resi 110)) ) weigh=500.0 end
   group select ( (store1 and (resi 111)) ) weigh=500.0 end
   group select ( (store1 and (resi 112)) ) weigh=500.0 end
   group select ( (store1 and (resi 113)) ) weigh=500.0 end
   group select ( (store1 and (resi 114)) ) weigh=500.0 end
   group select ( (store1 and (resi 115)) ) weigh=500.0 end
   group select ( (store1 and (resi 130)) ) weigh=500.0 end
   group select ( (store1 and (resi 129)) ) weigh=500.0 end
   group select ( (store1 and (resi 128)) ) weigh=500.0 end
   group select ( (store1 and (resi 127)) ) weigh=500.0 end
   group select ( (store1 and (resi 126)) ) weigh=500.0 end
   group select ( (store1 and (resi 125)) ) weigh=500.0 end
   group select ( (store1 and (resi 124)) ) weigh=500.0 end
   group select ( (store1 and (resi 123)) ) weigh=500.0 end
   group select ( (store1 and (resi 122)) ) weigh=500.0 end
   group select ( (store1 and (resi 121)) ) weigh=500.0 end
   group select ( (store1 and (resi 120)) ) weigh=500.0 end
   group select ( (store1 and (resi 119)) ) weigh=500.0 end
   group select ( (store1 and (resi 118)) ) weigh=500.0 end
   group select ( (store1 and (resi 117)) ) weigh=500.0 end
   group select ( (store1 and (resi 116)) ) weigh=500.0 end
end




46



  Entry H atom name         Submitted Coord H atom name
  Start of MODEL    1
    1   1H5*    G 101          H5''        G 101 -29.868   8.614 -14.298
    2   2H5*    G 101          H5'         G 101 -30.426   6.922 -14.169
    3    H4*    G 101           H4'        G 101 -28.383   6.877 -15.407
    4    H3*    G 101           H3'        G 101 -28.624   5.692 -12.818
    5    H1*    G 101           H1'        G 101 -25.497   7.416 -14.378
    6    H8     G 101           H8         G 101 -26.154   8.293 -10.727
    7    H1     G 101           H1         G 101 -22.619  12.628 -13.861
    8   1H2     G 101          1H2         G 101 -22.641  12.210 -16.037
    9   2H2     G 101          2H2         G 101 -23.521  10.863 -16.724
   10    H5T    G 101           H5T        G 101 -29.241   8.573 -12.207
   11   1H2*    G 101          H2'         G 101 -26.878   6.698 -11.822
   12   2H2*    G 101          H2''        G 101 -25.842   5.714 -12.898
   13   1H5*    G 102          H5''        G 102 -25.993   4.818 -16.055
   14   2H5*    G 102          H5'         G 102 -25.520   3.179 -16.544
   15    H4*    G 102           H4'        G 102 -23.828   4.860 -17.204
   16    H3*    G 102           H3'        G 102 -23.344   2.486 -15.615
   17    H1*    G 102           H1'        G 102 -21.522   5.961 -15.486
   18    H8     G 102           H8         G 102 -23.274   4.534 -12.299
   19    H1     G 102           H1         G 102 -19.436   9.590 -11.400
   20   1H2     G 102          1H2         G 102 -18.602  10.272 -13.351
   21   2H2     G 102          2H2         G 102 -18.993   9.481 -14.860
   22   1H2*    G 102          H2'         G 102 -21.943   3.384 -14.080
   23   2H2*    G 102          H2''        G 102 -20.860   3.838 -15.384
   24   1H5*    G 103          H5''        G 103 -20.649   4.959 -17.236
   25   2H5*    G 103          H5'         G 103 -20.348   4.489 -18.931
   26    H4*    G 103           H4'        G 103 -18.724   6.093 -18.623
   27    H3*    G 103           H3'        G 103 -17.616   3.448 -18.131
   28    H1*    G 103           H1'        G 103 -16.830   6.749 -16.243
   29    H8     G 103           H8         G 103 -18.367   3.754 -14.297
   30    H1     G 103           H1         G 103 -15.991   8.504 -10.703
   31   1H2     G 103          1H2         G 103 -15.228  10.134 -12.010
   32   2H2     G 103          2H2         G 103 -15.308  10.049 -13.758
   33   1H2*    G 103          H2'         G 103 -16.773   3.801 -16.128
   34   2H2*    G 103          H2''        G 103 -15.663   4.977 -16.880
   35   1H5*    G 104          H5''        G 104 -14.138   6.950 -18.656
   36   2H5*    G 104          H5'         G 104 -13.287   6.091 -19.956
   37    H4*    G 104           H4'        G 104 -11.657   7.076 -18.469
   38    H3*    G 104           H3'        G 104 -11.931   4.210 -18.938
   39    H1*    G 104           H1'        G 104 -10.946   5.910 -15.559
   40    H8     G 104           H8         G 104 -14.047   3.715 -15.725
   41    H1     G 104           H1         G 104 -12.827   6.255  -9.968
   42   1H2     G 104          1H2         G 104 -11.103   7.669 -10.116
   43   2H2     G 104          2H2         G 104 -10.275   7.965 -11.628
   44   1H2*    G 104          H2'         G 104 -12.218   3.534 -16.823
   45   2H2*    G 104          H2''        G 104 -10.525   3.900 -16.588
   46   1H5*    T 105          H5''        T 105 -10.066   9.242 -16.960
   47   2H5*    T 105          H5'         T 105  -8.693   8.955 -18.045
   48    H4*    T 105           H4'        T 105  -7.995   9.695 -15.808
   49    H3*    T 105           H3'        T 105  -7.146   7.130 -16.987
   50   1H2*    T 105          H2'         T 105  -6.588   6.130 -15.059
   51   2H2*    T 105          H2''        T 105  -5.737   7.592 -14.511
   52    H1*    T 105           H1'        T 105  -7.415   8.306 -13.298
   53    H3     T 105           H3         T 105  -9.159   5.722 -10.095
   54   1H5M    T 105          1H7         T 105  -8.767   2.737 -14.550
   55   2H5M    T 105          2H7         T 105 -10.462   2.867 -14.024
   56   3H5M    T 105          3H7         T 105  -9.269   2.048 -12.988
   57    H6     T 105           H6         T 105  -8.474   5.062 -14.801
   58   1H5*    G 106          H5''        G 106  -5.704   9.812 -14.772
   59   2H5*    G 106          H5'         G 106  -4.482  11.093 -14.801
   60    H4*    G 106           H4'        G 106  -4.678  10.735 -12.507
   61    H3*    G 106           H3'        G 106  -2.405   9.207 -13.655
   62    H1*    G 106           H1'        G 106  -4.741   8.174 -10.643
   63    H8     G 106           H8         G 106  -3.919   6.465 -13.979
   64    H1     G 106           H1         G 106  -6.797   2.673  -9.692
   65   1H2     G 106          1H2         G 106  -7.266   3.830  -7.839
   66   2H2     G 106          2H2         G 106  -6.861   5.524  -7.679
   67   1H2*    G 106          H2'         G 106  -2.487   7.516 -12.308
   68   2H2*    G 106          H2''        G 106  -2.596   8.641 -10.894
   69   1H5*    A 107          H5''        A 107  -2.821  10.489  -9.804
   70   2H5*    A 107          H5'         A 107  -1.545  11.387  -8.966
   71    H4*    A 107           H4'        A 107  -2.482  10.047  -7.300
   72    H3*    A 107           H3'        A 107   0.145   9.284  -8.346
   73    H1*    A 107           H1'        A 107  -2.654   6.841  -6.932
   74    H8     A 107           H8         A 107  -1.463   6.754 -10.571
   75   1H6     A 107          1H6         A 107  -3.184   0.759 -10.124
   76   2H6     A 107          2H6         A 107  -2.537   1.970 -11.210
   77    H2     A 107           H2         A 107  -3.799   2.733  -6.164
   78   1H2*    A 107          H2'         A 107  -0.026   7.020  -8.034
   79   2H2*    A 107          H2''        A 107  -0.615   7.352  -6.378
   80   1H5*    T 108          H5''        T 108  -0.964   7.842  -4.332
   81   2H5*    T 108          H5'         T 108   0.321   8.156  -3.157
   82    H4*    T 108           H4'        T 108  -0.372   5.991  -2.700
   83    H3*    T 108           H3'        T 108   2.167   6.152  -4.233
   84   1H2*    T 108          H2'         T 108   2.087   4.013  -4.910
   85   2H2*    T 108          H2''        T 108   1.632   3.432  -3.300
   86    H1*    T 108           H1'        T 108  -0.550   3.408  -3.715
   87    H3     T 108           H3         T 108  -0.978   0.159  -6.727
   88   1H5M    T 108          1H7         T 108   0.205   4.700  -9.321
   89   2H5M    T 108          2H7         T 108  -0.273   3.230 -10.214
   90   3H5M    T 108          3H7         T 108   1.414   3.440  -9.677
   91    H6     T 108           H6         T 108   0.457   4.726  -7.069
   92   1H5*    T 109          H5''        T 109  -0.153   2.811   0.109
   93   2H5*    T 109          H5'         T 109   1.473   3.144   0.729
   94    H4*    T 109           H4'        T 109   0.749   0.703   0.353
   95    H3*    T 109           H3'        T 109   3.308   2.045  -0.192
   96   1H2*    T 109          H2'         T 109   3.971   0.654  -1.852
   97   2H2*    T 109          H2''        T 109   3.572  -0.764  -0.848
   98    H1*    T 109           H1'        T 109   1.597  -1.088  -1.870
   99    H3     T 109           H3         T 109   2.194  -1.930  -6.215
  100   1H5M    T 109          1H7         T 109   4.522   2.157  -6.704
  101   2H5M    T 109          2H7         T 109   4.036   3.045  -5.237
  102   3H5M    T 109          3H7         T 109   2.911   2.915  -6.607
  103    H6     T 109           H6         T 109   3.008   1.953  -3.524
  104   1H5*    G 110          H5''        G 110   3.456  -1.797   1.072
  105   2H5*    G 110          H5'         G 110   4.052  -2.162   2.714
  106    H4*    G 110           H4'        G 110   4.911  -4.015   1.780
  107    H3*    G 110           H3'        G 110   6.833  -1.867   1.431
  108    H1*    G 110           H1'        G 110   6.025  -4.715  -1.206
  109    H8     G 110           H8         G 110   5.550  -0.875  -1.783
  110    H1     G 110           H1         G 110   5.346  -4.646  -6.963
  111   1H2     G 110          1H2         G 110   5.575  -6.778  -6.365
  112   2H2     G 110          2H2         G 110   5.773  -7.262  -4.695
  113   1H2*    G 110          H2'         G 110   7.430  -2.255  -0.719
  114   2H2*    G 110          H2''        G 110   7.837  -3.925  -0.246
  115   1H5*    T 111          H5''        T 111   7.459  -5.911   0.623
  116   2H5*    T 111          H5'         T 111   8.275  -6.563   2.057
  117    H4*    T 111           H4'        T 111   8.850  -8.228   0.660
  118    H3*    T 111           H3'        T 111  10.943  -6.163   0.456
  119   1H2*    T 111          H2'         T 111  11.271  -6.234  -1.697
  120   2H2*    T 111          H2''        T 111  11.537  -7.998  -1.624
  121    H1*    T 111           H1'        T 111   9.552  -8.386  -2.534
  122    H3     T 111           H3         T 111   9.078  -6.238  -6.424
  123   1H5M    T 111          1H7         T 111  10.169  -2.226  -3.807
  124   2H5M    T 111          2H7         T 111   9.030  -2.542  -2.479
  125   3H5M    T 111          3H7         T 111   8.421  -2.163  -4.120
  126    H6     T 111           H6         T 111   9.402  -4.713  -1.883
  127   1H5*    T 112          H5''        T 112  11.977  -9.911  -0.748
  128   2H5*    T 112          H5'         T 112  13.425 -10.699  -0.098
  129    H4*    T 112           H4'        T 112  13.512 -11.144  -2.386
  130    H3*    T 112           H3'        T 112  15.344  -9.140  -1.324
  131   1H2*    T 112          H2'         T 112  15.442  -7.747  -3.009
  132   2H2*    T 112          H2''        T 112  15.841  -9.082  -4.121
  133    H1*    T 112           H1'        T 112  13.823  -9.179  -4.915
  134    H3     T 112           H3         T 112  12.587  -5.237  -6.616
  135   1H5M    T 112          1H7         T 112  13.071  -3.296  -2.297
  136   2H5M    T 112          2H7         T 112  12.964  -4.726  -1.236
  137   3H5M    T 112          3H7         T 112  11.493  -4.064  -1.987
  138    H6     T 112           H6         T 112  13.314  -6.848  -2.156
  139   1H5*    C 113          H5''        C 113  16.656 -10.683  -5.306
  140   2H5*    C 113          H5'         C 113  18.215 -11.462  -4.991
  141    H4*    C 113           H4'        C 113  18.750 -10.283  -6.887
  142    H3*    C 113           H3'        C 113  19.422  -8.758  -4.422
  143    H1*    C 113           H1'        C 113  18.279  -7.174  -7.835
  144   1H4     C 113          1H4         C 113  14.722  -2.753  -4.905
  145   2H4     C 113          2H4         C 113  14.916  -3.537  -3.354
  146    H5     C 113           H5         C 113  16.196  -5.684  -3.088
  147    H6     C 113           H6         C 113  17.446  -7.346  -4.282
  148   1H2*    C 113          H2'         C 113  19.334  -6.771  -5.205
  149   2H2*    C 113          H2''        C 113  20.162  -7.275  -6.708
  150   1H5*    A 114          H5''        A 114  20.945  -8.593  -8.123
  151   2H5*    A 114          H5'         A 114  22.655  -8.858  -8.520
  152    H4*    A 114           H4'        A 114  21.817  -7.337 -10.154
  153    H3*    A 114           H3'        A 114  23.651  -6.331  -8.087
  154    H1*    A 114           H1'        A 114  20.781  -4.257  -9.719
  155    H8     A 114           H8         A 114  21.504  -5.140  -6.040
  156   1H6     A 114          1H6         A 114  17.747  -0.342  -4.813
  157   2H6     A 114          2H6         A 114  18.756  -1.591  -4.115
  158    H2     A 114           H2         A 114  18.032  -0.877  -9.294
  159   1H2*    A 114          H2'         A 114  22.970  -4.273  -7.927
  160   2H2*    A 114          H2''        A 114  22.994  -4.123  -9.704
  161   1H5*    G 115          H5''        G 115  25.691  -4.680 -12.577
  162   2H5*    G 115          H5'         G 115  27.205  -4.179 -11.808
  163    H4*    G 115           H4'        G 115  25.596  -2.549 -13.278
  164    H3*    G 115           H3'        G 115  27.831  -2.165 -11.482
  165    H1*    G 115           H1'        G 115  24.425  -0.054 -11.302
  166    H8     G 115           H8         G 115  25.683  -2.578  -8.641
  167    H1     G 115           H1         G 115  21.447   1.796  -6.638
  168   1H2     G 115          1H2         G 115  20.876   3.129  -8.317
  169   2H2     G 115          2H2         G 115  21.537   2.942  -9.927
  170    H3T    G 115           H3T        G 115  26.784  -1.224 -13.840
  171   1H2*    G 115          H2'         G 115  26.934  -0.561 -10.065
  172   2H2*    G 115          H2''        G 115  26.536   0.393 -11.471
  173   1H5*    C 116          H5''        C 116  19.587   7.647  -2.714
  174   2H5*    C 116          H5'         C 116  18.467   9.019  -2.567
  175    H4*    C 116           H4'        C 116  18.179   8.711  -4.826
  176    H3*    C 116           H3'        C 116  16.307   6.947  -3.482
  177    H1*    C 116           H1'        C 116  18.413   6.052  -6.715
  178   1H4     C 116          1H4         C 116  21.040   0.610  -4.401
  179   2H4     C 116          2H4         C 116  20.506   1.005  -2.779
  180    H5     C 116           H5         C 116  19.272   3.070  -2.240
  181    H6     C 116           H6         C 116  18.336   5.109  -3.189
  182    H5T    C 116           H5T        C 116  16.977   7.728  -1.711
  183   1H2*    C 116          H2'         C 116  16.655   5.131  -4.623
  184   2H2*    C 116          H2''        C 116  16.295   6.005  -6.135
  185   1H5*    T 117          H5''        T 117  16.320   7.512  -7.337
  186   2H5*    T 117          H5'         T 117  15.509   8.291  -8.684
  187    H4*    T 117           H4'        T 117  15.146   6.363  -9.642
  188    H3*    T 117           H3'        T 117  13.368   6.008  -7.275
  189   1H2*    T 117          H2'         T 117  13.401   3.766  -7.416
  190   2H2*    T 117          H2''        T 117  13.382   3.769  -9.190
  191    H1*    T 117           H1'        T 117  15.592   3.399  -9.237
  192    H3     T 117           H3         T 117  16.957   0.214  -6.278
  193   1H5M    T 117          1H7         T 117  14.730   4.360  -3.626
  194   2H5M    T 117          2H7         T 117  16.074   3.510  -2.818
  195   3H5M    T 117          3H7         T 117  14.473   2.729  -2.950
  196    H6     T 117           H6         T 117  14.844   4.485  -5.777
  197   1H5*    G 118          H5''        G 118  13.699   4.965 -10.861
  198   2H5*    G 118          H5'         G 118  13.018   5.392 -12.439
  199    H4*    G 118           H4'        G 118  13.982   3.338 -12.908
  200    H3*    G 118           H3'        G 118  11.102   3.144 -12.392
  201    H1*    G 118           H1'        G 118  13.967   0.560 -11.679
  202    H8     G 118           H8         G 118  11.791   2.066  -8.751
  203    H1     G 118           H1         G 118  14.927  -3.372  -7.445
  204   1H2     G 118          1H2         G 118  16.060  -4.062  -9.223
  205   2H2     G 118          2H2         G 118  16.043  -3.190 -10.740
  206   1H2*    G 118          H2'         G 118  11.134   1.121 -11.335
  207   2H2*    G 118          H2''        G 118  12.053   0.460 -12.702
  208   1H5*    A 119          H5''        A 119  13.094  -0.075 -14.497
  209   2H5*    A 119          H5'         A 119  12.415  -0.246 -16.129
  210    H4*    A 119           H4'        A 119  12.793  -2.475 -15.583
  211    H3*    A 119           H3'        A 119  10.017  -1.678 -15.125
  212    H1*    A 119           H1'        A 119  12.127  -4.186 -12.791
  213    H8     A 119           H8         A 119  10.424  -0.775 -12.126
  214   1H6     A 119          1H6         A 119  11.153  -2.448  -6.155
  215   2H6     A 119          2H6         A 119  10.530  -1.196  -7.209
  216    H2     A 119           H2         A 119  12.862  -5.652  -8.823
  217   1H2*    A 119          H2'         A 119   9.605  -2.911 -13.311
  218   2H2*    A 119          H2''        A 119  10.336  -4.348 -14.108
  219   1H5*    A 120          H5''        A 120   9.093  -7.129 -17.102
  220   2H5*    A 120          H5'         A 120   7.812  -6.432 -16.090
  221    H4*    A 120           H4'        A 120   9.811  -8.550 -15.470
  222    H3*    A 120           H3'        A 120   7.020  -8.376 -15.579
  223    H1*    A 120           H1'        A 120   8.912  -8.327 -12.126
  224    H8     A 120           H8         A 120   8.246  -4.812 -13.532
  225   1H6     A 120          1H6         A 120   7.837  -3.325  -7.496
  226   2H6     A 120          2H6         A 120   7.814  -2.691  -9.125
  227    H2     A 120           H2         A 120   8.434  -7.796  -7.898
  228   1H2*    A 120          H2'         A 120   6.648  -7.233 -13.618
  229   2H2*    A 120          H2''        A 120   6.885  -8.833 -12.877
  230   1H5*    C 121          H5''        C 121   7.394 -10.840 -12.135
  231   2H5*    C 121          H5'         C 121   6.571 -12.383 -12.457
  232    H4*    C 121           H4'        C 121   5.409 -11.972 -10.616
  233    H3*    C 121           H3'        C 121   4.066 -10.301 -12.674
  234    H1*    C 121           H1'        C 121   4.606  -9.756  -8.770
  235   1H4     C 121          1H4         C 121   5.329  -3.481  -8.276
  236   2H4     C 121          2H4         C 121   5.532  -3.272  -9.997
  237    H5     C 121           H5         C 121   5.520  -5.211 -11.600
  238    H6     C 121           H6         C 121   5.270  -7.566 -11.776
  239   1H2*    C 121          H2'         C 121   3.393  -8.719 -11.247
  240   2H2*    C 121          H2''        C 121   2.786  -9.933 -10.105
  241   1H5*    A 122          H5''        A 122   1.886 -11.556  -9.158
  242   2H5*    A 122          H5'         A 122   0.397 -12.404  -9.615
  243    H4*    A 122           H4'        A 122  -0.184 -11.079  -7.762
  244    H3*    A 122           H3'        A 122  -1.154 -10.267 -10.405
  245    H1*    A 122           H1'        A 122  -0.362  -8.090  -7.197
  246    H8     A 122           H8         A 122   1.149  -7.364 -10.725
  247   1H6     A 122          1H6         A 122   2.651  -1.876  -8.175
  248   2H6     A 122          2H6         A 122   2.713  -2.833  -9.640
  249    H2     A 122           H2         A 122   0.621  -4.362  -5.069
  250   1H2*    A 122          H2'         A 122  -1.165  -8.033 -10.035
  251   2H2*    A 122          H2''        A 122  -2.145  -8.295  -8.565
  252   1H5*    A 123          H5''        A 123  -2.797  -9.681  -6.563
  253   2H5*    A 123          H5'         A 123  -4.470 -10.223  -6.290
  254    H4*    A 123           H4'        A 123  -3.941  -8.428  -4.712
  255    H3*    A 123           H3'        A 123  -6.132  -8.331  -6.555
  256    H1*    A 123           H1'        A 123  -4.018  -5.402  -5.382
  257    H8     A 123           H8         A 123  -3.346  -6.502  -8.995
  258   1H6     A 123          1H6         A 123  -0.790  -0.875  -9.749
  259   2H6     A 123          2H6         A 123  -1.177  -2.383 -10.548
  260    H2     A 123           H2         A 123  -2.203  -1.246  -5.511
  261   1H2*    A 123          H2'         A 123  -5.315  -6.672  -7.769
  262   2H2*    A 123          H2''        A 123  -6.062  -5.692  -6.445
  263   1H5*    T 124          H5''        T 124  -5.828  -5.185  -4.182
  264   2H5*    T 124          H5'         T 124  -6.126  -4.957  -2.447
  265    H4*    T 124           H4'        T 124  -7.080  -2.922  -2.762
  266    H3*    T 124           H3'        T 124  -8.458  -4.350  -5.008
  267   1H2*    T 124          H2'         T 124  -8.097  -2.681  -6.532
  268   2H2*    T 124          H2''        T 124  -8.697  -1.478  -5.364
  269    H1*    T 124           H1'        T 124  -6.608  -0.832  -4.759
  270    H3     T 124           H3         T 124  -4.461   0.699  -8.338
  271   1H5M    T 124          1H7         T 124  -6.046  -3.575 -10.311
  272   2H5M    T 124          2H7         T 124  -5.248  -4.581  -9.084
  273   3H5M    T 124          3H7         T 124  -4.271  -3.603 -10.222
  274    H6     T 124           H6         T 124  -6.220  -3.604  -7.162
  275   1H5*    C 125          H5''        C 125  -8.107  -1.209  -3.285
  276   2H5*    C 125          H5'         C 125  -7.789  -0.169  -1.880
  277    H4*    C 125           H4'        C 125  -9.506   1.284  -2.447
  278    H3*    C 125           H3'        C 125 -10.937  -1.152  -3.149
  279    H1*    C 125           H1'        C 125 -10.197   1.976  -5.362
  280   1H4     C 125          1H4         C 125  -6.820   1.176 -10.674
  281   2H4     C 125          2H4         C 125  -7.534  -0.409 -10.886
  282    H5     C 125           H5         C 125  -8.959  -1.447  -9.239
  283    H6     C 125           H6         C 125 -10.007  -1.199  -7.102
  284   1H2*    C 125          H2'         C 125 -10.817  -0.965  -5.384
  285   2H2*    C 125          H2''        C 125 -11.883   0.455  -5.242
  286   1H5*    A 126          H5''        A 126  -9.155   3.055  -1.234
  287   2H5*    A 126          H5'         A 126 -10.384   3.452  -0.010
  288    H4*    A 126           H4'        A 126  -9.212   5.451  -0.827
  289    H3*    A 126           H3'        A 126 -12.018   5.101  -0.733
  290    H1*    A 126           H1'        A 126 -10.297   6.667  -4.019
  291    H8     A 126           H8         A 126 -12.353   3.384  -3.778
  292   1H6     A 126          1H6         A 126 -11.261   3.216  -9.899
  293   2H6     A 126          2H6         A 126 -12.087   2.433  -8.572
  294    H2     A 126           H2         A 126  -9.063   6.745  -8.097
  295   1H2*    A 126          H2'         A 126 -12.611   5.279  -2.770
  296   2H2*    A 126          H2''        A 126 -12.242   6.995  -2.684
  297   1H5*    C 127          H5''        C 127  -8.685   8.649  -2.766
  298   2H5*    C 127          H5'         C 127  -9.458   9.964  -1.858
  299    H4*    C 127           H4'        C 127  -8.923  10.729  -4.092
  300    H3*    C 127           H3'        C 127 -11.633  10.612  -3.049
  301    H1*    C 127           H1'        C 127 -10.541  10.148  -6.773
  302   1H4     C 127          1H4         C 127 -13.636   5.020  -8.977
  303   2H4     C 127          2H4         C 127 -14.321   4.714  -7.395
  304    H5     C 127           H5         C 127 -13.795   6.073  -5.411
  305    H6     C 127           H6         C 127 -12.530   7.939  -4.608
  306   1H2*    C 127          H2'         C 127 -12.692   9.867  -4.798
  307   2H2*    C 127          H2''        C 127 -12.165  11.240  -5.743
  308   1H5*    C 128          H5''        C 128 -10.963  13.157  -6.136
  309   2H5*    C 128          H5'         C 128 -11.065  14.909  -5.881
  310    H4*    C 128           H4'        C 128 -11.874  14.828  -7.995
  311    H3*    C 128           H3'        C 128 -14.118  14.724  -6.092
  312    H1*    C 128           H1'        C 128 -13.832  12.958  -9.662
  313   1H4     C 128          1H4         C 128 -16.437   7.293  -8.485
  314   2H4     C 128          2H4         C 128 -16.453   7.597  -6.761
  315    H5     C 128           H5         C 128 -15.586   9.682  -5.764
  316    H6     C 128           H6         C 128 -14.503  11.749  -6.214
  317   1H2*    C 128          H2'         C 128 -15.428  13.337  -7.238
  318   2H2*    C 128          H2''        C 128 -15.236  14.411  -8.652
  319   1H5*    C 129          H5''        C 129 -13.749  15.991 -10.034
  320   2H5*    C 129          H5'         C 129 -14.349  17.581 -10.546
  321    H4*    C 129           H4'        C 129 -14.331  16.189 -12.477
  322    H3*    C 129           H3'        C 129 -16.972  16.935 -11.384
  323    H1*    C 129           H1'        C 129 -16.029  13.670 -13.335
  324   1H4     C 129          1H4         C 129 -19.476   9.709  -9.616
  325   2H4     C 129          2H4         C 129 -19.109  10.692  -8.215
  326    H5     C 129           H5         C 129 -17.791  12.775  -8.337
  327    H6     C 129           H6         C 129 -16.599  14.252  -9.863
  328   1H2*    C 129          H2'         C 129 -18.037  15.114 -11.997
  329   2H2*    C 129          H2''        C 129 -17.442  15.308 -13.678
  330   1H5*    C 130          H5''        C 130 -16.827  16.720 -15.199
  331   2H5*    C 130          H5'         C 130 -16.242  18.020 -16.264
  332    H4*    C 130           H4'        C 130 -17.572  16.969 -17.832
  333    H3*    C 130           H3'        C 130 -19.232  18.827 -16.365
  334    H1*    C 130           H1'        C 130 -20.354  15.044 -17.181
  335   1H4     C 130          1H4         C 130 -22.125  14.000 -11.084
  336   2H4     C 130          2H4         C 130 -21.034  15.243 -10.510
  337    H5     C 130           H5         C 130 -19.614  16.605 -12.051
  338    H6     C 130           H6         C 130 -19.018  16.961 -14.300
  339    H3T    C 130           H3T        C 130 -20.044  19.125 -18.469
  340   1H2*    C 130          H2'         C 130 -20.979  17.545 -15.910
  341   2H2*    C 130          H2''        C 130 -21.138  17.096 -17.624
  342   1H    MET   1          1HT       MET   1 -11.954  -4.367 -21.012
  343   2H    MET   1          2HT       MET   1 -12.513  -2.758 -20.811
  344   3H    MET   1          3HT       MET   1 -11.850  -3.609 -19.477
  345    HA   MET   1           HA       MET   1  -9.733  -3.597 -20.385
  346   1HB   MET   1          2HB       MET   1 -10.874  -2.221 -22.818
  347   2HB   MET   1          1HB       MET   1  -9.222  -2.778 -22.582
  348   1HG   MET   1          2HG       MET   1 -11.689  -4.458 -22.936
  349   2HG   MET   1          1HG       MET   1 -10.327  -4.299 -24.042
  350   1HE   MET   1          1HE       MET   1  -9.264  -5.980 -24.503
  351   2HE   MET   1          2HE       MET   1  -9.096  -7.494 -23.613
  352   3HE   MET   1          3HE       MET   1  -7.861  -6.243 -23.467
  353    H    VAL   2           H        VAL   2 -11.452  -1.918 -18.762
  354    HA   VAL   2           HA       VAL   2 -10.961   0.824 -19.379
  355    HB   VAL   2           HB       VAL   2 -11.566   1.117 -16.883
  356   1HG1  VAL   2          1HG1      VAL   2 -13.847   1.131 -17.407
  357   2HG1  VAL   2          2HG1      VAL   2 -13.687  -0.215 -18.536
  358   3HG1  VAL   2          3HG1      VAL   2 -13.042   1.372 -18.958
  359   1HG2  VAL   2          1HG2      VAL   2 -12.283  -0.658 -15.649
  360   2HG2  VAL   2          2HG2      VAL   2 -11.082  -1.481 -16.644
  361   3HG2  VAL   2          3HG2      VAL   2 -12.792  -1.580 -17.065
  362    H    THR   3           H        THR   3  -9.095  -1.661 -17.953
  363    HA   THR   3           HA       THR   3  -7.148   0.330 -16.990
  364    HB   THR   3           HB       THR   3  -6.367  -1.830 -15.623
  365    HG1  THR   3           HG1      THR   3  -9.148  -2.213 -16.093
  366   1HG2  THR   3          1HG2      THR   3  -8.226   0.366 -15.073
  367   2HG2  THR   3          2HG2      THR   3  -6.793  -0.160 -14.191
  368   3HG2  THR   3          3HG2      THR   3  -8.329  -0.995 -13.957
  369    HA   PRO   4           HA       PRO   4  -5.187  -1.567 -20.701
  370   1HB   PRO   4          2HB       PRO   4  -3.383   0.709 -20.034
  371   2HB   PRO   4          1HB       PRO   4  -4.022   0.201 -21.601
  372   1HG   PRO   4          2HG       PRO   4  -5.025   2.329 -20.354
  373   2HG   PRO   4          1HG       PRO   4  -6.079   1.211 -21.239
  374   1HD   PRO   4          2HD       PRO   4  -5.670   1.509 -18.298
  375   2HD   PRO   4          1HD       PRO   4  -7.145   1.103 -19.198
  376    H    ARG   5           H        ARG   5  -3.719  -3.148 -20.608
  377    HA   ARG   5           HA       ARG   5  -2.069  -3.390 -18.211
  378   1HB   ARG   5          2HB       ARG   5  -2.184  -5.450 -20.388
  379   2HB   ARG   5          1HB       ARG   5  -1.911  -5.672 -18.665
  380   1HG   ARG   5          2HG       ARG   5  -4.490  -4.537 -19.012
  381   2HG   ARG   5          1HG       ARG   5  -4.329  -5.905 -20.116
  382   1HD   ARG   5          2HD       ARG   5  -5.186  -6.755 -18.068
  383   2HD   ARG   5          1HD       ARG   5  -3.498  -7.255 -18.175
  384    HE   ARG   5           HE       ARG   5  -3.040  -5.986 -16.327
  385   1HH1  ARG   5          1HH1      ARG   5  -6.142  -5.058 -17.609
  386   2HH1  ARG   5          2HH1      ARG   5  -6.536  -4.034 -16.270
  387   1HH2  ARG   5          1HH2      ARG   5  -3.548  -4.640 -14.556
  388   2HH2  ARG   5          2HH2      ARG   5  -5.061  -3.795 -14.533
  389    H    GLU   6           H        GLU   6  -1.513  -1.505 -20.471
  390    HA   GLU   6           HA       GLU   6   1.041  -2.572 -21.440
  391   1HB   GLU   6          2HB       GLU   6  -0.755  -1.489 -22.967
  392   2HB   GLU   6          1HB       GLU   6  -0.171   0.035 -22.312
  393   1HG   GLU   6          2HG       GLU   6   1.895  -0.171 -23.317
  394   2HG   GLU   6          1HG       GLU   6   1.756  -1.921 -23.480
  395    HA   PRO   7           HA       PRO   7   3.536  -0.305 -18.614
  396   1HB   PRO   7          2HB       PRO   7   5.151   0.389 -21.020
  397   2HB   PRO   7          1HB       PRO   7   5.665  -0.326 -19.488
  398   1HG   PRO   7          2HG       PRO   7   5.445  -1.824 -21.678
  399   2HG   PRO   7          1HG       PRO   7   4.958  -2.452 -20.092
  400   1HD   PRO   7          2HD       PRO   7   3.265  -1.492 -22.355
  401   2HD   PRO   7          1HD       PRO   7   2.967  -2.806 -21.198
  402    H    LYS   8           H        LYS   8   3.640   1.747 -17.854
  403    HA   LYS   8           HA       LYS   8   3.356   4.010 -19.647
  404   1HB   LYS   8          2HB       LYS   8   1.166   2.996 -17.978
  405   2HB   LYS   8          1HB       LYS   8   1.504   4.705 -17.738
  406   1HG   LYS   8          2HG       LYS   8   1.194   3.603 -20.499
  407   2HG   LYS   8          1HG       LYS   8  -0.223   3.987 -19.519
  408   1HD   LYS   8          2HD       LYS   8   1.682   6.136 -19.402
  409   2HD   LYS   8          1HD       LYS   8   1.304   5.744 -21.082
  410   1HE   LYS   8          2HE       LYS   8  -1.027   5.828 -19.312
  411   2HE   LYS   8          1HE       LYS   8  -0.185   7.368 -19.467
  412   1HZ   LYS   8          1HZ       LYS   8  -0.410   7.241 -21.849
  413   2HZ   LYS   8          2HZ       LYS   8  -1.934   7.082 -21.135
  414   3HZ   LYS   8          3HZ       LYS   8  -1.141   5.720 -21.745
  415    H    LYS   9           H        LYS   9   5.581   3.410 -18.268
  416    HA   LYS   9           HA       LYS   9   7.018   4.032 -16.587
  417   1HB   LYS   9          2HB       LYS   9   5.782   6.754 -16.779
  418   2HB   LYS   9          1HB       LYS   9   7.479   6.313 -16.649
  419   1HG   LYS   9          2HG       LYS   9   7.674   6.544 -18.837
  420   2HG   LYS   9          1HG       LYS   9   6.545   5.205 -19.061
  421   1HD   LYS   9          2HD       LYS   9   4.917   6.574 -19.738
  422   2HD   LYS   9          1HD       LYS   9   5.186   7.677 -18.387
  423   1HE   LYS   9          2HE       LYS   9   6.823   8.886 -19.557
  424   2HE   LYS   9          1HE       LYS   9   7.018   7.615 -20.764
  425   1HZ   LYS   9          1HZ       LYS   9   5.640   8.831 -21.995
  426   2HZ   LYS   9          2HZ       LYS   9   5.149   9.787 -20.689
  427   3HZ   LYS   9          3HZ       LYS   9   4.399   8.298 -20.975
  428    H    ARG  10           H        ARG  10   6.294   2.955 -14.768
  429    HA   ARG  10           HA       ARG  10   4.782   4.616 -12.869
  430   1HB   ARG  10          2HB       ARG  10   3.630   2.618 -12.041
  431   2HB   ARG  10          1HB       ARG  10   3.278   2.895 -13.741
  432   1HG   ARG  10          2HG       ARG  10   4.087   0.911 -14.319
  433   2HG   ARG  10          1HG       ARG  10   5.570   1.166 -13.397
  434   1HD   ARG  10          2HD       ARG  10   2.938   0.095 -12.406
  435   2HD   ARG  10          1HD       ARG  10   4.487  -0.745 -12.484
  436    HE   ARG  10           HE       ARG  10   3.625   1.149 -10.470
  437   1HH1  ARG  10          1HH1      ARG  10   6.283  -0.577 -11.914
  438   2HH1  ARG  10          2HH1      ARG  10   7.308  -0.418 -10.526
  439   1HH2  ARG  10          1HH2      ARG  10   4.968   1.365  -8.638
  440   2HH2  ARG  10          2HH2      ARG  10   6.561   0.686  -8.664
  441    H    THR  11           H        THR  11   5.578   4.695 -10.837
  442    HA   THR  11           HA       THR  11   6.897   2.904  -9.338
  443    HB   THR  11           HB       THR  11   9.370   3.923  -9.892
  444    HG1  THR  11           HG1      THR  11   8.154   4.743 -11.932
  445   1HG2  THR  11          1HG2      THR  11   9.660   1.729  -9.848
  446   2HG2  THR  11          2HG2      THR  11   9.145   1.678 -11.534
  447   3HG2  THR  11          3HG2      THR  11   7.965   1.446 -10.245
  448    H    THR  12           H        THR  12   6.772   3.829  -7.412
  449    HA   THR  12           HA       THR  12   6.411   5.523  -5.885
  450    HB   THR  12           HB       THR  12   8.814   6.975  -6.262
  451    HG1  THR  12           HG1      THR  12   9.042   4.212  -6.901
  452   1HG2  THR  12          1HG2      THR  12   7.917   4.741  -4.489
  453   2HG2  THR  12          2HG2      THR  12   8.178   6.441  -4.096
  454   3HG2  THR  12          3HG2      THR  12   9.557   5.382  -4.389
  455    H    ARG  13           H        ARG  13   4.986   6.229  -8.064
  456    HA   ARG  13           HA       ARG  13   5.392   8.408  -9.547
  457   1HB   ARG  13          2HB       ARG  13   2.918   7.933  -7.876
  458   2HB   ARG  13          1HB       ARG  13   3.006   8.991  -9.277
  459   1HG   ARG  13          2HG       ARG  13   3.385   6.005  -9.261
  460   2HG   ARG  13          1HG       ARG  13   1.991   6.890  -9.884
  461   1HD   ARG  13          2HD       ARG  13   4.686   7.551 -10.958
  462   2HD   ARG  13          1HD       ARG  13   3.921   6.050 -11.478
  463    HE   ARG  13           HE       ARG  13   3.080   8.753 -12.114
  464   1HH1  ARG  13          1HH1      ARG  13   2.294   5.361 -12.102
  465   2HH1  ARG  13          2HH1      ARG  13   1.094   5.503 -13.343
  466   1HH2  ARG  13          1HH2      ARG  13   1.510   8.950 -13.756
  467   2HH2  ARG  13          2HH2      ARG  13   0.647   7.543 -14.283
  468    H    LYS  14           H        LYS  14   5.158  10.674  -9.357
  469    HA   LYS  14           HA       LYS  14   6.411  11.812  -7.123
  470   1HB   LYS  14          2HB       LYS  14   5.534  12.674  -9.674
  471   2HB   LYS  14          1HB       LYS  14   4.841  13.781  -8.497
  472   1HG   LYS  14          2HG       LYS  14   7.306  13.760  -7.549
  473   2HG   LYS  14          1HG       LYS  14   7.679  13.305  -9.214
  474   1HD   LYS  14          2HD       LYS  14   7.821  15.649  -9.184
  475   2HD   LYS  14          1HD       LYS  14   6.248  15.299  -9.905
  476   1HE   LYS  14          2HE       LYS  14   5.898  17.047  -8.347
  477   2HE   LYS  14          1HE       LYS  14   5.260  15.580  -7.605
  478   1HZ   LYS  14          1HZ       LYS  14   6.987  15.481  -6.108
  479   2HZ   LYS  14          2HZ       LYS  14   6.747  17.152  -6.228
  480   3HZ   LYS  14          3HZ       LYS  14   8.028  16.419  -7.056
  481    H    LYS  15           H        LYS  15   5.000  14.100  -6.488
  482    HA   LYS  15           HA       LYS  15   2.946  12.985  -4.739
  483   1HB   LYS  15          2HB       LYS  15   4.955  14.821  -4.309
  484   2HB   LYS  15          1HB       LYS  15   3.534  15.843  -4.474
  485   1HG   LYS  15          2HG       LYS  15   2.516  14.063  -2.798
  486   2HG   LYS  15          1HG       LYS  15   4.220  13.864  -2.378
  487   1HD   LYS  15          2HD       LYS  15   4.420  16.211  -1.872
  488   2HD   LYS  15          1HD       LYS  15   2.776  16.511  -2.439
  489   1HE   LYS  15          2HE       LYS  15   3.225  16.288   0.105
  490   2HE   LYS  15          1HE       LYS  15   1.814  15.500  -0.598
  491   1HZ   LYS  15          1HZ       LYS  15   4.410  14.167  -0.043
  492   2HZ   LYS  15          2HZ       LYS  15   3.016  13.424  -0.649
  493   3HZ   LYS  15          3HZ       LYS  15   3.027  14.045   0.924
  494    H    LYS  16           H        LYS  16   1.096  14.635  -4.262
  495    HA   LYS  16           HA       LYS  16   0.113  16.467  -6.030
  496   1HB   LYS  16          2HB       LYS  16   0.180  14.919  -7.840
  497   2HB   LYS  16          1HB       LYS  16  -0.560  13.651  -6.874
  498   1HG   LYS  16          2HG       LYS  16  -2.640  14.999  -6.788
  499   2HG   LYS  16          1HG       LYS  16  -1.884  16.158  -7.884
  500   1HD   LYS  16          2HD       LYS  16  -2.880  14.896  -9.470
  501   2HD   LYS  16          1HD       LYS  16  -1.461  13.872  -9.246
  502   1HE   LYS  16          2HE       LYS  16  -3.330  12.428  -9.163
  503   2HE   LYS  16          1HE       LYS  16  -2.787  12.625  -7.498
  504   1HZ   LYS  16          1HZ       LYS  16  -5.324  13.053  -8.468
  505   2HZ   LYS  16          2HZ       LYS  16  -4.708  14.602  -8.184
  506   3HZ   LYS  16          3HZ       LYS  16  -4.744  13.464  -6.933
  507    H    ASP  17           H        ASP  17  -0.561  17.077  -3.902
  508    HA   ASP  17           HA       ASP  17  -3.162  17.009  -3.295
  509   1HB   ASP  17          2HB       ASP  17  -1.951  14.406  -2.630
  510   2HB   ASP  17          1HB       ASP  17  -2.915  15.120  -1.340
  511    HA   PRO  18           HA       PRO  18  -1.777  19.606  -0.003
  512   1HB   PRO  18          2HB       PRO  18  -3.844  19.215   1.782
  513   2HB   PRO  18          1HB       PRO  18  -3.900  20.327   0.412
  514   1HG   PRO  18          2HG       PRO  18  -4.990  17.554   0.651
  515   2HG   PRO  18          1HG       PRO  18  -5.705  18.977  -0.128
  516   1HD   PRO  18          2HD       PRO  18  -4.534  17.034  -1.560
  517   2HD   PRO  18          1HD       PRO  18  -4.410  18.740  -2.035
  518    H    ASN  19           H        ASN  19  -3.349  16.683   1.306
  519    HA   ASN  19           HA       ASN  19  -1.088  16.381   3.165
  520   1HB   ASN  19          2HB       ASN  19  -3.437  14.645   3.550
  521   2HB   ASN  19          1HB       ASN  19  -2.519  15.580   4.728
  522   1HD2  ASN  19          1HD2      ASN  19  -3.013  17.795   5.001
  523   2HD2  ASN  19          2HD2      ASN  19  -4.562  18.422   4.562
  524    H    ALA  20           H        ALA  20  -2.868  14.901   0.579
  525    HA   ALA  20           HA       ALA  20  -2.575  12.994  -0.631
  526   1HB   ALA  20          1HB       ALA  20  -0.422  14.405  -0.914
  527   2HB   ALA  20          2HB       ALA  20  -0.452  12.740  -1.497
  528   3HB   ALA  20          3HB       ALA  20   0.333  13.123   0.036
  529    HA   PRO  21           HA       PRO  21  -2.583  10.221   3.109
  530   1HB   PRO  21          2HB       PRO  21  -4.563   8.673   1.948
  531   2HB   PRO  21          1HB       PRO  21  -4.851   9.994   3.084
  532   1HG   PRO  21          2HG       PRO  21  -5.010   9.986   0.100
  533   2HG   PRO  21          1HG       PRO  21  -6.058  10.796   1.279
  534   1HD   PRO  21          2HD       PRO  21  -4.195  12.143  -0.099
  535   2HD   PRO  21          1HD       PRO  21  -4.567  12.542   1.592
  536    H    LYS  22           H        LYS  22  -3.106   9.246  -0.281
  537    HA   LYS  22           HA       LYS  22  -1.717   8.002  -1.640
  538   1HB   LYS  22          2HB       LYS  22  -0.204   7.095   0.804
  539   2HB   LYS  22          1HB       LYS  22   0.328   7.067  -0.871
  540   1HG   LYS  22          2HG       LYS  22   1.071   9.168  -0.793
  541   2HG   LYS  22          1HG       LYS  22  -0.351   9.737   0.084
  542   1HD   LYS  22          2HD       LYS  22   1.153  10.026   1.749
  543   2HD   LYS  22          1HD       LYS  22   0.834   8.313   2.026
  544   1HE   LYS  22          2HE       LYS  22   3.225   8.746   2.015
  545   2HE   LYS  22          1HE       LYS  22   2.769   7.732   0.645
  546   1HZ   LYS  22          1HZ       LYS  22   3.719   9.205  -0.682
  547   2HZ   LYS  22          2HZ       LYS  22   4.082  10.218   0.623
  548   3HZ   LYS  22          3HZ       LYS  22   2.608  10.382  -0.190
  549    H    ARG  23           H        ARG  23  -4.104   7.093  -1.084
  550    HA   ARG  23           HA       ARG  23  -5.413   5.250  -0.495
  551   1HB   ARG  23          2HB       ARG  23  -4.942   3.445  -2.087
  552   2HB   ARG  23          1HB       ARG  23  -4.815   5.022  -2.849
  553   1HG   ARG  23          2HG       ARG  23  -2.569   4.854  -3.162
  554   2HG   ARG  23          1HG       ARG  23  -2.340   3.813  -1.755
  555   1HD   ARG  23          2HD       ARG  23  -2.656   3.094  -4.509
  556   2HD   ARG  23          1HD       ARG  23  -2.260   2.070  -3.131
  557    HE   ARG  23           HE       ARG  23  -4.389   1.276  -3.205
  558   1HH1  ARG  23          1HH1      ARG  23  -4.348   4.428  -4.687
  559   2HH1  ARG  23          2HH1      ARG  23  -6.006   4.358  -5.185
  560   1HH2  ARG  23          1HH2      ARG  23  -6.574   1.176  -3.851
  561   2HH2  ARG  23          2HH2      ARG  23  -7.273   2.511  -4.706
  562    H    ALA  24           H        ALA  24  -4.433   2.486  -0.740
  563    HA   ALA  24           HA       ALA  24  -2.867   2.280   1.746
  564   1HB   ALA  24          1HB       ALA  24  -5.552   1.602   1.471
  565   2HB   ALA  24          2HB       ALA  24  -4.470   1.144   2.788
  566   3HB   ALA  24          3HB       ALA  24  -4.687   0.064   1.410
  567    H    LEU  25           H        LEU  25  -2.021  -0.007   2.049
  568    HA   LEU  25           HA       LEU  25  -0.399  -0.774  -0.114
  569   1HB   LEU  25          2HB       LEU  25  -1.023  -1.783   2.565
  570   2HB   LEU  25          1HB       LEU  25  -0.596  -3.040   1.422
  571    HG   LEU  25           HG       LEU  25   1.445  -1.449   0.916
  572   1HD1  LEU  25          1HD1      LEU  25   0.665   0.375   2.344
  573   2HD1  LEU  25          2HD1      LEU  25   2.204  -0.272   2.913
  574   3HD1  LEU  25          3HD1      LEU  25   0.708  -0.697   3.743
  575   1HD2  LEU  25          1HD2      LEU  25   2.401  -3.284   1.724
  576   2HD2  LEU  25          2HD2      LEU  25   0.966  -3.666   2.675
  577   3HD2  LEU  25          3HD2      LEU  25   2.216  -2.618   3.346
  578    H    SER  26           H        SER  26  -0.580  -3.460  -0.429
  579    HA   SER  26           HA       SER  26  -3.289  -3.929  -1.468
  580   1HB   SER  26          2HB       SER  26  -1.218  -3.302  -3.119
  581   2HB   SER  26          1HB       SER  26  -1.076  -5.059  -3.072
  582    HG   SER  26           HG       SER  26  -3.616  -4.597  -3.372
  583    H    ALA  27           H        ALA  27  -3.734  -6.230  -1.919
  584    HA   ALA  27           HA       ALA  27  -3.063  -7.906   0.233
  585   1HB   ALA  27          1HB       ALA  27  -3.957  -8.973  -2.418
  586   2HB   ALA  27          2HB       ALA  27  -5.053  -8.046  -1.394
  587   3HB   ALA  27          3HB       ALA  27  -4.348  -9.547  -0.796
  588    H    TYR  28           H        TYR  28  -1.381  -7.090  -2.607
  589    HA   TYR  28           HA       TYR  28   0.206  -9.494  -2.747
  590   1HB   TYR  28          2HB       TYR  28  -0.378  -8.044  -4.734
  591   2HB   TYR  28          1HB       TYR  28   0.749  -6.848  -4.099
  592    HD1  TYR  28           HD1      TYR  28   3.178  -7.507  -3.831
  593    HD2  TYR  28           HD2      TYR  28   0.386  -9.865  -6.009
  594    HE1  TYR  28           HE1      TYR  28   5.039  -8.687  -4.925
  595    HE2  TYR  28           HE2      TYR  28   2.238 -11.050  -7.114
  596    HH   TYR  28           HH       TYR  28   4.454 -11.390  -7.138
  597    H    MET  29           H        MET  29   0.397  -6.391  -1.201
  598    HA   MET  29           HA       MET  29   3.216  -6.551  -0.653
  599   1HB   MET  29          2HB       MET  29   1.300  -4.795   0.853
  600   2HB   MET  29          1HB       MET  29   2.989  -4.500   0.464
  601   1HG   MET  29          2HG       MET  29   0.849  -4.646  -1.635
  602   2HG   MET  29          1HG       MET  29   1.271  -3.150  -0.802
  603   1HE   MET  29          1HE       MET  29   2.064  -5.935  -2.952
  604   2HE   MET  29          2HE       MET  29   3.733  -5.759  -3.498
  605   3HE   MET  29          3HE       MET  29   2.435  -4.910  -4.338
  606    H    PHE  30           H        PHE  30   0.227  -7.045   1.192
  607    HA   PHE  30           HA       PHE  30   1.521  -7.732   3.624
  608   1HB   PHE  30          2HB       PHE  30  -1.182  -8.818   2.940
  609   2HB   PHE  30          1HB       PHE  30  -0.597  -8.154   4.462
  610    HD1  PHE  30           HD1      PHE  30   0.053  -5.582   4.334
  611    HD2  PHE  30           HD2      PHE  30  -2.674  -7.566   1.739
  612    HE1  PHE  30           HE1      PHE  30  -0.923  -3.412   3.708
  613    HE2  PHE  30           HE2      PHE  30  -3.633  -5.398   1.085
  614    HZ   PHE  30           HZ       PHE  30  -2.770  -3.318   2.082
  615    H    PHE  31           H        PHE  31   0.145  -9.667   0.985
  616    HA   PHE  31           HA       PHE  31   0.849 -12.195   2.069
  617   1HB   PHE  31          2HB       PHE  31  -0.738 -12.388   0.394
  618   2HB   PHE  31          1HB       PHE  31   0.045 -11.191  -0.631
  619    HD1  PHE  31           HD1      PHE  31   0.239 -14.675   0.568
  620    HD2  PHE  31           HD2      PHE  31   1.601 -11.819  -2.277
  621    HE1  PHE  31           HE1      PHE  31   1.312 -16.477  -0.719
  622    HE2  PHE  31           HE2      PHE  31   2.680 -13.614  -3.568
  623    HZ   PHE  31           HZ       PHE  31   2.540 -15.945  -2.787
  624    H    ALA  32           H        ALA  32   2.394 -10.134  -0.389
  625    HA   ALA  32           HA       ALA  32   4.686 -11.679  -0.811
  626   1HB   ALA  32          1HB       ALA  32   5.736  -9.594  -1.586
  627   2HB   ALA  32          2HB       ALA  32   4.374  -8.684  -0.933
  628   3HB   ALA  32          3HB       ALA  32   4.121  -9.822  -2.255
  629    H    ASN  33           H        ASN  33   3.778  -9.589   1.813
  630    HA   ASN  33           HA       ASN  33   6.316  -9.186   2.977
  631   1HB   ASN  33          2HB       ASN  33   3.574  -8.682   3.665
  632   2HB   ASN  33          1HB       ASN  33   4.389  -9.410   5.046
  633   1HD2  ASN  33          1HD2      ASN  33   4.964  -6.942   2.562
  634   2HD2  ASN  33          2HD2      ASN  33   5.703  -5.800   3.627
  635    H    GLU  34           H        GLU  34   3.825 -11.662   3.533
  636    HA   GLU  34           HA       GLU  34   5.342 -13.161   5.404
  637   1HB   GLU  34          2HB       GLU  34   3.032 -13.950   3.625
  638   2HB   GLU  34          1HB       GLU  34   3.707 -14.988   4.872
  639   1HG   GLU  34          2HG       GLU  34   2.805 -12.252   5.612
  640   2HG   GLU  34          1HG       GLU  34   1.600 -13.510   5.336
  641    H    ASN  35           H        ASN  35   4.922 -13.391   1.905
  642    HA   ASN  35           HA       ASN  35   6.399 -15.778   1.578
  643   1HB   ASN  35          2HB       ASN  35   6.368 -13.797  -0.636
  644   2HB   ASN  35          1HB       ASN  35   6.011 -15.521  -0.662
  645   1HD2  ASN  35          1HD2      ASN  35   4.121 -15.415   1.504
  646   2HD2  ASN  35          2HD2      ASN  35   2.695 -14.662   0.886
  647    H    ARG  36           H        ARG  36   7.375 -12.592   0.338
  648    HA   ARG  36           HA       ARG  36   9.824 -12.539  -0.285
  649   1HB   ARG  36          2HB       ARG  36   9.217 -10.413   0.308
  650   2HB   ARG  36          1HB       ARG  36   8.541 -10.920   1.848
  651   1HG   ARG  36          2HG       ARG  36  11.049 -11.353   2.461
  652   2HG   ARG  36          1HG       ARG  36  11.344 -10.211   1.149
  653   1HD   ARG  36          2HD       ARG  36  11.136  -8.686   2.800
  654   2HD   ARG  36          1HD       ARG  36   9.414  -8.898   2.486
  655    HE   ARG  36           HE       ARG  36  10.414 -10.744   4.428
  656   1HH1  ARG  36          1HH1      ARG  36   9.271  -7.490   3.947
  657   2HH1  ARG  36          2HH1      ARG  36   8.749  -7.292   5.587
  658   1HH2  ARG  36          1HH2      ARG  36   9.730 -10.495   6.590
  659   2HH2  ARG  36          2HH2      ARG  36   9.011  -9.001   7.090
  660    H    ASP  37           H        ASP  37   9.310 -12.792   3.239
  661    HA   ASP  37           HA       ASP  37  11.958 -13.665   3.751
  662   1HB   ASP  37          2HB       ASP  37  11.103 -14.173   6.032
  663   2HB   ASP  37          1HB       ASP  37  10.690 -12.550   5.488
  664    H    ILE  38           H        ILE  38   8.844 -15.396   3.740
  665    HA   ILE  38           HA       ILE  38   9.850 -17.969   4.215
  666    HB   ILE  38           HB       ILE  38   7.366 -16.899   2.967
  667   1HG1  ILE  38          2HG1      ILE  38   6.299 -17.988   4.796
  668   2HG1  ILE  38          1HG1      ILE  38   7.712 -19.004   5.106
  669   1HG2  ILE  38          1HG2      ILE  38   6.734 -19.455   2.796
  670   2HG2  ILE  38          2HG2      ILE  38   8.467 -19.621   2.512
  671   3HG2  ILE  38          3HG2      ILE  38   7.493 -18.603   1.452
  672   1HD1  ILE  38          1HD1      ILE  38   8.973 -16.906   5.650
  673   2HD1  ILE  38          2HD1      ILE  38   7.675 -17.313   6.772
  674   3HD1  ILE  38          3HD1      ILE  38   7.436 -16.047   5.569
  675    H    VAL  39           H        VAL  39   8.662 -16.812   1.069
  676    HA   VAL  39           HA       VAL  39   9.590 -18.704  -0.599
  677    HB   VAL  39           HB       VAL  39   9.496 -15.728  -0.991
  678   1HG1  VAL  39          1HG1      VAL  39  10.926 -17.648  -2.627
  679   2HG1  VAL  39          2HG1      VAL  39  10.905 -15.885  -2.712
  680   3HG1  VAL  39          3HG1      VAL  39   9.654 -16.824  -3.529
  681   1HG2  VAL  39          1HG2      VAL  39   7.867 -18.049  -2.011
  682   2HG2  VAL  39          2HG2      VAL  39   7.663 -16.383  -2.554
  683   3HG2  VAL  39          3HG2      VAL  39   7.363 -16.804  -0.868
  684    H    ARG  40           H        ARG  40  11.534 -15.775   0.043
  685    HA   ARG  40           HA       ARG  40  13.862 -16.783  -1.159
  686   1HB   ARG  40          2HB       ARG  40  13.304 -14.361  -0.641
  687   2HB   ARG  40          1HB       ARG  40  13.798 -14.691   1.014
  688   1HG   ARG  40          2HG       ARG  40  15.933 -15.627  -0.388
  689   2HG   ARG  40          1HG       ARG  40  15.413 -14.268  -1.388
  690   1HD   ARG  40          2HD       ARG  40  15.340 -12.937   0.800
  691   2HD   ARG  40          1HD       ARG  40  16.279 -14.263   1.486
  692    HE   ARG  40           HE       ARG  40  17.614 -13.526  -0.800
  693   1HH1  ARG  40          1HH1      ARG  40  16.623 -11.959   2.148
  694   2HH1  ARG  40          2HH1      ARG  40  17.947 -10.842   2.153
  695   1HH2  ARG  40          1HH2      ARG  40  19.362 -12.060  -0.804
  696   2HH2  ARG  40          2HH2      ARG  40  19.503 -10.899   0.473
  697    H    SER  41           H        SER  41  12.533 -17.237   1.994
  698    HA   SER  41           HA       SER  41  14.932 -18.019   3.314
  699   1HB   SER  41          2HB       SER  41  13.203 -17.381   4.769
  700   2HB   SER  41          1HB       SER  41  12.002 -18.353   3.916
  701    HG   SER  41           HG       SER  41  13.909 -19.120   5.802
  702    H    GLU  42           H        GLU  42  12.752 -19.581   1.154
  703    HA   GLU  42           HA       GLU  42  13.871 -22.217   1.791
  704   1HB   GLU  42          2HB       GLU  42  11.549 -21.474   0.000
  705   2HB   GLU  42          1HB       GLU  42  12.077 -23.112   0.361
  706   1HG   GLU  42          2HG       GLU  42  11.690 -22.362   2.838
  707   2HG   GLU  42          1HG       GLU  42  10.649 -21.154   2.086
  708    H    ASN  43           H        ASN  43  14.109 -19.647  -0.422
  709    HA   ASN  43           HA       ASN  43  15.837 -21.286  -2.138
  710   1HB   ASN  43          2HB       ASN  43  13.989 -19.170  -3.242
  711   2HB   ASN  43          1HB       ASN  43  14.960 -20.334  -4.139
  712   1HD2  ASN  43          1HD2      ASN  43  12.018 -19.741  -2.501
  713   2HD2  ASN  43          2HD2      ASN  43  11.282 -21.278  -2.794
  714    HA   PRO  44           HA       PRO  44  17.674 -17.206  -0.521
  715   1HB   PRO  44          2HB       PRO  44  19.796 -19.128   0.259
  716   2HB   PRO  44          1HB       PRO  44  19.118 -17.772   1.166
  717   1HG   PRO  44          2HG       PRO  44  18.503 -20.283   1.811
  718   2HG   PRO  44          1HG       PRO  44  17.278 -19.001   1.876
  719   1HD   PRO  44          2HD       PRO  44  17.701 -21.119  -0.200
  720   2HD   PRO  44          1HD       PRO  44  16.183 -20.493   0.478
  721    H    ASP  45           H        ASP  45  18.420 -19.774  -2.642
  722    HA   ASP  45           HA       ASP  45  20.852 -18.573  -3.666
  723   1HB   ASP  45          2HB       ASP  45  19.463 -21.143  -3.943
  724   2HB   ASP  45          1HB       ASP  45  20.173 -20.559  -5.445
  725    H    ILE  46           H        ILE  46  17.471 -18.878  -4.569
  726    HA   ILE  46           HA       ILE  46  17.822 -17.818  -7.205
  727    HB   ILE  46           HB       ILE  46  15.523 -17.988  -7.477
  728   1HG1  ILE  46          2HG1      ILE  46  15.195 -17.922  -4.465
  729   2HG1  ILE  46          1HG1      ILE  46  14.893 -16.563  -5.551
  730   1HG2  ILE  46          1HG2      ILE  46  16.062 -20.189  -7.342
  731   2HG2  ILE  46          2HG2      ILE  46  14.922 -20.104  -5.999
  732   3HG2  ILE  46          3HG2      ILE  46  16.658 -20.057  -5.687
  733   1HD1  ILE  46          1HD1      ILE  46  13.498 -18.953  -6.394
  734   2HD1  ILE  46          2HD1      ILE  46  12.877 -17.332  -6.087
  735   3HD1  ILE  46          3HD1      ILE  46  13.061 -18.473  -4.755
  736    H    THR  47           H        THR  47  17.529 -15.763  -7.936
  737    HA   THR  47           HA       THR  47  17.645 -13.671  -5.924
  738    HB   THR  47           HB       THR  47  17.779 -12.421  -8.390
  739    HG1  THR  47           HG1      THR  47  18.565 -13.772  -9.818
  740   1HG2  THR  47          1HG2      THR  47  19.817 -11.832  -7.670
  741   2HG2  THR  47          2HG2      THR  47  20.315 -13.501  -7.396
  742   3HG2  THR  47          3HG2      THR  47  19.337 -12.665  -6.191
  743    H    PHE  48           H        PHE  48  16.601 -11.513  -7.250
  744    HA   PHE  48           HA       PHE  48  13.916 -11.592  -6.564
  745   1HB   PHE  48          2HB       PHE  48  14.816  -9.451  -6.686
  746   2HB   PHE  48          1HB       PHE  48  15.571  -9.747  -8.249
  747    HD1  PHE  48           HD1      PHE  48  14.750  -8.216  -9.753
  748    HD2  PHE  48           HD2      PHE  48  12.052 -10.144  -7.082
  749    HE1  PHE  48           HE1      PHE  48  12.855  -7.140 -10.896
  750    HE2  PHE  48           HE2      PHE  48  10.152  -9.066  -8.218
  751    HZ   PHE  48           HZ       PHE  48  10.553  -7.565 -10.129
  752    H    GLY  49           H        GLY  49  15.470 -12.294  -9.633
  753   1HA   GLY  49          2HA       GLY  49  13.082 -12.239 -11.177
  754   2HA   GLY  49          1HA       GLY  49  14.620 -12.929 -11.674
  755    H    GLN  50           H        GLN  50  13.692 -14.246  -8.752
  756    HA   GLN  50           HA       GLN  50  12.267 -16.466 -10.056
  757   1HB   GLN  50          2HB       GLN  50  13.952 -17.151  -7.728
  758   2HB   GLN  50          1HB       GLN  50  13.665 -18.050  -9.213
  759   1HG   GLN  50          2HG       GLN  50  15.606 -15.807  -8.753
  760   2HG   GLN  50          1HG       GLN  50  15.954 -17.481  -9.185
  761   1HE2  GLN  50          1HE2      GLN  50  16.112 -14.542 -10.378
  762   2HE2  GLN  50          2HE2      GLN  50  15.746 -14.822 -12.043
  763    H    VAL  51           H        VAL  51  13.153 -15.079  -6.914
  764    HA   VAL  51           HA       VAL  51  10.988 -16.130  -5.451
  765    HB   VAL  51           HB       VAL  51  12.901 -13.872  -5.044
  766   1HG1  VAL  51          1HG1      VAL  51  11.031 -12.807  -4.165
  767   2HG1  VAL  51          2HG1      VAL  51  11.762 -13.585  -2.761
  768   3HG1  VAL  51          3HG1      VAL  51  10.351 -14.307  -3.536
  769   1HG2  VAL  51          1HG2      VAL  51  13.949 -15.661  -4.194
  770   2HG2  VAL  51          2HG2      VAL  51  12.454 -16.580  -4.016
  771   3HG2  VAL  51          3HG2      VAL  51  12.907 -15.387  -2.798
  772    H    GLY  52           H        GLY  52  11.433 -13.068  -7.180
  773   1HA   GLY  52          2HA       GLY  52   8.985 -11.901  -6.376
  774   2HA   GLY  52          1HA       GLY  52   9.953 -11.409  -7.757
  775    H    LYS  53           H        LYS  53   9.803 -13.000  -9.667
  776    HA   LYS  53           HA       LYS  53   7.227 -12.969 -10.664
  777   1HB   LYS  53          2HB       LYS  53   9.540 -14.761 -11.421
  778   2HB   LYS  53          1HB       LYS  53   8.061 -14.619 -12.360
  779   1HG   LYS  53          2HG       LYS  53   8.516 -12.383 -12.939
  780   2HG   LYS  53          1HG       LYS  53   9.775 -12.242 -11.709
  781   1HD   LYS  53          2HD       LYS  53  10.498 -12.535 -14.158
  782   2HD   LYS  53          1HD       LYS  53  11.285 -13.531 -12.932
  783   1HE   LYS  53          2HE       LYS  53  10.145 -15.448 -13.575
  784   2HE   LYS  53          1HE       LYS  53   8.861 -14.536 -14.369
  785   1HZ   LYS  53          1HZ       LYS  53  11.565 -14.277 -15.444
  786   2HZ   LYS  53          2HZ       LYS  53  10.078 -14.280 -16.250
  787   3HZ   LYS  53          3HZ       LYS  53  10.757 -15.736 -15.722
  788    H    LYS  54           H        LYS  54   8.957 -15.677  -9.146
  789    HA   LYS  54           HA       LYS  54   6.875 -17.565  -9.375
  790   1HB   LYS  54          2HB       LYS  54   9.116 -17.353  -7.357
  791   2HB   LYS  54          1HB       LYS  54   8.052 -18.743  -7.509
  792   1HG   LYS  54          2HG       LYS  54   9.173 -18.085 -10.065
  793   2HG   LYS  54          1HG       LYS  54  10.452 -18.272  -8.862
  794   1HD   LYS  54          2HD       LYS  54   9.780 -20.468  -8.338
  795   2HD   LYS  54          1HD       LYS  54   8.238 -20.278  -9.174
  796   1HE   LYS  54          2HE       LYS  54   9.442 -20.096 -11.311
  797   2HE   LYS  54          1HE       LYS  54  10.965 -20.349 -10.459
  798   1HZ   LYS  54          1HZ       LYS  54  10.016 -22.371 -11.524
  799   2HZ   LYS  54          2HZ       LYS  54   8.731 -22.299 -10.426
  800   3HZ   LYS  54          3HZ       LYS  54  10.310 -22.536  -9.867
  801    H    LEU  55           H        LEU  55   7.459 -14.950  -7.163
  802    HA   LEU  55           HA       LEU  55   5.759 -15.741  -5.063
  803   1HB   LEU  55          2HB       LEU  55   7.287 -13.442  -5.781
  804   2HB   LEU  55          1HB       LEU  55   5.669 -12.911  -5.357
  805    HG   LEU  55           HG       LEU  55   7.025 -14.810  -3.516
  806   1HD1  LEU  55          1HD1      LEU  55   8.378 -12.540  -4.346
  807   2HD1  LEU  55          2HD1      LEU  55   8.677 -13.467  -2.875
  808   3HD1  LEU  55          3HD1      LEU  55   7.610 -12.062  -2.832
  809   1HD2  LEU  55          1HD2      LEU  55   5.192 -14.300  -2.376
  810   2HD2  LEU  55          2HD2      LEU  55   4.770 -13.022  -3.517
  811   3HD2  LEU  55          3HD2      LEU  55   5.848 -12.676  -2.164
  812    H    GLY  56           H        GLY  56   5.173 -13.675  -7.890
  813   1HA   GLY  56          2HA       GLY  56   2.462 -13.145  -7.365
  814   2HA   GLY  56          1HA       GLY  56   3.228 -13.052  -8.943
  815    H    GLU  57           H        GLU  57   3.906 -15.594  -9.518
  816    HA   GLU  57           HA       GLU  57   1.536 -16.742 -10.410
  817   1HB   GLU  57          2HB       GLU  57   2.858 -18.706 -10.967
  818   2HB   GLU  57          1HB       GLU  57   3.758 -17.246 -11.355
  819   1HG   GLU  57          2HG       GLU  57   5.020 -17.495  -9.260
  820   2HG   GLU  57          1HG       GLU  57   4.151 -18.995  -8.939
  821    H    LYS  58           H        LYS  58   3.571 -17.746  -7.667
  822    HA   LYS  58           HA       LYS  58   1.809 -19.763  -6.752
  823   1HB   LYS  58          2HB       LYS  58   3.850 -18.214  -5.146
  824   2HB   LYS  58          1HB       LYS  58   3.158 -19.776  -4.731
  825   1HG   LYS  58          2HG       LYS  58   4.314 -19.941  -7.333
  826   2HG   LYS  58          1HG       LYS  58   5.488 -19.240  -6.217
  827   1HD   LYS  58          2HD       LYS  58   4.326 -21.329  -4.794
  828   2HD   LYS  58          1HD       LYS  58   4.540 -21.965  -6.427
  829   1HE   LYS  58          2HE       LYS  58   6.676 -22.327  -5.938
  830   2HE   LYS  58          1HE       LYS  58   6.898 -20.580  -5.850
  831   1HZ   LYS  58          1HZ       LYS  58   7.400 -22.221  -3.827
  832   2HZ   LYS  58          2HZ       LYS  58   5.789 -21.842  -3.480
  833   3HZ   LYS  58          3HZ       LYS  58   6.938 -20.608  -3.614
  834    H    TRP  59           H        TRP  59   1.889 -16.327  -6.359
  835    HA   TRP  59           HA       TRP  59   0.449 -16.022  -3.982
  836   1HB   TRP  59          2HB       TRP  59   1.347 -14.032  -4.797
  837   2HB   TRP  59          1HB       TRP  59   0.789 -14.334  -6.438
  838    HD1  TRP  59           HD1      TRP  59  -1.093 -12.753  -7.114
  839    HE1  TRP  59           HE1      TRP  59  -3.056 -11.593  -5.920
  840    HE3  TRP  59           HE3      TRP  59  -0.311 -14.509  -2.380
  841    HZ2  TRP  59           HZ2      TRP  59  -4.138 -11.453  -3.312
  842    HZ3  TRP  59           HZ3      TRP  59  -1.846 -13.805  -0.591
  843    HH2  TRP  59           HH2      TRP  59  -3.725 -12.317  -1.052
  844    H    LYS  60           H        LYS  60  -0.800 -15.853  -7.313
  845    HA   LYS  60           HA       LYS  60  -3.521 -16.094  -6.467
  846   1HB   LYS  60          2HB       LYS  60  -2.107 -16.071  -9.111
  847   2HB   LYS  60          1HB       LYS  60  -3.798 -16.552  -9.031
  848   1HG   LYS  60          2HG       LYS  60  -4.162 -14.346  -7.777
  849   2HG   LYS  60          1HG       LYS  60  -2.568 -13.899  -8.388
  850   1HD   LYS  60          2HD       LYS  60  -4.039 -14.977 -10.553
  851   2HD   LYS  60          1HD       LYS  60  -5.082 -13.816  -9.728
  852   1HE   LYS  60          2HE       LYS  60  -4.016 -12.253 -10.914
  853   2HE   LYS  60          1HE       LYS  60  -2.668 -12.513  -9.806
  854   1HZ   LYS  60          1HZ       LYS  60  -1.625 -13.952 -11.322
  855   2HZ   LYS  60          2HZ       LYS  60  -2.140 -12.633 -12.248
  856   3HZ   LYS  60          3HZ       LYS  60  -3.004 -14.085 -12.292
  857    H    ALA  61           H        ALA  61  -0.992 -18.302  -7.065
  858    HA   ALA  61           HA       ALA  61  -2.456 -20.543  -7.951
  859   1HB   ALA  61          1HB       ALA  61   0.174 -20.013  -7.631
  860   2HB   ALA  61          2HB       ALA  61  -0.487 -21.627  -7.894
  861   3HB   ALA  61          3HB       ALA  61  -0.114 -21.081  -6.259
  862    H    LEU  62           H        LEU  62  -1.730 -19.290  -4.736
  863    HA   LEU  62           HA       LEU  62  -2.438 -21.452  -3.168
  864   1HB   LEU  62          2HB       LEU  62  -3.187 -18.622  -2.473
  865   2HB   LEU  62          1HB       LEU  62  -2.774 -19.928  -1.380
  866    HG   LEU  62           HG       LEU  62  -0.633 -19.218  -3.258
  867   1HD1  LEU  62          1HD1      LEU  62  -1.956 -17.046  -2.449
  868   2HD1  LEU  62          2HD1      LEU  62  -0.202 -17.085  -2.631
  869   3HD1  LEU  62          3HD1      LEU  62  -0.929 -17.288  -1.037
  870   1HD2  LEU  62          1HD2      LEU  62   0.285 -19.016  -0.677
  871   2HD2  LEU  62          2HD2      LEU  62   0.326 -20.466  -1.679
  872   3HD2  LEU  62          3HD2      LEU  62  -1.004 -20.213  -0.550
  873    H    THR  63           H        THR  63  -4.617 -18.688  -3.663
  874    HA   THR  63           HA       THR  63  -6.832 -19.342  -4.749
  875    HB   THR  63           HB       THR  63  -6.597 -21.259  -2.431
  876    HG1  THR  63           HG1      THR  63  -7.675 -21.781  -4.989
  877   1HG2  THR  63          1HG2      THR  63  -8.812 -19.830  -2.591
  878   2HG2  THR  63          2HG2      THR  63  -8.843 -21.556  -2.239
  879   3HG2  THR  63          3HG2      THR  63  -9.171 -20.983  -3.874
  880    HA   PRO  64           HA       PRO  64  -8.486 -15.816  -2.724
  881   1HB   PRO  64          2HB       PRO  64 -10.897 -17.562  -2.367
  882   2HB   PRO  64          1HB       PRO  64 -10.804 -15.880  -2.902
  883   1HG   PRO  64          2HG       PRO  64 -11.113 -17.883  -4.654
  884   2HG   PRO  64          1HG       PRO  64 -10.136 -16.456  -5.038
  885   1HD   PRO  64          2HD       PRO  64  -9.277 -19.222  -4.486
  886   2HD   PRO  64          1HD       PRO  64  -8.425 -17.927  -5.347
  887    H    GLU  65           H        GLU  65  -9.454 -18.894  -1.191
  888    HA   GLU  65           HA       GLU  65  -9.827 -17.927   1.389
  889   1HB   GLU  65          2HB       GLU  65  -9.677 -20.481   0.111
  890   2HB   GLU  65          1HB       GLU  65  -8.728 -20.536   1.590
  891   1HG   GLU  65          2HG       GLU  65 -10.603 -20.866   2.708
  892   2HG   GLU  65          1HG       GLU  65 -11.096 -19.228   2.279
  893    H    GLU  66           H        GLU  66  -6.899 -19.332  -0.064
  894    HA   GLU  66           HA       GLU  66  -5.224 -19.098   2.163
  895   1HB   GLU  66          2HB       GLU  66  -4.108 -18.643  -0.568
  896   2HB   GLU  66          1HB       GLU  66  -3.485 -19.635   0.744
  897   1HG   GLU  66          2HG       GLU  66  -5.719 -20.269  -1.157
  898   2HG   GLU  66          1HG       GLU  66  -4.180 -21.107  -0.963
  899    H    LYS  67           H        LYS  67  -6.382 -16.728  -0.079
  900    HA   LYS  67           HA       LYS  67  -4.404 -14.741   0.572
  901   1HB   LYS  67          2HB       LYS  67  -7.064 -14.210  -0.732
  902   2HB   LYS  67          1HB       LYS  67  -5.564 -13.312  -0.911
  903   1HG   LYS  67          2HG       LYS  67  -4.615 -15.415  -1.978
  904   2HG   LYS  67          1HG       LYS  67  -6.282 -15.988  -2.058
  905   1HD   LYS  67          2HD       LYS  67  -5.114 -13.536  -3.362
  906   2HD   LYS  67          1HD       LYS  67  -5.768 -14.971  -4.155
  907   1HE   LYS  67          2HE       LYS  67  -7.944 -14.370  -3.758
  908   2HE   LYS  67          1HE       LYS  67  -7.534 -13.426  -2.326
  909   1HZ   LYS  67          1HZ       LYS  67  -8.107 -12.392  -4.747
  910   2HZ   LYS  67          2HZ       LYS  67  -6.415 -12.389  -4.768
  911   3HZ   LYS  67          3HZ       LYS  67  -7.247 -11.587  -3.533
  912    H    GLN  68           H        GLN  68  -7.524 -15.697   1.753
  913    HA   GLN  68           HA       GLN  68  -8.716 -13.632   2.888
  914   1HB   GLN  68          2HB       GLN  68  -8.019 -16.209   4.299
  915   2HB   GLN  68          1HB       GLN  68  -9.161 -15.034   4.934
  916   1HG   GLN  68          2HG       GLN  68 -10.024 -15.464   2.347
  917   2HG   GLN  68          1HG       GLN  68  -9.512 -17.058   2.900
  918   1HE2  GLN  68          1HE2      GLN  68 -11.959 -14.758   2.939
  919   2HE2  GLN  68          2HE2      GLN  68 -12.970 -15.490   4.134
  920    HA   PRO  69           HA       PRO  69  -5.484 -13.486   6.628
  921   1HB   PRO  69          2HB       PRO  69  -3.117 -14.238   4.986
  922   2HB   PRO  69          1HB       PRO  69  -3.472 -14.595   6.681
  923   1HG   PRO  69          2HG       PRO  69  -3.713 -16.477   4.806
  924   2HG   PRO  69          1HG       PRO  69  -4.864 -16.371   6.151
  925   1HD   PRO  69          2HD       PRO  69  -5.198 -15.566   3.299
  926   2HD   PRO  69          1HD       PRO  69  -6.385 -16.251   4.427
  927    H    TYR  70           H        TYR  70  -3.929 -12.990   3.452
  928    HA   TYR  70           HA       TYR  70  -3.021 -10.368   4.255
  929   1HB   TYR  70          2HB       TYR  70  -2.722 -10.936   1.431
  930   2HB   TYR  70          1HB       TYR  70  -1.486 -10.641   2.648
  931    HD1  TYR  70           HD1      TYR  70  -3.406 -13.198   0.872
  932    HD2  TYR  70           HD2      TYR  70  -0.425 -12.486   3.821
  933    HE1  TYR  70           HE1      TYR  70  -2.747 -15.565   0.767
  934    HE2  TYR  70           HE2      TYR  70   0.246 -14.849   3.723
  935    HH   TYR  70           HH       TYR  70  -0.016 -16.759   1.708
  936    H    GLU  71           H        GLU  71  -4.926 -11.520   1.461
  937    HA   GLU  71           HA       GLU  71  -5.846  -9.197   0.433
  938   1HB   GLU  71          2HB       GLU  71  -6.446 -11.635  -0.181
  939   2HB   GLU  71          1HB       GLU  71  -7.772 -11.448   0.958
  940   1HG   GLU  71          2HG       GLU  71  -8.321  -9.325  -0.427
  941   2HG   GLU  71          1HG       GLU  71  -7.327 -10.094  -1.662
  942    H    ALA  72           H        ALA  72  -7.287 -10.897   3.201
  943    HA   ALA  72           HA       ALA  72  -9.199  -8.913   3.856
  944   1HB   ALA  72          1HB       ALA  72  -7.852 -10.770   5.806
  945   2HB   ALA  72          2HB       ALA  72  -9.136 -11.288   4.711
  946   3HB   ALA  72          3HB       ALA  72  -9.457 -10.046   5.924
  947    H    LYS  73           H        LYS  73  -5.861  -9.506   4.852
  948    HA   LYS  73           HA       LYS  73  -5.577  -7.323   6.614
  949   1HB   LYS  73          2HB       LYS  73  -3.906  -9.328   5.496
  950   2HB   LYS  73          1HB       LYS  73  -3.142  -7.774   5.187
  951   1HG   LYS  73          2HG       LYS  73  -3.854  -7.500   7.792
  952   2HG   LYS  73          1HG       LYS  73  -3.511  -9.230   7.701
  953   1HD   LYS  73          2HD       LYS  73  -1.303  -8.900   7.437
  954   2HD   LYS  73          1HD       LYS  73  -1.540  -7.530   6.350
  955   1HE   LYS  73          2HE       LYS  73  -1.824  -7.448   9.351
  956   2HE   LYS  73          1HE       LYS  73  -0.422  -6.884   8.443
  957   1HZ   LYS  73          1HZ       LYS  73  -2.894  -5.562   8.948
  958   2HZ   LYS  73          2HZ       LYS  73  -2.563  -5.621   7.290
  959   3HZ   LYS  73          3HZ       LYS  73  -1.442  -4.931   8.353
  960    H    ALA  74           H        ALA  74  -6.039  -7.480   3.270
  961    HA   ALA  74           HA       ALA  74  -4.698  -5.038   2.570
  962   1HB   ALA  74          1HB       ALA  74  -5.408  -5.417   0.397
  963   2HB   ALA  74          2HB       ALA  74  -6.859  -6.276   0.913
  964   3HB   ALA  74          3HB       ALA  74  -5.280  -7.052   1.043
  965    H    GLN  75           H        GLN  75  -8.053  -6.065   3.073
  966    HA   GLN  75           HA       GLN  75  -9.227  -3.500   2.783
  967   1HB   GLN  75          2HB       GLN  75 -10.146  -5.894   4.389
  968   2HB   GLN  75          1HB       GLN  75 -11.128  -4.479   4.042
  969   1HG   GLN  75          2HG       GLN  75 -11.501  -5.086   1.896
  970   2HG   GLN  75          1HG       GLN  75  -9.931  -5.872   1.729
  971   1HE2  GLN  75          1HE2      GLN  75 -10.125  -7.950   1.363
  972   2HE2  GLN  75          2HE2      GLN  75 -11.307  -9.007   2.050
  973    H    ALA  76           H        ALA  76  -7.600  -5.155   5.385
  974    HA   ALA  76           HA       ALA  76  -8.350  -3.430   7.505
  975   1HB   ALA  76          1HB       ALA  76  -6.197  -5.436   7.067
  976   2HB   ALA  76          2HB       ALA  76  -7.448  -5.372   8.309
  977   3HB   ALA  76          3HB       ALA  76  -6.043  -4.311   8.416
  978    H    ASP  77           H        ASP  77  -5.524  -3.501   5.351
  979    HA   ASP  77           HA       ASP  77  -4.373  -1.112   6.415
  980   1HB   ASP  77          2HB       ASP  77  -3.013  -2.823   5.269
  981   2HB   ASP  77          1HB       ASP  77  -3.870  -2.492   3.765
  982    H    LYS  78           H        LYS  78  -6.783  -1.827   4.046
  983    HA   LYS  78           HA       LYS  78  -6.692   0.542   2.523
  984   1HB   LYS  78          2HB       LYS  78  -8.100  -1.721   2.299
  985   2HB   LYS  78          1HB       LYS  78  -9.324  -0.728   3.079
  986   1HG   LYS  78          2HG       LYS  78  -7.924  -0.162   0.475
  987   2HG   LYS  78          1HG       LYS  78  -9.615  -0.613   0.703
  988   1HD   LYS  78          2HD       LYS  78  -8.401   1.874   1.890
  989   2HD   LYS  78          1HD       LYS  78  -9.175   1.841   0.305
  990   1HE   LYS  78          2HE       LYS  78 -11.275   1.304   1.223
  991   2HE   LYS  78          1HE       LYS  78 -10.571   0.876   2.782
  992   1HZ   LYS  78          1HZ       LYS  78  -9.820   3.453   2.464
  993   2HZ   LYS  78          2HZ       LYS  78 -11.149   2.932   3.372
  994   3HZ   LYS  78          3HZ       LYS  78 -11.366   3.449   1.777
  995    H    LYS  79           H        LYS  79  -8.500  -0.329   5.448
  996    HA   LYS  79           HA       LYS  79  -9.717   2.233   5.768
  997   1HB   LYS  79          2HB       LYS  79  -9.179   0.110   7.855
  998   2HB   LYS  79          1HB       LYS  79 -10.299   1.458   8.009
  999   1HG   LYS  79          2HG       LYS  79 -11.915   0.364   6.944
 1000   2HG   LYS  79          1HG       LYS  79 -10.827  -0.154   5.654
 1001   1HD   LYS  79          2HD       LYS  79 -10.067  -2.016   6.950
 1002   2HD   LYS  79          1HD       LYS  79 -10.931  -1.440   8.376
 1003   1HE   LYS  79          2HE       LYS  79 -13.013  -1.995   7.490
 1004   2HE   LYS  79          1HE       LYS  79 -12.397  -2.061   5.840
 1005   1HZ   LYS  79          1HZ       LYS  79 -12.089  -4.223   6.085
 1006   2HZ   LYS  79          2HZ       LYS  79 -12.665  -4.157   7.674
 1007   3HZ   LYS  79          3HZ       LYS  79 -11.015  -3.954   7.364
 1008    H    ARG  80           H        ARG  80  -6.827   0.668   7.077
 1009    HA   ARG  80           HA       ARG  80  -5.881   2.382   8.928
 1010   1HB   ARG  80          2HB       ARG  80  -4.324   0.769   8.560
 1011   2HB   ARG  80          1HB       ARG  80  -4.605   0.746   6.824
 1012   1HG   ARG  80          2HG       ARG  80  -2.402   1.499   7.099
 1013   2HG   ARG  80          1HG       ARG  80  -3.348   2.942   6.729
 1014   1HD   ARG  80          2HD       ARG  80  -2.640   2.065   9.523
 1015   2HD   ARG  80          1HD       ARG  80  -1.688   3.214   8.584
 1016    HE   ARG  80           HE       ARG  80  -3.454   4.771   8.746
 1017   1HH1  ARG  80          1HH1      ARG  80  -4.111   1.809  10.460
 1018   2HH1  ARG  80          2HH1      ARG  80  -5.338   2.509  11.459
 1019   1HH2  ARG  80          1HH2      ARG  80  -5.075   5.698  10.053
 1020   2HH2  ARG  80          2HH2      ARG  80  -5.889   4.718  11.226
 1021    H    TYR  81           H        TYR  81  -5.276   2.820   5.438
 1022    HA   TYR  81           HA       TYR  81  -4.356   5.506   5.763
 1023   1HB   TYR  81          2HB       TYR  81  -3.546   5.033   3.732
 1024   2HB   TYR  81          1HB       TYR  81  -4.542   3.585   3.634
 1025    HD1  TYR  81           HD1      TYR  81  -7.078   4.038   3.033
 1026    HD2  TYR  81           HD2      TYR  81  -3.871   6.696   2.154
 1027    HE1  TYR  81           HE1      TYR  81  -8.439   5.089   1.274
 1028    HE2  TYR  81           HE2      TYR  81  -5.217   7.741   0.381
 1029    HH   TYR  81           HH       TYR  81  -7.108   7.616  -0.817
 1030    H    GLU  82           H        GLU  82  -7.430   3.989   5.003
 1031    HA   GLU  82           HA       GLU  82  -8.920   6.051   4.008
 1032   1HB   GLU  82          2HB       GLU  82  -9.828   3.809   4.370
 1033   2HB   GLU  82          1HB       GLU  82  -9.776   4.053   6.111
 1034   1HG   GLU  82          2HG       GLU  82 -11.240   6.205   5.131
 1035   2HG   GLU  82          1HG       GLU  82 -11.798   4.810   4.208
 1036    H    SER  83           H        SER  83  -7.556   5.756   7.166
 1037    HA   SER  83           HA       SER  83  -9.185   7.758   8.417
 1038   1HB   SER  83          2HB       SER  83  -6.429   7.021   9.364
 1039   2HB   SER  83          1HB       SER  83  -7.848   7.458  10.315
 1040    HG   SER  83           HG       SER  83  -7.083   5.014   9.300
 1041    H    GLU  84           H        GLU  84  -5.902   7.691   7.065
 1042    HA   GLU  84           HA       GLU  84  -5.378  10.443   7.517
 1043   1HB   GLU  84          2HB       GLU  84  -3.386  10.120   6.317
 1044   2HB   GLU  84          1HB       GLU  84  -3.695   8.562   7.069
 1045   1HG   GLU  84          2HG       GLU  84  -4.969   8.292   4.674
 1046   2HG   GLU  84          1HG       GLU  84  -3.588   9.303   4.249
 1047    H    LYS  85           H        LYS  85  -7.338   8.829   5.274
 1048    HA   LYS  85           HA       LYS  85  -7.186  10.928   3.261
 1049   1HB   LYS  85          2HB       LYS  85  -8.147   9.457   1.845
 1050   2HB   LYS  85          1HB       LYS  85  -7.714   8.262   3.061
 1051   1HG   LYS  85          2HG       LYS  85  -9.956   8.513   4.060
 1052   2HG   LYS  85          1HG       LYS  85 -10.379   9.630   2.760
 1053   1HD   LYS  85          2HD       LYS  85  -9.990   7.873   1.112
 1054   2HD   LYS  85          1HD       LYS  85  -9.533   6.756   2.399
 1055   1HE   LYS  85          2HE       LYS  85 -11.822   6.352   1.715
 1056   2HE   LYS  85          1HE       LYS  85 -11.779   6.970   3.366
 1057   1HZ   LYS  85          1HZ       LYS  85 -13.327   8.377   2.608
 1058   2HZ   LYS  85          2HZ       LYS  85 -12.910   8.152   0.985
 1059   3HZ   LYS  85          3HZ       LYS  85 -12.024   9.227   1.943
 1060    H    GLU  86           H        GLU  86  -9.544   9.593   5.555
 1061    HA   GLU  86           HA       GLU  86 -11.652  11.358   5.073
 1062   1HB   GLU  86          2HB       GLU  86 -12.536  10.680   7.151
 1063   2HB   GLU  86          1HB       GLU  86 -11.619   9.292   6.580
 1064   1HG   GLU  86          2HG       GLU  86  -9.917   9.624   8.127
 1065   2HG   GLU  86          1HG       GLU  86 -10.384  11.298   8.424
 1066    H    LEU  87           H        LEU  87  -8.695  11.723   6.911
 1067    HA   LEU  87           HA       LEU  87  -9.446  14.344   7.909
 1068   1HB   LEU  87          2HB       LEU  87  -8.037  13.521   9.466
 1069   2HB   LEU  87          1HB       LEU  87  -7.237  12.451   8.331
 1070    HG   LEU  87           HG       LEU  87  -6.640  15.312   7.964
 1071   1HD1  LEU  87          1HD1      LEU  87  -5.450  13.889  10.329
 1072   2HD1  LEU  87          2HD1      LEU  87  -6.807  15.007  10.468
 1073   3HD1  LEU  87          3HD1      LEU  87  -5.254  15.577   9.855
 1074   1HD2  LEU  87          1HD2      LEU  87  -5.605  13.295   6.798
 1075   2HD2  LEU  87          2HD2      LEU  87  -4.750  13.008   8.313
 1076   3HD2  LEU  87          3HD2      LEU  87  -4.502  14.516   7.432
 1077    H    TYR  88           H        TYR  88  -7.344  12.914   5.467
 1078    HA   TYR  88           HA       TYR  88  -5.939  14.970   4.422
 1079   1HB   TYR  88          2HB       TYR  88  -5.818  12.899   3.296
 1080   2HB   TYR  88          1HB       TYR  88  -7.560  12.842   3.043
 1081    HD1  TYR  88           HD1      TYR  88  -4.540  14.793   2.060
 1082    HD2  TYR  88           HD2      TYR  88  -8.465  13.521   1.023
 1083    HE1  TYR  88           HE1      TYR  88  -4.262  15.779  -0.177
 1084    HE2  TYR  88           HE2      TYR  88  -8.198  14.498  -1.215
 1085    HH   TYR  88           HH       TYR  88  -6.925  15.838  -2.500
 1086    H    ASN  89           H        ASN  89  -9.412  14.436   4.066
 1087    HA   ASN  89           HA       ASN  89  -9.713  16.980   2.665
 1088   1HB   ASN  89          2HB       ASN  89 -11.957  16.320   2.209
 1089   2HB   ASN  89          1HB       ASN  89 -10.964  14.885   1.966
 1090   1HD2  ASN  89          1HD2      ASN  89 -11.313  13.115   3.183
 1091   2HD2  ASN  89          2HD2      ASN  89 -12.533  12.996   4.401
 1092    H    ALA  90           H        ALA  90 -10.295  15.490   5.772
 1093    HA   ALA  90           HA       ALA  90 -11.935  17.631   6.775
 1094   1HB   ALA  90          1HB       ALA  90 -10.530  15.718   8.578
 1095   2HB   ALA  90          2HB       ALA  90 -11.812  15.127   7.522
 1096   3HB   ALA  90          3HB       ALA  90 -12.154  16.396   8.698
 1097    H    THR  91           H        THR  91  -8.943  17.850   5.832
 1098    HA   THR  91           HA       THR  91  -8.218  19.761   7.923
 1099    HB   THR  91           HB       THR  91  -7.055  17.346   8.025
 1100    HG1  THR  91           HG1      THR  91  -6.510  19.719   8.994
 1101   1HG2  THR  91          1HG2      THR  91  -5.205  18.910   6.245
 1102   2HG2  THR  91          2HG2      THR  91  -6.225  17.584   5.687
 1103   3HG2  THR  91          3HG2      THR  91  -4.966  17.284   6.885
 1104    H    LEU  92           H        LEU  92  -7.568  18.446   4.709
 1105    HA   LEU  92           HA       LEU  92  -6.105  20.745   3.820
 1106   1HB   LEU  92          2HB       LEU  92  -5.803  19.620   1.852
 1107   2HB   LEU  92          1HB       LEU  92  -6.109  18.274   2.932
 1108    HG   LEU  92           HG       LEU  92  -8.572  18.499   2.173
 1109   1HD1  LEU  92          1HD1      LEU  92  -9.113  19.899   0.527
 1110   2HD1  LEU  92          2HD1      LEU  92  -7.695  19.459  -0.425
 1111   3HD1  LEU  92          3HD1      LEU  92  -7.565  20.687   0.836
 1112   1HD2  LEU  92          1HD2      LEU  92  -6.978  17.599  -0.131
 1113   2HD2  LEU  92          2HD2      LEU  92  -8.201  16.746   0.809
 1114   3HD2  LEU  92          3HD2      LEU  92  -6.553  16.880   1.421
 1115    H    ALA  93           HN       ALA  93  -9.444  19.691   3.755
 1116    HA   ALA  93           HA       ALA  93 -10.207  22.340   2.758
 1117   1HB   ALA  93          1HB       ALA  93 -12.054  21.074   1.439
 1118   2HB   ALA  93          2HB       ALA  93 -10.937  19.713   1.537
 1119   3HB   ALA  93          3HB       ALA  93 -10.434  21.212   0.757
  Start of MODEL    2
    1   1H5*    G 101          H5''        G 101 -29.219  10.554 -16.190
    2   2H5*    G 101          H5'         G 101 -30.067   9.029 -15.800
    3    H4*    G 101           H4'        G 101 -27.973   8.414 -16.769
    4    H3*    G 101           H3'        G 101 -28.606   7.860 -14.037
    5    H1*    G 101           H1'        G 101 -25.121   8.724 -15.558
    6    H8     G 101           H8         G 101 -26.014  10.528 -12.299
    7    H1     G 101           H1         G 101 -21.277  13.267 -15.643
    8   1H2     G 101          1H2         G 101 -21.115  12.335 -17.647
    9   2H2     G 101          2H2         G 101 -22.168  11.038 -18.167
   10    H5T    G 101           H5T        G 101 -30.084  10.694 -14.137
   11   1H2*    G 101          H2'         G 101 -26.788   8.769 -13.075
   12   2H2*    G 101          H2''        G 101 -25.863   7.436 -13.828
   13   1H5*    G 102          H5''        G 102 -25.923   5.933 -16.745
   14   2H5*    G 102          H5'         G 102 -25.660   4.180 -16.823
   15    H4*    G 102           H4'        G 102 -23.696   5.490 -17.621
   16    H3*    G 102           H3'        G 102 -23.700   3.398 -15.617
   17    H1*    G 102           H1'        G 102 -21.379   6.559 -15.888
   18    H8     G 102           H8         G 102 -23.608   6.005 -12.734
   19    H1     G 102           H1         G 102 -19.001  10.436 -12.216
   20   1H2     G 102          1H2         G 102 -17.894  10.610 -14.140
   21   2H2     G 102          2H2         G 102 -18.293   9.637 -15.538
   22   1H2*    G 102          H2'         G 102 -22.292   4.358 -14.123
   23   2H2*    G 102          H2''        G 102 -21.060   4.416 -15.371
   24   1H5*    G 103          H5''        G 103 -20.639   5.154 -17.383
   25   2H5*    G 103          H5'         G 103 -20.387   4.486 -19.019
   26    H4*    G 103           H4'        G 103 -18.600   5.923 -18.873
   27    H3*    G 103           H3'        G 103 -17.768   3.263 -18.036
   28    H1*    G 103           H1'        G 103 -16.672   6.687 -16.552
   29    H8     G 103           H8         G 103 -18.560   4.131 -14.319
   30    H1     G 103           H1         G 103 -15.655   8.931 -11.212
   31   1H2     G 103          1H2         G 103 -14.683  10.297 -12.670
   32   2H2     G 103          2H2         G 103 -14.754  10.027 -14.399
   33   1H2*    G 103          H2'         G 103 -16.901   3.784 -16.078
   34   2H2*    G 103          H2''        G 103 -15.682   4.745 -16.957
   35   1H5*    G 104          H5''        G 104 -14.097   6.325 -18.873
   36   2H5*    G 104          H5'         G 104 -13.264   5.329 -20.083
   37    H4*    G 104           H4'        G 104 -11.603   6.374 -18.689
   38    H3*    G 104           H3'        G 104 -12.004   3.488 -18.844
   39    H1*    G 104           H1'        G 104 -10.966   5.510 -15.667
   40    H8     G 104           H8         G 104 -14.190   3.492 -15.637
   41    H1     G 104           H1         G 104 -12.802   6.486 -10.141
   42   1H2     G 104          1H2         G 104 -10.986   7.756 -10.415
   43   2H2     G 104          2H2         G 104 -10.141   7.849 -11.943
   44   1H2*    G 104          H2'         G 104 -12.343   3.068 -16.665
   45   2H2*    G 104          H2''        G 104 -10.634   3.378 -16.452
   46   1H5*    T 105          H5''        T 105  -9.979   8.602 -17.375
   47   2H5*    T 105          H5'         T 105  -8.618   8.176 -18.430
   48    H4*    T 105           H4'        T 105  -7.876   9.136 -16.300
   49    H3*    T 105           H3'        T 105  -7.110   6.444 -17.203
   50   1H2*    T 105          H2'         T 105  -6.656   5.599 -15.175
   51   2H2*    T 105          H2''        T 105  -5.680   7.037 -14.789
   52    H1*    T 105           H1'        T 105  -7.282   8.037 -13.679
   53    H3     T 105           H3         T 105  -9.008   5.990 -10.088
   54   1H5M    T 105          1H7         T 105 -10.612   2.805 -13.738
   55   2H5M    T 105          2H7         T 105  -9.678   2.041 -12.428
   56   3H5M    T 105          3H7         T 105  -8.909   2.364 -14.001
   57    H6     T 105           H6         T 105  -8.596   4.694 -14.694
   58   1H5*    G 106          H5''        G 106  -5.109   9.554 -15.534
   59   2H5*    G 106          H5'         G 106  -3.443  10.157 -15.569
   60    H4*    G 106           H4'        G 106  -4.324  10.320 -13.280
   61    H3*    G 106           H3'        G 106  -2.022   8.606 -13.970
   62    H1*    G 106           H1'        G 106  -4.724   8.005 -11.165
   63    H8     G 106           H8         G 106  -3.976   5.806 -14.231
   64    H1     G 106           H1         G 106  -6.997   2.847  -9.413
   65   1H2     G 106          1H2         G 106  -7.341   4.285  -7.749
   66   2H2     G 106          2H2         G 106  -6.826   5.955  -7.833
   67   1H2*    G 106          H2'         G 106  -2.406   6.987 -12.567
   68   2H2*    G 106          H2''        G 106  -2.541   8.213 -11.235
   69   1H5*    A 107          H5''        A 107  -2.746  10.060 -10.124
   70   2H5*    A 107          H5'         A 107  -1.444  10.919  -9.284
   71    H4*    A 107           H4'        A 107  -2.470   9.711  -7.585
   72    H3*    A 107           H3'        A 107   0.080   8.621  -8.581
   73    H1*    A 107           H1'        A 107  -2.969   6.478  -7.158
   74    H8     A 107           H8         A 107  -1.539   6.350 -10.702
   75   1H6     A 107          1H6         A 107  -3.591   0.458 -10.418
   76   2H6     A 107          2H6         A 107  -2.807   1.632 -11.456
   77    H2     A 107           H2         A 107  -4.395   2.437  -6.509
   78   1H2*    A 107          H2'         A 107  -0.276   6.438  -7.953
   79   2H2*    A 107          H2''        A 107  -1.020   7.028  -6.424
   80   1H5*    T 108          H5''        T 108  -1.112   7.652  -4.360
   81   2H5*    T 108          H5'         T 108   0.300   7.778  -3.299
   82    H4*    T 108           H4'        T 108  -0.989   5.743  -2.882
   83    H3*    T 108           H3'        T 108   1.848   5.823  -3.540
   84   1H2*    T 108          H2'         T 108   1.888   3.860  -4.722
   85   2H2*    T 108          H2''        T 108   1.248   3.047  -3.259
   86    H1*    T 108           H1'        T 108  -0.871   3.041  -3.971
   87    H3     T 108           H3         T 108  -0.763  -0.063  -7.154
   88   1H5M    T 108          1H7         T 108   1.587   3.450  -9.775
   89   2H5M    T 108          2H7         T 108   0.422   4.719  -9.313
   90   3H5M    T 108          3H7         T 108  -0.101   3.360 -10.348
   91    H6     T 108           H6         T 108   0.386   4.593  -7.101
   92   1H5*    T 109          H5''        T 109  -0.047   3.031  -1.017
   93   2H5*    T 109          H5'         T 109  -0.053   2.549   0.676
   94    H4*    T 109           H4'        T 109   0.526   0.520   0.110
   95    H3*    T 109           H3'        T 109   3.076   1.937  -0.453
   96   1H2*    T 109          H2'         T 109   3.691   0.494  -2.063
   97   2H2*    T 109          H2''        T 109   3.282  -0.894  -1.016
   98    H1*    T 109           H1'        T 109   1.268  -1.194  -1.976
   99    H3     T 109           H3         T 109   1.840  -2.333  -6.254
  100   1H5M    T 109          1H7         T 109   2.714   2.740  -6.413
  101   2H5M    T 109          2H7         T 109   3.821   1.699  -7.344
  102   3H5M    T 109          3H7         T 109   4.311   2.317  -5.746
  103    H6     T 109           H6         T 109   2.781   1.687  -3.815
  104   1H5*    G 110          H5''        G 110   3.188  -1.748   0.970
  105   2H5*    G 110          H5'         G 110   3.676  -2.141   2.637
  106    H4*    G 110           H4'        G 110   4.547  -4.027   1.755
  107    H3*    G 110           H3'        G 110   6.521  -1.946   1.455
  108    H1*    G 110           H1'        G 110   5.719  -4.752  -1.222
  109    H8     G 110           H8         G 110   5.321  -0.902  -1.768
  110    H1     G 110           H1         G 110   5.168  -4.606  -7.003
  111   1H2     G 110          1H2         G 110   5.344  -6.747  -6.425
  112   2H2     G 110          2H2         G 110   5.499  -7.253  -4.758
  113   1H2*    G 110          H2'         G 110   7.143  -2.311  -0.690
  114   2H2*    G 110          H2''        G 110   7.527  -3.991  -0.233
  115   1H5*    T 111          H5''        T 111   7.135  -5.993   0.589
  116   2H5*    T 111          H5'         T 111   7.936  -6.687   2.011
  117    H4*    T 111           H4'        T 111   8.564  -8.292   0.577
  118    H3*    T 111           H3'        T 111  10.620  -6.186   0.418
  119   1H2*    T 111          H2'         T 111  10.957  -6.227  -1.737
  120   2H2*    T 111          H2''        T 111  11.250  -7.986  -1.682
  121    H1*    T 111           H1'        T 111   9.270  -8.397  -2.592
  122    H3     T 111           H3         T 111   8.814  -6.245  -6.483
  123   1H5M    T 111          1H7         T 111   9.840  -2.226  -3.886
  124   2H5M    T 111          2H7         T 111   8.738  -2.557  -2.532
  125   3H5M    T 111          3H7         T 111   8.086  -2.187  -4.159
  126    H6     T 111           H6         T 111   9.079  -4.726  -1.936
  127   1H5*    T 112          H5''        T 112  11.779  -9.902  -0.838
  128   2H5*    T 112          H5'         T 112  13.243 -10.641  -0.168
  129    H4*    T 112           H4'        T 112  13.401 -11.052  -2.458
  130    H3*    T 112           H3'        T 112  15.124  -8.987  -1.333
  131   1H2*    T 112          H2'         T 112  15.190  -7.566  -2.998
  132   2H2*    T 112          H2''        T 112  15.678  -8.864  -4.117
  133    H1*    T 112           H1'        T 112  13.684  -9.049  -4.958
  134    H3     T 112           H3         T 112  12.370  -5.115  -6.641
  135   1H5M    T 112          1H7         T 112  11.118  -3.961  -2.086
  136   2H5M    T 112          2H7         T 112  12.755  -3.277  -2.229
  137   3H5M    T 112          3H7         T 112  12.478  -4.726  -1.231
  138    H6     T 112           H6         T 112  13.011  -6.781  -2.187
  139   1H5*    C 113          H5''        C 113  16.607 -10.392  -5.305
  140   2H5*    C 113          H5'         C 113  18.199 -11.091  -4.970
  141    H4*    C 113           H4'        C 113  18.707  -9.837  -6.827
  142    H3*    C 113           H3'        C 113  19.248  -8.342  -4.315
  143    H1*    C 113           H1'        C 113  18.094  -6.745  -7.718
  144   1H4     C 113          1H4         C 113  14.261  -2.561  -4.778
  145   2H4     C 113          2H4         C 113  14.454  -3.373  -3.243
  146    H5     C 113           H5         C 113  15.828  -5.459  -2.994
  147    H6     C 113           H6         C 113  17.183  -7.035  -4.191
  148   1H2*    C 113          H2'         C 113  19.060  -6.345  -5.049
  149   2H2*    C 113          H2''        C 113  19.950  -6.757  -6.543
  150   1H5*    A 114          H5''        A 114  20.833  -7.997  -7.980
  151   2H5*    A 114          H5'         A 114  22.561  -8.104  -8.369
  152    H4*    A 114           H4'        A 114  21.590  -6.597  -9.949
  153    H3*    A 114           H3'        A 114  23.347  -5.524  -7.844
  154    H1*    A 114           H1'        A 114  20.348  -3.625  -9.440
  155    H8     A 114           H8         A 114  21.111  -4.540  -5.778
  156   1H6     A 114          1H6         A 114  17.137   0.063  -4.479
  157   2H6     A 114          2H6         A 114  18.192  -1.155  -3.796
  158    H2     A 114           H2         A 114  17.481  -0.357  -8.964
  159   1H2*    A 114          H2'         A 114  22.568  -3.494  -7.696
  160   2H2*    A 114          H2''        A 114  22.542  -3.360  -9.472
  161   1H5*    G 115          H5''        G 115  25.094  -3.661 -12.445
  162   2H5*    G 115          H5'         G 115  26.622  -3.152 -11.713
  163    H4*    G 115           H4'        G 115  24.969  -1.533 -13.150
  164    H3*    G 115           H3'        G 115  27.275  -1.137 -11.482
  165    H1*    G 115           H1'        G 115  23.857   0.932 -10.952
  166    H8     G 115           H8         G 115  25.284  -1.808  -8.610
  167    H1     G 115           H1         G 115  21.110   2.277  -5.977
  168   1H2     G 115          1H2         G 115  20.423   3.756  -7.495
  169   2H2     G 115          2H2         G 115  20.997   3.728  -9.147
  170    H3T    G 115           H3T        G 115  25.934   0.295 -13.519
  171   1H2*    G 115          H2'         G 115  26.428   0.354  -9.909
  172   2H2*    G 115          H2''        G 115  25.955   1.385 -11.235
  173   1H5*    C 116          H5''        C 116  18.899   7.668  -1.639
  174   2H5*    C 116          H5'         C 116  17.722   8.945  -1.267
  175    H4*    C 116           H4'        C 116  17.436   9.008  -3.548
  176    H3*    C 116           H3'        C 116  15.636   6.978  -2.520
  177    H1*    C 116           H1'        C 116  17.759   6.691  -5.846
  178   1H4     C 116          1H4         C 116  20.656   1.077  -4.307
  179   2H4     C 116          2H4         C 116  20.078   1.208  -2.659
  180    H5     C 116           H5         C 116  18.738   3.104  -1.853
  181    H6     C 116           H6         C 116  17.714   5.214  -2.509
  182    H5T    C 116           H5T        C 116  16.974   7.364  -0.068
  183   1H2*    C 116          H2'         C 116  16.063   5.370  -3.932
  184   2H2*    C 116          H2''        C 116  15.684   6.450  -5.281
  185   1H5*    T 117          H5''        T 117  15.359   7.961  -6.557
  186   2H5*    T 117          H5'         T 117  13.788   8.598  -7.087
  187    H4*    T 117           H4'        T 117  14.429   7.174  -8.818
  188    H3*    T 117           H3'        T 117  12.392   6.147  -6.961
  189   1H2*    T 117          H2'         T 117  12.783   3.969  -7.188
  190   2H2*    T 117          H2''        T 117  12.908   4.091  -8.953
  191    H1*    T 117           H1'        T 117  15.142   3.930  -8.801
  192    H3     T 117           H3         T 117  16.318   0.610  -5.940
  193   1H5M    T 117          1H7         T 117  13.898   2.934  -2.512
  194   2H5M    T 117          2H7         T 117  13.896   4.577  -3.204
  195   3H5M    T 117          3H7         T 117  15.373   3.936  -2.428
  196    H6     T 117           H6         T 117  14.226   4.882  -5.306
  197   1H5*    G 118          H5''        G 118  13.271   5.337 -10.579
  198   2H5*    G 118          H5'         G 118  12.782   5.783 -12.222
  199    H4*    G 118           H4'        G 118  13.717   3.737 -12.656
  200    H3*    G 118           H3'        G 118  10.816   3.474 -12.269
  201    H1*    G 118           H1'        G 118  13.729   0.972 -11.486
  202    H8     G 118           H8         G 118  11.406   2.317  -8.598
  203    H1     G 118           H1         G 118  14.622  -3.088  -7.363
  204   1H2     G 118          1H2         G 118  15.834  -3.689  -9.123
  205   2H2     G 118          2H2         G 118  15.851  -2.764 -10.610
  206   1H2*    G 118          H2'         G 118  10.865   1.440 -11.239
  207   2H2*    G 118          H2''        G 118  11.853   0.824 -12.578
  208   1H5*    A 119          H5''        A 119  12.968   0.333 -14.337
  209   2H5*    A 119          H5'         A 119  12.356   0.182 -15.997
  210    H4*    A 119           H4'        A 119  12.746  -2.050 -15.488
  211    H3*    A 119           H3'        A 119   9.940  -1.313 -15.083
  212    H1*    A 119           H1'        A 119  12.043  -3.845 -12.771
  213    H8     A 119           H8         A 119  10.263  -0.487 -12.045
  214   1H6     A 119          1H6         A 119  10.793  -2.370  -6.119
  215   2H6     A 119          2H6         A 119  10.195  -1.088  -7.151
  216    H2     A 119           H2         A 119  12.637  -5.457  -8.838
  217   1H2*    A 119          H2'         A 119   9.509  -2.602 -13.320
  218   2H2*    A 119          H2''        A 119  10.283  -4.005 -14.137
  219   1H5*    A 120          H5''        A 120   9.118  -6.734 -17.185
  220   2H5*    A 120          H5'         A 120   7.857  -6.071 -16.128
  221    H4*    A 120           H4'        A 120   9.941  -8.136 -15.567
  222    H3*    A 120           H3'        A 120   7.162  -8.107 -15.755
  223    H1*    A 120           H1'        A 120   8.926  -8.055 -12.253
  224    H8     A 120           H8         A 120   8.194  -4.516 -13.554
  225   1H6     A 120          1H6         A 120   7.524  -3.273  -7.483
  226   2H6     A 120          2H6         A 120   7.541  -2.580  -9.088
  227    H2     A 120           H2         A 120   8.273  -7.708  -8.033
  228   1H2*    A 120          H2'         A 120   6.692  -6.970 -13.810
  229   2H2*    A 120          H2''        A 120   6.916  -8.572 -13.069
  230   1H5*    C 121          H5''        C 121   7.514 -10.464 -12.176
  231   2H5*    C 121          H5'         C 121   6.885 -12.081 -12.556
  232    H4*    C 121           H4'        C 121   5.502 -11.847 -10.852
  233    H3*    C 121           H3'        C 121   4.245 -10.138 -12.918
  234    H1*    C 121           H1'        C 121   4.457  -9.699  -8.959
  235   1H4     C 121          1H4         C 121   5.096  -3.421  -8.288
  236   2H4     C 121          2H4         C 121   5.379  -3.179  -9.992
  237    H5     C 121           H5         C 121   5.468  -5.073 -11.628
  238    H6     C 121           H6         C 121   5.264  -7.427 -11.869
  239   1H2*    C 121          H2'         C 121   3.410  -8.635 -11.495
  240   2H2*    C 121          H2''        C 121   2.763  -9.913 -10.448
  241   1H5*    A 122          H5''        A 122   1.773 -11.535  -9.646
  242   2H5*    A 122          H5'         A 122   0.413 -12.455 -10.314
  243    H4*    A 122           H4'        A 122  -0.541 -11.223  -8.579
  244    H3*    A 122           H3'        A 122  -1.085 -10.335 -11.308
  245    H1*    A 122           H1'        A 122  -0.804  -8.107  -8.015
  246    H8     A 122           H8         A 122   1.112  -7.574 -11.371
  247   1H6     A 122          1H6         A 122   2.670  -2.114  -8.823
  248   2H6     A 122          2H6         A 122   2.812  -3.109 -10.258
  249    H2     A 122           H2         A 122   0.244  -4.400  -5.853
  250   1H2*    A 122          H2'         A 122  -1.198  -8.115 -10.920
  251   2H2*    A 122          H2''        A 122  -2.370  -8.398  -9.607
  252   1H5*    A 123          H5''        A 123  -2.677  -9.762  -7.915
  253   2H5*    A 123          H5'         A 123  -4.042 -10.725  -7.317
  254    H4*    A 123           H4'        A 123  -3.908  -9.059  -5.680
  255    H3*    A 123           H3'        A 123  -6.034  -8.708  -7.606
  256    H1*    A 123           H1'        A 123  -4.006  -6.002  -5.769
  257    H8     A 123           H8         A 123  -3.724  -6.352  -9.568
  258   1H6     A 123          1H6         A 123  -1.022  -0.756  -9.500
  259   2H6     A 123          2H6         A 123  -1.569  -2.067 -10.521
  260    H2     A 123           H2         A 123  -1.944  -1.941  -5.272
  261   1H2*    A 123          H2'         A 123  -5.446  -6.731  -8.289
  262   2H2*    A 123          H2''        A 123  -6.113  -6.186  -6.704
  263   1H5*    T 124          H5''        T 124  -5.624  -6.051  -4.308
  264   2H5*    T 124          H5'         T 124  -6.815  -6.590  -3.109
  265    H4*    T 124           H4'        T 124  -6.735  -4.441  -2.452
  266    H3*    T 124           H3'        T 124  -8.797  -4.695  -4.475
  267   1H2*    T 124          H2'         T 124  -8.266  -2.932  -5.733
  268   2H2*    T 124          H2''        T 124  -8.552  -1.887  -4.322
  269    H1*    T 124           H1'        T 124  -6.345  -1.632  -3.914
  270    H3     T 124           H3         T 124  -4.684   0.444  -7.507
  271   1H5M    T 124          1H7         T 124  -6.590  -3.515  -9.894
  272   2H5M    T 124          2H7         T 124  -5.649  -4.666  -8.924
  273   3H5M    T 124          3H7         T 124  -4.819  -3.525 -10.016
  274    H6     T 124           H6         T 124  -6.431  -3.976  -6.797
  275   1H5*    C 125          H5''        C 125  -8.711  -0.926  -2.425
  276   2H5*    C 125          H5'         C 125 -10.181  -0.723  -1.454
  277    H4*    C 125           H4'        C 125  -9.749   1.430  -2.264
  278    H3*    C 125           H3'        C 125 -11.986  -0.044  -3.349
  279    H1*    C 125           H1'        C 125  -9.700   2.541  -5.194
  280   1H4     C 125          1H4         C 125  -7.242   0.604 -10.692
  281   2H4     C 125          2H4         C 125  -7.785  -1.042 -10.438
  282    H5     C 125           H5         C 125  -8.963  -1.751  -8.443
  283    H6     C 125           H6         C 125  -9.853  -1.042  -6.305
  284   1H2*    C 125          H2'         C 125 -11.470   0.167  -5.571
  285   2H2*    C 125          H2''        C 125 -11.874   1.888  -5.369
  286   1H5*    A 126          H5''        A 126  -9.784   4.386   0.138
  287   2H5*    A 126          H5'         A 126 -11.521   4.638  -0.070
  288    H4*    A 126           H4'        A 126  -9.433   6.365  -0.789
  289    H3*    A 126           H3'        A 126 -12.315   6.406  -0.851
  290    H1*    A 126           H1'        A 126 -10.039   7.216  -4.029
  291    H8     A 126           H8         A 126 -12.643   4.356  -3.766
  292   1H6     A 126          1H6         A 126 -11.414   3.770  -9.839
  293   2H6     A 126          2H6         A 126 -12.387   3.179  -8.511
  294    H2     A 126           H2         A 126  -8.747   6.991  -8.084
  295   1H2*    A 126          H2'         A 126 -12.679   6.364  -2.932
  296   2H2*    A 126          H2''        A 126 -12.045   8.006  -3.027
  297   1H5*    C 127          H5''        C 127  -8.331   9.361  -3.190
  298   2H5*    C 127          H5'         C 127  -9.077  10.789  -2.444
  299    H4*    C 127           H4'        C 127  -8.521  11.203  -4.790
  300    H3*    C 127           H3'        C 127 -11.230  11.399  -3.704
  301    H1*    C 127           H1'        C 127 -10.152  10.463  -7.340
  302   1H4     C 127          1H4         C 127 -13.745   5.466  -9.038
  303   2H4     C 127          2H4         C 127 -14.504   5.440  -7.461
  304    H5     C 127           H5         C 127 -13.880   6.969  -5.636
  305    H6     C 127           H6         C 127 -12.435   8.766  -5.012
  306   1H2*    C 127          H2'         C 127 -12.355  10.656  -5.409
  307   2H2*    C 127          H2''        C 127 -11.643  11.848  -6.468
  308   1H5*    C 128          H5''        C 128 -10.237  13.518  -6.992
  309   2H5*    C 128          H5'         C 128 -10.179  15.290  -6.943
  310    H4*    C 128           H4'        C 128 -10.863  15.007  -9.091
  311    H3*    C 128           H3'        C 128 -13.184  15.424  -7.335
  312    H1*    C 128           H1'        C 128 -12.966  13.171 -10.624
  313   1H4     C 128          1H4         C 128 -16.279   8.045  -8.883
  314   2H4     C 128          2H4         C 128 -16.320   8.570  -7.212
  315    H5     C 128           H5         C 128 -15.245  10.655  -6.441
  316    H6     C 128           H6         C 128 -13.909  12.511  -7.091
  317   1H2*    C 128          H2'         C 128 -14.602  14.044  -8.357
  318   2H2*    C 128          H2''        C 128 -14.237  14.884  -9.888
  319   1H5*    C 129          H5''        C 129 -12.373  16.101 -11.324
  320   2H5*    C 129          H5'         C 129 -12.782  17.595 -12.191
  321    H4*    C 129           H4'        C 129 -12.674  15.761 -13.760
  322    H3*    C 129           H3'        C 129 -15.252  17.121 -13.298
  323    H1*    C 129           H1'        C 129 -14.663  13.390 -14.340
  324   1H4     C 129          1H4         C 129 -19.181  10.891 -10.498
  325   2H4     C 129          2H4         C 129 -18.786  12.067  -9.262
  326    H5     C 129           H5         C 129 -17.098  13.843  -9.579
  327    H6     C 129           H6         C 129 -15.502  14.767 -11.167
  328   1H2*    C 129          H2'         C 129 -16.541  15.374 -13.643
  329   2H2*    C 129          H2''        C 129 -15.741  15.082 -15.222
  330   1H5*    C 130          H5''        C 130 -14.692  15.965 -16.900
  331   2H5*    C 130          H5'         C 130 -13.756  16.862 -18.119
  332    H4*    C 130           H4'        C 130 -15.061  15.676 -19.608
  333    H3*    C 130           H3'        C 130 -16.512  18.064 -18.867
  334    H1*    C 130           H1'        C 130 -18.207  14.412 -18.999
  335   1H4     C 130          1H4         C 130 -20.843  15.157 -13.175
  336   2H4     C 130          2H4         C 130 -19.616  16.321 -12.723
  337    H5     C 130           H5         C 130 -17.799  17.037 -14.281
  338    H6     C 130           H6         C 130 -16.890  16.744 -16.434
  339    H3T    C 130           H3T        C 130 -16.467  18.215 -20.975
  340   1H2*    C 130          H2'         C 130 -18.507  17.212 -18.421
  341   2H2*    C 130          H2''        C 130 -18.543  16.388 -19.998
  342   1H    MET   1          1HT       MET   1 -10.931  -4.671 -20.683
  343   2H    MET   1          2HT       MET   1 -12.022  -4.959 -21.977
  344   3H    MET   1          3HT       MET   1 -11.865  -6.110 -20.713
  345    HA   MET   1           HA       MET   1 -13.734  -4.222 -20.883
  346   1HB   MET   1          2HB       MET   1 -12.611  -5.970 -18.768
  347   2HB   MET   1          1HB       MET   1 -13.686  -4.687 -18.228
  348   1HG   MET   1          2HG       MET   1 -15.216  -6.318 -18.559
  349   2HG   MET   1          1HG       MET   1 -15.196  -5.629 -20.182
  350   1HE   MET   1          1HE       MET   1 -16.039  -8.492 -18.869
  351   2HE   MET   1          2HE       MET   1 -15.453  -9.749 -19.959
  352   3HE   MET   1          3HE       MET   1 -16.393  -8.398 -20.594
  353    H    VAL   2           H        VAL   2 -11.361  -4.040 -18.241
  354    HA   VAL   2           HA       VAL   2 -11.271  -1.121 -18.612
  355    HB   VAL   2           HB       VAL   2 -11.131  -2.148 -15.832
  356   1HG1  VAL   2          1HG1      VAL   2 -11.797  -0.027 -15.262
  357   2HG1  VAL   2          2HG1      VAL   2 -12.725   0.197 -16.745
  358   3HG1  VAL   2          3HG1      VAL   2 -10.965   0.293 -16.785
  359   1HG2  VAL   2          1HG2      VAL   2 -13.510  -2.258 -15.549
  360   2HG2  VAL   2          2HG2      VAL   2 -13.054  -3.360 -16.847
  361   3HG2  VAL   2          3HG2      VAL   2 -13.777  -1.799 -17.230
  362    H    THR   3           H        THR   3  -9.498  -3.694 -18.939
  363    HA   THR   3           HA       THR   3  -7.152  -2.679 -17.483
  364    HB   THR   3           HB       THR   3  -7.415  -5.386 -18.804
  365    HG1  THR   3           HG1      THR   3  -8.924  -4.777 -16.911
  366   1HG2  THR   3          1HG2      THR   3  -5.721  -4.871 -16.440
  367   2HG2  THR   3          2HG2      THR   3  -5.190  -4.181 -17.973
  368   3HG2  THR   3          3HG2      THR   3  -5.446  -5.921 -17.830
  369    HA   PRO   4           HA       PRO   4  -6.373  -1.468 -21.876
  370   1HB   PRO   4          2HB       PRO   4  -5.141   0.869 -21.253
  371   2HB   PRO   4          1HB       PRO   4  -6.895   0.718 -21.403
  372   1HG   PRO   4          2HG       PRO   4  -5.197   0.726 -18.937
  373   2HG   PRO   4          1HG       PRO   4  -6.740   1.546 -19.235
  374   1HD   PRO   4          2HD       PRO   4  -6.565  -0.769 -17.842
  375   2HD   PRO   4          1HD       PRO   4  -7.973  -0.363 -18.844
  376    H    ARG   5           H        ARG   5  -4.127  -0.794 -19.181
  377    HA   ARG   5           HA       ARG   5  -1.927  -1.283 -18.872
  378   1HB   ARG   5          2HB       ARG   5  -2.991  -3.509 -20.382
  379   2HB   ARG   5          1HB       ARG   5  -1.308  -3.221 -20.802
  380   1HG   ARG   5          2HG       ARG   5  -1.714  -3.109 -17.945
  381   2HG   ARG   5          1HG       ARG   5  -2.268  -4.641 -18.623
  382   1HD   ARG   5          2HD       ARG   5   0.046  -4.450 -19.918
  383   2HD   ARG   5          1HD       ARG   5   0.463  -3.488 -18.501
  384    HE   ARG   5           HE       ARG   5   0.547  -5.413 -17.280
  385   1HH1  ARG   5          1HH1      ARG   5  -1.279  -6.010 -20.185
  386   2HH1  ARG   5          2HH1      ARG   5  -1.423  -7.712 -19.900
  387   1HH2  ARG   5          1HH2      ARG   5   0.364  -7.653 -16.895
  388   2HH2  ARG   5          2HH2      ARG   5  -0.489  -8.647 -18.028
  389    H    GLU   6           H        GLU   6  -2.422   0.900 -20.418
  390    HA   GLU   6           HA       GLU   6  -0.823   0.758 -22.831
  391   1HB   GLU   6          2HB       GLU   6  -2.813   2.540 -21.740
  392   2HB   GLU   6          1HB       GLU   6  -1.392   3.448 -22.236
  393   1HG   GLU   6          2HG       GLU   6  -3.211   3.159 -23.960
  394   2HG   GLU   6          1HG       GLU   6  -1.576   2.732 -24.461
  395    HA   PRO   7           HA       PRO   7   1.698   3.835 -19.836
  396   1HB   PRO   7          2HB       PRO   7   1.193   2.167 -17.417
  397   2HB   PRO   7          1HB       PRO   7   1.404   3.916 -17.553
  398   1HG   PRO   7          2HG       PRO   7  -1.014   2.867 -17.185
  399   2HG   PRO   7          1HG       PRO   7  -0.780   4.257 -18.261
  400   1HD   PRO   7          2HD       PRO   7  -1.250   1.390 -18.940
  401   2HD   PRO   7          1HD       PRO   7  -1.800   2.855 -19.778
  402    H    LYS   8           H        LYS   8   3.672   3.128 -18.330
  403    HA   LYS   8           HA       LYS   8   4.610   0.490 -18.411
  404   1HB   LYS   8          2HB       LYS   8   4.602   1.353 -20.926
  405   2HB   LYS   8          1HB       LYS   8   6.129   2.072 -20.431
  406   1HG   LYS   8          2HG       LYS   8   5.482  -0.846 -20.096
  407   2HG   LYS   8          1HG       LYS   8   6.306  -0.177 -21.507
  408   1HD   LYS   8          2HD       LYS   8   7.981   0.809 -19.863
  409   2HD   LYS   8          1HD       LYS   8   7.251  -0.248 -18.653
  410   1HE   LYS   8          2HE       LYS   8   9.344  -0.983 -20.133
  411   2HE   LYS   8          1HE       LYS   8   8.128  -2.128 -19.566
  412   1HZ   LYS   8          1HZ       LYS   8   8.600  -2.420 -21.917
  413   2HZ   LYS   8          2HZ       LYS   8   8.153  -0.819 -22.233
  414   3HZ   LYS   8          3HZ       LYS   8   6.998  -1.928 -21.689
  415    H    LYS   9           H        LYS   9   5.370   3.914 -18.433
  416    HA   LYS   9           HA       LYS   9   7.058   3.602 -16.129
  417   1HB   LYS   9          2HB       LYS   9   8.976   4.853 -17.314
  418   2HB   LYS   9          1HB       LYS   9   8.808   3.127 -17.604
  419   1HG   LYS   9          2HG       LYS   9   7.462   3.796 -19.675
  420   2HG   LYS   9          1HG       LYS   9   8.135   5.408 -19.425
  421   1HD   LYS   9          2HD       LYS   9  10.269   3.567 -19.211
  422   2HD   LYS   9          1HD       LYS   9   9.344   3.131 -20.650
  423   1HE   LYS   9          2HE       LYS   9  10.065   5.987 -20.142
  424   2HE   LYS   9          1HE       LYS   9  11.263   4.884 -20.820
  425   1HZ   LYS   9          1HZ       LYS   9   9.895   6.170 -22.465
  426   2HZ   LYS   9          2HZ       LYS   9   8.567   5.233 -21.996
  427   3HZ   LYS   9          3HZ       LYS   9   9.919   4.495 -22.696
  428    H    ARG  10           H        ARG  10   5.852   5.693 -18.701
  429    HA   ARG  10           HA       ARG  10   6.349   8.199 -17.937
  430   1HB   ARG  10          2HB       ARG  10   3.583   7.174 -18.605
  431   2HB   ARG  10          1HB       ARG  10   4.097   8.853 -18.695
  432   1HG   ARG  10          2HG       ARG  10   5.351   8.516 -20.582
  433   2HG   ARG  10          1HG       ARG  10   5.602   6.802 -20.240
  434   1HD   ARG  10          2HD       ARG  10   2.881   6.963 -20.530
  435   2HD   ARG  10          1HD       ARG  10   3.461   8.130 -21.717
  436    HE   ARG  10           HE       ARG  10   5.004   5.975 -22.201
  437   1HH1  ARG  10          1HH1      ARG  10   1.564   6.401 -21.879
  438   2HH1  ARG  10          2HH1      ARG  10   1.171   5.111 -22.966
  439   1HH2  ARG  10          1HH2      ARG  10   4.500   4.273 -23.635
  440   2HH2  ARG  10          2HH2      ARG  10   2.841   3.901 -23.963
  441    H    THR  11           H        THR  11   3.768   6.244 -16.451
  442    HA   THR  11           HA       THR  11   2.618   7.835 -14.670
  443    HB   THR  11           HB       THR  11   3.740   5.082 -14.105
  444    HG1  THR  11           HG1      THR  11   1.890   4.397 -14.921
  445   1HG2  THR  11          1HG2      THR  11   2.161   4.974 -12.251
  446   2HG2  THR  11          2HG2      THR  11   1.729   6.663 -12.515
  447   3HG2  THR  11          3HG2      THR  11   3.362   6.241 -11.999
  448    H    THR  12           H        THR  12   5.239   5.950 -13.241
  449    HA   THR  12           HA       THR  12   6.761   6.465 -11.628
  450    HB   THR  12           HB       THR  12   7.276   9.211 -12.472
  451    HG1  THR  12           HG1      THR  12   7.839   7.392 -14.512
  452   1HG2  THR  12          1HG2      THR  12   9.137   8.324 -11.571
  453   2HG2  THR  12          2HG2      THR  12   9.417   7.774 -13.223
  454   3HG2  THR  12          3HG2      THR  12   8.709   6.678 -12.037
  455    H    ARG  13           H        ARG  13   5.098   6.488  -9.998
  456    HA   ARG  13           HA       ARG  13   3.427   8.349  -9.119
  457   1HB   ARG  13          2HB       ARG  13   3.976   7.721  -6.782
  458   2HB   ARG  13          1HB       ARG  13   3.822   6.330  -7.846
  459   1HG   ARG  13          2HG       ARG  13   6.547   7.218  -7.794
  460   2HG   ARG  13          1HG       ARG  13   5.956   6.966  -6.151
  461   1HD   ARG  13          2HD       ARG  13   6.340   4.796  -6.452
  462   2HD   ARG  13          1HD       ARG  13   4.979   4.793  -7.573
  463    HE   ARG  13           HE       ARG  13   7.506   5.558  -8.740
  464   1HH1  ARG  13          1HH1      ARG  13   5.323   2.948  -8.005
  465   2HH1  ARG  13          2HH1      ARG  13   5.958   1.899  -9.229
  466   1HH2  ARG  13          1HH2      ARG  13   8.350   4.187 -10.355
  467   2HH2  ARG  13          2HH2      ARG  13   7.679   2.604 -10.565
  468    H    LYS  14           H        LYS  14   3.524  10.481  -8.959
  469    HA   LYS  14           HA       LYS  14   5.955  11.700  -7.834
  470   1HB   LYS  14          2HB       LYS  14   4.331  12.643 -10.199
  471   2HB   LYS  14          1HB       LYS  14   5.503  13.656  -9.368
  472   1HG   LYS  14          2HG       LYS  14   6.823  11.249  -9.962
  473   2HG   LYS  14          1HG       LYS  14   5.925  11.704 -11.413
  474   1HD   LYS  14          2HD       LYS  14   7.399  13.303 -11.875
  475   2HD   LYS  14          1HD       LYS  14   7.167  14.025 -10.281
  476   1HE   LYS  14          2HE       LYS  14   9.365  13.515 -10.083
  477   2HE   LYS  14          1HE       LYS  14   8.701  11.962  -9.576
  478   1HZ   LYS  14          1HZ       LYS  14   8.908  11.249 -11.941
  479   2HZ   LYS  14          2HZ       LYS  14  10.384  11.540 -11.168
  480   3HZ   LYS  14          3HZ       LYS  14   9.759  12.677 -12.252
  481    H    LYS  15           H        LYS  15   5.523  13.993  -7.079
  482    HA   LYS  15           HA       LYS  15   3.858  14.132  -4.979
  483   1HB   LYS  15          2HB       LYS  15   4.331  16.459  -6.852
  484   2HB   LYS  15          1HB       LYS  15   3.893  16.560  -5.153
  485   1HG   LYS  15          2HG       LYS  15   6.088  16.802  -4.822
  486   2HG   LYS  15          1HG       LYS  15   6.148  15.050  -5.031
  487   1HD   LYS  15          2HD       LYS  15   7.058  15.191  -7.115
  488   2HD   LYS  15          1HD       LYS  15   6.253  16.719  -7.480
  489   1HE   LYS  15          2HE       LYS  15   8.770  16.805  -7.199
  490   2HE   LYS  15          1HE       LYS  15   7.832  17.964  -6.258
  491   1HZ   LYS  15          1HZ       LYS  15   9.533  16.979  -4.896
  492   2HZ   LYS  15          2HZ       LYS  15   8.988  15.419  -5.256
  493   3HZ   LYS  15          3HZ       LYS  15   8.018  16.464  -4.347
  494    H    LYS  16           H        LYS  16   1.750  14.689  -4.512
  495    HA   LYS  16           HA       LYS  16  -0.124  15.678  -6.354
  496   1HB   LYS  16          2HB       LYS  16   0.230  13.430  -7.376
  497   2HB   LYS  16          1HB       LYS  16  -0.341  12.699  -5.881
  498   1HG   LYS  16          2HG       LYS  16  -2.424  12.843  -6.602
  499   2HG   LYS  16          1HG       LYS  16  -2.274  14.598  -6.715
  500   1HD   LYS  16          2HD       LYS  16  -1.756  14.544  -8.961
  501   2HD   LYS  16          1HD       LYS  16  -1.143  12.891  -8.887
  502   1HE   LYS  16          2HE       LYS  16  -3.137  12.038  -9.391
  503   2HE   LYS  16          1HE       LYS  16  -3.943  13.025  -8.172
  504   1HZ   LYS  16          1HZ       LYS  16  -3.088  14.313 -10.660
  505   2HZ   LYS  16          2HZ       LYS  16  -4.414  14.657  -9.669
  506   3HZ   LYS  16          3HZ       LYS  16  -4.456  13.321 -10.706
  507    H    ASP  17           H        ASP  17  -1.679  16.576  -5.176
  508    HA   ASP  17           HA       ASP  17  -3.322  16.774  -3.566
  509   1HB   ASP  17          2HB       ASP  17  -2.138  14.465  -2.041
  510   2HB   ASP  17          1HB       ASP  17  -3.795  15.063  -2.020
  511    HA   PRO  18           HA       PRO  18  -1.163  19.376  -0.741
  512   1HB   PRO  18          2HB       PRO  18  -2.956  19.371   1.352
  513   2HB   PRO  18          1HB       PRO  18  -3.111  20.370  -0.097
  514   1HG   PRO  18          2HG       PRO  18  -4.426  17.767   0.564
  515   2HG   PRO  18          1HG       PRO  18  -5.110  19.202  -0.224
  516   1HD   PRO  18          2HD       PRO  18  -4.384  17.035  -1.633
  517   2HD   PRO  18          1HD       PRO  18  -4.171  18.676  -2.277
  518    H    ASN  19           H        ASN  19  -2.804  16.724   0.997
  519    HA   ASN  19           HA       ASN  19  -0.322  16.307   2.526
  520   1HB   ASN  19          2HB       ASN  19  -3.214  16.015   3.237
  521   2HB   ASN  19          1HB       ASN  19  -2.032  14.990   4.045
  522   1HD2  ASN  19          1HD2      ASN  19  -3.203  18.220   3.603
  523   2HD2  ASN  19          2HD2      ASN  19  -2.333  18.936   4.912
  524    H    ALA  20           H        ALA  20  -2.559  14.918   0.326
  525    HA   ALA  20           HA       ALA  20  -2.795  12.831  -0.582
  526   1HB   ALA  20          1HB       ALA  20  -0.868  12.067  -1.625
  527   2HB   ALA  20          2HB       ALA  20   0.172  12.572  -0.293
  528   3HB   ALA  20          3HB       ALA  20  -0.536  13.780  -1.366
  529    HA   PRO  21           HA       PRO  21  -2.971  10.402   3.223
  530   1HB   PRO  21          2HB       PRO  21  -4.764   8.758   1.552
  531   2HB   PRO  21          1HB       PRO  21  -5.068   9.514   3.118
  532   1HG   PRO  21          2HG       PRO  21  -6.181  10.458   0.869
  533   2HG   PRO  21          1HG       PRO  21  -5.660  11.538   2.174
  534   1HD   PRO  21          2HD       PRO  21  -4.316  10.924  -0.427
  535   2HD   PRO  21          1HD       PRO  21  -4.469  12.475   0.426
  536    H    LYS  22           H        LYS  22  -2.936   8.889  -0.004
  537    HA   LYS  22           HA       LYS  22  -1.259   7.493  -0.845
  538   1HB   LYS  22          2HB       LYS  22  -0.575   6.804   2.015
  539   2HB   LYS  22          1HB       LYS  22   0.345   6.396   0.574
  540   1HG   LYS  22          2HG       LYS  22   1.305   8.427   0.442
  541   2HG   LYS  22          1HG       LYS  22  -0.142   9.268   1.005
  542   1HD   LYS  22          2HD       LYS  22   0.869   9.512   2.973
  543   2HD   LYS  22          1HD       LYS  22   0.718   7.767   3.191
  544   1HE   LYS  22          2HE       LYS  22   3.024   8.536   3.519
  545   2HE   LYS  22          1HE       LYS  22   2.885   7.423   2.159
  546   1HZ   LYS  22          1HZ       LYS  22   4.241   9.604   1.918
  547   2HZ   LYS  22          2HZ       LYS  22   2.727  10.316   1.669
  548   3HZ   LYS  22          3HZ       LYS  22   3.261   9.082   0.642
  549    H    ARG  23           H        ARG  23  -3.269   6.529  -1.497
  550    HA   ARG  23           HA       ARG  23  -5.036   4.933  -0.462
  551   1HB   ARG  23          2HB       ARG  23  -5.110   3.582  -2.410
  552   2HB   ARG  23          1HB       ARG  23  -4.518   5.157  -2.924
  553   1HG   ARG  23          2HG       ARG  23  -2.617   4.294  -3.676
  554   2HG   ARG  23          1HG       ARG  23  -2.354   3.389  -2.182
  555   1HD   ARG  23          2HD       ARG  23  -4.027   2.568  -4.550
  556   2HD   ARG  23          1HD       ARG  23  -2.522   1.831  -3.999
  557    HE   ARG  23           HE       ARG  23  -4.722   1.813  -2.106
  558   1HH1  ARG  23          1HH1      ARG  23  -2.919   0.097  -4.541
  559   2HH1  ARG  23          2HH1      ARG  23  -3.484  -1.464  -4.045
  560   1HH2  ARG  23          1HH2      ARG  23  -5.475  -0.236  -1.446
  561   2HH2  ARG  23          2HH2      ARG  23  -4.936  -1.652  -2.284
  562    H    ALA  24           H        ALA  24  -5.342   2.788   0.218
  563    HA   ALA  24           HA       ALA  24  -3.469   1.826   2.030
  564   1HB   ALA  24          1HB       ALA  24  -5.123   0.465   2.646
  565   2HB   ALA  24          2HB       ALA  24  -5.231  -0.258   1.040
  566   3HB   ALA  24          3HB       ALA  24  -6.089   1.244   1.393
  567    H    LEU  25           H        LEU  25  -2.638  -0.481   2.003
  568    HA   LEU  25           HA       LEU  25  -0.862  -0.837  -0.206
  569   1HB   LEU  25          2HB       LEU  25  -1.269  -1.981   2.426
  570   2HB   LEU  25          1HB       LEU  25  -0.938  -3.226   1.238
  571    HG   LEU  25           HG       LEU  25   1.058  -1.617   0.591
  572   1HD1  LEU  25          1HD1      LEU  25   0.461   0.183   2.093
  573   2HD1  LEU  25          2HD1      LEU  25   1.988  -0.539   2.602
  574   3HD1  LEU  25          3HD1      LEU  25   0.500  -0.918   3.470
  575   1HD2  LEU  25          1HD2      LEU  25   2.200  -3.366   1.342
  576   2HD2  LEU  25          2HD2      LEU  25   0.739  -3.938   2.146
  577   3HD2  LEU  25          3HD2      LEU  25   1.876  -2.906   3.013
  578    H    SER  26           H        SER  26  -0.826  -3.540  -0.645
  579    HA   SER  26           HA       SER  26  -3.480  -4.107  -1.784
  580   1HB   SER  26          2HB       SER  26  -1.522  -3.376  -3.395
  581   2HB   SER  26          1HB       SER  26  -1.003  -5.048  -3.185
  582    HG   SER  26           HG       SER  26  -2.369  -5.263  -4.812
  583    H    ALA  27           H        ALA  27  -3.865  -6.412  -2.224
  584    HA   ALA  27           HA       ALA  27  -3.257  -8.048  -0.017
  585   1HB   ALA  27          1HB       ALA  27  -4.479  -9.735  -1.083
  586   2HB   ALA  27          2HB       ALA  27  -4.106  -9.113  -2.691
  587   3HB   ALA  27          3HB       ALA  27  -5.218  -8.234  -1.641
  588    H    TYR  28           H        TYR  28  -1.571  -7.381  -2.935
  589    HA   TYR  28           HA       TYR  28   0.040  -9.760  -2.921
  590   1HB   TYR  28          2HB       TYR  28  -0.466  -8.525  -5.007
  591   2HB   TYR  28          1HB       TYR  28   0.460  -7.155  -4.402
  592    HD1  TYR  28           HD1      TYR  28   2.938  -7.769  -3.660
  593    HD2  TYR  28           HD2      TYR  28   0.596 -10.005  -6.422
  594    HE1  TYR  28           HE1      TYR  28   4.991  -8.753  -4.596
  595    HE2  TYR  28           HE2      TYR  28   2.641 -10.992  -7.367
  596    HH   TYR  28           HH       TYR  28   5.603  -9.799  -6.995
  597    H    MET  29           H        MET  29   0.161  -6.655  -1.420
  598    HA   MET  29           HA       MET  29   2.992  -6.746  -0.874
  599   1HB   MET  29          2HB       MET  29   1.036  -4.962   0.548
  600   2HB   MET  29          1HB       MET  29   2.731  -4.664   0.180
  601   1HG   MET  29          2HG       MET  29   0.505  -4.788  -1.844
  602   2HG   MET  29          1HG       MET  29   1.216  -3.312  -1.190
  603   1HE   MET  29          1HE       MET  29   2.060  -4.703  -5.000
  604   2HE   MET  29          2HE       MET  29   0.725  -5.060  -3.904
  605   3HE   MET  29          3HE       MET  29   2.037  -6.221  -4.104
  606    H    PHE  30           H        PHE  30  -0.003  -7.201   0.980
  607    HA   PHE  30           HA       PHE  30   1.267  -7.778   3.444
  608   1HB   PHE  30          2HB       PHE  30  -1.390  -8.957   2.710
  609   2HB   PHE  30          1HB       PHE  30  -0.849  -8.314   4.257
  610    HD1  PHE  30           HD1      PHE  30  -2.878  -7.715   1.498
  611    HD2  PHE  30           HD2      PHE  30  -0.269  -5.727   4.208
  612    HE1  PHE  30           HE1      PHE  30  -3.878  -5.556   0.871
  613    HE2  PHE  30           HE2      PHE  30  -1.296  -3.570   3.623
  614    HZ   PHE  30           HZ       PHE  30  -3.102  -3.482   1.951
  615    H    PHE  31           H        PHE  31   0.037  -9.847   0.838
  616    HA   PHE  31           HA       PHE  31   0.825 -12.305   2.038
  617   1HB   PHE  31          2HB       PHE  31  -0.756 -12.618   0.369
  618   2HB   PHE  31          1HB       PHE  31   0.004 -11.453  -0.712
  619    HD1  PHE  31           HD1      PHE  31   0.243 -14.871   0.647
  620    HD2  PHE  31           HD2      PHE  31   1.641 -12.119  -2.283
  621    HE1  PHE  31           HE1      PHE  31   1.395 -16.706  -0.518
  622    HE2  PHE  31           HE2      PHE  31   2.800 -13.947  -3.452
  623    HZ   PHE  31           HZ       PHE  31   2.684 -16.243  -2.565
  624    H    ALA  32           H        ALA  32   2.274 -10.332  -0.554
  625    HA   ALA  32           HA       ALA  32   4.620 -11.819  -0.878
  626   1HB   ALA  32          1HB       ALA  32   5.565  -9.813  -1.890
  627   2HB   ALA  32          2HB       ALA  32   4.242  -8.849  -1.234
  628   3HB   ALA  32          3HB       ALA  32   3.914 -10.086  -2.447
  629    H    ASN  33           H        ASN  33   3.611  -9.746   1.669
  630    HA   ASN  33           HA       ASN  33   6.191  -9.107   2.710
  631   1HB   ASN  33          2HB       ASN  33   3.381  -8.838   3.604
  632   2HB   ASN  33          1HB       ASN  33   4.584  -8.948   4.885
  633   1HD2  ASN  33          1HD2      ASN  33   2.855  -6.807   3.298
  634   2HD2  ASN  33          2HD2      ASN  33   3.947  -5.471   3.221
  635    H    GLU  34           H        GLU  34   3.736 -11.544   3.530
  636    HA   GLU  34           HA       GLU  34   5.264 -12.857   5.517
  637   1HB   GLU  34          2HB       GLU  34   3.045 -13.911   3.755
  638   2HB   GLU  34          1HB       GLU  34   3.690 -14.744   5.163
  639   1HG   GLU  34          2HG       GLU  34   3.045 -12.252   6.140
  640   2HG   GLU  34          1HG       GLU  34   1.750 -12.595   4.994
  641    H    ASN  35           H        ASN  35   4.870 -13.428   2.048
  642    HA   ASN  35           HA       ASN  35   6.455 -15.754   1.918
  643   1HB   ASN  35          2HB       ASN  35   6.432 -13.935  -0.429
  644   2HB   ASN  35          1HB       ASN  35   6.112 -15.665  -0.341
  645   1HD2  ASN  35          1HD2      ASN  35   4.151 -15.446   1.756
  646   2HD2  ASN  35          2HD2      ASN  35   2.730 -14.776   1.038
  647    H    ARG  36           H        ARG  36   7.322 -12.564   0.600
  648    HA   ARG  36           HA       ARG  36   9.769 -12.413  -0.010
  649   1HB   ARG  36          2HB       ARG  36   9.067 -10.313   0.572
  650   2HB   ARG  36          1HB       ARG  36   8.418 -10.843   2.118
  651   1HG   ARG  36          2HG       ARG  36  10.878 -11.137   2.811
  652   2HG   ARG  36          1HG       ARG  36  11.233 -10.127   1.408
  653   1HD   ARG  36          2HD       ARG  36  11.079  -8.708   3.328
  654   2HD   ARG  36          1HD       ARG  36   9.661  -8.425   2.320
  655    HE   ARG  36           HE       ARG  36   9.222 -10.377   4.376
  656   1HH1  ARG  36          1HH1      ARG  36   9.255  -6.975   3.636
  657   2HH1  ARG  36          2HH1      ARG  36   8.158  -6.554   4.906
  658   1HH2  ARG  36          1HH2      ARG  36   7.774  -9.835   6.054
  659   2HH2  ARG  36          2HH2      ARG  36   7.315  -8.181   6.282
  660    H    ASP  37           H        ASP  37   9.245 -12.677   3.509
  661    HA   ASP  37           HA       ASP  37  11.928 -13.464   4.025
  662   1HB   ASP  37          2HB       ASP  37   9.412 -13.412   5.673
  663   2HB   ASP  37          1HB       ASP  37  10.899 -14.108   6.309
  664    H    ILE  38           H        ILE  38   8.846 -15.255   4.111
  665    HA   ILE  38           HA       ILE  38   9.926 -17.787   4.637
  666    HB   ILE  38           HB       ILE  38   7.379 -16.839   3.394
  667   1HG1  ILE  38          2HG1      ILE  38   6.567 -18.405   5.329
  668   2HG1  ILE  38          1HG1      ILE  38   8.238 -18.272   5.891
  669   1HG2  ILE  38          1HG2      ILE  38   6.770 -19.379   3.423
  670   2HG2  ILE  38          2HG2      ILE  38   8.506 -19.596   3.210
  671   3HG2  ILE  38          3HG2      ILE  38   7.580 -18.676   2.023
  672   1HD1  ILE  38          1HD1      ILE  38   7.911 -15.745   5.647
  673   2HD1  ILE  38          2HD1      ILE  38   7.122 -16.554   7.001
  674   3HD1  ILE  38          3HD1      ILE  38   6.188 -16.113   5.571
  675    H    VAL  39           H        VAL  39   8.581 -16.797   1.498
  676    HA   VAL  39           HA       VAL  39   9.587 -18.757  -0.087
  677    HB   VAL  39           HB       VAL  39   9.189 -15.841  -0.717
  678   1HG1  VAL  39          1HG1      VAL  39   9.287 -16.569  -3.128
  679   2HG1  VAL  39          2HG1      VAL  39  10.035 -18.063  -2.563
  680   3HG1  VAL  39          3HG1      VAL  39  10.836 -16.516  -2.286
  681   1HG2  VAL  39          1HG2      VAL  39   7.181 -16.568  -1.784
  682   2HG2  VAL  39          2HG2      VAL  39   7.229 -17.298  -0.180
  683   3HG2  VAL  39          3HG2      VAL  39   7.631 -18.263  -1.600
  684    H    ARG  40           H        ARG  40  11.223 -15.611   0.368
  685    HA   ARG  40           HA       ARG  40  13.573 -16.322  -0.978
  686   1HB   ARG  40          2HB       ARG  40  12.686 -14.001  -0.148
  687   2HB   ARG  40          1HB       ARG  40  13.615 -14.373   1.297
  688   1HG   ARG  40          2HG       ARG  40  15.339 -14.905  -0.826
  689   2HG   ARG  40          1HG       ARG  40  14.510 -13.408  -1.261
  690   1HD   ARG  40          2HD       ARG  40  15.270 -12.294   0.645
  691   2HD   ARG  40          1HD       ARG  40  15.673 -13.797   1.473
  692    HE   ARG  40           HE       ARG  40  17.309 -13.755  -0.713
  693   1HH1  ARG  40          1HH1      ARG  40  16.700 -11.607   1.959
  694   2HH1  ARG  40          2HH1      ARG  40  18.309 -10.967   1.980
  695   1HH2  ARG  40          1HH2      ARG  40  19.432 -12.918  -0.696
  696   2HH2  ARG  40          2HH2      ARG  40  19.861 -11.712   0.470
  697    H    SER  41           H        SER  41  12.490 -17.003   2.236
  698    HA   SER  41           HA       SER  41  15.049 -17.603   3.350
  699   1HB   SER  41          2HB       SER  41  12.208 -18.021   4.190
  700   2HB   SER  41          1HB       SER  41  13.480 -18.917   5.019
  701    HG   SER  41           HG       SER  41  14.493 -16.702   5.176
  702    H    GLU  42           H        GLU  42  12.770 -19.318   1.402
  703    HA   GLU  42           HA       GLU  42  14.015 -21.898   1.957
  704   1HB   GLU  42          2HB       GLU  42  11.768 -21.232   0.044
  705   2HB   GLU  42          1HB       GLU  42  12.275 -22.841   0.541
  706   1HG   GLU  42          2HG       GLU  42  11.741 -21.517   2.920
  707   2HG   GLU  42          1HG       GLU  42  10.465 -20.994   1.822
  708    H    ASN  43           H        ASN  43  14.081 -19.337  -0.346
  709    HA   ASN  43           HA       ASN  43  16.032 -20.848  -1.934
  710   1HB   ASN  43          2HB       ASN  43  13.918 -19.048  -3.130
  711   2HB   ASN  43          1HB       ASN  43  15.108 -20.012  -4.002
  712   1HD2  ASN  43          1HD2      ASN  43  12.569 -20.423  -1.560
  713   2HD2  ASN  43          2HD2      ASN  43  11.941 -21.894  -2.215
  714    HA   PRO  44           HA       PRO  44  17.380 -16.547  -0.472
  715   1HB   PRO  44          2HB       PRO  44  19.707 -18.148   0.419
  716   2HB   PRO  44          1HB       PRO  44  18.817 -16.885   1.275
  717   1HG   PRO  44          2HG       PRO  44  18.546 -19.451   1.954
  718   2HG   PRO  44          1HG       PRO  44  17.156 -18.348   1.973
  719   1HD   PRO  44          2HD       PRO  44  17.913 -20.414  -0.060
  720   2HD   PRO  44          1HD       PRO  44  16.308 -20.001   0.582
  721    H    ASP  45           H        ASP  45  18.934 -19.214  -2.142
  722    HA   ASP  45           HA       ASP  45  20.725 -17.352  -3.533
  723   1HB   ASP  45          2HB       ASP  45  20.688 -20.380  -3.516
  724   2HB   ASP  45          1HB       ASP  45  21.866 -19.381  -4.361
  725    H    ILE  46           H        ILE  46  17.904 -17.367  -4.027
  726    HA   ILE  46           HA       ILE  46  17.592 -18.697  -6.600
  727    HB   ILE  46           HB       ILE  46  15.860 -18.570  -4.621
  728   1HG1  ILE  46          2HG1      ILE  46  15.200 -18.334  -7.562
  729   2HG1  ILE  46          1HG1      ILE  46  15.393 -19.813  -6.616
  730   1HG2  ILE  46          1HG2      ILE  46  14.171 -16.792  -5.063
  731   2HG2  ILE  46          2HG2      ILE  46  15.341 -16.020  -6.131
  732   3HG2  ILE  46          3HG2      ILE  46  15.700 -16.204  -4.414
  733   1HD1  ILE  46          1HD1      ILE  46  13.458 -18.741  -5.186
  734   2HD1  ILE  46          2HD1      ILE  46  13.117 -19.661  -6.653
  735   3HD1  ILE  46          3HD1      ILE  46  13.125 -17.898  -6.699
  736    H    THR  47           H        THR  47  17.317 -15.444  -5.198
  737    HA   THR  47           HA       THR  47  18.155 -13.497  -6.218
  738    HB   THR  47           HB       THR  47  17.557 -14.724  -8.911
  739    HG1  THR  47           HG1      THR  47  20.172 -14.635  -7.905
  740   1HG2  THR  47          1HG2      THR  47  19.612 -13.094  -9.308
  741   2HG2  THR  47          2HG2      THR  47  18.913 -12.297  -7.899
  742   3HG2  THR  47          3HG2      THR  47  17.941 -12.534  -9.351
  743    H    PHE  48           H        PHE  48  16.994 -11.668  -6.839
  744    HA   PHE  48           HA       PHE  48  14.426 -11.395  -6.176
  745   1HB   PHE  48          2HB       PHE  48  15.509  -9.401  -6.706
  746   2HB   PHE  48          1HB       PHE  48  16.024  -9.984  -8.285
  747    HD1  PHE  48           HD1      PHE  48  12.577 -10.346  -7.073
  748    HD2  PHE  48           HD2      PHE  48  15.245  -8.075  -9.492
  749    HE1  PHE  48           HE1      PHE  48  10.659  -9.222  -8.128
  750    HE2  PHE  48           HE2      PHE  48  13.331  -6.948 -10.551
  751    HZ   PHE  48           HZ       PHE  48  11.035  -7.521  -9.870
  752    H    GLY  49           H        GLY  49  14.900 -11.123  -9.652
  753   1HA   GLY  49          2HA       GLY  49  12.520 -11.549 -10.634
  754   2HA   GLY  49          1HA       GLY  49  13.886 -12.367 -11.377
  755    H    GLN  50           H        GLN  50  14.323 -14.148  -9.103
  756    HA   GLN  50           HA       GLN  50  12.457 -16.193  -9.851
  757   1HB   GLN  50          2HB       GLN  50  14.212 -16.537  -7.474
  758   2HB   GLN  50          1HB       GLN  50  13.860 -17.658  -8.782
  759   1HG   GLN  50          2HG       GLN  50  15.910 -15.525  -8.606
  760   2HG   GLN  50          1HG       GLN  50  16.037 -17.169  -9.232
  761   1HE2  GLN  50          1HE2      GLN  50  15.875 -13.958 -10.031
  762   2HE2  GLN  50          2HE2      GLN  50  15.399 -14.091 -11.686
  763    H    VAL  51           H        VAL  51  13.254 -14.622  -6.762
  764    HA   VAL  51           HA       VAL  51  11.090 -15.726  -5.329
  765    HB   VAL  51           HB       VAL  51  13.068 -14.819  -4.215
  766   1HG1  VAL  51          1HG1      VAL  51  13.466 -12.927  -5.725
  767   2HG1  VAL  51          2HG1      VAL  51  13.439 -12.426  -4.033
  768   3HG1  VAL  51          3HG1      VAL  51  12.045 -12.114  -5.068
  769   1HG2  VAL  51          1HG2      VAL  51  10.855 -13.065  -3.268
  770   2HG2  VAL  51          2HG2      VAL  51  11.962 -14.081  -2.344
  771   3HG2  VAL  51          3HG2      VAL  51  10.628 -14.813  -3.239
  772    H    GLY  52           H        GLY  52  11.541 -12.531  -6.825
  773   1HA   GLY  52          2HA       GLY  52   9.060 -11.462  -6.066
  774   2HA   GLY  52          1HA       GLY  52  10.046 -10.895  -7.406
  775    H    LYS  53           H        LYS  53   9.958 -12.478  -9.371
  776    HA   LYS  53           HA       LYS  53   7.376 -12.361 -10.399
  777   1HB   LYS  53          2HB       LYS  53   9.697 -14.093 -11.267
  778   2HB   LYS  53          1HB       LYS  53   8.229 -13.860 -12.205
  779   1HG   LYS  53          2HG       LYS  53   8.845 -11.816 -12.912
  780   2HG   LYS  53          1HG       LYS  53   9.588 -11.390 -11.368
  781   1HD   LYS  53          2HD       LYS  53  11.595 -11.794 -12.230
  782   2HD   LYS  53          1HD       LYS  53  11.129 -13.472 -12.518
  783   1HE   LYS  53          2HE       LYS  53  10.132 -12.787 -14.672
  784   2HE   LYS  53          1HE       LYS  53  10.706 -11.145 -14.388
  785   1HZ   LYS  53          1HZ       LYS  53  12.102 -13.317 -15.493
  786   2HZ   LYS  53          2HZ       LYS  53  12.875 -12.861 -14.059
  787   3HZ   LYS  53          3HZ       LYS  53  12.628 -11.723 -15.285
  788    H    LYS  54           H        LYS  54   9.122 -15.126  -9.025
  789    HA   LYS  54           HA       LYS  54   7.007 -16.987  -9.397
  790   1HB   LYS  54          2HB       LYS  54   9.547 -17.379  -8.908
  791   2HB   LYS  54          1HB       LYS  54   9.052 -17.274  -7.224
  792   1HG   LYS  54          2HG       LYS  54   7.684 -19.135  -9.128
  793   2HG   LYS  54          1HG       LYS  54   9.185 -19.586  -8.316
  794   1HD   LYS  54          2HD       LYS  54   7.271 -18.453  -6.466
  795   2HD   LYS  54          1HD       LYS  54   6.604 -19.848  -7.316
  796   1HE   LYS  54          2HE       LYS  54   8.346 -21.258  -6.569
  797   2HE   LYS  54          1HE       LYS  54   9.314 -19.892  -6.016
  798   1HZ   LYS  54          1HZ       LYS  54   8.410 -20.740  -4.079
  799   2HZ   LYS  54          2HZ       LYS  54   6.906 -21.066  -4.783
  800   3HZ   LYS  54          3HZ       LYS  54   7.353 -19.470  -4.443
  801    H    LEU  55           H        LEU  55   7.576 -14.481  -7.138
  802    HA   LEU  55           HA       LEU  55   6.067 -15.480  -4.948
  803   1HB   LEU  55          2HB       LEU  55   7.485 -13.102  -5.590
  804   2HB   LEU  55          1HB       LEU  55   5.860 -12.635  -5.126
  805    HG   LEU  55           HG       LEU  55   7.333 -14.548  -3.381
  806   1HD1  LEU  55          1HD1      LEU  55   8.600 -12.250  -4.117
  807   2HD1  LEU  55          2HD1      LEU  55   8.835 -13.091  -2.585
  808   3HD1  LEU  55          3HD1      LEU  55   7.713 -11.734  -2.683
  809   1HD2  LEU  55          1HD2      LEU  55   4.975 -12.879  -3.273
  810   2HD2  LEU  55          2HD2      LEU  55   6.040 -12.596  -1.896
  811   3HD2  LEU  55          3HD2      LEU  55   5.454 -14.224  -2.238
  812    H    GLY  56           H        GLY  56   5.256 -13.154  -7.517
  813   1HA   GLY  56          2HA       GLY  56   2.515 -12.941  -6.888
  814   2HA   GLY  56          1HA       GLY  56   3.237 -12.568  -8.448
  815    H    GLU  57           H        GLU  57   4.272 -15.169  -8.983
  816    HA   GLU  57           HA       GLU  57   2.094 -16.382 -10.247
  817   1HB   GLU  57          2HB       GLU  57   4.798 -16.701 -10.335
  818   2HB   GLU  57          1HB       GLU  57   4.315 -18.172  -9.501
  819   1HG   GLU  57          2HG       GLU  57   4.481 -18.496 -11.913
  820   2HG   GLU  57          1HG       GLU  57   2.840 -18.759 -11.325
  821    H    LYS  58           H        LYS  58   3.843 -17.435  -7.326
  822    HA   LYS  58           HA       LYS  58   1.971 -19.479  -6.681
  823   1HB   LYS  58          2HB       LYS  58   3.989 -18.097  -4.901
  824   2HB   LYS  58          1HB       LYS  58   3.159 -19.603  -4.537
  825   1HG   LYS  58          2HG       LYS  58   4.845 -19.336  -6.994
  826   2HG   LYS  58          1HG       LYS  58   5.566 -19.700  -5.425
  827   1HD   LYS  58          2HD       LYS  58   3.490 -21.308  -6.902
  828   2HD   LYS  58          1HD       LYS  58   5.159 -21.770  -6.562
  829   1HE   LYS  58          2HE       LYS  58   4.369 -22.797  -4.749
  830   2HE   LYS  58          1HE       LYS  58   4.132 -21.187  -4.069
  831   1HZ   LYS  58          1HZ       LYS  58   1.885 -21.180  -4.757
  832   2HZ   LYS  58          2HZ       LYS  58   2.145 -22.678  -4.015
  833   3HZ   LYS  58          3HZ       LYS  58   2.080 -22.570  -5.702
  834    H    TRP  59           H        TRP  59   2.048 -16.081  -6.206
  835    HA   TRP  59           HA       TRP  59   0.507 -15.792  -3.887
  836   1HB   TRP  59          2HB       TRP  59   1.457 -13.804  -4.690
  837   2HB   TRP  59          1HB       TRP  59   0.896 -14.088  -6.334
  838    HD1  TRP  59           HD1      TRP  59  -0.839 -12.308  -6.927
  839    HE1  TRP  59           HE1      TRP  59  -2.865 -11.243  -5.749
  840    HE3  TRP  59           HE3      TRP  59  -0.389 -14.551  -2.360
  841    HZ2  TRP  59           HZ2      TRP  59  -4.117 -11.355  -3.217
  842    HZ3  TRP  59           HZ3      TRP  59  -2.031 -14.011  -0.612
  843    HH2  TRP  59           HH2      TRP  59  -3.862 -12.450  -1.035
  844    H    LYS  60           H        LYS  60  -0.552 -15.740  -7.285
  845    HA   LYS  60           HA       LYS  60  -3.319 -16.048  -6.518
  846   1HB   LYS  60          2HB       LYS  60  -1.844 -15.753  -9.108
  847   2HB   LYS  60          1HB       LYS  60  -3.507 -16.327  -9.117
  848   1HG   LYS  60          2HG       LYS  60  -4.015 -14.243  -7.702
  849   2HG   LYS  60          1HG       LYS  60  -2.438 -13.669  -8.251
  850   1HD   LYS  60          2HD       LYS  60  -3.434 -12.933 -10.100
  851   2HD   LYS  60          1HD       LYS  60  -3.718 -14.616 -10.546
  852   1HE   LYS  60          2HE       LYS  60  -5.563 -12.722  -9.122
  853   2HE   LYS  60          1HE       LYS  60  -5.827 -13.574 -10.643
  854   1HZ   LYS  60          1HZ       LYS  60  -5.678 -15.674  -9.246
  855   2HZ   LYS  60          2HZ       LYS  60  -7.077 -14.737  -9.077
  856   3HZ   LYS  60          3HZ       LYS  60  -5.867 -14.669  -7.899
  857    H    ALA  61           H        ALA  61  -0.683 -18.091  -7.121
  858    HA   ALA  61           HA       ALA  61  -1.978 -20.321  -8.264
  859   1HB   ALA  61          1HB       ALA  61   0.408 -20.488  -6.448
  860   2HB   ALA  61          2HB       ALA  61   0.518 -19.878  -8.100
  861   3HB   ALA  61          3HB       ALA  61  -0.017 -21.533  -7.804
  862    H    LEU  62           H        LEU  62  -1.542 -19.278  -4.924
  863    HA   LEU  62           HA       LEU  62  -2.278 -21.635  -3.630
  864   1HB   LEU  62          2HB       LEU  62  -3.073 -18.941  -2.578
  865   2HB   LEU  62          1HB       LEU  62  -2.558 -20.359  -1.687
  866    HG   LEU  62           HG       LEU  62  -0.441 -19.486  -3.425
  867   1HD1  LEU  62          1HD1      LEU  62  -2.009 -17.355  -2.448
  868   2HD1  LEU  62          2HD1      LEU  62  -0.438 -17.277  -3.245
  869   3HD1  LEU  62          3HD1      LEU  62  -0.530 -17.395  -1.488
  870   1HD2  LEU  62          1HD2      LEU  62  -0.859 -20.481  -0.794
  871   2HD2  LEU  62          2HD2      LEU  62   0.141 -19.031  -0.695
  872   3HD2  LEU  62          3HD2      LEU  62   0.643 -20.381  -1.713
  873    H    THR  63           H        THR  63  -4.435 -18.820  -3.663
  874    HA   THR  63           HA       THR  63  -6.615 -19.479  -4.995
  875    HB   THR  63           HB       THR  63  -6.223 -21.499  -2.879
  876    HG1  THR  63           HG1      THR  63  -8.155 -21.698  -4.893
  877   1HG2  THR  63          1HG2      THR  63  -8.817 -21.693  -2.775
  878   2HG2  THR  63          2HG2      THR  63  -8.763 -19.961  -3.104
  879   3HG2  THR  63          3HG2      THR  63  -7.962 -20.612  -1.675
  880    HA   PRO  64           HA       PRO  64  -8.303 -15.911  -3.037
  881   1HB   PRO  64          2HB       PRO  64 -10.776 -17.586  -2.815
  882   2HB   PRO  64          1HB       PRO  64 -10.596 -15.919  -3.374
  883   1HG   PRO  64          2HG       PRO  64 -10.883 -17.929  -5.111
  884   2HG   PRO  64          1HG       PRO  64  -9.809 -16.561  -5.454
  885   1HD   PRO  64          2HD       PRO  64  -9.135 -19.355  -4.735
  886   2HD   PRO  64          1HD       PRO  64  -8.195 -18.166  -5.657
  887    H    GLU  65           H        GLU  65  -9.356 -19.004  -1.605
  888    HA   GLU  65           HA       GLU  65  -9.847 -18.067   0.981
  889   1HB   GLU  65          2HB       GLU  65  -9.890 -20.538  -0.328
  890   2HB   GLU  65          1HB       GLU  65  -8.738 -20.745   0.984
  891   1HG   GLU  65          2HG       GLU  65 -10.358 -20.863   2.486
  892   2HG   GLU  65          1HG       GLU  65 -11.098 -19.374   1.900
  893    H    GLU  66           H        GLU  66  -6.894 -19.443  -0.433
  894    HA   GLU  66           HA       GLU  66  -5.280 -19.305   1.855
  895   1HB   GLU  66          2HB       GLU  66  -4.069 -18.774  -0.817
  896   2HB   GLU  66          1HB       GLU  66  -3.516 -19.834   0.472
  897   1HG   GLU  66          2HG       GLU  66  -5.691 -20.340  -1.534
  898   2HG   GLU  66          1HG       GLU  66  -4.176 -21.216  -1.322
  899    H    LYS  67           H        LYS  67  -6.384 -16.866  -0.331
  900    HA   LYS  67           HA       LYS  67  -4.415 -14.906   0.435
  901   1HB   LYS  67          2HB       LYS  67  -7.026 -14.364  -0.968
  902   2HB   LYS  67          1HB       LYS  67  -5.546 -13.417  -1.030
  903   1HG   LYS  67          2HG       LYS  67  -4.469 -15.411  -2.147
  904   2HG   LYS  67          1HG       LYS  67  -6.095 -16.080  -2.303
  905   1HD   LYS  67          2HD       LYS  67  -4.926 -13.636  -3.583
  906   2HD   LYS  67          1HD       LYS  67  -5.761 -14.996  -4.336
  907   1HE   LYS  67          2HE       LYS  67  -7.736 -14.108  -2.779
  908   2HE   LYS  67          1HE       LYS  67  -6.859 -12.594  -2.995
  909   1HZ   LYS  67          1HZ       LYS  67  -7.084 -13.884  -5.481
  910   2HZ   LYS  67          2HZ       LYS  67  -7.733 -12.397  -5.002
  911   3HZ   LYS  67          3HZ       LYS  67  -8.618 -13.820  -4.771
  912    H    GLN  68           H        GLN  68  -7.552 -15.916   1.493
  913    HA   GLN  68           HA       GLN  68  -8.817 -13.908   2.641
  914   1HB   GLN  68          2HB       GLN  68  -8.089 -16.508   3.985
  915   2HB   GLN  68          1HB       GLN  68  -9.231 -15.364   4.677
  916   1HG   GLN  68          2HG       GLN  68 -10.102 -15.714   2.070
  917   2HG   GLN  68          1HG       GLN  68  -9.602 -17.323   2.591
  918   1HE2  GLN  68          1HE2      GLN  68 -12.033 -15.010   2.672
  919   2HE2  GLN  68          2HE2      GLN  68 -13.047 -15.752   3.859
  920    HA   PRO  69           HA       PRO  69  -5.674 -13.730   6.450
  921   1HB   PRO  69          2HB       PRO  69  -3.249 -14.418   4.862
  922   2HB   PRO  69          1HB       PRO  69  -3.641 -14.801   6.542
  923   1HG   PRO  69          2HG       PRO  69  -3.797 -16.668   4.649
  924   2HG   PRO  69          1HG       PRO  69  -4.993 -16.594   5.955
  925   1HD   PRO  69          2HD       PRO  69  -5.243 -15.753   3.103
  926   2HD   PRO  69          1HD       PRO  69  -6.453 -16.486   4.175
  927    H    TYR  70           H        TYR  70  -4.055 -13.169   3.317
  928    HA   TYR  70           HA       TYR  70  -3.194 -10.551   4.169
  929   1HB   TYR  70          2HB       TYR  70  -2.864 -11.113   1.335
  930   2HB   TYR  70          1HB       TYR  70  -1.648 -10.761   2.557
  931    HD1  TYR  70           HD1      TYR  70  -3.484 -13.409   0.823
  932    HD2  TYR  70           HD2      TYR  70  -0.527 -12.548   3.756
  933    HE1  TYR  70           HE1      TYR  70  -2.779 -15.766   0.795
  934    HE2  TYR  70           HE2      TYR  70   0.196 -14.898   3.728
  935    HH   TYR  70           HH       TYR  70   0.082 -16.845   2.042
  936    H    GLU  71           H        GLU  71  -5.086 -11.693   1.361
  937    HA   GLU  71           HA       GLU  71  -6.015  -9.353   0.354
  938   1HB   GLU  71          2HB       GLU  71  -6.584 -11.806  -0.283
  939   2HB   GLU  71          1HB       GLU  71  -7.940 -11.614   0.821
  940   1HG   GLU  71          2HG       GLU  71  -8.561  -9.561  -0.533
  941   2HG   GLU  71          1HG       GLU  71  -7.390 -10.124  -1.724
  942    H    ALA  72           H        ALA  72  -7.443 -11.122   3.083
  943    HA   ALA  72           HA       ALA  72  -9.383  -9.178   3.772
  944   1HB   ALA  72          1HB       ALA  72  -9.311 -11.557   4.583
  945   2HB   ALA  72          2HB       ALA  72  -9.613 -10.347   5.831
  946   3HB   ALA  72          3HB       ALA  72  -8.011 -11.069   5.671
  947    H    LYS  73           H        LYS  73  -6.029  -9.725   4.718
  948    HA   LYS  73           HA       LYS  73  -5.778  -7.585   6.543
  949   1HB   LYS  73          2HB       LYS  73  -4.093  -9.552   5.444
  950   2HB   LYS  73          1HB       LYS  73  -3.360  -8.007   5.032
  951   1HG   LYS  73          2HG       LYS  73  -4.058  -7.710   7.687
  952   2HG   LYS  73          1HG       LYS  73  -3.498  -9.381   7.579
  953   1HD   LYS  73          2HD       LYS  73  -1.385  -8.699   7.489
  954   2HD   LYS  73          1HD       LYS  73  -1.740  -7.702   6.076
  955   1HE   LYS  73          2HE       LYS  73  -2.669  -6.594   8.630
  956   2HE   LYS  73          1HE       LYS  73  -0.919  -6.745   8.487
  957   1HZ   LYS  73          1HZ       LYS  73  -0.870  -5.332   6.658
  958   2HZ   LYS  73          2HZ       LYS  73  -1.997  -4.599   7.684
  959   3HZ   LYS  73          3HZ       LYS  73  -2.525  -5.492   6.349
  960    H    ALA  74           H        ALA  74  -6.209  -7.681   3.182
  961    HA   ALA  74           HA       ALA  74  -4.926  -5.202   2.533
  962   1HB   ALA  74          1HB       ALA  74  -5.701  -5.520   0.361
  963   2HB   ALA  74          2HB       ALA  74  -7.099  -6.454   0.893
  964   3HB   ALA  74          3HB       ALA  74  -5.487  -7.165   0.957
  965    H    GLN  75           H        GLN  75  -8.275  -6.268   3.015
  966    HA   GLN  75           HA       GLN  75  -9.480  -3.716   2.815
  967   1HB   GLN  75          2HB       GLN  75 -10.383  -6.077   4.477
  968   2HB   GLN  75          1HB       GLN  75 -11.379  -4.721   3.966
  969   1HG   GLN  75          2HG       GLN  75 -11.899  -5.783   2.102
  970   2HG   GLN  75          1HG       GLN  75 -10.196  -5.872   1.657
  971   1HE2  GLN  75          1HE2      GLN  75 -10.387  -7.892   0.735
  972   2HE2  GLN  75          2HE2      GLN  75 -10.632  -9.326   1.670
  973    H    ALA  76           H        ALA  76  -7.913  -5.460   5.424
  974    HA   ALA  76           HA       ALA  76  -8.607  -3.752   7.559
  975   1HB   ALA  76          1HB       ALA  76  -7.541  -5.354   8.660
  976   2HB   ALA  76          2HB       ALA  76  -6.011  -4.755   8.019
  977   3HB   ALA  76          3HB       ALA  76  -6.903  -6.002   7.148
  978    H    ASP  77           H        ASP  77  -5.913  -3.733   5.265
  979    HA   ASP  77           HA       ASP  77  -4.711  -1.374   6.380
  980   1HB   ASP  77          2HB       ASP  77  -3.401  -3.096   5.150
  981   2HB   ASP  77          1HB       ASP  77  -4.258  -2.657   3.675
  982    H    LYS  78           H        LYS  78  -7.250  -2.049   4.179
  983    HA   LYS  78           HA       LYS  78  -7.205   0.288   2.602
  984   1HB   LYS  78          2HB       LYS  78  -9.047  -1.909   3.123
  985   2HB   LYS  78          1HB       LYS  78  -9.884  -0.383   2.877
  986   1HG   LYS  78          2HG       LYS  78  -9.204  -0.199   0.698
  987   2HG   LYS  78          1HG       LYS  78  -7.752  -1.170   0.956
  988   1HD   LYS  78          2HD       LYS  78  -9.469  -2.320  -0.411
  989   2HD   LYS  78          1HD       LYS  78  -9.062  -3.188   1.071
  990   1HE   LYS  78          2HE       LYS  78 -11.084  -1.844   2.052
  991   2HE   LYS  78          1HE       LYS  78 -11.554  -1.709   0.358
  992   1HZ   LYS  78          1HZ       LYS  78 -11.829  -3.914   2.101
  993   2HZ   LYS  78          2HZ       LYS  78 -10.871  -4.360   0.780
  994   3HZ   LYS  78          3HZ       LYS  78 -12.419  -3.725   0.527
  995    H    LYS  79           H        LYS  79  -8.938  -0.495   5.604
  996    HA   LYS  79           HA       LYS  79 -10.003   2.144   5.919
  997   1HB   LYS  79          2HB       LYS  79 -10.862   1.392   7.992
  998   2HB   LYS  79          1HB       LYS  79 -10.947   0.002   6.919
  999   1HG   LYS  79          2HG       LYS  79 -10.096  -0.975   8.793
 1000   2HG   LYS  79          1HG       LYS  79  -8.601  -0.544   7.960
 1001   1HD   LYS  79          2HD       LYS  79  -8.250   1.331   9.347
 1002   2HD   LYS  79          1HD       LYS  79  -9.900   1.275   9.971
 1003   1HE   LYS  79          2HE       LYS  79  -8.123   0.435  11.540
 1004   2HE   LYS  79          1HE       LYS  79  -9.453  -0.680  11.233
 1005   1HZ   LYS  79          1HZ       LYS  79  -6.854  -0.789   9.807
 1006   2HZ   LYS  79          2HZ       LYS  79  -8.099  -1.933   9.754
 1007   3HZ   LYS  79          3HZ       LYS  79  -7.213  -1.713  11.178
 1008    H    ARG  80           H        ARG  80  -7.210   0.387   7.161
 1009    HA   ARG  80           HA       ARG  80  -6.206   2.000   9.097
 1010   1HB   ARG  80          2HB       ARG  80  -4.845   0.193   8.663
 1011   2HB   ARG  80          1HB       ARG  80  -4.930   0.411   6.921
 1012   1HG   ARG  80          2HG       ARG  80  -2.734   0.945   7.441
 1013   2HG   ARG  80          1HG       ARG  80  -3.523   2.519   7.311
 1014   1HD   ARG  80          2HD       ARG  80  -2.693   1.036   9.785
 1015   2HD   ARG  80          1HD       ARG  80  -2.212   2.647   9.256
 1016    HE   ARG  80           HE       ARG  80  -4.772   3.073   9.613
 1017   1HH1  ARG  80          1HH1      ARG  80  -2.585   1.222  11.594
 1018   2HH1  ARG  80          2HH1      ARG  80  -3.465   1.505  13.058
 1019   1HH2  ARG  80          1HH2      ARG  80  -5.936   3.454  11.536
 1020   2HH2  ARG  80          2HH2      ARG  80  -5.370   2.776  13.025
 1021    H    TYR  81           H        TYR  81  -5.432   2.427   5.641
 1022    HA   TYR  81           HA       TYR  81  -4.345   5.037   6.048
 1023   1HB   TYR  81          2HB       TYR  81  -3.453   4.539   4.061
 1024   2HB   TYR  81          1HB       TYR  81  -4.508   3.139   3.909
 1025    HD1  TYR  81           HD1      TYR  81  -3.592   6.186   2.445
 1026    HD2  TYR  81           HD2      TYR  81  -6.987   3.723   3.164
 1027    HE1  TYR  81           HE1      TYR  81  -4.759   7.253   0.561
 1028    HE2  TYR  81           HE2      TYR  81  -8.173   4.803   1.300
 1029    HH   TYR  81           HH       TYR  81  -7.395   6.055  -0.897
 1030    H    GLU  82           H        GLU  82  -7.454   3.762   4.986
 1031    HA   GLU  82           HA       GLU  82  -8.756   5.880   3.936
 1032   1HB   GLU  82          2HB       GLU  82  -9.909   3.798   4.308
 1033   2HB   GLU  82          1HB       GLU  82  -9.774   3.978   6.051
 1034   1HG   GLU  82          2HG       GLU  82 -11.072   6.281   5.238
 1035   2HG   GLU  82          1HG       GLU  82 -11.766   5.011   4.229
 1036    H    SER  83           H        SER  83  -7.772   5.492   7.272
 1037    HA   SER  83           HA       SER  83  -9.151   7.768   8.295
 1038   1HB   SER  83          2HB       SER  83  -6.676   6.358   9.330
 1039   2HB   SER  83          1HB       SER  83  -7.619   7.549  10.227
 1040    HG   SER  83           HG       SER  83  -8.013   5.023  10.273
 1041    H    GLU  84           H        GLU  84  -5.754   7.221   7.387
 1042    HA   GLU  84           HA       GLU  84  -4.733   9.752   7.709
 1043   1HB   GLU  84          2HB       GLU  84  -3.108   8.271   7.063
 1044   2HB   GLU  84          1HB       GLU  84  -4.141   7.487   5.878
 1045   1HG   GLU  84          2HG       GLU  84  -2.448   8.572   4.665
 1046   2HG   GLU  84          1HG       GLU  84  -3.899   9.550   4.464
 1047    H    LYS  85           H        LYS  85  -7.010   8.620   5.362
 1048    HA   LYS  85           HA       LYS  85  -6.750  10.903   3.617
 1049   1HB   LYS  85          2HB       LYS  85  -7.924   9.634   2.198
 1050   2HB   LYS  85          1HB       LYS  85  -7.904   8.363   3.413
 1051   1HG   LYS  85          2HG       LYS  85 -10.030   8.991   4.240
 1052   2HG   LYS  85          1HG       LYS  85 -10.015  10.499   3.324
 1053   1HD   LYS  85          2HD       LYS  85 -10.988   9.479   1.607
 1054   2HD   LYS  85          1HD       LYS  85  -9.640   8.344   1.505
 1055   1HE   LYS  85          2HE       LYS  85 -11.046   7.390   3.650
 1056   2HE   LYS  85          1HE       LYS  85 -12.330   7.982   2.596
 1057   1HZ   LYS  85          1HZ       LYS  85 -10.964   5.593   2.382
 1058   2HZ   LYS  85          2HZ       LYS  85 -10.408   6.542   1.097
 1059   3HZ   LYS  85          3HZ       LYS  85 -12.063   6.243   1.273
 1060    H    GLU  86           H        GLU  86  -9.031   9.791   6.097
 1061    HA   GLU  86           HA       GLU  86 -10.922  11.802   5.968
 1062   1HB   GLU  86          2HB       GLU  86 -11.627  11.120   8.063
 1063   2HB   GLU  86          1HB       GLU  86 -10.738   9.704   7.519
 1064   1HG   GLU  86          2HG       GLU  86  -9.043  10.017   9.008
 1065   2HG   GLU  86          1HG       GLU  86  -9.266  11.764   9.067
 1066    H    LEU  87           H        LEU  87  -7.690  11.858   7.303
 1067    HA   LEU  87           HA       LEU  87  -8.015  14.511   8.431
 1068   1HB   LEU  87          2HB       LEU  87  -6.470  13.477   9.723
 1069   2HB   LEU  87          1HB       LEU  87  -5.932  12.424   8.429
 1070    HG   LEU  87           HG       LEU  87  -5.181  15.227   8.038
 1071   1HD1  LEU  87          1HD1      LEU  87  -5.097  14.742  10.601
 1072   2HD1  LEU  87          2HD1      LEU  87  -3.741  15.538   9.802
 1073   3HD1  LEU  87          3HD1      LEU  87  -3.657  13.817  10.178
 1074   1HD2  LEU  87          1HD2      LEU  87  -2.909  13.755   8.014
 1075   2HD2  LEU  87          2HD2      LEU  87  -3.976  13.962   6.626
 1076   3HD2  LEU  87          3HD2      LEU  87  -4.111  12.522   7.635
 1077    H    TYR  88           H        TYR  88  -6.420  12.966   5.689
 1078    HA   TYR  88           HA       TYR  88  -5.033  14.939   4.471
 1079   1HB   TYR  88          2HB       TYR  88  -5.206  12.867   3.351
 1080   2HB   TYR  88          1HB       TYR  88  -6.964  12.936   3.322
 1081    HD1  TYR  88           HD1      TYR  88  -4.049  14.910   2.052
 1082    HD2  TYR  88           HD2      TYR  88  -7.974  13.436   1.328
 1083    HE1  TYR  88           HE1      TYR  88  -3.975  15.847  -0.221
 1084    HE2  TYR  88           HE2      TYR  88  -7.910  14.364  -0.946
 1085    HH   TYR  88           HH       TYR  88  -6.790  15.714  -2.357
 1086    H    ASN  89           H        ASN  89  -8.541  14.656   4.654
 1087    HA   ASN  89           HA       ASN  89  -8.873  17.211   3.273
 1088   1HB   ASN  89          2HB       ASN  89 -11.150  15.615   4.397
 1089   2HB   ASN  89          1HB       ASN  89 -11.117  16.661   2.981
 1090   1HD2  ASN  89          1HD2      ASN  89 -11.478  13.600   3.838
 1091   2HD2  ASN  89          2HD2      ASN  89 -10.796  12.793   2.471
 1092    H    ALA  90           H        ALA  90  -9.075  15.762   6.441
 1093    HA   ALA  90           HA       ALA  90 -10.448  17.959   7.672
 1094   1HB   ALA  90          1HB       ALA  90 -10.275  15.490   8.453
 1095   2HB   ALA  90          2HB       ALA  90 -10.300  16.780   9.653
 1096   3HB   ALA  90          3HB       ALA  90  -8.772  16.020   9.208
 1097    H    THR  91           H        THR  91  -7.534  17.907   6.300
 1098    HA   THR  91           HA       THR  91  -6.457  19.901   8.167
 1099    HB   THR  91           HB       THR  91  -5.354  17.464   8.098
 1100    HG1  THR  91           HG1      THR  91  -3.264  18.664   8.453
 1101   1HG2  THR  91          1HG2      THR  91  -4.932  17.469   5.711
 1102   2HG2  THR  91          2HG2      THR  91  -3.414  17.459   6.609
 1103   3HG2  THR  91          3HG2      THR  91  -3.987  18.951   5.865
 1104    H    LEU  92           H        LEU  92  -6.259  18.511   4.909
 1105    HA   LEU  92           HA       LEU  92  -4.970  20.784   3.766
 1106   1HB   LEU  92          2HB       LEU  92  -4.957  19.607   1.816
 1107   2HB   LEU  92          1HB       LEU  92  -5.194  18.282   2.938
 1108    HG   LEU  92           HG       LEU  92  -7.713  18.613   2.491
 1109   1HD1  LEU  92          1HD1      LEU  92  -8.401  20.059   0.944
 1110   2HD1  LEU  92          2HD1      LEU  92  -7.152  19.556  -0.196
 1111   3HD1  LEU  92          3HD1      LEU  92  -6.788  20.767   1.033
 1112   1HD2  LEU  92          1HD2      LEU  92  -6.432  17.673   0.004
 1113   2HD2  LEU  92          2HD2      LEU  92  -7.606  16.876   1.052
 1114   3HD2  LEU  92          3HD2      LEU  92  -5.900  16.904   1.500
 1115    H    ALA  93           HN       ALA  93  -8.290  19.826   4.274
 1116    HA   ALA  93           HA       ALA  93  -9.154  22.480   3.421
 1117   1HB   ALA  93          1HB       ALA  93  -9.933  19.935   2.110
 1118   2HB   ALA  93          2HB       ALA  93  -9.707  21.542   1.422
 1119   3HB   ALA  93          3HB       ALA  93 -11.176  21.167   2.323
  Start of MODEL    3
    1   1H5*    G 101          H5''        G 101 -29.482  11.105 -16.386
    2   2H5*    G 101          H5'         G 101 -30.345   9.593 -15.985
    3    H4*    G 101           H4'        G 101 -28.264   8.953 -16.970
    4    H3*    G 101           H3'        G 101 -28.890   8.405 -14.235
    5    H1*    G 101           H1'        G 101 -25.405   9.222 -15.776
    6    H8     G 101           H8         G 101 -26.195  11.000 -12.485
    7    H1     G 101           H1         G 101 -21.569  13.783 -15.946
    8   1H2     G 101          1H2         G 101 -21.475  12.881 -17.968
    9   2H2     G 101          2H2         G 101 -22.546  11.592 -18.470
   10    H5T    G 101           H5T        G 101 -28.900  11.292 -14.229
   11   1H2*    G 101          H2'         G 101 -27.059   9.298 -13.283
   12   2H2*    G 101          H2''        G 101 -26.152   7.951 -14.034
   13   1H5*    G 102          H5''        G 102 -26.250   6.414 -16.961
   14   2H5*    G 102          H5'         G 102 -26.013   4.656 -17.019
   15    H4*    G 102           H4'        G 102 -24.033   5.919 -17.844
   16    H3*    G 102           H3'        G 102 -24.056   3.871 -15.792
   17    H1*    G 102           H1'        G 102 -21.698   6.993 -16.154
   18    H8     G 102           H8         G 102 -23.887   6.520 -12.957
   19    H1     G 102           H1         G 102 -19.245  10.925 -12.583
   20   1H2     G 102          1H2         G 102 -18.163  11.060 -14.527
   21   2H2     G 102          2H2         G 102 -18.589  10.067 -15.902
   22   1H2*    G 102          H2'         G 102 -22.618   4.840 -14.333
   23   2H2*    G 102          H2''        G 102 -21.399   4.856 -15.595
   24   1H5*    G 103          H5''        G 103 -20.960   5.537 -17.619
   25   2H5*    G 103          H5'         G 103 -20.754   4.812 -19.236
   26    H4*    G 103           H4'        G 103 -18.928   6.197 -19.176
   27    H3*    G 103           H3'        G 103 -18.134   3.564 -18.225
   28    H1*    G 103           H1'        G 103 -16.956   7.029 -16.916
   29    H8     G 103           H8         G 103 -18.893   4.600 -14.567
   30    H1     G 103           H1         G 103 -15.852   9.415 -11.629
   31   1H2     G 103          1H2         G 103 -14.850  10.714 -13.124
   32   2H2     G 103          2H2         G 103 -14.933  10.397 -14.846
   33   1H2*    G 103          H2'         G 103 -17.240   4.156 -16.297
   34   2H2*    G 103          H2''        G 103 -16.014   5.054 -17.197
   35   1H5*    G 104          H5''        G 104 -14.190   7.467 -19.400
   36   2H5*    G 104          H5'         G 104 -13.663   6.106 -20.417
   37    H4*    G 104           H4'        G 104 -11.863   7.221 -19.021
   38    H3*    G 104           H3'        G 104 -12.452   4.385 -19.452
   39    H1*    G 104           H1'        G 104 -11.178   6.024 -16.142
   40    H8     G 104           H8         G 104 -14.378   3.968 -16.091
   41    H1     G 104           H1         G 104 -12.918   6.914 -10.587
   42   1H2     G 104          1H2         G 104 -11.163   8.254 -10.893
   43   2H2     G 104          2H2         G 104 -10.372   8.409 -12.447
   44   1H2*    G 104          H2'         G 104 -12.646   3.730 -17.321
   45   2H2*    G 104          H2''        G 104 -10.925   4.018 -17.165
   46   1H5*    T 105          H5''        T 105 -10.033   9.252 -17.746
   47   2H5*    T 105          H5'         T 105  -8.658   8.765 -18.756
   48    H4*    T 105           H4'        T 105  -8.009   9.556 -16.503
   49    H3*    T 105           H3'        T 105  -7.290   6.892 -17.560
   50   1H2*    T 105          H2'         T 105  -6.880   5.964 -15.557
   51   2H2*    T 105          H2''        T 105  -5.930   7.384 -15.062
   52    H1*    T 105           H1'        T 105  -7.600   8.336 -13.987
   53    H3     T 105           H3         T 105  -9.406   6.120 -10.556
   54   1H5M    T 105          1H7         T 105  -9.827   2.234 -13.093
   55   2H5M    T 105          2H7         T 105  -9.172   2.702 -14.680
   56   3H5M    T 105          3H7         T 105 -10.877   3.030 -14.291
   57    H6     T 105           H6         T 105  -8.820   5.015 -15.194
   58   1H5*    G 106          H5''        G 106  -5.599   9.590 -15.358
   59   2H5*    G 106          H5'         G 106  -4.003  10.365 -15.389
   60    H4*    G 106           H4'        G 106  -4.725  10.333 -13.085
   61    H3*    G 106           H3'        G 106  -2.473   8.595 -13.914
   62    H1*    G 106           H1'        G 106  -5.097   8.006 -11.043
   63    H8     G 106           H8         G 106  -4.541   5.858 -14.184
   64    H1     G 106           H1         G 106  -7.122   2.790  -9.179
   65   1H2     G 106          1H2         G 106  -7.320   4.189  -7.458
   66   2H2     G 106          2H2         G 106  -6.817   5.861  -7.552
   67   1H2*    G 106          H2'         G 106  -2.788   7.004 -12.451
   68   2H2*    G 106          H2''        G 106  -2.929   8.254 -11.145
   69   1H5*    A 107          H5''        A 107  -3.029  10.073 -10.003
   70   2H5*    A 107          H5'         A 107  -1.663  10.959  -9.309
   71    H4*    A 107           H4'        A 107  -2.563   9.830  -7.484
   72    H3*    A 107           H3'        A 107  -0.080   8.743  -8.618
   73    H1*    A 107           H1'        A 107  -2.967   6.540  -6.946
   74    H8     A 107           H8         A 107  -1.798   6.486 -10.591
   75   1H6     A 107          1H6         A 107  -3.670   0.547 -10.257
   76   2H6     A 107          2H6         A 107  -2.993   1.763 -11.320
   77    H2     A 107           H2         A 107  -4.249   2.449  -6.259
   78   1H2*    A 107          H2'         A 107  -0.344   6.567  -7.933
   79   2H2*    A 107          H2''        A 107  -0.982   7.166  -6.363
   80   1H5*    T 108          H5''        T 108  -0.859   7.779  -4.313
   81   2H5*    T 108          H5'         T 108   0.647   7.960  -3.400
   82    H4*    T 108           H4'        T 108  -0.447   5.882  -2.843
   83    H3*    T 108           H3'        T 108   2.213   5.934  -4.118
   84   1H2*    T 108          H2'         T 108   2.102   3.849  -4.935
   85   2H2*    T 108          H2''        T 108   1.578   3.196  -3.375
   86    H1*    T 108           H1'        T 108  -0.601   3.217  -3.892
   87    H3     T 108           H3         T 108  -0.798   0.076  -7.082
   88   1H5M    T 108          1H7         T 108   1.386   3.567  -9.879
   89   2H5M    T 108          2H7         T 108   0.253   4.837  -9.348
   90   3H5M    T 108          3H7         T 108  -0.337   3.468 -10.333
   91    H6     T 108           H6         T 108   0.417   4.717  -7.133
   92   1H5*    T 109          H5''        T 109  -0.286   2.312  -0.120
   93   2H5*    T 109          H5'         T 109   1.266   2.727   0.627
   94    H4*    T 109           H4'        T 109   0.795   0.273   0.196
   95    H3*    T 109           H3'        T 109   3.226   1.819  -0.421
   96   1H2*    T 109          H2'         T 109   3.985   0.419  -2.030
   97   2H2*    T 109          H2''        T 109   3.657  -0.998  -0.990
   98    H1*    T 109           H1'        T 109   1.716  -1.451  -2.015
   99    H3     T 109           H3         T 109   2.361  -2.306  -6.340
  100   1H5M    T 109          1H7         T 109   4.034   2.734  -5.457
  101   2H5M    T 109          2H7         T 109   2.726   2.664  -6.662
  102   3H5M    T 109          3H7         T 109   4.302   1.910  -7.013
  103    H6     T 109           H6         T 109   2.920   1.664  -3.704
  104   1H5*    G 110          H5''        G 110   3.466  -1.887   0.993
  105   2H5*    G 110          H5'         G 110   4.041  -2.283   2.632
  106    H4*    G 110           H4'        G 110   4.849  -4.163   1.687
  107    H3*    G 110           H3'        G 110   6.813  -2.067   1.365
  108    H1*    G 110           H1'        G 110   5.961  -4.857  -1.299
  109    H8     G 110           H8         G 110   5.635  -1.001  -1.864
  110    H1     G 110           H1         G 110   5.304  -4.738  -7.066
  111   1H2     G 110          1H2         G 110   5.435  -6.879  -6.474
  112   2H2     G 110          2H2         G 110   5.599  -7.377  -4.805
  113   1H2*    G 110          H2'         G 110   7.417  -2.435  -0.784
  114   2H2*    G 110          H2''        G 110   7.788  -4.121  -0.336
  115   1H5*    T 111          H5''        T 111   7.382  -6.124   0.484
  116   2H5*    T 111          H5'         T 111   8.154  -6.790   1.935
  117    H4*    T 111           H4'        T 111   8.748  -8.460   0.564
  118    H3*    T 111           H3'        T 111  10.864  -6.424   0.371
  119   1H2*    T 111          H2'         T 111  11.187  -6.476  -1.786
  120   2H2*    T 111          H2''        T 111  11.464  -8.237  -1.717
  121    H1*    T 111           H1'        T 111   9.479  -8.638  -2.628
  122    H3     T 111           H3         T 111   9.069  -6.507  -6.537
  123   1H5M    T 111          1H7         T 111  10.105  -2.477  -3.959
  124   2H5M    T 111          2H7         T 111   8.995  -2.795  -2.608
  125   3H5M    T 111          3H7         T 111   8.351  -2.430  -4.240
  126    H6     T 111           H6         T 111   9.317  -4.959  -1.997
  127   1H5*    T 112          H5''        T 112  11.940 -10.182  -0.912
  128   2H5*    T 112          H5'         T 112  13.405 -10.919  -0.245
  129    H4*    T 112           H4'        T 112  13.543 -11.333  -2.540
  130    H3*    T 112           H3'        T 112  15.295  -9.294  -1.409
  131   1H2*    T 112          H2'         T 112  15.382  -7.872  -3.071
  132   2H2*    T 112          H2''        T 112  15.849  -9.174  -4.193
  133    H1*    T 112           H1'        T 112  13.853  -9.327  -5.033
  134    H3     T 112           H3         T 112  12.569  -5.383  -6.705
  135   1H5M    T 112          1H7         T 112  13.006  -3.543  -2.299
  136   2H5M    T 112          2H7         T 112  12.728  -4.990  -1.298
  137   3H5M    T 112          3H7         T 112  11.364  -4.215  -2.138
  138    H6     T 112           H6         T 112  13.226  -7.051  -2.255
  139   1H5*    C 113          H5''        C 113  16.745 -10.714  -5.391
  140   2H5*    C 113          H5'         C 113  18.321 -11.445  -5.055
  141    H4*    C 113           H4'        C 113  18.861 -10.204  -6.911
  142    H3*    C 113           H3'        C 113  19.421  -8.717  -4.396
  143    H1*    C 113           H1'        C 113  18.312  -7.098  -7.805
  144   1H4     C 113          1H4         C 113  14.561  -2.839  -4.877
  145   2H4     C 113          2H4         C 113  14.732  -3.652  -3.339
  146    H5     C 113           H5         C 113  16.064  -5.770  -3.086
  147    H6     C 113           H6         C 113  17.390  -7.371  -4.281
  148   1H2*    C 113          H2'         C 113  19.284  -6.717  -5.139
  149   2H2*    C 113          H2''        C 113  20.169  -7.156  -6.629
  150   1H5*    A 114          H5''        A 114  21.037  -8.411  -8.055
  151   2H5*    A 114          H5'         A 114  22.766  -8.593  -8.411
  152    H4*    A 114           H4'        A 114  21.907  -7.062 -10.024
  153    H3*    A 114           H3'        A 114  23.644  -6.039  -7.882
  154    H1*    A 114           H1'        A 114  20.739  -4.041  -9.544
  155    H8     A 114           H8         A 114  21.398  -4.980  -5.868
  156   1H6     A 114          1H6         A 114  17.442  -0.344  -4.639
  157   2H6     A 114          2H6         A 114  18.476  -1.572  -3.942
  158    H2     A 114           H2         A 114  17.866  -0.767  -9.123
  159   1H2*    A 114          H2'         A 114  22.880  -4.013  -7.696
  160   2H2*    A 114          H2''        A 114  22.944  -3.822  -9.467
  161   1H5*    G 115          H5''        G 115  25.701  -4.174 -12.290
  162   2H5*    G 115          H5'         G 115  27.179  -3.647 -11.471
  163    H4*    G 115           H4'        G 115  25.551  -2.030 -12.932
  164    H3*    G 115           H3'        G 115  27.730  -1.625 -11.071
  165    H1*    G 115           H1'        G 115  24.252   0.368 -10.919
  166    H8     G 115           H8         G 115  25.530  -2.186  -8.295
  167    H1     G 115           H1         G 115  21.103   1.993  -6.284
  168   1H2     G 115          1H2         G 115  20.529   3.352  -7.942
  169   2H2     G 115          2H2         G 115  21.235   3.230  -9.539
  170    H3T    G 115           H3T        G 115  27.155   0.460 -12.659
  171   1H2*    G 115          H2'         G 115  26.746  -0.091  -9.635
  172   2H2*    G 115          H2''        G 115  26.350   0.888 -11.023
  173   1H5*    C 116          H5''        C 116  18.911   7.686  -2.240
  174   2H5*    C 116          H5'         C 116  17.733   9.007  -2.098
  175    H4*    C 116           H4'        C 116  17.539   8.751  -4.374
  176    H3*    C 116           H3'        C 116  15.694   6.874  -3.147
  177    H1*    C 116           H1'        C 116  17.947   6.164  -6.327
  178   1H4     C 116          1H4         C 116  20.689   0.749  -4.087
  179   2H4     C 116          2H4         C 116  20.092   1.078  -2.471
  180    H5     C 116           H5         C 116  18.768   3.081  -1.914
  181    H6     C 116           H6         C 116  17.788   5.114  -2.834
  182    H5T    C 116           H5T        C 116  16.249   7.620  -1.365
  183   1H2*    C 116          H2'         C 116  16.152   5.111  -4.332
  184   2H2*    C 116          H2''        C 116  15.813   6.020  -5.827
  185   1H5*    T 117          H5''        T 117  15.827   7.564  -6.979
  186   2H5*    T 117          H5'         T 117  15.033   8.347  -8.334
  187    H4*    T 117           H4'        T 117  14.797   6.434  -9.360
  188    H3*    T 117           H3'        T 117  12.938   5.937  -7.082
  189   1H2*    T 117          H2'         T 117  13.069   3.705  -7.288
  190   2H2*    T 117          H2''        T 117  13.121   3.761  -9.059
  191    H1*    T 117           H1'        T 117  15.347   3.483  -9.026
  192    H3     T 117           H3         T 117  16.702   0.251  -6.115
  193   1H5M    T 117          1H7         T 117  15.566   3.395  -2.592
  194   2H5M    T 117          2H7         T 117  13.998   2.572  -2.816
  195   3H5M    T 117          3H7         T 117  14.233   4.232  -3.428
  196    H6     T 117           H6         T 117  14.421   4.427  -5.568
  197   1H5*    G 118          H5''        G 118  13.457   5.018 -10.680
  198   2H5*    G 118          H5'         G 118  12.829   5.451 -12.278
  199    H4*    G 118           H4'        G 118  13.883   3.444 -12.747
  200    H3*    G 118           H3'        G 118  10.993   3.136 -12.352
  201    H1*    G 118           H1'        G 118  13.924   0.646 -11.585
  202    H8     G 118           H8         G 118  11.597   1.989  -8.694
  203    H1     G 118           H1         G 118  14.883  -3.369  -7.428
  204   1H2     G 118          1H2         G 118  16.096  -3.970  -9.182
  205   2H2     G 118          2H2         G 118  16.099  -3.059 -10.677
  206   1H2*    G 118          H2'         G 118  11.061   1.101 -11.324
  207   2H2*    G 118          H2''        G 118  12.046   0.494 -12.670
  208   1H5*    A 119          H5''        A 119  13.162   0.016 -14.437
  209   2H5*    A 119          H5'         A 119  12.547  -0.144 -16.096
  210    H4*    A 119           H4'        A 119  12.958  -2.372 -15.577
  211    H3*    A 119           H3'        A 119  10.149  -1.653 -15.184
  212    H1*    A 119           H1'        A 119  12.263  -4.154 -12.847
  213    H8     A 119           H8         A 119  10.451  -0.810 -12.147
  214   1H6     A 119          1H6         A 119  11.038  -2.627  -6.202
  215   2H6     A 119          2H6         A 119  10.417  -1.362  -7.241
  216    H2     A 119           H2         A 119  12.908  -5.713  -8.899
  217   1H2*    A 119          H2'         A 119   9.725  -2.915 -13.401
  218   2H2*    A 119          H2''        A 119  10.495  -4.329 -14.202
  219   1H5*    A 120          H5''        A 120   9.259  -7.063 -17.226
  220   2H5*    A 120          H5'         A 120   8.018  -6.381 -16.158
  221    H4*    A 120           H4'        A 120  10.076  -8.475 -15.614
  222    H3*    A 120           H3'        A 120   7.295  -8.405 -15.765
  223    H1*    A 120           H1'        A 120   9.108  -8.359 -12.285
  224    H8     A 120           H8         A 120   8.412  -4.823 -13.605
  225   1H6     A 120          1H6         A 120   7.797  -3.526  -7.540
  226   2H6     A 120          2H6         A 120   7.815  -2.844  -9.150
  227    H2     A 120           H2         A 120   8.474  -7.977  -8.064
  228   1H2*    A 120          H2'         A 120   6.865  -7.258 -13.816
  229   2H2*    A 120          H2''        A 120   7.085  -8.859 -13.071
  230   1H5*    C 121          H5''        C 121   7.610 -10.783 -12.187
  231   2H5*    C 121          H5'         C 121   6.884 -12.361 -12.552
  232    H4*    C 121           H4'        C 121   5.531 -12.026 -10.846
  233    H3*    C 121           H3'        C 121   4.353 -10.296 -12.947
  234    H1*    C 121           H1'        C 121   4.575  -9.817  -8.997
  235   1H4     C 121          1H4         C 121   5.457  -3.566  -8.370
  236   2H4     C 121          2H4         C 121   5.765  -3.352 -10.077
  237    H5     C 121           H5         C 121   5.786  -5.260 -11.698
  238    H6     C 121           H6         C 121   5.484  -7.604 -11.923
  239   1H2*    C 121          H2'         C 121   3.581  -8.737 -11.549
  240   2H2*    C 121          H2''        C 121   2.876  -9.970 -10.485
  241   1H5*    A 122          H5''        A 122   1.822 -11.540  -9.642
  242   2H5*    A 122          H5'         A 122   0.426 -12.412 -10.300
  243    H4*    A 122           H4'        A 122  -0.483 -11.134  -8.580
  244    H3*    A 122           H3'        A 122  -0.973 -10.204 -11.312
  245    H1*    A 122           H1'        A 122  -0.651  -8.060  -7.980
  246    H8     A 122           H8         A 122   1.292  -7.453 -11.307
  247   1H6     A 122          1H6         A 122   2.874  -2.078  -8.593
  248   2H6     A 122          2H6         A 122   3.014  -3.034 -10.054
  249    H2     A 122           H2         A 122   0.417  -4.439  -5.703
  250   1H2*    A 122          H2'         A 122  -1.029  -7.987 -10.886
  251   2H2*    A 122          H2''        A 122  -2.210  -8.259  -9.576
  252   1H5*    A 123          H5''        A 123  -2.578  -9.652  -7.919
  253   2H5*    A 123          H5'         A 123  -3.930 -10.641  -7.334
  254    H4*    A 123           H4'        A 123  -3.785  -9.012  -5.653
  255    H3*    A 123           H3'        A 123  -5.942  -8.648  -7.539
  256    H1*    A 123           H1'        A 123  -3.916  -5.940  -5.681
  257    H8     A 123           H8         A 123  -3.747  -6.256  -9.492
  258   1H6     A 123          1H6         A 123  -1.108  -0.637  -9.483
  259   2H6     A 123          2H6         A 123  -1.679  -1.949 -10.488
  260    H2     A 123           H2         A 123  -1.867  -1.851  -5.228
  261   1H2*    A 123          H2'         A 123  -5.424  -6.640  -8.165
  262   2H2*    A 123          H2''        A 123  -6.045  -6.157  -6.542
  263   1H5*    T 124          H5''        T 124  -5.541  -6.108  -4.227
  264   2H5*    T 124          H5'         T 124  -6.677  -6.668  -2.984
  265    H4*    T 124           H4'        T 124  -6.637  -4.531  -2.305
  266    H3*    T 124           H3'        T 124  -8.684  -4.717  -4.377
  267   1H2*    T 124          H2'         T 124  -8.190  -2.855  -5.491
  268   2H2*    T 124          H2''        T 124  -8.416  -1.914  -3.996
  269    H1*    T 124           H1'        T 124  -6.186  -1.700  -3.674
  270    H3     T 124           H3         T 124  -4.622   0.485  -7.251
  271   1H5M    T 124          1H7         T 124  -5.670  -4.570  -8.796
  272   2H5M    T 124          2H7         T 124  -4.883  -3.394  -9.885
  273   3H5M    T 124          3H7         T 124  -6.651  -3.385  -9.686
  274    H6     T 124           H6         T 124  -6.387  -3.941  -6.631
  275   1H5*    C 125          H5''        C 125  -8.383  -1.333  -1.931
  276   2H5*    C 125          H5'         C 125  -9.780  -1.069  -0.874
  277    H4*    C 125           H4'        C 125  -8.957   1.079  -1.371
  278    H3*    C 125           H3'        C 125 -11.536   0.320  -2.187
  279    H1*    C 125           H1'        C 125  -9.171   2.614  -4.195
  280   1H4     C 125          1H4         C 125  -7.615   1.028 -10.135
  281   2H4     C 125          2H4         C 125  -8.253  -0.591  -9.942
  282    H5     C 125           H5         C 125  -9.220  -1.396  -7.874
  283    H6     C 125           H6         C 125  -9.768  -0.823  -5.582
  284   1H2*    C 125          H2'         C 125 -11.158   0.409  -4.466
  285   2H2*    C 125          H2''        C 125 -11.385   2.155  -4.237
  286   1H5*    A 126          H5''        A 126  -9.967   4.269  -1.594
  287   2H5*    A 126          H5'         A 126 -10.751   4.999  -0.181
  288    H4*    A 126           H4'        A 126  -9.526   6.760  -1.122
  289    H3*    A 126           H3'        A 126 -12.330   6.868  -1.190
  290    H1*    A 126           H1'        A 126 -10.252   7.763  -4.539
  291    H8     A 126           H8         A 126 -12.544   4.710  -3.938
  292   1H6     A 126          1H6         A 126 -11.524   3.741  -9.999
  293   2H6     A 126          2H6         A 126 -12.381   3.172  -8.586
  294    H2     A 126           H2         A 126  -9.107   7.325  -8.631
  295   1H2*    A 126          H2'         A 126 -12.764   6.779  -3.276
  296   2H2*    A 126          H2''        A 126 -12.226   8.458  -3.383
  297   1H5*    C 127          H5''        C 127  -8.457   9.774  -3.655
  298   2H5*    C 127          H5'         C 127  -9.150  11.225  -2.908
  299    H4*    C 127           H4'        C 127  -8.623  11.675  -5.226
  300    H3*    C 127           H3'        C 127 -11.337  11.817  -4.167
  301    H1*    C 127           H1'        C 127 -10.239  10.910  -7.810
  302   1H4     C 127          1H4         C 127 -13.751   5.831  -9.476
  303   2H4     C 127          2H4         C 127 -14.423   5.736  -7.862
  304    H5     C 127           H5         C 127 -13.770   7.242  -6.034
  305    H6     C 127           H6         C 127 -12.364   9.092  -5.438
  306   1H2*    C 127          H2'         C 127 -12.436  11.004  -5.865
  307   2H2*    C 127          H2''        C 127 -11.786  12.230  -6.924
  308   1H5*    C 128          H5''        C 128 -10.384  13.922  -7.452
  309   2H5*    C 128          H5'         C 128 -10.290  15.693  -7.403
  310    H4*    C 128           H4'        C 128 -10.969  15.438  -9.552
  311    H3*    C 128           H3'        C 128 -13.292  15.872  -7.812
  312    H1*    C 128           H1'        C 128 -13.104  13.597 -11.090
  313   1H4     C 128          1H4         C 128 -16.397   8.480  -9.274
  314   2H4     C 128          2H4         C 128 -16.408   9.011  -7.605
  315    H5     C 128           H5         C 128 -15.319  11.099  -6.860
  316    H6     C 128           H6         C 128 -13.993  12.948  -7.538
  317   1H2*    C 128          H2'         C 128 -14.711  14.474  -8.807
  318   2H2*    C 128          H2''        C 128 -14.365  15.312 -10.345
  319   1H5*    C 129          H5''        C 129 -12.535  16.512 -11.836
  320   2H5*    C 129          H5'         C 129 -12.954  18.014 -12.684
  321    H4*    C 129           H4'        C 129 -12.900  16.192 -14.267
  322    H3*    C 129           H3'        C 129 -15.454  17.564 -13.722
  323    H1*    C 129           H1'        C 129 -14.925  13.837 -14.811
  324   1H4     C 129          1H4         C 129 -19.363  11.367 -10.855
  325   2H4     C 129          2H4         C 129 -18.919  12.530  -9.624
  326    H5     C 129           H5         C 129 -17.219  14.286  -9.978
  327    H6     C 129           H6         C 129 -15.658  15.200 -11.604
  328   1H2*    C 129          H2'         C 129 -16.767  15.831 -14.051
  329   2H2*    C 129          H2''        C 129 -16.009  15.546 -15.652
  330   1H5*    C 130          H5''        C 130 -15.004  16.446 -17.352
  331   2H5*    C 130          H5'         C 130 -14.093  17.350 -18.584
  332    H4*    C 130           H4'        C 130 -15.448  16.194 -20.052
  333    H3*    C 130           H3'        C 130 -16.858  18.585 -19.242
  334    H1*    C 130           H1'        C 130 -18.588  14.949 -19.371
  335   1H4     C 130          1H4         C 130 -21.053  15.641 -13.467
  336   2H4     C 130          2H4         C 130 -19.804  16.788 -13.034
  337    H5     C 130           H5         C 130 -18.024  17.509 -14.634
  338    H6     C 130           H6         C 130 -17.179  17.236 -16.815
  339    H3T    C 130           H3T        C 130 -16.859  16.953 -21.582
  340   1H2*    C 130          H2'         C 130 -18.845  17.744 -18.749
  341   2H2*    C 130          H2''        C 130 -18.936  16.942 -20.334
  342   1H    MET   1          1HT       MET   1 -17.206  -9.315 -11.501
  343   2H    MET   1          2HT       MET   1 -16.080 -10.285 -12.359
  344   3H    MET   1          3HT       MET   1 -15.852  -8.586 -12.262
  345    HA   MET   1           HA       MET   1 -16.016  -9.278  -9.698
  346   1HB   MET   1          2HB       MET   1 -15.562 -11.668 -11.099
  347   2HB   MET   1          1HB       MET   1 -13.999 -11.209 -10.437
  348   1HG   MET   1          2HG       MET   1 -14.891 -12.514  -8.764
  349   2HG   MET   1          1HG       MET   1 -15.287 -10.883  -8.227
  350   1HE   MET   1          1HE       MET   1 -17.837  -9.825  -9.366
  351   2HE   MET   1          2HE       MET   1 -17.488 -10.077  -7.655
  352   3HE   MET   1          3HE       MET   1 -19.020 -10.628  -8.333
  353    H    VAL   2           H        VAL   2 -15.164  -7.186 -11.218
  354    HA   VAL   2           HA       VAL   2 -13.369  -5.846 -11.782
  355    HB   VAL   2           HB       VAL   2 -11.831  -5.548  -9.744
  356   1HG1  VAL   2          1HG1      VAL   2 -13.247  -3.874  -9.405
  357   2HG1  VAL   2          2HG1      VAL   2 -14.321  -4.967  -8.531
  358   3HG1  VAL   2          3HG1      VAL   2 -14.511  -4.747 -10.271
  359   1HG2  VAL   2          1HG2      VAL   2 -12.273  -7.815  -8.826
  360   2HG2  VAL   2          2HG2      VAL   2 -13.922  -7.303  -8.463
  361   3HG2  VAL   2          3HG2      VAL   2 -12.559  -6.516  -7.667
  362    H    THR   3           H        THR   3 -12.279  -6.880 -13.438
  363    HA   THR   3           HA       THR   3 -10.062  -8.651 -12.662
  364    HB   THR   3           HB       THR   3 -10.675  -8.399 -15.532
  365    HG1  THR   3           HG1      THR   3 -12.553  -9.687 -13.819
  366   1HG2  THR   3          1HG2      THR   3 -10.188 -10.602 -13.562
  367   2HG2  THR   3          2HG2      THR   3  -9.197 -10.100 -14.932
  368   3HG2  THR   3          3HG2      THR   3 -10.728 -10.932 -15.209
  369    HA   PRO   4           HA       PRO   4  -7.871  -4.755 -13.686
  370   1HB   PRO   4          2HB       PRO   4  -5.768  -5.250 -12.043
  371   2HB   PRO   4          1HB       PRO   4  -7.279  -4.527 -11.479
  372   1HG   PRO   4          2HG       PRO   4  -6.352  -7.370 -11.302
  373   2HG   PRO   4          1HG       PRO   4  -7.159  -6.378 -10.073
  374   1HD   PRO   4          2HD       PRO   4  -8.483  -8.208 -11.567
  375   2HD   PRO   4          1HD       PRO   4  -9.247  -6.712 -10.994
  376    H    ARG   5           H        ARG   5  -7.411  -5.435 -15.808
  377    HA   ARG   5           HA       ARG   5  -4.754  -6.604 -16.112
  378   1HB   ARG   5          2HB       ARG   5  -7.291  -7.820 -17.048
  379   2HB   ARG   5          1HB       ARG   5  -5.958  -7.824 -18.194
  380   1HG   ARG   5          2HG       ARG   5  -4.890  -8.672 -15.738
  381   2HG   ARG   5          1HG       ARG   5  -6.418  -9.529 -15.949
  382   1HD   ARG   5          2HD       ARG   5  -5.500  -9.884 -18.388
  383   2HD   ARG   5          1HD       ARG   5  -3.944  -9.613 -17.606
  384    HE   ARG   5           HE       ARG   5  -5.035 -11.470 -16.019
  385   1HH1  ARG   5          1HH1      ARG   5  -4.748 -11.269 -19.484
  386   2HH1  ARG   5          2HH1      ARG   5  -4.674 -12.984 -19.708
  387   1HH2  ARG   5          1HH2      ARG   5  -4.937 -13.732 -16.302
  388   2HH2  ARG   5          2HH2      ARG   5  -4.782 -14.385 -17.899
  389    H    GLU   6           H        GLU   6  -4.863  -4.072 -16.399
  390    HA   GLU   6           HA       GLU   6  -5.308  -3.503 -19.255
  391   1HB   GLU   6          2HB       GLU   6  -5.335  -1.650 -16.869
  392   2HB   GLU   6          1HB       GLU   6  -5.392  -1.098 -18.537
  393   1HG   GLU   6          2HG       GLU   6  -7.602  -1.164 -17.465
  394   2HG   GLU   6          1HG       GLU   6  -7.496  -2.202 -18.887
  395    HA   PRO   7           HA       PRO   7  -1.031  -2.952 -20.084
  396   1HB   PRO   7          2HB       PRO   7  -1.809  -0.330 -21.268
  397   2HB   PRO   7          1HB       PRO   7  -0.873  -1.651 -21.976
  398   1HG   PRO   7          2HG       PRO   7  -3.406  -1.249 -22.690
  399   2HG   PRO   7          1HG       PRO   7  -2.766  -2.890 -22.493
  400   1HD   PRO   7          2HD       PRO   7  -4.559  -1.323 -20.694
  401   2HD   PRO   7          1HD       PRO   7  -4.541  -3.065 -21.034
  402    H    LYS   8           H        LYS   8   0.748  -1.252 -19.882
  403    HA   LYS   8           HA       LYS   8   0.225   0.475 -17.551
  404   1HB   LYS   8          2HB       LYS   8   2.325  -1.556 -18.021
  405   2HB   LYS   8          1HB       LYS   8   2.868  -0.048 -17.298
  406   1HG   LYS   8          2HG       LYS   8   0.562  -0.750 -15.891
  407   2HG   LYS   8          1HG       LYS   8   1.466  -2.252 -16.102
  408   1HD   LYS   8          2HD       LYS   8   2.383   0.307 -14.810
  409   2HD   LYS   8          1HD       LYS   8   2.236  -1.293 -14.079
  410   1HE   LYS   8          2HE       LYS   8   3.954  -1.542 -16.310
  411   2HE   LYS   8          1HE       LYS   8   4.478  -0.124 -15.402
  412   1HZ   LYS   8          1HZ       LYS   8   4.251  -1.706 -13.386
  413   2HZ   LYS   8          2HZ       LYS   8   5.619  -1.815 -14.374
  414   3HZ   LYS   8          3HZ       LYS   8   4.365  -2.935 -14.543
  415    H    LYS   9           H        LYS   9   2.047   2.147 -17.295
  416    HA   LYS   9           HA       LYS   9   3.526   2.992 -19.544
  417   1HB   LYS   9          2HB       LYS   9   1.063   3.475 -20.188
  418   2HB   LYS   9          1HB       LYS   9   1.174   4.791 -19.028
  419   1HG   LYS   9          2HG       LYS   9   2.428   6.055 -20.388
  420   2HG   LYS   9          1HG       LYS   9   3.369   4.680 -20.968
  421   1HD   LYS   9          2HD       LYS   9   0.533   5.239 -21.816
  422   2HD   LYS   9          1HD       LYS   9   1.949   5.801 -22.706
  423   1HE   LYS   9          2HE       LYS   9   1.544   2.905 -22.020
  424   2HE   LYS   9          1HE       LYS   9   0.859   3.623 -23.477
  425   1HZ   LYS   9          1HZ       LYS   9   3.206   2.506 -23.502
  426   2HZ   LYS   9          2HZ       LYS   9   3.712   4.018 -22.939
  427   3HZ   LYS   9          3HZ       LYS   9   2.902   3.895 -24.419
  428    H    ARG  10           H        ARG  10   5.127   3.271 -18.006
  429    HA   ARG  10           HA       ARG  10   6.201   4.166 -16.170
  430   1HB   ARG  10          2HB       ARG  10   5.283   6.855 -17.035
  431   2HB   ARG  10          1HB       ARG  10   6.908   6.279 -16.694
  432   1HG   ARG  10          2HG       ARG  10   7.080   5.242 -18.820
  433   2HG   ARG  10          1HG       ARG  10   5.362   5.481 -19.145
  434   1HD   ARG  10          2HD       ARG  10   6.885   7.079 -20.324
  435   2HD   ARG  10          1HD       ARG  10   5.642   7.837 -19.328
  436    HE   ARG  10           HE       ARG  10   7.284   8.649 -17.933
  437   1HH1  ARG  10          1HH1      ARG  10   8.648   6.334 -20.147
  438   2HH1  ARG  10          2HH1      ARG  10  10.288   6.716 -19.741
  439   1HH2  ARG  10          1HH2      ARG  10   9.440   9.162 -17.390
  440   2HH2  ARG  10          2HH2      ARG  10  10.738   8.323 -18.172
  441    H    THR  11           H        THR  11   5.668   6.701 -14.920
  442    HA   THR  11           HA       THR  11   3.241   7.261 -13.920
  443    HB   THR  11           HB       THR  11   3.570   5.742 -11.674
  444    HG1  THR  11           HG1      THR  11   4.018   3.628 -12.366
  445   1HG2  THR  11          1HG2      THR  11   1.827   5.786 -13.977
  446   2HG2  THR  11          2HG2      THR  11   1.448   5.504 -12.278
  447   3HG2  THR  11          3HG2      THR  11   1.976   4.165 -13.298
  448    H    THR  12           H        THR  12   6.171   6.090 -12.251
  449    HA   THR  12           HA       THR  12   7.447   7.078 -10.626
  450    HB   THR  12           HB       THR  12   7.779   9.679 -11.612
  451    HG1  THR  12           HG1      THR  12   6.841   9.485 -13.536
  452   1HG2  THR  12          1HG2      THR  12   9.237   7.122 -12.240
  453   2HG2  THR  12          2HG2      THR  12   9.583   8.252 -10.931
  454   3HG2  THR  12          3HG2      THR  12   9.839   8.739 -12.607
  455    H    ARG  13           H        ARG  13   5.392   7.002  -9.277
  456    HA   ARG  13           HA       ARG  13   3.581   8.861  -8.736
  457   1HB   ARG  13          2HB       ARG  13   3.898   8.397  -6.282
  458   2HB   ARG  13          1HB       ARG  13   3.751   6.968  -7.295
  459   1HG   ARG  13          2HG       ARG  13   6.481   7.977  -6.735
  460   2HG   ARG  13          1HG       ARG  13   5.605   7.190  -5.420
  461   1HD   ARG  13          2HD       ARG  13   5.122   5.364  -7.222
  462   2HD   ARG  13          1HD       ARG  13   6.524   6.067  -8.029
  463    HE   ARG  13           HE       ARG  13   7.442   5.656  -5.538
  464   1HH1  ARG  13          1HH1      ARG  13   5.740   3.604  -7.778
  465   2HH1  ARG  13          2HH1      ARG  13   6.467   2.144  -7.194
  466   1HH2  ARG  13          1HH2      ARG  13   8.405   3.739  -4.761
  467   2HH2  ARG  13          2HH2      ARG  13   7.981   2.221  -5.478
  468    H    LYS  14           H        LYS  14   3.374  10.874  -7.837
  469    HA   LYS  14           HA       LYS  14   5.879  12.302  -7.231
  470   1HB   LYS  14          2HB       LYS  14   3.558  13.083  -8.940
  471   2HB   LYS  14          1HB       LYS  14   4.407  14.341  -8.053
  472   1HG   LYS  14          2HG       LYS  14   6.483  13.005  -9.173
  473   2HG   LYS  14          1HG       LYS  14   5.235  12.802 -10.404
  474   1HD   LYS  14          2HD       LYS  14   5.020  15.463  -9.662
  475   2HD   LYS  14          1HD       LYS  14   6.759  15.162  -9.680
  476   1HE   LYS  14          2HE       LYS  14   6.145  13.966 -11.966
  477   2HE   LYS  14          1HE       LYS  14   4.791  15.094 -11.903
  478   1HZ   LYS  14          1HZ       LYS  14   7.677  15.785 -11.836
  479   2HZ   LYS  14          2HZ       LYS  14   6.425  16.901 -11.619
  480   3HZ   LYS  14          3HZ       LYS  14   6.590  16.093 -13.095
  481    H    LYS  15           H        LYS  15   2.671  13.681  -7.062
  482    HA   LYS  15           HA       LYS  15   2.454  13.288  -4.206
  483   1HB   LYS  15          2HB       LYS  15   3.935  15.182  -4.203
  484   2HB   LYS  15          1HB       LYS  15   2.956  16.017  -5.401
  485   1HG   LYS  15          2HG       LYS  15   1.150  16.254  -3.803
  486   2HG   LYS  15          1HG       LYS  15   2.071  15.346  -2.602
  487   1HD   LYS  15          2HD       LYS  15   2.593  17.465  -1.938
  488   2HD   LYS  15          1HD       LYS  15   3.879  17.214  -3.122
  489   1HE   LYS  15          2HE       LYS  15   1.680  18.156  -4.576
  490   2HE   LYS  15          1HE       LYS  15   1.748  19.146  -3.119
  491   1HZ   LYS  15          1HZ       LYS  15   3.239  20.308  -4.298
  492   2HZ   LYS  15          2HZ       LYS  15   3.572  19.036  -5.361
  493   3HZ   LYS  15          3HZ       LYS  15   4.321  19.090  -3.846
  494    H    LYS  16           H        LYS  16   1.134  16.068  -5.866
  495    HA   LYS  16           HA       LYS  16  -1.012  16.704  -6.285
  496   1HB   LYS  16          2HB       LYS  16  -0.817  15.187  -8.145
  497   2HB   LYS  16          1HB       LYS  16  -1.147  13.802  -7.114
  498   1HG   LYS  16          2HG       LYS  16  -3.420  14.578  -6.760
  499   2HG   LYS  16          1HG       LYS  16  -3.096  16.010  -7.741
  500   1HD   LYS  16          2HD       LYS  16  -3.870  14.809  -9.461
  501   2HD   LYS  16          1HD       LYS  16  -2.328  13.952  -9.392
  502   1HE   LYS  16          2HE       LYS  16  -3.968  12.270  -9.383
  503   2HE   LYS  16          1HE       LYS  16  -3.434  12.406  -7.708
  504   1HZ   LYS  16          1HZ       LYS  16  -5.424  14.059  -7.566
  505   2HZ   LYS  16          2HZ       LYS  16  -5.691  12.393  -7.457
  506   3HZ   LYS  16          3HZ       LYS  16  -5.988  13.203  -8.912
  507    H    ASP  17           H        ASP  17  -1.237  16.988  -3.930
  508    HA   ASP  17           HA       ASP  17  -3.628  16.373  -2.897
  509   1HB   ASP  17          2HB       ASP  17  -1.888  14.004  -2.783
  510   2HB   ASP  17          1HB       ASP  17  -2.654  14.413  -1.251
  511    HA   PRO  18           HA       PRO  18  -1.719  19.117   0.048
  512   1HB   PRO  18          2HB       PRO  18  -3.888  19.252   1.730
  513   2HB   PRO  18          1HB       PRO  18  -3.711  20.212   0.258
  514   1HG   PRO  18          2HG       PRO  18  -5.245  17.682   0.698
  515   2HG   PRO  18          1HG       PRO  18  -5.703  19.125  -0.226
  516   1HD   PRO  18          2HD       PRO  18  -4.812  16.897  -1.435
  517   2HD   PRO  18          1HD       PRO  18  -4.419  18.515  -2.054
  518    H    ASN  19           H        ASN  19  -3.918  16.804   1.639
  519    HA   ASN  19           HA       ASN  19  -1.913  16.321   3.693
  520   1HB   ASN  19          2HB       ASN  19  -4.827  15.977   3.452
  521   2HB   ASN  19          1HB       ASN  19  -4.012  14.684   4.327
  522   1HD2  ASN  19          1HD2      ASN  19  -4.186  18.214   4.140
  523   2HD2  ASN  19          2HD2      ASN  19  -4.002  18.486   5.838
  524    H    ALA  20           H        ALA  20  -2.959  14.959   0.775
  525    HA   ALA  20           HA       ALA  20  -2.752  12.858  -0.167
  526   1HB   ALA  20          1HB       ALA  20   0.019  12.918   0.945
  527   2HB   ALA  20          2HB       ALA  20  -0.506  14.159  -0.193
  528   3HB   ALA  20          3HB       ALA  20  -0.535  12.460  -0.666
  529    HA   PRO  21           HA       PRO  21  -3.498  10.240   3.498
  530   1HB   PRO  21          2HB       PRO  21  -5.075   8.703   1.555
  531   2HB   PRO  21          1HB       PRO  21  -5.580   9.431   3.082
  532   1HG   PRO  21          2HG       PRO  21  -6.365  10.416   0.701
  533   2HG   PRO  21          1HG       PRO  21  -6.071  11.459   2.104
  534   1HD   PRO  21          2HD       PRO  21  -4.324  10.941  -0.271
  535   2HD   PRO  21          1HD       PRO  21  -4.645  12.466   0.582
  536    H    LYS  22           H        LYS  22  -2.902   9.139   0.170
  537    HA   LYS  22           HA       LYS  22  -1.313   7.697  -0.633
  538   1HB   LYS  22          2HB       LYS  22  -0.597   7.558   2.280
  539   2HB   LYS  22          1HB       LYS  22   0.095   6.417   1.136
  540   1HG   LYS  22          2HG       LYS  22   1.252   8.078  -0.010
  541   2HG   LYS  22          1HG       LYS  22   0.246   9.368   0.654
  542   1HD   LYS  22          2HD       LYS  22   2.289   9.534   1.804
  543   2HD   LYS  22          1HD       LYS  22   1.197   8.720   2.926
  544   1HE   LYS  22          2HE       LYS  22   2.532   6.947   3.023
  545   2HE   LYS  22          1HE       LYS  22   2.521   6.789   1.267
  546   1HZ   LYS  22          1HZ       LYS  22   4.212   8.854   2.482
  547   2HZ   LYS  22          2HZ       LYS  22   4.441   7.977   1.054
  548   3HZ   LYS  22          3HZ       LYS  22   4.728   7.244   2.552
  549    H    ARG  23           H        ARG  23  -3.244   6.614  -1.301
  550    HA   ARG  23           HA       ARG  23  -4.927   4.911  -0.289
  551   1HB   ARG  23          2HB       ARG  23  -4.881   3.552  -2.235
  552   2HB   ARG  23          1HB       ARG  23  -4.398   5.166  -2.741
  553   1HG   ARG  23          2HG       ARG  23  -2.458   4.421  -3.509
  554   2HG   ARG  23          1HG       ARG  23  -2.104   3.602  -1.985
  555   1HD   ARG  23          2HD       ARG  23  -3.632   2.551  -4.352
  556   2HD   ARG  23          1HD       ARG  23  -2.138   1.926  -3.656
  557    HE   ARG  23           HE       ARG  23  -4.351   1.886  -1.829
  558   1HH1  ARG  23          1HH1      ARG  23  -2.708   0.169  -4.374
  559   2HH1  ARG  23          2HH1      ARG  23  -3.320  -1.381  -3.900
  560   1HH2  ARG  23          1HH2      ARG  23  -5.160  -0.149  -1.194
  561   2HH2  ARG  23          2HH2      ARG  23  -4.714  -1.562  -2.092
  562    H    ALA  24           H        ALA  24  -5.105   2.751   0.396
  563    HA   ALA  24           HA       ALA  24  -3.113   1.933   2.194
  564   1HB   ALA  24          1HB       ALA  24  -4.768   0.684   2.987
  565   2HB   ALA  24          2HB       ALA  24  -4.837  -0.253   1.493
  566   3HB   ALA  24          3HB       ALA  24  -5.768   1.238   1.644
  567    H    LEU  25           H        LEU  25  -2.445  -0.514   2.165
  568    HA   LEU  25           HA       LEU  25  -0.713  -0.887  -0.096
  569   1HB   LEU  25          2HB       LEU  25  -1.097  -2.085   2.548
  570   2HB   LEU  25          1HB       LEU  25  -0.658  -3.248   1.312
  571    HG   LEU  25           HG       LEU  25   1.267  -1.589   0.767
  572   1HD1  LEU  25          1HD1      LEU  25   0.610  -0.776   3.597
  573   2HD1  LEU  25          2HD1      LEU  25   0.419   0.238   2.167
  574   3HD1  LEU  25          3HD1      LEU  25   2.027  -0.281   2.670
  575   1HD2  LEU  25          1HD2      LEU  25   2.344  -3.342   1.603
  576   2HD2  LEU  25          2HD2      LEU  25   0.973  -3.753   2.632
  577   3HD2  LEU  25          3HD2      LEU  25   2.194  -2.616   3.203
  578    H    SER  26           H        SER  26  -0.716  -3.580  -0.522
  579    HA   SER  26           HA       SER  26  -3.428  -4.157  -1.508
  580   1HB   SER  26          2HB       SER  26  -1.521  -3.431  -3.217
  581   2HB   SER  26          1HB       SER  26  -1.072  -5.130  -3.068
  582    HG   SER  26           HG       SER  26  -3.522  -5.377  -3.435
  583    H    ALA  27           H        ALA  27  -3.824  -6.465  -1.920
  584    HA   ALA  27           HA       ALA  27  -3.096  -8.098   0.246
  585   1HB   ALA  27          1HB       ALA  27  -4.086  -9.072  -2.423
  586   2HB   ALA  27          2HB       ALA  27  -5.130  -8.359  -1.194
  587   3HB   ALA  27          3HB       ALA  27  -4.262  -9.855  -0.852
  588    H    TYR  28           H        TYR  28  -1.485  -7.341  -2.670
  589    HA   TYR  28           HA       TYR  28   0.134  -9.718  -2.774
  590   1HB   TYR  28          2HB       TYR  28  -0.455  -8.401  -4.804
  591   2HB   TYR  28          1HB       TYR  28   0.533  -7.076  -4.193
  592    HD1  TYR  28           HD1      TYR  28   0.510  -9.836  -6.326
  593    HD2  TYR  28           HD2      TYR  28   3.017  -7.809  -3.549
  594    HE1  TYR  28           HE1      TYR  28   2.487 -10.854  -7.378
  595    HE2  TYR  28           HE2      TYR  28   5.001  -8.824  -4.590
  596    HH   TYR  28           HH       TYR  28   5.764 -10.160  -6.188
  597    H    MET  29           H        MET  29   0.304  -6.611  -1.250
  598    HA   MET  29           HA       MET  29   3.141  -6.737  -0.755
  599   1HB   MET  29          2HB       MET  29   1.156  -4.938   0.630
  600   2HB   MET  29          1HB       MET  29   2.885  -4.680   0.422
  601   1HG   MET  29          2HG       MET  29   0.766  -4.597  -1.712
  602   2HG   MET  29          1HG       MET  29   1.692  -3.241  -1.069
  603   1HE   MET  29          1HE       MET  29   2.190  -6.231  -4.066
  604   2HE   MET  29          2HE       MET  29   2.234  -4.641  -4.827
  605   3HE   MET  29          3HE       MET  29   0.943  -5.041  -3.694
  606    H    PHE  30           H        PHE  30   0.184  -7.132   1.182
  607    HA   PHE  30           HA       PHE  30   1.517  -7.773   3.598
  608   1HB   PHE  30          2HB       PHE  30  -1.196  -8.871   2.954
  609   2HB   PHE  30          1HB       PHE  30  -0.584  -8.238   4.479
  610    HD1  PHE  30           HD1      PHE  30  -0.076  -5.700   4.552
  611    HD2  PHE  30           HD2      PHE  30  -2.557  -7.562   1.642
  612    HE1  PHE  30           HE1      PHE  30  -1.062  -3.514   4.002
  613    HE2  PHE  30           HE2      PHE  30  -3.526  -5.376   1.062
  614    HZ   PHE  30           HZ       PHE  30  -2.794  -3.350   2.258
  615    H    PHE  31           H        PHE  31   0.165  -9.766   0.997
  616    HA   PHE  31           HA       PHE  31   0.897 -12.268   2.135
  617   1HB   PHE  31          2HB       PHE  31  -0.696 -12.527   0.476
  618   2HB   PHE  31          1HB       PHE  31   0.053 -11.328  -0.575
  619    HD1  PHE  31           HD1      PHE  31   0.265 -14.799   0.634
  620    HD2  PHE  31           HD2      PHE  31   1.681 -11.939  -2.181
  621    HE1  PHE  31           HE1      PHE  31   1.377 -16.597  -0.626
  622    HE2  PHE  31           HE2      PHE  31   2.797 -13.731  -3.445
  623    HZ   PHE  31           HZ       PHE  31   2.654 -16.062  -2.662
  624    H    ALA  32           H        ALA  32   2.397 -10.207  -0.346
  625    HA   ALA  32           HA       ALA  32   4.694 -11.755  -0.773
  626   1HB   ALA  32          1HB       ALA  32   5.706  -9.668  -1.623
  627   2HB   ALA  32          2HB       ALA  32   4.314  -8.776  -1.010
  628   3HB   ALA  32          3HB       ALA  32   4.100  -9.976  -2.285
  629    H    ASN  33           H        ASN  33   3.753  -9.775   1.874
  630    HA   ASN  33           HA       ASN  33   6.354  -9.267   2.934
  631   1HB   ASN  33          2HB       ASN  33   3.558  -8.930   3.833
  632   2HB   ASN  33          1HB       ASN  33   4.737  -9.174   5.118
  633   1HD2  ASN  33          1HD2      ASN  33   3.174  -6.890   3.436
  634   2HD2  ASN  33          2HD2      ASN  33   4.312  -5.594   3.538
  635    H    GLU  34           H        GLU  34   3.824 -11.663   3.643
  636    HA   GLU  34           HA       GLU  34   5.318 -13.113   5.563
  637   1HB   GLU  34          2HB       GLU  34   3.038 -13.977   3.776
  638   2HB   GLU  34          1HB       GLU  34   3.682 -14.942   5.098
  639   1HG   GLU  34          2HG       GLU  34   2.609 -12.170   5.509
  640   2HG   GLU  34          1HG       GLU  34   1.581 -13.603   5.557
  641    H    ASN  35           H        ASN  35   4.919 -13.473   2.071
  642    HA   ASN  35           HA       ASN  35   6.425 -15.853   1.830
  643   1HB   ASN  35          2HB       ASN  35   6.424 -13.948  -0.443
  644   2HB   ASN  35          1HB       ASN  35   6.048 -15.668  -0.414
  645   1HD2  ASN  35          1HD2      ASN  35   4.122 -15.487   1.701
  646   2HD2  ASN  35          2HD2      ASN  35   2.716 -14.730   1.042
  647    H    ARG  36           H        ARG  36   7.361 -12.654   0.591
  648    HA   ARG  36           HA       ARG  36   9.801 -12.538  -0.034
  649   1HB   ARG  36          2HB       ARG  36   9.139 -10.444   0.628
  650   2HB   ARG  36          1HB       ARG  36   8.532 -11.009   2.179
  651   1HG   ARG  36          2HG       ARG  36  10.969 -11.346   2.827
  652   2HG   ARG  36          1HG       ARG  36  11.358 -10.389   1.396
  653   1HD   ARG  36          2HD       ARG  36  11.303  -8.888   3.235
  654   2HD   ARG  36          1HD       ARG  36   9.834  -8.608   2.299
  655    HE   ARG  36           HE       ARG  36   8.581  -9.411   4.059
  656   1HH1  ARG  36          1HH1      ARG  36  11.965 -10.002   4.631
  657   2HH1  ARG  36          2HH1      ARG  36  11.739 -10.451   6.288
  658   1HH2  ARG  36          1HH2      ARG  36   8.272 -10.002   6.241
  659   2HH2  ARG  36          2HH2      ARG  36   9.640 -10.453   7.203
  660    H    ASP  37           H        ASP  37   9.337 -12.874   3.489
  661    HA   ASP  37           HA       ASP  37  12.000 -13.777   3.918
  662   1HB   ASP  37          2HB       ASP  37  11.223 -14.254   6.226
  663   2HB   ASP  37          1HB       ASP  37  10.798 -12.631   5.691
  664    H    ILE  38           H        ILE  38   8.850 -15.448   4.035
  665    HA   ILE  38           HA       ILE  38   9.831 -18.032   4.486
  666    HB   ILE  38           HB       ILE  38   7.313 -16.935   3.329
  667   1HG1  ILE  38          2HG1      ILE  38   6.455 -18.576   5.166
  668   2HG1  ILE  38          1HG1      ILE  38   8.140 -18.591   5.698
  669   1HG2  ILE  38          1HG2      ILE  38   6.548 -19.382   3.128
  670   2HG2  ILE  38          2HG2      ILE  38   8.267 -19.757   3.012
  671   3HG2  ILE  38          3HG2      ILE  38   7.514 -18.698   1.821
  672   1HD1  ILE  38          1HD1      ILE  38   7.860 -15.980   5.515
  673   2HD1  ILE  38          2HD1      ILE  38   7.338 -16.861   6.951
  674   3HD1  ILE  38          3HD1      ILE  38   6.156 -16.382   5.733
  675    H    VAL  39           H        VAL  39   8.505 -16.917   1.382
  676    HA   VAL  39           HA       VAL  39   9.413 -18.882  -0.255
  677    HB   VAL  39           HB       VAL  39   9.136 -15.938  -0.816
  678   1HG1  VAL  39          1HG1      VAL  39   9.899 -18.147  -2.711
  679   2HG1  VAL  39          2HG1      VAL  39  10.741 -16.625  -2.414
  680   3HG1  VAL  39          3HG1      VAL  39   9.186 -16.626  -3.248
  681   1HG2  VAL  39          1HG2      VAL  39   7.122 -17.335  -0.303
  682   2HG2  VAL  39          2HG2      VAL  39   7.478 -18.270  -1.755
  683   3HG2  VAL  39          3HG2      VAL  39   7.095 -16.554  -1.884
  684    H    ARG  40           H        ARG  40  11.193 -15.817   0.225
  685    HA   ARG  40           HA       ARG  40  13.494 -16.630  -1.150
  686   1HB   ARG  40          2HB       ARG  40  12.727 -14.272  -0.324
  687   2HB   ARG  40          1HB       ARG  40  13.633 -14.681   1.126
  688   1HG   ARG  40          2HG       ARG  40  15.352 -15.302  -0.965
  689   2HG   ARG  40          1HG       ARG  40  14.578 -13.790  -1.449
  690   1HD   ARG  40          2HD       ARG  40  15.304 -12.679   0.503
  691   2HD   ARG  40          1HD       ARG  40  15.765 -14.192   1.283
  692    HE   ARG  40           HE       ARG  40  17.241 -13.791  -1.106
  693   1HH1  ARG  40          1HH1      ARG  40  17.000 -12.733   2.203
  694   2HH1  ARG  40          2HH1      ARG  40  18.672 -12.298   2.322
  695   1HH2  ARG  40          1HH2      ARG  40  19.445 -13.223  -0.960
  696   2HH2  ARG  40          2HH2      ARG  40  20.063 -12.575   0.523
  697    H    SER  41           H        SER  41  12.405 -17.304   2.056
  698    HA   SER  41           HA       SER  41  14.948 -18.004   3.155
  699   1HB   SER  41          2HB       SER  41  13.402 -17.500   4.816
  700   2HB   SER  41          1HB       SER  41  12.095 -18.360   4.004
  701    HG   SER  41           HG       SER  41  14.009 -19.295   5.753
  702    H    GLU  42           H        GLU  42  12.589 -19.614   1.208
  703    HA   GLU  42           HA       GLU  42  13.741 -22.244   1.716
  704   1HB   GLU  42          2HB       GLU  42  11.531 -21.472  -0.198
  705   2HB   GLU  42          1HB       GLU  42  11.968 -23.102   0.300
  706   1HG   GLU  42          2HG       GLU  42  11.456 -21.656   2.655
  707   2HG   GLU  42          1HG       GLU  42  10.163 -21.260   1.522
  708    H    ASN  43           H        ASN  43  13.912 -19.650  -0.540
  709    HA   ASN  43           HA       ASN  43  15.807 -21.207  -2.152
  710   1HB   ASN  43          2HB       ASN  43  13.768 -19.305  -3.319
  711   2HB   ASN  43          1HB       ASN  43  14.923 -20.296  -4.205
  712   1HD2  ASN  43          1HD2      ASN  43  12.362 -20.655  -1.779
  713   2HD2  ASN  43          2HD2      ASN  43  11.678 -22.088  -2.463
  714    HA   PRO  44           HA       PRO  44  17.306 -16.983  -0.605
  715   1HB   PRO  44          2HB       PRO  44  19.562 -18.685   0.277
  716   2HB   PRO  44          1HB       PRO  44  18.716 -17.401   1.145
  717   1HG   PRO  44          2HG       PRO  44  18.340 -19.963   1.785
  718   2HG   PRO  44          1HG       PRO  44  16.994 -18.807   1.810
  719   1HD   PRO  44          2HD       PRO  44  17.685 -20.873  -0.248
  720   2HD   PRO  44          1HD       PRO  44  16.093 -20.406   0.389
  721    H    ASP  45           H        ASP  45  18.799 -19.684  -2.284
  722    HA   ASP  45           HA       ASP  45  20.652 -17.863  -3.646
  723   1HB   ASP  45          2HB       ASP  45  20.529 -20.885  -3.545
  724   2HB   ASP  45          1HB       ASP  45  21.674 -19.979  -4.530
  725    H    ILE  46           H        ILE  46  17.884 -17.708  -4.195
  726    HA   ILE  46           HA       ILE  46  17.543 -19.038  -6.774
  727    HB   ILE  46           HB       ILE  46  15.801 -18.906  -4.805
  728   1HG1  ILE  46          2HG1      ILE  46  15.166 -18.618  -7.746
  729   2HG1  ILE  46          1HG1      ILE  46  15.321 -20.112  -6.819
  730   1HG2  ILE  46          1HG2      ILE  46  14.148 -17.090  -5.234
  731   2HG2  ILE  46          2HG2      ILE  46  15.343 -16.325  -6.281
  732   3HG2  ILE  46          3HG2      ILE  46  15.684 -16.541  -4.564
  733   1HD1  ILE  46          1HD1      ILE  46  13.092 -18.159  -6.909
  734   2HD1  ILE  46          2HD1      ILE  46  13.399 -19.000  -5.390
  735   3HD1  ILE  46          3HD1      ILE  46  13.054 -19.921  -6.854
  736    H    THR  47           H        THR  47  17.313 -15.800  -5.328
  737    HA   THR  47           HA       THR  47  18.193 -13.853  -6.314
  738    HB   THR  47           HB       THR  47  17.601 -15.035  -9.028
  739    HG1  THR  47           HG1      THR  47  19.792 -15.451  -7.318
  740   1HG2  THR  47          1HG2      THR  47  18.946 -13.350  -9.877
  741   2HG2  THR  47          2HG2      THR  47  19.704 -13.033  -8.317
  742   3HG2  THR  47          3HG2      THR  47  18.036 -12.537  -8.604
  743    H    PHE  48           H        PHE  48  17.072 -11.996  -6.935
  744    HA   PHE  48           HA       PHE  48  14.503 -11.687  -6.283
  745   1HB   PHE  48          2HB       PHE  48  15.613  -9.704  -6.772
  746   2HB   PHE  48          1HB       PHE  48  16.154 -10.275  -8.347
  747    HD1  PHE  48           HD1      PHE  48  15.429  -8.361  -9.569
  748    HD2  PHE  48           HD2      PHE  48  12.676 -10.579  -7.193
  749    HE1  PHE  48           HE1      PHE  48  13.555  -7.198 -10.660
  750    HE2  PHE  48           HE2      PHE  48  10.798  -9.414  -8.276
  751    HZ   PHE  48           HZ       PHE  48  11.236  -7.723 -10.013
  752    H    GLY  49           H        GLY  49  15.023 -11.385  -9.751
  753   1HA   GLY  49          2HA       GLY  49  12.635 -11.749 -10.753
  754   2HA   GLY  49          1HA       GLY  49  13.994 -12.567 -11.509
  755    H    GLN  50           H        GLN  50  14.366 -14.381  -9.214
  756    HA   GLN  50           HA       GLN  50  12.492 -16.396 -10.037
  757   1HB   GLN  50          2HB       GLN  50  14.215 -16.782  -7.639
  758   2HB   GLN  50          1HB       GLN  50  13.847 -17.898  -8.948
  759   1HG   GLN  50          2HG       GLN  50  15.944 -15.815  -8.755
  760   2HG   GLN  50          1HG       GLN  50  16.032 -17.456  -9.394
  761   1HE2  GLN  50          1HE2      GLN  50  15.908 -14.221 -10.159
  762   2HE2  GLN  50          2HE2      GLN  50  15.456 -14.339 -11.822
  763    H    VAL  51           H        VAL  51  13.263 -14.873  -6.918
  764    HA   VAL  51           HA       VAL  51  11.059 -15.961  -5.531
  765    HB   VAL  51           HB       VAL  51  13.065 -15.087  -4.408
  766   1HG1  VAL  51          1HG1      VAL  51  12.002 -12.364  -5.146
  767   2HG1  VAL  51          2HG1      VAL  51  13.423 -13.133  -5.853
  768   3HG1  VAL  51          3HG1      VAL  51  13.413 -12.702  -4.143
  769   1HG2  VAL  51          1HG2      VAL  51  11.142 -13.312  -3.169
  770   2HG2  VAL  51          2HG2      VAL  51  11.854 -14.805  -2.557
  771   3HG2  VAL  51          3HG2      VAL  51  10.425 -14.867  -3.590
  772    H    GLY  52           H        GLY  52  11.592 -12.752  -6.972
  773   1HA   GLY  52          2HA       GLY  52   9.146 -11.616  -6.234
  774   2HA   GLY  52          1HA       GLY  52  10.128 -11.103  -7.599
  775    H    LYS  53           H        LYS  53  10.002 -12.873  -9.468
  776    HA   LYS  53           HA       LYS  53   7.417 -12.689 -10.516
  777   1HB   LYS  53          2HB       LYS  53   9.717 -14.493 -11.276
  778   2HB   LYS  53          1HB       LYS  53   8.235 -14.361 -12.214
  779   1HG   LYS  53          2HG       LYS  53   8.811 -12.375 -13.095
  780   2HG   LYS  53          1HG       LYS  53   9.564 -11.811 -11.600
  781   1HD   LYS  53          2HD       LYS  53  11.601 -12.464 -12.257
  782   2HD   LYS  53          1HD       LYS  53  11.005 -14.018 -12.845
  783   1HE   LYS  53          2HE       LYS  53  11.168 -13.304 -14.938
  784   2HE   LYS  53          1HE       LYS  53  10.048 -11.989 -14.585
  785   1HZ   LYS  53          1HZ       LYS  53  12.292 -11.324 -15.457
  786   2HZ   LYS  53          2HZ       LYS  53  12.941 -11.825 -13.978
  787   3HZ   LYS  53          3HZ       LYS  53  11.815 -10.563 -14.024
  788    H    LYS  54           H        LYS  54   9.051 -15.368  -8.881
  789    HA   LYS  54           HA       LYS  54   6.927 -17.233  -9.200
  790   1HB   LYS  54          2HB       LYS  54   9.256 -17.100  -7.285
  791   2HB   LYS  54          1HB       LYS  54   8.098 -18.421  -7.282
  792   1HG   LYS  54          2HG       LYS  54   9.063 -17.972  -9.944
  793   2HG   LYS  54          1HG       LYS  54  10.415 -18.179  -8.828
  794   1HD   LYS  54          2HD       LYS  54   9.611 -20.293  -8.109
  795   2HD   LYS  54          1HD       LYS  54   8.059 -20.050  -8.915
  796   1HE   LYS  54          2HE       LYS  54   8.931 -21.224 -10.602
  797   2HE   LYS  54          1HE       LYS  54   9.856 -19.768 -10.969
  798   1HZ   LYS  54          1HZ       LYS  54  10.725 -22.233  -9.638
  799   2HZ   LYS  54          2HZ       LYS  54  11.483 -20.779  -9.220
  800   3HZ   LYS  54          3HZ       LYS  54  11.509 -21.316 -10.824
  801    H    LEU  55           H        LEU  55   7.482 -14.584  -7.080
  802    HA   LEU  55           HA       LEU  55   5.829 -15.415  -4.923
  803   1HB   LEU  55          2HB       LEU  55   7.451 -13.182  -5.559
  804   2HB   LEU  55          1HB       LEU  55   5.849 -12.565  -5.203
  805    HG   LEU  55           HG       LEU  55   6.971 -14.540  -3.300
  806   1HD1  LEU  55          1HD1      LEU  55   8.482 -12.274  -4.080
  807   2HD1  LEU  55          2HD1      LEU  55   8.800 -13.408  -2.767
  808   3HD1  LEU  55          3HD1      LEU  55   7.833 -11.965  -2.470
  809   1HD2  LEU  55          1HD2      LEU  55   5.195 -12.139  -3.233
  810   2HD2  LEU  55          2HD2      LEU  55   5.959 -12.718  -1.754
  811   3HD2  LEU  55          3HD2      LEU  55   4.887 -13.779  -2.664
  812    H    GLY  56           H        GLY  56   5.281 -13.213  -7.660
  813   1HA   GLY  56          2HA       GLY  56   2.564 -12.699  -7.110
  814   2HA   GLY  56          1HA       GLY  56   3.342 -12.506  -8.674
  815    H    GLU  57           H        GLU  57   4.053 -15.048  -9.333
  816    HA   GLU  57           HA       GLU  57   1.707 -16.151 -10.350
  817   1HB   GLU  57          2HB       GLU  57   3.022 -17.938 -11.133
  818   2HB   GLU  57          1HB       GLU  57   4.127 -16.571 -11.075
  819   1HG   GLU  57          2HG       GLU  57   5.010 -17.377  -8.942
  820   2HG   GLU  57          1HG       GLU  57   3.909 -18.752  -9.013
  821    H    LYS  58           H        LYS  58   3.653 -17.232  -7.572
  822    HA   LYS  58           HA       LYS  58   1.851 -19.283  -6.794
  823   1HB   LYS  58          2HB       LYS  58   3.937 -17.834  -5.150
  824   2HB   LYS  58          1HB       LYS  58   3.148 -19.340  -4.704
  825   1HG   LYS  58          2HG       LYS  58   4.203 -20.513  -6.487
  826   2HG   LYS  58          1HG       LYS  58   4.815 -19.012  -7.186
  827   1HD   LYS  58          2HD       LYS  58   6.434 -18.758  -5.555
  828   2HD   LYS  58          1HD       LYS  58   5.560 -19.754  -4.389
  829   1HE   LYS  58          2HE       LYS  58   6.025 -21.549  -6.371
  830   2HE   LYS  58          1HE       LYS  58   7.458 -20.528  -6.493
  831   1HZ   LYS  58          1HZ       LYS  58   8.084 -22.112  -4.962
  832   2HZ   LYS  58          2HZ       LYS  58   6.558 -22.189  -4.235
  833   3HZ   LYS  58          3HZ       LYS  58   7.560 -20.857  -3.954
  834    H    TRP  59           H        TRP  59   1.943 -15.871  -6.290
  835    HA   TRP  59           HA       TRP  59   0.474 -15.632  -3.917
  836   1HB   TRP  59          2HB       TRP  59   1.418 -13.630  -4.674
  837   2HB   TRP  59          1HB       TRP  59   0.834 -13.863  -6.318
  838    HD1  TRP  59           HD1      TRP  59  -0.916 -12.086  -6.858
  839    HE1  TRP  59           HE1      TRP  59  -2.901 -11.010  -5.621
  840    HE3  TRP  59           HE3      TRP  59  -0.369 -14.370  -2.322
  841    HZ2  TRP  59           HZ2      TRP  59  -4.086 -11.129  -3.056
  842    HZ3  TRP  59           HZ3      TRP  59  -1.958 -13.825  -0.528
  843    HH2  TRP  59           HH2      TRP  59  -3.783 -12.244  -0.889
  844    H    LYS  60           H        LYS  60  -0.680 -15.476  -7.281
  845    HA   LYS  60           HA       LYS  60  -3.430 -15.755  -6.444
  846   1HB   LYS  60          2HB       LYS  60  -2.026 -15.462  -9.080
  847   2HB   LYS  60          1HB       LYS  60  -3.713 -15.961  -9.031
  848   1HG   LYS  60          2HG       LYS  60  -4.124 -13.892  -7.615
  849   2HG   LYS  60          1HG       LYS  60  -2.507 -13.378  -8.098
  850   1HD   LYS  60          2HD       LYS  60  -3.479 -12.479  -9.896
  851   2HD   LYS  60          1HD       LYS  60  -3.676 -14.132 -10.480
  852   1HE   LYS  60          2HE       LYS  60  -5.677 -12.567  -8.854
  853   2HE   LYS  60          1HE       LYS  60  -5.784 -12.914 -10.579
  854   1HZ   LYS  60          1HZ       LYS  60  -5.556 -15.120  -8.642
  855   2HZ   LYS  60          2HZ       LYS  60  -6.227 -15.129 -10.194
  856   3HZ   LYS  60          3HZ       LYS  60  -7.057 -14.390  -8.918
  857    H    ALA  61           H        ALA  61  -0.857 -17.842  -7.093
  858    HA   ALA  61           HA       ALA  61  -2.225 -20.023  -8.265
  859   1HB   ALA  61          1HB       ALA  61   0.236 -20.179  -6.539
  860   2HB   ALA  61          2HB       ALA  61   0.256 -19.693  -8.234
  861   3HB   ALA  61          3HB       ALA  61  -0.280 -21.313  -7.787
  862    H    LEU  62           H        LEU  62  -1.638 -19.069  -4.918
  863    HA   LEU  62           HA       LEU  62  -2.402 -21.419  -3.641
  864   1HB   LEU  62          2HB       LEU  62  -3.122 -18.731  -2.525
  865   2HB   LEU  62          1HB       LEU  62  -2.595 -20.168  -1.672
  866    HG   LEU  62           HG       LEU  62  -0.524 -19.293  -3.464
  867   1HD1  LEU  62          1HD1      LEU  62  -2.037 -17.158  -2.411
  868   2HD1  LEU  62          2HD1      LEU  62  -0.488 -17.086  -3.252
  869   3HD1  LEU  62          3HD1      LEU  62  -0.533 -17.230  -1.494
  870   1HD2  LEU  62          1HD2      LEU  62   0.521 -20.327  -1.801
  871   2HD2  LEU  62          2HD2      LEU  62  -0.898 -20.216  -0.760
  872   3HD2  LEU  62          3HD2      LEU  62   0.255 -18.884  -0.823
  873    H    THR  63           H        THR  63  -4.497 -18.554  -3.618
  874    HA   THR  63           HA       THR  63  -6.719 -19.149  -4.895
  875    HB   THR  63           HB       THR  63  -6.345 -21.189  -2.786
  876    HG1  THR  63           HG1      THR  63  -8.043 -22.125  -4.317
  877   1HG2  THR  63          1HG2      THR  63  -8.961 -21.334  -2.747
  878   2HG2  THR  63          2HG2      THR  63  -8.843 -19.596  -3.012
  879   3HG2  THR  63          3HG2      THR  63  -8.089 -20.323  -1.595
  880    HA   PRO  64           HA       PRO  64  -8.260 -15.556  -2.861
  881   1HB   PRO  64          2HB       PRO  64 -10.780 -17.161  -2.641
  882   2HB   PRO  64          1HB       PRO  64 -10.557 -15.488  -3.170
  883   1HG   PRO  64          2HG       PRO  64 -10.920 -17.455  -4.942
  884   2HG   PRO  64          1HG       PRO  64  -9.812 -16.112  -5.272
  885   1HD   PRO  64          2HD       PRO  64  -9.210 -18.937  -4.621
  886   2HD   PRO  64          1HD       PRO  64  -8.244 -17.753  -5.522
  887    H    GLU  65           H        GLU  65  -9.352 -18.653  -1.473
  888    HA   GLU  65           HA       GLU  65  -9.809 -17.752   1.134
  889   1HB   GLU  65          2HB       GLU  65  -9.845 -20.219  -0.228
  890   2HB   GLU  65          1HB       GLU  65  -8.767 -20.436   1.144
  891   1HG   GLU  65          2HG       GLU  65 -10.529 -20.722   2.440
  892   2HG   GLU  65          1HG       GLU  65 -11.015 -19.059   2.112
  893    H    GLU  66           H        GLU  66  -6.896 -19.171  -0.323
  894    HA   GLU  66           HA       GLU  66  -5.258 -19.091   1.950
  895   1HB   GLU  66          2HB       GLU  66  -4.067 -18.555  -0.731
  896   2HB   GLU  66          1HB       GLU  66  -3.517 -19.634   0.542
  897   1HG   GLU  66          2HG       GLU  66  -5.726 -20.086  -1.439
  898   2HG   GLU  66          1HG       GLU  66  -4.222 -20.988  -1.258
  899    H    LYS  67           H        LYS  67  -6.347 -16.603  -0.182
  900    HA   LYS  67           HA       LYS  67  -4.326 -14.692   0.578
  901   1HB   LYS  67          2HB       LYS  67  -6.943 -14.072  -0.780
  902   2HB   LYS  67          1HB       LYS  67  -5.438 -13.167  -0.859
  903   1HG   LYS  67          2HG       LYS  67  -4.430 -15.153  -2.027
  904   2HG   LYS  67          1HG       LYS  67  -6.063 -15.815  -2.131
  905   1HD   LYS  67          2HD       LYS  67  -4.917 -13.388  -3.456
  906   2HD   LYS  67          1HD       LYS  67  -5.811 -14.731  -4.169
  907   1HE   LYS  67          2HE       LYS  67  -7.699 -13.800  -2.530
  908   2HE   LYS  67          1HE       LYS  67  -6.800 -12.305  -2.789
  909   1HZ   LYS  67          1HZ       LYS  67  -8.474 -13.791  -4.616
  910   2HZ   LYS  67          2HZ       LYS  67  -7.016 -13.255  -5.286
  911   3HZ   LYS  67          3HZ       LYS  67  -8.088 -12.143  -4.596
  912    H    GLN  68           H        GLN  68  -7.477 -15.644   1.657
  913    HA   GLN  68           HA       GLN  68  -8.677 -13.622   2.848
  914   1HB   GLN  68          2HB       GLN  68  -8.006 -16.259   4.153
  915   2HB   GLN  68          1HB       GLN  68  -9.122 -15.098   4.858
  916   1HG   GLN  68          2HG       GLN  68 -10.017 -15.387   2.261
  917   2HG   GLN  68          1HG       GLN  68  -9.531 -17.014   2.733
  918   1HE2  GLN  68          1HE2      GLN  68 -11.923 -14.656   2.923
  919   2HE2  GLN  68          2HE2      GLN  68 -12.939 -15.427   4.089
  920    HA   PRO  69           HA       PRO  69  -5.499 -13.590   6.628
  921   1HB   PRO  69          2HB       PRO  69  -3.103 -14.323   5.020
  922   2HB   PRO  69          1HB       PRO  69  -3.502 -14.726   6.695
  923   1HG   PRO  69          2HG       PRO  69  -3.716 -16.550   4.765
  924   2HG   PRO  69          1HG       PRO  69  -4.905 -16.468   6.078
  925   1HD   PRO  69          2HD       PRO  69  -5.142 -15.565   3.244
  926   2HD   PRO  69          1HD       PRO  69  -6.366 -16.287   4.306
  927    H    TYR  70           H        TYR  70  -3.896 -13.027   3.489
  928    HA   TYR  70           HA       TYR  70  -2.950 -10.447   4.369
  929   1HB   TYR  70          2HB       TYR  70  -2.676 -10.976   1.523
  930   2HB   TYR  70          1HB       TYR  70  -1.434 -10.669   2.730
  931    HD1  TYR  70           HD1      TYR  70  -3.297 -13.230   0.923
  932    HD2  TYR  70           HD2      TYR  70  -0.399 -12.519   3.954
  933    HE1  TYR  70           HE1      TYR  70  -2.642 -15.598   0.843
  934    HE2  TYR  70           HE2      TYR  70   0.272 -14.882   3.876
  935    HH   TYR  70           HH       TYR  70  -0.465 -16.928   1.434
  936    H    GLU  71           H        GLU  71  -4.895 -11.484   1.555
  937    HA   GLU  71           HA       GLU  71  -5.775  -9.108   0.602
  938   1HB   GLU  71          2HB       GLU  71  -6.424 -11.544  -0.052
  939   2HB   GLU  71          1HB       GLU  71  -7.768 -11.308   1.055
  940   1HG   GLU  71          2HG       GLU  71  -8.154  -9.134  -0.341
  941   2HG   GLU  71          1HG       GLU  71  -7.213  -9.996  -1.559
  942    H    ALA  72           H        ALA  72  -7.229 -10.879   3.317
  943    HA   ALA  72           HA       ALA  72  -9.104  -8.892   4.056
  944   1HB   ALA  72          1HB       ALA  72  -9.347 -10.089   6.098
  945   2HB   ALA  72          2HB       ALA  72  -7.767 -10.851   5.912
  946   3HB   ALA  72          3HB       ALA  72  -9.089 -11.287   4.828
  947    H    LYS  73           H        LYS  73  -5.761  -9.556   4.978
  948    HA   LYS  73           HA       LYS  73  -5.426  -7.461   6.834
  949   1HB   LYS  73          2HB       LYS  73  -3.809  -9.444   5.664
  950   2HB   LYS  73          1HB       LYS  73  -3.042  -7.908   5.277
  951   1HG   LYS  73          2HG       LYS  73  -2.625  -7.405   7.483
  952   2HG   LYS  73          1HG       LYS  73  -3.922  -8.446   8.076
  953   1HD   LYS  73          2HD       LYS  73  -2.651 -10.416   7.605
  954   2HD   LYS  73          1HD       LYS  73  -1.417  -9.480   6.756
  955   1HE   LYS  73          2HE       LYS  73  -1.760  -8.430   9.393
  956   2HE   LYS  73          1HE       LYS  73  -1.509 -10.172   9.489
  957   1HZ   LYS  73          1HZ       LYS  73   0.368  -8.126   8.911
  958   2HZ   LYS  73          2HZ       LYS  73   0.324  -9.251   7.649
  959   3HZ   LYS  73          3HZ       LYS  73   0.640  -9.765   9.230
  960    H    ALA  74           H        ALA  74  -5.872  -7.479   3.465
  961    HA   ALA  74           HA       ALA  74  -4.553  -5.009   2.864
  962   1HB   ALA  74          1HB       ALA  74  -5.154  -6.914   1.243
  963   2HB   ALA  74          2HB       ALA  74  -5.371  -5.253   0.692
  964   3HB   ALA  74          3HB       ALA  74  -6.764  -6.196   1.222
  965    H    GLN  75           H        GLN  75  -7.920  -6.019   3.344
  966    HA   GLN  75           HA       GLN  75  -9.089  -3.452   3.210
  967   1HB   GLN  75          2HB       GLN  75  -9.949  -5.897   4.773
  968   2HB   GLN  75          1HB       GLN  75 -10.943  -4.470   4.513
  969   1HG   GLN  75          2HG       GLN  75 -11.385  -4.994   2.353
  970   2HG   GLN  75          1HG       GLN  75  -9.835  -5.800   2.115
  971   1HE2  GLN  75          1HE2      GLN  75  -9.914  -7.911   1.916
  972   2HE2  GLN  75          2HE2      GLN  75 -11.154  -8.949   2.526
  973    H    ALA  76           H        ALA  76  -7.469  -5.228   5.759
  974    HA   ALA  76           HA       ALA  76  -8.107  -3.559   7.938
  975   1HB   ALA  76          1HB       ALA  76  -7.159  -5.543   8.606
  976   2HB   ALA  76          2HB       ALA  76  -5.787  -4.445   8.759
  977   3HB   ALA  76          3HB       ALA  76  -5.921  -5.499   7.351
  978    H    ASP  77           H        ASP  77  -5.495  -3.462   5.553
  979    HA   ASP  77           HA       ASP  77  -4.287  -1.109   6.677
  980   1HB   ASP  77          2HB       ASP  77  -2.969  -2.775   5.403
  981   2HB   ASP  77          1HB       ASP  77  -3.891  -2.376   3.956
  982    H    LYS  78           H        LYS  78  -6.841  -1.796   4.483
  983    HA   LYS  78           HA       LYS  78  -6.880   0.571   2.963
  984   1HB   LYS  78          2HB       LYS  78  -8.430  -1.727   3.127
  985   2HB   LYS  78          1HB       LYS  78  -9.530  -0.448   3.622
  986   1HG   LYS  78          2HG       LYS  78  -8.152   0.491   1.349
  987   2HG   LYS  78          1HG       LYS  78  -8.667  -1.161   1.003
  988   1HD   LYS  78          2HD       LYS  78 -10.436   1.077   1.985
  989   2HD   LYS  78          1HD       LYS  78 -10.373   0.455   0.335
  990   1HE   LYS  78          2HE       LYS  78 -10.774  -1.787   1.948
  991   2HE   LYS  78          1HE       LYS  78 -11.823  -0.540   2.624
  992   1HZ   LYS  78          1HZ       LYS  78 -13.175  -0.632   0.869
  993   2HZ   LYS  78          2HZ       LYS  78 -12.426  -2.105   0.506
  994   3HZ   LYS  78          3HZ       LYS  78 -11.905  -0.683  -0.248
  995    H    LYS  79           H        LYS  79  -8.454  -0.283   6.028
  996    HA   LYS  79           HA       LYS  79  -9.625   2.283   6.438
  997   1HB   LYS  79          2HB       LYS  79 -10.357   1.468   8.475
  998   2HB   LYS  79          1HB       LYS  79 -10.162  -0.020   7.560
  999   1HG   LYS  79          2HG       LYS  79  -8.114  -0.523   8.650
 1000   2HG   LYS  79          1HG       LYS  79  -8.042   1.079   9.386
 1001   1HD   LYS  79          2HD       LYS  79 -10.371  -0.714   9.934
 1002   2HD   LYS  79          1HD       LYS  79  -8.850  -0.958  10.794
 1003   1HE   LYS  79          2HE       LYS  79  -9.280   0.743  12.155
 1004   2HE   LYS  79          1HE       LYS  79  -9.537   1.827  10.788
 1005   1HZ   LYS  79          1HZ       LYS  79 -11.600  -0.019  11.858
 1006   2HZ   LYS  79          2HZ       LYS  79 -11.817   1.170  10.676
 1007   3HZ   LYS  79          3HZ       LYS  79 -11.482   1.617  12.273
 1008    H    ARG  80           H        ARG  80  -6.642   0.718   7.513
 1009    HA   ARG  80           HA       ARG  80  -5.548   2.433   9.284
 1010   1HB   ARG  80          2HB       ARG  80  -4.469   0.406   8.192
 1011   2HB   ARG  80          1HB       ARG  80  -4.000   1.475   6.877
 1012   1HG   ARG  80          2HG       ARG  80  -3.193   1.764   9.765
 1013   2HG   ARG  80          1HG       ARG  80  -2.178   1.160   8.453
 1014   1HD   ARG  80          2HD       ARG  80  -1.485   3.311   8.403
 1015   2HD   ARG  80          1HD       ARG  80  -2.914   3.500   7.387
 1016    HE   ARG  80           HE       ARG  80  -3.958   3.997   9.765
 1017   1HH1  ARG  80          1HH1      ARG  80  -0.957   5.092   8.376
 1018   2HH1  ARG  80          2HH1      ARG  80  -0.938   6.579   9.265
 1019   1HH2  ARG  80          1HH2      ARG  80  -3.944   5.953  10.939
 1020   2HH2  ARG  80          2HH2      ARG  80  -2.636   7.068  10.722
 1021    H    TYR  81           H        TYR  81  -5.138   2.845   5.765
 1022    HA   TYR  81           HA       TYR  81  -4.269   5.571   6.099
 1023   1HB   TYR  81          2HB       TYR  81  -3.356   5.203   4.095
 1024   2HB   TYR  81          1HB       TYR  81  -4.094   3.605   4.071
 1025    HD1  TYR  81           HD1      TYR  81  -6.690   3.661   3.395
 1026    HD2  TYR  81           HD2      TYR  81  -3.801   6.592   2.313
 1027    HE1  TYR  81           HE1      TYR  81  -8.100   4.341   1.497
 1028    HE2  TYR  81           HE2      TYR  81  -5.192   7.266   0.400
 1029    HH   TYR  81           HH       TYR  81  -7.826   5.452  -0.695
 1030    H    GLU  82           H        GLU  82  -7.256   3.934   5.574
 1031    HA   GLU  82           HA       GLU  82  -8.793   5.877   4.310
 1032   1HB   GLU  82          2HB       GLU  82  -9.540   3.557   4.898
 1033   2HB   GLU  82          1HB       GLU  82  -9.717   4.089   6.566
 1034   1HG   GLU  82          2HG       GLU  82 -11.138   5.955   5.078
 1035   2HG   GLU  82          1HG       GLU  82 -11.510   4.401   4.331
 1036    H    SER  83           H        SER  83  -7.391   5.834   7.444
 1037    HA   SER  83           HA       SER  83  -9.103   7.781   8.650
 1038   1HB   SER  83          2HB       SER  83  -7.957   6.551  10.250
 1039   2HB   SER  83          1HB       SER  83  -6.453   6.561   9.330
 1040    HG   SER  83           HG       SER  83  -6.643   7.975  11.279
 1041    H    GLU  84           H        GLU  84  -5.837   7.933   7.236
 1042    HA   GLU  84           HA       GLU  84  -5.628  10.757   7.474
 1043   1HB   GLU  84          2HB       GLU  84  -3.678  10.493   5.941
 1044   2HB   GLU  84          1HB       GLU  84  -3.621   9.446   7.351
 1045   1HG   GLU  84          2HG       GLU  84  -4.621   7.649   5.858
 1046   2HG   GLU  84          1HG       GLU  84  -4.217   8.711   4.509
 1047    H    LYS  85           H        LYS  85  -7.402   8.796   5.394
 1048    HA   LYS  85           HA       LYS  85  -7.385  10.665   3.165
 1049   1HB   LYS  85          2HB       LYS  85  -8.233   8.975   1.945
 1050   2HB   LYS  85          1HB       LYS  85  -7.813   7.958   3.318
 1051   1HG   LYS  85          2HG       LYS  85 -10.042   8.082   4.175
 1052   2HG   LYS  85          1HG       LYS  85 -10.491   9.285   2.965
 1053   1HD   LYS  85          2HD       LYS  85 -10.117   7.638   1.192
 1054   2HD   LYS  85          1HD       LYS  85  -9.674   6.436   2.404
 1055   1HE   LYS  85          2HE       LYS  85 -12.023   6.256   1.573
 1056   2HE   LYS  85          1HE       LYS  85 -11.874   6.437   3.320
 1057   1HZ   LYS  85          1HZ       LYS  85 -13.615   7.835   2.136
 1058   2HZ   LYS  85          2HZ       LYS  85 -12.327   8.770   1.564
 1059   3HZ   LYS  85          3HZ       LYS  85 -12.599   8.634   3.227
 1060    H    GLU  86           H        GLU  86  -9.753   9.393   5.501
 1061    HA   GLU  86           HA       GLU  86 -11.895  11.048   4.850
 1062   1HB   GLU  86          2HB       GLU  86 -12.775  10.547   7.036
 1063   2HB   GLU  86          1HB       GLU  86 -11.991   9.105   6.408
 1064   1HG   GLU  86          2HG       GLU  86 -10.067   9.486   7.800
 1065   2HG   GLU  86          1HG       GLU  86 -10.730  11.023   8.353
 1066    H    LEU  87           H        LEU  87  -9.051  11.646   6.818
 1067    HA   LEU  87           HA       LEU  87  -9.979  14.266   7.646
 1068   1HB   LEU  87          2HB       LEU  87  -8.612  13.582   9.305
 1069   2HB   LEU  87          1HB       LEU  87  -7.696  12.515   8.257
 1070    HG   LEU  87           HG       LEU  87  -7.232  15.384   7.788
 1071   1HD1  LEU  87          1HD1      LEU  87  -6.091  15.891   9.744
 1072   2HD1  LEU  87          2HD1      LEU  87  -6.005  14.204  10.250
 1073   3HD1  LEU  87          3HD1      LEU  87  -7.539  15.071  10.329
 1074   1HD2  LEU  87          1HD2      LEU  87  -5.444  12.992   8.203
 1075   2HD2  LEU  87          2HD2      LEU  87  -4.900  14.602   7.734
 1076   3HD2  LEU  87          3HD2      LEU  87  -5.944  13.675   6.656
 1077    H    TYR  88           H        TYR  88  -7.671  12.858   5.381
 1078    HA   TYR  88           HA       TYR  88  -6.329  14.956   4.329
 1079   1HB   TYR  88          2HB       TYR  88  -6.021  12.838   3.323
 1080   2HB   TYR  88          1HB       TYR  88  -7.734  12.677   2.949
 1081    HD1  TYR  88           HD1      TYR  88  -4.745  14.731   2.091
 1082    HD2  TYR  88           HD2      TYR  88  -8.522  13.224   0.840
 1083    HE1  TYR  88           HE1      TYR  88  -4.348  15.627  -0.165
 1084    HE2  TYR  88           HE2      TYR  88  -8.131  14.101  -1.421
 1085    HH   TYR  88           HH       TYR  88  -6.772  15.258  -2.741
 1086    H    ASN  89           H        ASN  89  -9.732  14.180   3.795
 1087    HA   ASN  89           HA       ASN  89 -10.105  16.632   2.254
 1088   1HB   ASN  89          2HB       ASN  89 -12.433  15.793   1.955
 1089   2HB   ASN  89          1HB       ASN  89 -11.210  14.664   1.378
 1090   1HD2  ASN  89          1HD2      ASN  89 -11.554  12.643   1.901
 1091   2HD2  ASN  89          2HD2      ASN  89 -12.406  12.075   3.293
 1092    H    ALA  90           H        ALA  90 -10.760  15.265   5.398
 1093    HA   ALA  90           HA       ALA  90 -12.617  17.322   6.184
 1094   1HB   ALA  90          1HB       ALA  90 -12.838  16.188   8.178
 1095   2HB   ALA  90          2HB       ALA  90 -11.177  15.597   8.150
 1096   3HB   ALA  90          3HB       ALA  90 -12.384  14.887   7.079
 1097    H    THR  91           H        THR  91  -9.573  17.680   5.417
 1098    HA   THR  91           HA       THR  91  -9.118  19.758   7.427
 1099    HB   THR  91           HB       THR  91  -7.787  17.449   7.717
 1100    HG1  THR  91           HG1      THR  91  -7.542  19.741   8.743
 1101   1HG2  THR  91          1HG2      THR  91  -6.082  19.048   5.820
 1102   2HG2  THR  91          2HG2      THR  91  -6.825  17.483   5.485
 1103   3HG2  THR  91          3HG2      THR  91  -5.570  17.619   6.718
 1104    H    LEU  92           H        LEU  92  -8.176  18.333   4.333
 1105    HA   LEU  92           HA       LEU  92  -6.869  20.714   3.403
 1106   1HB   LEU  92          2HB       LEU  92  -6.278  19.502   1.565
 1107   2HB   LEU  92          1HB       LEU  92  -6.581  18.191   2.688
 1108    HG   LEU  92           HG       LEU  92  -8.961  18.151   1.692
 1109   1HD1  LEU  92          1HD1      LEU  92  -7.952  19.078  -0.865
 1110   2HD1  LEU  92          2HD1      LEU  92  -8.022  20.366   0.337
 1111   3HD1  LEU  92          3HD1      LEU  92  -9.473  19.441  -0.048
 1112   1HD2  LEU  92          1HD2      LEU  92  -8.314  16.402   0.418
 1113   2HD2  LEU  92          2HD2      LEU  92  -6.768  16.683   1.219
 1114   3HD2  LEU  92          3HD2      LEU  92  -7.051  17.323  -0.400
 1115    H    ALA  93           HN       ALA  93 -10.075  19.336   3.204
 1116    HA   ALA  93           HA       ALA  93 -11.978  20.008   2.101
 1117   1HB   ALA  93          1HB       ALA  93 -12.294  21.453   3.862
 1118   2HB   ALA  93          2HB       ALA  93 -12.331  22.563   2.493
 1119   3HB   ALA  93          3HB       ALA  93 -10.869  22.415   3.469
  Start of MODEL    4
    1   1H5*    G 101          H5''        G 101 -28.986   3.529 -14.594
    2   2H5*    G 101          H5'         G 101 -28.538   1.907 -14.003
    3    H4*    G 101           H4'        G 101 -26.716   2.780 -15.316
    4    H3*    G 101           H3'        G 101 -26.495   2.053 -12.560
    5    H1*    G 101           H1'        G 101 -24.630   4.812 -14.479
    6    H8     G 101           H8         G 101 -26.340   6.057 -11.246
    7    H1     G 101           H1         G 101 -23.542  10.608 -14.785
    8   1H2     G 101          1H2         G 101 -22.859   9.776 -16.709
    9   2H2     G 101          2H2         G 101 -23.087   8.096 -17.142
   10    H5T    G 101           H5T        G 101 -29.183   4.141 -12.619
   11   1H2*    G 101          H2'         G 101 -25.802   4.095 -11.795
   12   2H2*    G 101          H2''        G 101 -24.242   3.633 -12.527
   13   1H5*    G 102          H5''        G 102 -25.095   2.221 -16.623
   14   2H5*    G 102          H5'         G 102 -24.560   1.093 -17.882
   15    H4*    G 102           H4'        G 102 -22.929   2.740 -17.919
   16    H3*    G 102           H3'        G 102 -22.177   0.258 -16.558
   17    H1*    G 102           H1'        G 102 -20.943   3.935 -16.122
   18    H8     G 102           H8         G 102 -22.065   1.933 -12.952
   19    H1     G 102           H1         G 102 -19.610   7.776 -11.977
   20   1H2     G 102          1H2         G 102 -19.150   8.752 -13.927
   21   2H2     G 102          2H2         G 102 -19.449   7.959 -15.458
   22   1H2*    G 102          H2'         G 102 -20.864   1.189 -14.978
   23   2H2*    G 102          H2''        G 102 -19.900   1.958 -16.227
   24   1H5*    G 103          H5''        G 103 -19.867   3.316 -17.932
   25   2H5*    G 103          H5'         G 103 -19.365   2.912 -19.597
   26    H4*    G 103           H4'        G 103 -17.990   4.698 -19.141
   27    H3*    G 103           H3'        G 103 -16.599   2.204 -18.542
   28    H1*    G 103           H1'        G 103 -16.411   5.585 -16.635
   29    H8     G 103           H8         G 103 -17.569   2.365 -14.776
   30    H1     G 103           H1         G 103 -16.349   7.462 -11.078
   31   1H2     G 103          1H2         G 103 -15.790   9.201 -12.344
   32   2H2     G 103          2H2         G 103 -15.719   9.104 -14.091
   33   1H2*    G 103          H2'         G 103 -15.922   2.677 -16.509
   34   2H2*    G 103          H2''        G 103 -14.957   4.007 -17.204
   35   1H5*    G 104          H5''        G 104 -13.781   6.090 -18.858
   36   2H5*    G 104          H5'         G 104 -12.664   5.491 -20.102
   37    H4*    G 104           H4'        G 104 -11.385   6.751 -18.516
   38    H3*    G 104           H3'        G 104 -11.022   3.891 -18.938
   39    H1*    G 104           H1'        G 104 -10.688   5.775 -15.540
   40    H8     G 104           H8         G 104 -13.278   3.008 -15.871
   41    H1     G 104           H1         G 104 -12.996   5.804 -10.110
   42   1H2     G 104          1H2         G 104 -11.574   7.525 -10.173
   43   2H2     G 104          2H2         G 104 -10.711   7.959 -11.632
   44   1H2*    G 104          H2'         G 104 -11.368   3.185 -16.840
   45   2H2*    G 104          H2''        G 104  -9.802   3.875 -16.472
   46   1H5*    T 105          H5''        T 105 -10.431   9.196 -16.881
   47   2H5*    T 105          H5'         T 105  -8.915   9.195 -17.803
   48    H4*    T 105           H4'        T 105  -8.664  10.038 -15.493
   49    H3*    T 105           H3'        T 105  -7.122   7.792 -16.607
   50   1H2*    T 105          H2'         T 105  -6.624   6.826 -14.641
   51   2H2*    T 105          H2''        T 105  -6.108   8.400 -13.990
   52    H1*    T 105           H1'        T 105  -8.009   8.814 -12.988
   53    H3     T 105           H3         T 105  -9.383   6.006  -9.789
   54   1H5M    T 105          1H7         T 105  -7.917   2.974 -13.920
   55   2H5M    T 105          2H7         T 105  -9.695   2.923 -13.862
   56   3H5M    T 105          3H7         T 105  -8.741   2.296 -12.496
   57    H6     T 105           H6         T 105  -8.240   5.372 -14.411
   58   1H5*    G 106          H5''        G 106  -5.772  10.561 -14.101
   59   2H5*    G 106          H5'         G 106  -4.310  11.562 -14.183
   60    H4*    G 106           H4'        G 106  -4.430  11.030 -11.892
   61    H3*    G 106           H3'        G 106  -2.517   9.323 -13.414
   62    H1*    G 106           H1'        G 106  -4.648   8.374 -10.234
   63    H8     G 106           H8         G 106  -4.553   6.908 -13.787
   64    H1     G 106           H1         G 106  -6.693   2.887  -9.283
   65   1H2     G 106          1H2         G 106  -6.663   3.885  -7.282
   66   2H2     G 106          2H2         G 106  -6.114   5.534  -7.083
   67   1H2*    G 106          H2'         G 106  -2.599   7.603 -12.090
   68   2H2*    G 106          H2''        G 106  -2.505   8.689 -10.641
   69   1H5*    A 107          H5''        A 107  -2.480  10.597  -9.627
   70   2H5*    A 107          H5'         A 107  -1.114  11.293  -8.741
   71    H4*    A 107           H4'        A 107  -2.309  10.042  -7.149
   72    H3*    A 107           H3'        A 107   0.275   9.018  -8.100
   73    H1*    A 107           H1'        A 107  -2.820   6.831  -6.877
   74    H8     A 107           H8         A 107  -1.457   6.781 -10.451
   75   1H6     A 107          1H6         A 107  -3.507   0.879 -10.253
   76   2H6     A 107          2H6         A 107  -2.757   2.084 -11.277
   77    H2     A 107           H2         A 107  -4.188   2.772  -6.263
   78   1H2*    A 107          H2'         A 107  -0.114   6.783  -7.699
   79   2H2*    A 107          H2''        A 107  -0.837   7.237  -6.124
   80   1H5*    T 108          H5''        T 108  -1.007   7.684  -4.038
   81   2H5*    T 108          H5'         T 108   0.355   7.820  -2.916
   82    H4*    T 108           H4'        T 108  -0.719   5.708  -2.613
   83    H3*    T 108           H3'        T 108   2.049   5.882  -3.591
   84   1H2*    T 108          H2'         T 108   2.011   3.886  -4.691
   85   2H2*    T 108          H2''        T 108   1.409   3.107  -3.193
   86    H1*    T 108           H1'        T 108  -0.721   3.152  -3.807
   87    H3     T 108           H3         T 108  -0.847   0.095  -7.033
   88   1H5M    T 108          1H7         T 108   0.255   4.870  -9.221
   89   2H5M    T 108          2H7         T 108  -0.229   3.485 -10.243
   90   3H5M    T 108          3H7         T 108   1.460   3.642  -9.691
   91    H6     T 108           H6         T 108   0.395   4.731  -6.991
   92   1H5*    T 109          H5''        T 109   0.377   3.182  -0.822
   93   2H5*    T 109          H5'         T 109   0.551   2.711   0.865
   94    H4*    T 109           H4'        T 109   0.852   0.653   0.187
   95    H3*    T 109           H3'        T 109   3.504   1.877  -0.345
   96   1H2*    T 109          H2'         T 109   3.985   0.472  -2.028
   97   2H2*    T 109          H2''        T 109   3.530  -0.927  -1.011
   98    H1*    T 109           H1'        T 109   1.463  -1.074  -1.916
   99    H3     T 109           H3         T 109   2.097  -2.314  -6.158
  100   1H5M    T 109          1H7         T 109   4.366   2.457  -5.796
  101   2H5M    T 109          2H7         T 109   2.738   2.786  -6.440
  102   3H5M    T 109          3H7         T 109   3.879   1.782  -7.372
  103    H6     T 109           H6         T 109   2.927   1.789  -3.821
  104   1H5*    G 110          H5''        G 110   3.485  -1.810   0.982
  105   2H5*    G 110          H5'         G 110   3.881  -2.280   2.653
  106    H4*    G 110           H4'        G 110   4.840  -4.109   1.775
  107    H3*    G 110           H3'        G 110   6.788  -1.985   1.478
  108    H1*    G 110           H1'        G 110   6.013  -4.793  -1.209
  109    H8     G 110           H8         G 110   5.601  -0.936  -1.702
  110    H1     G 110           H1         G 110   5.448  -4.581  -6.979
  111   1H2     G 110          1H2         G 110   5.636  -6.726  -6.427
  112   2H2     G 110          2H2         G 110   5.798  -7.250  -4.766
  113   1H2*    G 110          H2'         G 110   7.446  -2.368  -0.650
  114   2H2*    G 110          H2''        G 110   7.810  -4.052  -0.186
  115   1H5*    T 111          H5''        T 111   7.440  -6.036   0.687
  116   2H5*    T 111          H5'         T 111   8.285  -6.719   2.089
  117    H4*    T 111           H4'        T 111   8.889  -8.316   0.631
  118    H3*    T 111           H3'        T 111  10.928  -6.186   0.452
  119   1H2*    T 111          H2'         T 111  11.250  -6.238  -1.703
  120   2H2*    T 111          H2''        T 111  11.542  -7.996  -1.648
  121    H1*    T 111           H1'        T 111   9.554  -8.408  -2.537
  122    H3     T 111           H3         T 111   9.018  -6.257  -6.420
  123   1H5M    T 111          1H7         T 111   8.368  -2.191  -4.098
  124   2H5M    T 111          2H7         T 111  10.122  -2.245  -3.831
  125   3H5M    T 111          3H7         T 111   9.023  -2.566  -2.473
  126    H6     T 111           H6         T 111   9.383  -4.736  -1.882
  127   1H5*    T 112          H5''        T 112  12.072  -9.914  -0.812
  128   2H5*    T 112          H5'         T 112  13.556 -10.635  -0.168
  129    H4*    T 112           H4'        T 112  13.650 -11.070  -2.462
  130    H3*    T 112           H3'        T 112  15.410  -9.016  -1.378
  131   1H2*    T 112          H2'         T 112  15.458  -7.597  -3.047
  132   2H2*    T 112          H2''        T 112  15.906  -8.904  -4.173
  133    H1*    T 112           H1'        T 112  13.893  -9.062  -4.974
  134    H3     T 112           H3         T 112  12.549  -5.121  -6.614
  135   1H5M    T 112          1H7         T 112  12.783  -4.749  -1.207
  136   2H5M    T 112          2H7         T 112  11.415  -3.969  -2.036
  137   3H5M    T 112          3H7         T 112  13.056  -3.297  -2.204
  138    H6     T 112           H6         T 112  13.300  -6.796  -2.180
  139   1H5*    C 113          H5''        C 113  16.778 -10.468  -5.356
  140   2H5*    C 113          H5'         C 113  18.382 -11.165  -5.075
  141    H4*    C 113           H4'        C 113  18.814  -9.931  -6.964
  142    H3*    C 113           H3'        C 113  19.468  -8.414  -4.490
  143    H1*    C 113           H1'        C 113  18.188  -6.850  -7.864
  144   1H4     C 113          1H4         C 113  14.548  -2.589  -4.788
  145   2H4     C 113          2H4         C 113  14.793  -3.397  -3.258
  146    H5     C 113           H5         C 113  16.145  -5.501  -3.055
  147    H6     C 113           H6         C 113  17.430  -7.100  -4.299
  148   1H2*    C 113          H2'         C 113  19.281  -6.423  -5.250
  149   2H2*    C 113          H2''        C 113  20.099  -6.877  -6.774
  150   1H5*    A 114          H5''        A 114  20.839  -8.251  -8.176
  151   2H5*    A 114          H5'         A 114  22.512  -8.377  -8.752
  152    H4*    A 114           H4'        A 114  21.354  -6.935 -10.272
  153    H3*    A 114           H3'        A 114  23.357  -5.795  -8.438
  154    H1*    A 114           H1'        A 114  20.202  -3.933  -9.750
  155    H8     A 114           H8         A 114  21.377  -4.706  -6.164
  156   1H6     A 114          1H6         A 114  17.669   0.044  -4.625
  157   2H6     A 114          2H6         A 114  18.772  -1.169  -4.013
  158    H2     A 114           H2         A 114  17.484  -0.572  -9.096
  159   1H2*    A 114          H2'         A 114  22.618  -3.749  -8.293
  160   2H2*    A 114          H2''        A 114  22.376  -3.696 -10.059
  161   1H5*    G 115          H5''        G 115  24.544  -4.169 -13.314
  162   2H5*    G 115          H5'         G 115  26.157  -3.662 -12.792
  163    H4*    G 115           H4'        G 115  24.375  -2.076 -14.109
  164    H3*    G 115           H3'        G 115  26.871  -1.656 -12.756
  165    H1*    G 115           H1'        G 115  23.582   0.515 -11.900
  166    H8     G 115           H8         G 115  25.228  -2.175  -9.646
  167    H1     G 115           H1         G 115  21.482   2.095  -6.682
  168   1H2     G 115          1H2         G 115  20.645   3.536  -8.159
  169   2H2     G 115          2H2         G 115  21.014   3.439  -9.867
  170    H3T    G 115           H3T        G 115  27.047  -0.779 -14.624
  171   1H2*    G 115          H2'         G 115  26.247  -0.086 -11.153
  172   2H2*    G 115          H2''        G 115  25.638   0.904 -12.456
  173   1H5*    C 116          H5''        C 116  19.932   7.654  -2.245
  174   2H5*    C 116          H5'         C 116  18.834   8.972  -1.783
  175    H4*    C 116           H4'        C 116  18.295   8.980  -4.018
  176    H3*    C 116           H3'        C 116  16.577   7.025  -2.735
  177    H1*    C 116           H1'        C 116  18.304   6.597  -6.269
  178   1H4     C 116          1H4         C 116  21.211   0.944  -4.907
  179   2H4     C 116          2H4         C 116  20.829   1.133  -3.208
  180    H5     C 116           H5         C 116  19.639   3.089  -2.309
  181    H6     C 116           H6         C 116  18.600   5.208  -2.908
  182    H5T    C 116           H5T        C 116  18.778   6.826  -0.627
  183   1H2*    C 116          H2'         C 116  16.800   5.371  -4.140
  184   2H2*    C 116          H2''        C 116  16.301   6.429  -5.469
  185   1H5*    T 117          H5''        T 117  15.870   7.921  -6.737
  186   2H5*    T 117          H5'         T 117  14.262   8.574  -7.116
  187    H4*    T 117           H4'        T 117  14.697   7.090  -8.862
  188    H3*    T 117           H3'        T 117  12.845   6.155  -6.774
  189   1H2*    T 117          H2'         T 117  13.147   3.961  -7.008
  190   2H2*    T 117          H2''        T 117  13.112   4.057  -8.779
  191    H1*    T 117           H1'        T 117  15.345   3.834  -8.827
  192    H3     T 117           H3         T 117  16.691   0.546  -6.006
  193   1H5M    T 117          1H7         T 117  14.695   4.664  -3.155
  194   2H5M    T 117          2H7         T 117  16.232   4.006  -2.524
  195   3H5M    T 117          3H7         T 117  14.734   3.042  -2.414
  196    H6     T 117           H6         T 117  14.816   4.903  -5.287
  197   1H5*    G 118          H5''        G 118  13.379   5.313 -10.429
  198   2H5*    G 118          H5'         G 118  12.718   5.801 -11.999
  199    H4*    G 118           H4'        G 118  13.723   3.794 -12.561
  200    H3*    G 118           H3'        G 118  10.849   3.490 -12.065
  201    H1*    G 118           H1'        G 118  13.792   0.966 -11.451
  202    H8     G 118           H8         G 118  11.591   2.307  -8.470
  203    H1     G 118           H1         G 118  14.793  -3.139  -7.385
  204   1H2     G 118          1H2         G 118  15.932  -3.743  -9.190
  205   2H2     G 118          2H2         G 118  15.905  -2.812 -10.671
  206   1H2*    G 118          H2'         G 118  10.943   1.429 -11.088
  207   2H2*    G 118          H2''        G 118  11.879   0.851 -12.480
  208   1H5*    A 119          H5''        A 119  12.946   0.430 -14.291
  209   2H5*    A 119          H5'         A 119  12.274   0.286 -15.929
  210    H4*    A 119           H4'        A 119  12.735  -1.944 -15.448
  211    H3*    A 119           H3'        A 119   9.927  -1.260 -14.978
  212    H1*    A 119           H1'        A 119  12.121  -3.779 -12.737
  213    H8     A 119           H8         A 119  10.297  -0.462 -11.939
  214   1H6     A 119          1H6         A 119  10.986  -2.384  -6.044
  215   2H6     A 119          2H6         A 119  10.345  -1.107  -7.054
  216    H2     A 119           H2         A 119  12.831  -5.417  -8.829
  217   1H2*    A 119          H2'         A 119   9.555  -2.570 -13.217
  218   2H2*    A 119          H2''        A 119  10.333  -3.955 -14.062
  219   1H5*    A 120          H5''        A 120   9.175  -6.678 -17.121
  220   2H5*    A 120          H5'         A 120   7.902  -6.046 -16.060
  221    H4*    A 120           H4'        A 120  10.010  -8.088 -15.522
  222    H3*    A 120           H3'        A 120   7.226  -8.078 -15.672
  223    H1*    A 120           H1'        A 120   9.041  -8.036 -12.194
  224    H8     A 120           H8         A 120   8.262  -4.499 -13.462
  225   1H6     A 120          1H6         A 120   7.677  -3.296  -7.374
  226   2H6     A 120          2H6         A 120   7.664  -2.591  -8.974
  227    H2     A 120           H2         A 120   8.442  -7.720  -7.961
  228   1H2*    A 120          H2'         A 120   6.769  -6.971 -13.706
  229   2H2*    A 120          H2''        A 120   7.034  -8.578 -12.986
  230   1H5*    C 121          H5''        C 121   7.627 -10.502 -12.152
  231   2H5*    C 121          H5'         C 121   6.945 -12.095 -12.542
  232    H4*    C 121           H4'        C 121   5.611 -11.824 -10.797
  233    H3*    C 121           H3'        C 121   4.342 -10.126 -12.865
  234    H1*    C 121           H1'        C 121   4.608  -9.657  -8.917
  235   1H4     C 121          1H4         C 121   5.331  -3.390  -8.252
  236   2H4     C 121          2H4         C 121   5.575  -3.147  -9.963
  237    H5     C 121           H5         C 121   5.610  -5.042 -11.604
  238    H6     C 121           H6         C 121   5.376  -7.394 -11.843
  239   1H2*    C 121          H2'         C 121   3.545  -8.597 -11.449
  240   2H2*    C 121          H2''        C 121   2.894  -9.855 -10.382
  241   1H5*    A 122          H5''        A 122   1.892 -11.454  -9.544
  242   2H5*    A 122          H5'         A 122   0.506 -12.357 -10.185
  243    H4*    A 122           H4'        A 122  -0.402 -11.080  -8.454
  244    H3*    A 122           H3'        A 122  -0.962 -10.229 -11.194
  245    H1*    A 122           H1'        A 122  -0.614  -7.961  -7.938
  246    H8     A 122           H8         A 122   1.264  -7.498 -11.325
  247   1H6     A 122          1H6         A 122   2.903  -2.011  -8.886
  248   2H6     A 122          2H6         A 122   3.018  -3.028 -10.309
  249    H2     A 122           H2         A 122   0.501  -4.223  -5.851
  250   1H2*    A 122          H2'         A 122  -1.045  -8.004 -10.839
  251   2H2*    A 122          H2''        A 122  -2.205  -8.254  -9.507
  252   1H5*    A 123          H5''        A 123  -2.514  -9.599  -7.811
  253   2H5*    A 123          H5'         A 123  -3.916 -10.462  -7.146
  254    H4*    A 123           H4'        A 123  -3.596  -8.695  -5.612
  255    H3*    A 123           H3'        A 123  -5.869  -8.535  -7.360
  256    H1*    A 123           H1'        A 123  -3.781  -5.652  -5.970
  257    H8     A 123           H8         A 123  -3.481  -6.309  -9.737
  258   1H6     A 123          1H6         A 123  -1.023  -0.598 -10.072
  259   2H6     A 123          2H6         A 123  -1.496  -2.003 -11.003
  260    H2     A 123           H2         A 123  -1.958  -1.497  -5.782
  261   1H2*    A 123          H2'         A 123  -5.253  -6.688  -8.371
  262   2H2*    A 123          H2''        A 123  -5.909  -5.924  -6.867
  263   1H5*    T 124          H5''        T 124  -5.491  -5.791  -4.643
  264   2H5*    T 124          H5'         T 124  -5.734  -5.807  -2.886
  265    H4*    T 124           H4'        T 124  -6.541  -3.701  -2.879
  266    H3*    T 124           H3'        T 124  -8.056  -4.702  -5.281
  267   1H2*    T 124          H2'         T 124  -7.921  -2.719  -6.383
  268   2H2*    T 124          H2''        T 124  -8.261  -1.793  -4.897
  269    H1*    T 124           H1'        T 124  -6.054  -1.345  -4.593
  270    H3     T 124           H3         T 124  -4.157   0.461  -8.170
  271   1H5M    T 124          1H7         T 124  -6.406  -3.406 -10.414
  272   2H5M    T 124          2H7         T 124  -5.473  -4.588  -9.470
  273   3H5M    T 124          3H7         T 124  -4.640  -3.506 -10.620
  274    H6     T 124           H6         T 124  -6.218  -3.786  -7.342
  275   1H5*    C 125          H5''        C 125  -7.360  -1.877  -2.980
  276   2H5*    C 125          H5'         C 125  -7.056  -1.320  -1.328
  277    H4*    C 125           H4'        C 125  -8.043   0.649  -1.706
  278    H3*    C 125           H3'        C 125 -10.352  -0.895  -2.287
  279    H1*    C 125           H1'        C 125  -8.905   1.990  -4.341
  280   1H4     C 125          1H4         C 125  -6.904   1.459 -10.326
  281   2H4     C 125          2H4         C 125  -7.784  -0.042 -10.518
  282    H5     C 125           H5         C 125  -8.943  -1.134  -8.714
  283    H6     C 125           H6         C 125  -9.531  -1.027  -6.390
  284   1H2*    C 125          H2'         C 125 -10.213  -0.707  -4.555
  285   2H2*    C 125          H2''        C 125 -10.918   0.901  -4.284
  286   1H5*    A 126          H5''        A 126 -10.018   3.182  -0.984
  287   2H5*    A 126          H5'         A 126 -11.134   3.593   0.333
  288    H4*    A 126           H4'        A 126 -10.249   5.652  -0.420
  289    H3*    A 126           H3'        A 126 -12.992   5.087  -0.687
  290    H1*    A 126           H1'        A 126 -11.002   6.737  -3.780
  291    H8     A 126           H8         A 126 -12.528   3.192  -3.632
  292   1H6     A 126          1H6         A 126 -10.928   3.122  -9.649
  293   2H6     A 126          2H6         A 126 -11.711   2.224  -8.369
  294    H2     A 126           H2         A 126  -9.533   7.006  -7.775
  295   1H2*    A 126          H2'         A 126 -13.268   5.070  -2.801
  296   2H2*    A 126          H2''        A 126 -13.151   6.833  -2.752
  297   1H5*    C 127          H5''        C 127  -9.804   9.038  -2.690
  298   2H5*    C 127          H5'         C 127 -10.864  10.201  -1.871
  299    H4*    C 127           H4'        C 127 -10.390  10.985  -4.106
  300    H3*    C 127           H3'        C 127 -13.079  10.332  -3.199
  301    H1*    C 127           H1'        C 127 -11.671  10.084  -6.835
  302   1H4     C 127          1H4         C 127 -13.612   4.451  -9.151
  303   2H4     C 127          2H4         C 127 -14.329   4.035  -7.609
  304    H5     C 127           H5         C 127 -14.195   5.480  -5.622
  305    H6     C 127           H6         C 127 -13.351   7.556  -4.778
  306   1H2*    C 127          H2'         C 127 -13.869   9.414  -5.010
  307   2H2*    C 127          H2''        C 127 -13.536  10.859  -5.935
  308   1H5*    C 128          H5''        C 128 -12.684  13.041  -6.206
  309   2H5*    C 128          H5'         C 128 -13.174  14.732  -5.991
  310    H4*    C 128           H4'        C 128 -13.752  14.464  -8.170
  311    H3*    C 128           H3'        C 128 -16.083  13.948  -6.447
  312    H1*    C 128           H1'        C 128 -15.169  12.254  -9.942
  313   1H4     C 128          1H4         C 128 -16.789   6.210  -8.889
  314   2H4     C 128          2H4         C 128 -17.004   6.509  -7.176
  315    H5     C 128           H5         C 128 -16.616   8.718  -6.147
  316    H6     C 128           H6         C 128 -15.894  10.950  -6.542
  317   1H2*    C 128          H2'         C 128 -17.011  12.334  -7.668
  318   2H2*    C 128          H2''        C 128 -16.902  13.415  -9.086
  319   1H5*    C 129          H5''        C 129 -15.590  15.268 -10.347
  320   2H5*    C 129          H5'         C 129 -16.441  16.689 -10.984
  321    H4*    C 129           H4'        C 129 -15.878  15.242 -12.816
  322    H3*    C 129           H3'        C 129 -18.710  15.680 -12.168
  323    H1*    C 129           H1'        C 129 -17.079  12.497 -13.767
  324   1H4     C 129          1H4         C 129 -20.063   7.984 -10.276
  325   2H4     C 129          2H4         C 129 -20.019   9.037  -8.878
  326    H5     C 129           H5         C 129 -19.117  11.336  -8.942
  327    H6     C 129           H6         C 129 -18.095  12.998 -10.395
  328   1H2*    C 129          H2'         C 129 -19.430  13.647 -12.669
  329   2H2*    C 129          H2''        C 129 -18.724  13.829 -14.311
  330   1H5*    C 130          H5''        C 130 -18.025  15.157 -15.891
  331   2H5*    C 130          H5'         C 130 -17.460  16.413 -17.018
  332    H4*    C 130           H4'        C 130 -18.457  15.059 -18.600
  333    H3*    C 130           H3'        C 130 -20.494  16.823 -17.547
  334    H1*    C 130           H1'        C 130 -21.056  12.861 -18.042
  335   1H4     C 130          1H4         C 130 -23.421  12.216 -12.096
  336   2H4     C 130          2H4         C 130 -22.583  13.656 -11.557
  337    H5     C 130           H5         C 130 -21.167  15.036 -13.083
  338    H6     C 130           H6         C 130 -20.344  15.238 -15.282
  339    H3T    C 130           H3T        C 130 -19.501  15.868 -19.920
  340   1H2*    C 130          H2'         C 130 -22.129  15.373 -17.156
  341   2H2*    C 130          H2''        C 130 -22.006  14.737 -18.813
  342   1H    MET   1          1HT       MET   1 -14.041  -6.357 -12.537
  343   2H    MET   1          2HT       MET   1 -13.572  -6.778 -14.133
  344   3H    MET   1          3HT       MET   1 -15.228  -6.808 -13.689
  345    HA   MET   1           HA       MET   1 -14.895  -4.902 -14.940
  346   1HB   MET   1          2HB       MET   1 -14.855  -4.110 -12.022
  347   2HB   MET   1          1HB       MET   1 -15.517  -3.174 -13.356
  348   1HG   MET   1          2HG       MET   1 -17.459  -4.066 -12.700
  349   2HG   MET   1          1HG       MET   1 -16.915  -5.466 -13.622
  350   1HE   MET   1          1HE       MET   1 -18.577  -4.357 -10.858
  351   2HE   MET   1          2HE       MET   1 -18.382  -5.534  -9.559
  352   3HE   MET   1          3HE       MET   1 -19.128  -6.017 -11.082
  353    H    VAL   2           H        VAL   2 -12.249  -5.745 -13.001
  354    HA   VAL   2           HA       VAL   2 -10.663  -3.592 -14.211
  355    HB   VAL   2           HB       VAL   2 -11.247  -3.096 -11.775
  356   1HG1  VAL   2          1HG1      VAL   2  -9.150  -5.181 -11.215
  357   2HG1  VAL   2          2HG1      VAL   2 -10.881  -5.482 -11.057
  358   3HG1  VAL   2          3HG1      VAL   2 -10.103  -4.259 -10.053
  359   1HG2  VAL   2          1HG2      VAL   2  -9.486  -1.747 -11.887
  360   2HG2  VAL   2          2HG2      VAL   2  -8.926  -2.670 -13.281
  361   3HG2  VAL   2          3HG2      VAL   2  -8.375  -3.099 -11.662
  362    H    THR   3           H        THR   3  -9.063  -4.453 -15.347
  363    HA   THR   3           HA       THR   3  -7.563  -6.705 -14.276
  364    HB   THR   3           HB       THR   3  -8.998  -6.790 -16.939
  365    HG1  THR   3           HG1      THR   3  -9.034  -8.517 -14.671
  366   1HG2  THR   3          1HG2      THR   3  -7.321  -7.998 -17.731
  367   2HG2  THR   3          2HG2      THR   3  -7.674  -9.204 -16.494
  368   3HG2  THR   3          3HG2      THR   3  -6.481  -7.943 -16.181
  369    HA   PRO   4           HA       PRO   4  -4.472  -3.946 -15.984
  370   1HB   PRO   4          2HB       PRO   4  -2.329  -5.347 -15.076
  371   2HB   PRO   4          1HB       PRO   4  -3.287  -4.279 -14.045
  372   1HG   PRO   4          2HG       PRO   4  -3.411  -7.257 -14.326
  373   2HG   PRO   4          1HG       PRO   4  -3.472  -6.269 -12.854
  374   1HD   PRO   4          2HD       PRO   4  -5.692  -7.315 -13.996
  375   2HD   PRO   4          1HD       PRO   4  -5.704  -5.761 -13.136
  376    H    ARG   5           H        ARG   5  -2.592  -4.184 -17.439
  377    HA   ARG   5           HA       ARG   5  -1.811  -6.496 -18.730
  378   1HB   ARG   5          2HB       ARG   5  -4.440  -5.977 -19.396
  379   2HB   ARG   5          1HB       ARG   5  -3.551  -5.278 -20.741
  380   1HG   ARG   5          2HG       ARG   5  -4.261  -7.653 -21.051
  381   2HG   ARG   5          1HG       ARG   5  -2.534  -7.356 -21.262
  382   1HD   ARG   5          2HD       ARG   5  -2.953  -7.934 -18.530
  383   2HD   ARG   5          1HD       ARG   5  -3.845  -9.140 -19.458
  384    HE   ARG   5           HE       ARG   5  -1.521  -9.232 -20.704
  385   1HH1  ARG   5          1HH1      ARG   5  -2.187  -9.061 -17.289
  386   2HH1  ARG   5          2HH1      ARG   5  -0.753  -9.921 -16.834
  387   1HH2  ARG   5          1HH2      ARG   5   0.367 -10.368 -20.117
  388   2HH2  ARG   5          2HH2      ARG   5   0.698 -10.665 -18.442
  389    H    GLU   6           H        GLU   6  -2.973  -3.387 -20.043
  390    HA   GLU   6           HA       GLU   6  -0.768  -2.928 -21.690
  391   1HB   GLU   6          2HB       GLU   6  -1.527  -0.578 -21.744
  392   2HB   GLU   6          1HB       GLU   6  -2.852  -1.712 -21.973
  393   1HG   GLU   6          2HG       GLU   6  -3.911  -1.029 -20.134
  394   2HG   GLU   6          1HG       GLU   6  -2.425  -0.965 -19.187
  395    HA   PRO   7           HA       PRO   7   2.540  -2.134 -18.844
  396   1HB   PRO   7          2HB       PRO   7   3.454  -0.393 -21.084
  397   2HB   PRO   7          1HB       PRO   7   4.334  -1.645 -20.201
  398   1HG   PRO   7          2HG       PRO   7   3.419  -2.107 -22.658
  399   2HG   PRO   7          1HG       PRO   7   3.361  -3.368 -21.413
  400   1HD   PRO   7          2HD       PRO   7   1.161  -1.671 -22.499
  401   2HD   PRO   7          1HD       PRO   7   1.121  -3.360 -21.956
  402    H    LYS   8           H        LYS   8   1.659  -0.873 -17.241
  403    HA   LYS   8           HA       LYS   8   0.445   1.521 -17.261
  404   1HB   LYS   8          2HB       LYS   8   2.663   0.884 -15.310
  405   2HB   LYS   8          1HB       LYS   8   1.281   1.936 -15.038
  406   1HG   LYS   8          2HG       LYS   8   0.383  -0.676 -15.804
  407   2HG   LYS   8          1HG       LYS   8   1.506  -0.789 -14.447
  408   1HD   LYS   8          2HD       LYS   8  -0.448  -0.455 -13.308
  409   2HD   LYS   8          1HD       LYS   8   0.057   1.221 -13.534
  410   1HE   LYS   8          2HE       LYS   8  -1.317   1.007 -15.756
  411   2HE   LYS   8          1HE       LYS   8  -2.110  -0.311 -14.894
  412   1HZ   LYS   8          1HZ       LYS   8  -3.044   2.080 -14.724
  413   2HZ   LYS   8          2HZ       LYS   8  -1.812   2.308 -13.588
  414   3HZ   LYS   8          3HZ       LYS   8  -2.983   1.114 -13.337
  415    H    LYS   9           H        LYS   9   0.853   3.435 -18.126
  416    HA   LYS   9           HA       LYS   9   3.226   4.143 -19.392
  417   1HB   LYS   9          2HB       LYS   9   1.274   6.139 -18.254
  418   2HB   LYS   9          1HB       LYS   9   2.287   6.309 -19.681
  419   1HG   LYS   9          2HG       LYS   9   0.505   4.030 -19.869
  420   2HG   LYS   9          1HG       LYS   9  -0.361   5.548 -19.628
  421   1HD   LYS   9          2HD       LYS   9   0.906   6.526 -21.514
  422   2HD   LYS   9          1HD       LYS   9   1.662   4.953 -21.785
  423   1HE   LYS   9          2HE       LYS   9  -1.274   5.607 -21.983
  424   2HE   LYS   9          1HE       LYS   9  -0.181   5.239 -23.317
  425   1HZ   LYS   9          1HZ       LYS   9  -0.847   3.350 -21.126
  426   2HZ   LYS   9          2HZ       LYS   9   0.072   3.013 -22.506
  427   3HZ   LYS   9          3HZ       LYS   9  -1.581   3.345 -22.650
  428    H    ARG  10           H        ARG  10   3.781   6.759 -18.522
  429    HA   ARG  10           HA       ARG  10   5.915   6.558 -16.921
  430   1HB   ARG  10          2HB       ARG  10   4.594   8.659 -17.951
  431   2HB   ARG  10          1HB       ARG  10   4.177   8.872 -16.255
  432   1HG   ARG  10          2HG       ARG  10   6.443   9.099 -15.627
  433   2HG   ARG  10          1HG       ARG  10   7.008   8.544 -17.205
  434   1HD   ARG  10          2HD       ARG  10   7.245  10.764 -17.563
  435   2HD   ARG  10          1HD       ARG  10   5.538  10.637 -17.986
  436    HE   ARG  10           HE       ARG  10   6.666  11.886 -15.625
  437   1HH1  ARG  10          1HH1      ARG  10   3.823  10.666 -17.225
  438   2HH1  ARG  10          2HH1      ARG  10   2.724  11.589 -16.256
  439   1HH2  ARG  10          1HH2      ARG  10   5.227  13.106 -14.345
  440   2HH2  ARG  10          2HH2      ARG  10   3.522  12.978 -14.618
  441    H    THR  11           H        THR  11   2.904   7.757 -15.449
  442    HA   THR  11           HA       THR  11   1.969   7.424 -13.402
  443    HB   THR  11           HB       THR  11   3.587   4.869 -13.547
  444    HG1  THR  11           HG1      THR  11   1.183   5.660 -14.547
  445   1HG2  THR  11          1HG2      THR  11   1.364   4.701 -11.778
  446   2HG2  THR  11          2HG2      THR  11   2.396   6.042 -11.278
  447   3HG2  THR  11          3HG2      THR  11   3.073   4.421 -11.445
  448    H    THR  12           H        THR  12   4.840   5.685 -12.414
  449    HA   THR  12           HA       THR  12   6.161   6.083 -10.564
  450    HB   THR  12           HB       THR  12   7.164   8.635 -11.272
  451    HG1  THR  12           HG1      THR  12   6.523   7.017 -13.530
  452   1HG2  THR  12          1HG2      THR  12   8.011   5.891 -11.138
  453   2HG2  THR  12          2HG2      THR  12   8.946   7.369 -10.915
  454   3HG2  THR  12          3HG2      THR  12   8.721   6.704 -12.533
  455    H    ARG  13           H        ARG  13   4.782   6.345  -8.829
  456    HA   ARG  13           HA       ARG  13   3.069   8.218  -8.078
  457   1HB   ARG  13          2HB       ARG  13   3.899   7.974  -5.710
  458   2HB   ARG  13          1HB       ARG  13   3.585   6.462  -6.551
  459   1HG   ARG  13          2HG       ARG  13   6.274   7.070  -7.047
  460   2HG   ARG  13          1HG       ARG  13   6.002   7.399  -5.334
  461   1HD   ARG  13          2HD       ARG  13   4.809   5.106  -5.328
  462   2HD   ARG  13          1HD       ARG  13   5.668   4.833  -6.844
  463    HE   ARG  13           HE       ARG  13   6.810   4.954  -4.183
  464   1HH1  ARG  13          1HH1      ARG  13   7.377   4.999  -7.619
  465   2HH1  ARG  13          2HH1      ARG  13   9.038   4.524  -7.482
  466   1HH2  ARG  13          1HH2      ARG  13   8.996   4.328  -3.991
  467   2HH2  ARG  13          2HH2      ARG  13   9.958   4.143  -5.420
  468    H    LYS  14           H        LYS  14   3.001  10.358  -7.999
  469    HA   LYS  14           HA       LYS  14   5.479  11.829  -7.400
  470   1HB   LYS  14          2HB       LYS  14   4.428  11.811  -9.866
  471   2HB   LYS  14          1HB       LYS  14   3.463  13.106  -9.170
  472   1HG   LYS  14          2HG       LYS  14   5.219  14.280 -10.052
  473   2HG   LYS  14          1HG       LYS  14   5.777  14.028  -8.396
  474   1HD   LYS  14          2HD       LYS  14   7.202  12.242  -9.061
  475   2HD   LYS  14          1HD       LYS  14   6.489  12.191 -10.675
  476   1HE   LYS  14          2HE       LYS  14   8.792  13.487 -10.035
  477   2HE   LYS  14          1HE       LYS  14   7.775  13.869 -11.424
  478   1HZ   LYS  14          1HZ       LYS  14   7.339  15.138  -8.790
  479   2HZ   LYS  14          2HZ       LYS  14   6.799  15.652 -10.308
  480   3HZ   LYS  14          3HZ       LYS  14   8.438  15.773  -9.910
  481    H    LYS  15           H        LYS  15   4.095  14.381  -7.644
  482    HA   LYS  15           HA       LYS  15   2.629  14.294  -5.098
  483   1HB   LYS  15          2HB       LYS  15   4.589  16.118  -6.248
  484   2HB   LYS  15          1HB       LYS  15   3.160  16.960  -5.665
  485   1HG   LYS  15          2HG       LYS  15   3.574  15.406  -3.554
  486   2HG   LYS  15          1HG       LYS  15   5.229  15.466  -4.166
  487   1HD   LYS  15          2HD       LYS  15   5.357  17.790  -3.926
  488   2HD   LYS  15          1HD       LYS  15   3.605  17.963  -3.809
  489   1HE   LYS  15          2HE       LYS  15   3.565  17.455  -1.606
  490   2HE   LYS  15          1HE       LYS  15   4.880  16.288  -1.744
  491   1HZ   LYS  15          1HZ       LYS  15   6.475  17.957  -1.608
  492   2HZ   LYS  15          2HZ       LYS  15   5.323  18.422  -0.461
  493   3HZ   LYS  15          3HZ       LYS  15   5.376  19.191  -1.967
  494    H    LYS  16           H        LYS  16   0.684  15.421  -4.845
  495    HA   LYS  16           HA       LYS  16  -0.612  17.090  -6.572
  496   1HB   LYS  16          2HB       LYS  16  -0.518  15.530  -8.360
  497   2HB   LYS  16          1HB       LYS  16  -1.011  14.198  -7.324
  498   1HG   LYS  16          2HG       LYS  16  -3.237  14.947  -7.239
  499   2HG   LYS  16          1HG       LYS  16  -2.811  16.531  -7.892
  500   1HD   LYS  16          2HD       LYS  16  -3.608  15.601  -9.801
  501   2HD   LYS  16          1HD       LYS  16  -1.951  15.001  -9.907
  502   1HE   LYS  16          2HE       LYS  16  -3.347  13.144 -10.330
  503   2HE   LYS  16          1HE       LYS  16  -2.750  12.943  -8.683
  504   1HZ   LYS  16          1HZ       LYS  16  -4.947  12.541  -8.359
  505   2HZ   LYS  16          2HZ       LYS  16  -5.453  13.550  -9.618
  506   3HZ   LYS  16          3HZ       LYS  16  -4.966  14.219  -8.142
  507    H    ASP  17           H        ASP  17  -1.073  17.569  -4.299
  508    HA   ASP  17           HA       ASP  17  -3.629  17.342  -3.524
  509   1HB   ASP  17          2HB       ASP  17  -2.236  14.793  -3.051
  510   2HB   ASP  17          1HB       ASP  17  -3.116  15.410  -1.656
  511    HA   PRO  18           HA       PRO  18  -2.137  19.920  -0.275
  512   1HB   PRO  18          2HB       PRO  18  -4.064  19.437   1.633
  513   2HB   PRO  18          1HB       PRO  18  -4.263  20.542   0.270
  514   1HG   PRO  18          2HG       PRO  18  -5.196  17.717   0.575
  515   2HG   PRO  18          1HG       PRO  18  -6.038  19.105  -0.140
  516   1HD   PRO  18          2HD       PRO  18  -4.872  17.227  -1.666
  517   2HD   PRO  18          1HD       PRO  18  -4.874  18.940  -2.138
  518    H    ASN  19           H        ASN  19  -3.461  16.876   1.043
  519    HA   ASN  19           HA       ASN  19  -1.003  16.619   2.650
  520   1HB   ASN  19          2HB       ASN  19  -3.659  15.384   3.375
  521   2HB   ASN  19          1HB       ASN  19  -2.236  15.578   4.393
  522   1HD2  ASN  19          1HD2      ASN  19  -4.463  17.557   2.466
  523   2HD2  ASN  19          2HD2      ASN  19  -4.594  18.836   3.622
  524    H    ALA  20           H        ALA  20  -3.111  15.203   0.344
  525    HA   ALA  20           HA       ALA  20  -3.184  13.156  -0.684
  526   1HB   ALA  20          1HB       ALA  20  -0.210  13.100  -0.490
  527   2HB   ALA  20          2HB       ALA  20  -1.004  14.402  -1.376
  528   3HB   ALA  20          3HB       ALA  20  -1.256  12.725  -1.859
  529    HA   PRO  21           HA       PRO  21  -2.910  10.419   2.916
  530   1HB   PRO  21          2HB       PRO  21  -4.795   8.812   1.340
  531   2HB   PRO  21          1HB       PRO  21  -4.996   9.512   2.948
  532   1HG   PRO  21          2HG       PRO  21  -6.319  10.459   0.802
  533   2HG   PRO  21          1HG       PRO  21  -5.785  11.513   2.124
  534   1HD   PRO  21          2HD       PRO  21  -4.560  11.088  -0.576
  535   2HD   PRO  21          1HD       PRO  21  -4.769  12.595   0.343
  536    H    LYS  22           H        LYS  22  -3.075   9.303  -0.459
  537    HA   LYS  22           HA       LYS  22  -1.493   8.069  -1.608
  538   1HB   LYS  22          2HB       LYS  22  -0.327   7.189   1.027
  539   2HB   LYS  22          1HB       LYS  22   0.430   7.146  -0.560
  540   1HG   LYS  22          2HG       LYS  22   1.124   9.266  -0.421
  541   2HG   LYS  22          1HG       LYS  22  -0.387   9.819   0.305
  542   1HD   LYS  22          2HD       LYS  22   0.905  10.098   2.134
  543   2HD   LYS  22          1HD       LYS  22   0.622   8.369   2.343
  544   1HE   LYS  22          2HE       LYS  22   3.040   9.250   2.482
  545   2HE   LYS  22          1HE       LYS  22   2.721   7.799   1.533
  546   1HZ   LYS  22          1HZ       LYS  22   4.117   9.833   0.604
  547   2HZ   LYS  22          2HZ       LYS  22   2.577  10.342   0.122
  548   3HZ   LYS  22          3HZ       LYS  22   3.176   8.848  -0.398
  549    H    ARG  23           H        ARG  23  -3.987   7.186  -1.216
  550    HA   ARG  23           HA       ARG  23  -5.331   5.329  -0.766
  551   1HB   ARG  23          2HB       ARG  23  -5.006   3.791  -2.500
  552   2HB   ARG  23          1HB       ARG  23  -4.274   5.271  -3.104
  553   1HG   ARG  23          2HG       ARG  23  -2.198   4.403  -3.116
  554   2HG   ARG  23          1HG       ARG  23  -2.469   3.451  -1.657
  555   1HD   ARG  23          2HD       ARG  23  -3.279   2.808  -4.480
  556   2HD   ARG  23          1HD       ARG  23  -2.198   1.902  -3.423
  557    HE   ARG  23           HE       ARG  23  -5.024   2.169  -2.694
  558   1HH1  ARG  23          1HH1      ARG  23  -2.375   0.184  -3.778
  559   2HH1  ARG  23          2HH1      ARG  23  -3.168  -1.307  -3.393
  560   1HH2  ARG  23          1HH2      ARG  23  -6.074   0.214  -2.185
  561   2HH2  ARG  23          2HH2      ARG  23  -5.272  -1.291  -2.493
  562    H    ALA  24           H        ALA  24  -4.437   2.581  -1.016
  563    HA   ALA  24           HA       ALA  24  -3.035   2.264   1.558
  564   1HB   ALA  24          1HB       ALA  24  -5.670   1.539   0.968
  565   2HB   ALA  24          2HB       ALA  24  -4.726   1.084   2.386
  566   3HB   ALA  24          3HB       ALA  24  -4.752   0.031   0.970
  567    H    LEU  25           H        LEU  25  -2.287  -0.116   1.800
  568    HA   LEU  25           HA       LEU  25  -0.457  -0.716  -0.291
  569   1HB   LEU  25          2HB       LEU  25  -1.067  -1.688   2.367
  570   2HB   LEU  25          1HB       LEU  25  -0.766  -3.019   1.265
  571    HG   LEU  25           HG       LEU  25   1.345  -1.465   0.657
  572   1HD1  LEU  25          1HD1      LEU  25   0.382  -0.596   3.314
  573   2HD1  LEU  25          2HD1      LEU  25   1.313   0.280   2.100
  574   3HD1  LEU  25          3HD1      LEU  25   2.113  -0.889   3.151
  575   1HD2  LEU  25          1HD2      LEU  25   2.353  -3.327   1.319
  576   2HD2  LEU  25          2HD2      LEU  25   0.847  -3.851   2.072
  577   3HD2  LEU  25          3HD2      LEU  25   2.030  -2.939   3.008
  578    H    SER  26           H        SER  26  -0.539  -3.412  -0.652
  579    HA   SER  26           HA       SER  26  -3.175  -3.915  -1.855
  580   1HB   SER  26          2HB       SER  26  -1.105  -3.242  -3.405
  581   2HB   SER  26          1HB       SER  26  -0.755  -4.964  -3.246
  582    HG   SER  26           HG       SER  26  -2.321  -5.351  -4.578
  583    H    ALA  27           H        ALA  27  -3.622  -6.197  -2.279
  584    HA   ALA  27           HA       ALA  27  -3.075  -7.849  -0.074
  585   1HB   ALA  27          1HB       ALA  27  -5.016  -7.979  -1.736
  586   2HB   ALA  27          2HB       ALA  27  -4.339  -9.496  -1.143
  587   3HB   ALA  27          3HB       ALA  27  -3.911  -8.909  -2.751
  588    H    TYR  28           H        TYR  28  -1.363  -7.265  -3.006
  589    HA   TYR  28           HA       TYR  28   0.194  -9.676  -2.946
  590   1HB   TYR  28          2HB       TYR  28  -0.253  -8.477  -5.053
  591   2HB   TYR  28          1HB       TYR  28   0.662  -7.096  -4.457
  592    HD1  TYR  28           HD1      TYR  28   0.831  -9.964  -6.441
  593    HD2  TYR  28           HD2      TYR  28   3.131  -7.713  -3.657
  594    HE1  TYR  28           HE1      TYR  28   2.889 -10.967  -7.341
  595    HE2  TYR  28           HE2      TYR  28   5.196  -8.709  -4.549
  596    HH   TYR  28           HH       TYR  28   5.622 -11.154  -5.911
  597    H    MET  29           H        MET  29   0.379  -6.564  -1.472
  598    HA   MET  29           HA       MET  29   3.204  -6.701  -0.915
  599   1HB   MET  29          2HB       MET  29   1.239  -4.887   0.466
  600   2HB   MET  29          1HB       MET  29   2.955  -4.622   0.180
  601   1HG   MET  29          2HG       MET  29   0.782  -4.638  -1.903
  602   2HG   MET  29          1HG       MET  29   1.615  -3.221  -1.265
  603   1HE   MET  29          1HE       MET  29   0.982  -4.993  -3.927
  604   2HE   MET  29          2HE       MET  29   2.245  -6.190  -4.210
  605   3HE   MET  29          3HE       MET  29   2.302  -4.637  -5.041
  606    H    PHE  30           H        PHE  30   0.198  -7.126   0.928
  607    HA   PHE  30           HA       PHE  30   1.459  -7.704   3.397
  608   1HB   PHE  30          2HB       PHE  30  -1.209  -8.864   2.680
  609   2HB   PHE  30          1HB       PHE  30  -0.663  -8.191   4.213
  610    HD1  PHE  30           HD1      PHE  30  -0.093  -5.617   4.142
  611    HD2  PHE  30           HD2      PHE  30  -2.659  -7.631   1.411
  612    HE1  PHE  30           HE1      PHE  30  -1.111  -3.465   3.518
  613    HE2  PHE  30           HE2      PHE  30  -3.654  -5.478   0.752
  614    HZ   PHE  30           HZ       PHE  30  -2.896  -3.395   1.824
  615    H    PHE  31           H        PHE  31   0.206  -9.772   0.801
  616    HA   PHE  31           HA       PHE  31   0.963 -12.233   2.015
  617   1HB   PHE  31          2HB       PHE  31  -0.630 -12.523   0.348
  618   2HB   PHE  31          1HB       PHE  31   0.160 -11.391  -0.746
  619    HD1  PHE  31           HD1      PHE  31   0.292 -14.799   0.644
  620    HD2  PHE  31           HD2      PHE  31   1.806 -12.113  -2.288
  621    HE1  PHE  31           HE1      PHE  31   1.393 -16.677  -0.500
  622    HE2  PHE  31           HE2      PHE  31   2.913 -13.985  -3.437
  623    HZ   PHE  31           HZ       PHE  31   2.711 -16.270  -2.541
  624    H    ALA  32           H        ALA  32   2.422 -10.328  -0.622
  625    HA   ALA  32           HA       ALA  32   4.751 -11.828  -0.938
  626   1HB   ALA  32          1HB       ALA  32   4.425  -8.851  -1.284
  627   2HB   ALA  32          2HB       ALA  32   4.055 -10.077  -2.497
  628   3HB   ALA  32          3HB       ALA  32   5.718  -9.842  -1.959
  629    H    ASN  33           H        ASN  33   3.792  -9.684   1.587
  630    HA   ASN  33           HA       ASN  33   6.375  -9.102   2.633
  631   1HB   ASN  33          2HB       ASN  33   3.570  -8.800   3.533
  632   2HB   ASN  33          1HB       ASN  33   4.776  -8.920   4.812
  633   1HD2  ASN  33          1HD2      ASN  33   3.057  -6.757   3.278
  634   2HD2  ASN  33          2HD2      ASN  33   4.165  -5.434   3.177
  635    H    GLU  34           H        GLU  34   3.886 -11.498   3.481
  636    HA   GLU  34           HA       GLU  34   5.398 -12.825   5.464
  637   1HB   GLU  34          2HB       GLU  34   3.197 -13.908   3.697
  638   2HB   GLU  34          1HB       GLU  34   3.798 -14.675   5.161
  639   1HG   GLU  34          2HG       GLU  34   2.174 -12.184   4.869
  640   2HG   GLU  34          1HG       GLU  34   1.857 -13.615   5.849
  641    H    ASN  35           H        ASN  35   5.014 -13.400   1.995
  642    HA   ASN  35           HA       ASN  35   6.558 -15.750   1.877
  643   1HB   ASN  35          2HB       ASN  35   6.580 -13.922  -0.465
  644   2HB   ASN  35          1HB       ASN  35   6.252 -15.650  -0.390
  645   1HD2  ASN  35          1HD2      ASN  35   4.274 -15.408   1.706
  646   2HD2  ASN  35          2HD2      ASN  35   2.861 -14.741   0.968
  647    H    ARG  36           H        ARG  36   7.518 -12.621   0.491
  648    HA   ARG  36           HA       ARG  36   9.952 -12.487  -0.083
  649   1HB   ARG  36          2HB       ARG  36   9.250 -10.389   0.548
  650   2HB   ARG  36          1HB       ARG  36   8.686 -10.934   2.121
  651   1HG   ARG  36          2HG       ARG  36  11.196 -11.265   2.643
  652   2HG   ARG  36          1HG       ARG  36  11.449 -10.199   1.260
  653   1HD   ARG  36          2HD       ARG  36  11.418  -8.877   3.268
  654   2HD   ARG  36          1HD       ARG  36   9.964  -8.532   2.332
  655    HE   ARG  36           HE       ARG  36   9.069 -10.407   3.998
  656   1HH1  ARG  36          1HH1      ARG  36  11.019  -7.582   4.587
  657   2HH1  ARG  36          2HH1      ARG  36  10.434  -7.355   6.200
  658   1HH2  ARG  36          1HH2      ARG  36   8.292 -10.117   6.123
  659   2HH2  ARG  36          2HH2      ARG  36   8.883  -8.797   7.075
  660    H    ASP  37           H        ASP  37   9.522 -12.694   3.450
  661    HA   ASP  37           HA       ASP  37  12.164 -13.654   3.882
  662   1HB   ASP  37          2HB       ASP  37   9.719 -13.390   5.614
  663   2HB   ASP  37          1HB       ASP  37  11.161 -14.205   6.211
  664    H    ILE  38           H        ILE  38   8.978 -15.233   4.192
  665    HA   ILE  38           HA       ILE  38   9.864 -17.812   4.737
  666    HB   ILE  38           HB       ILE  38   7.398 -16.747   3.412
  667   1HG1  ILE  38          2HG1      ILE  38   6.329 -17.356   5.421
  668   2HG1  ILE  38          1HG1      ILE  38   7.607 -18.495   5.858
  669   1HG2  ILE  38          1HG2      ILE  38   8.354 -19.561   3.423
  670   2HG2  ILE  38          2HG2      ILE  38   7.401 -18.692   2.219
  671   3HG2  ILE  38          3HG2      ILE  38   6.639 -19.260   3.705
  672   1HD1  ILE  38          1HD1      ILE  38   9.135 -16.682   6.282
  673   2HD1  ILE  38          2HD1      ILE  38   7.651 -16.425   7.200
  674   3HD1  ILE  38          3HD1      ILE  38   7.946 -15.506   5.723
  675    H    VAL  39           H        VAL  39   8.615 -16.805   1.563
  676    HA   VAL  39           HA       VAL  39   9.482 -18.929   0.080
  677    HB   VAL  39           HB       VAL  39   9.157 -16.042  -0.697
  678   1HG1  VAL  39          1HG1      VAL  39  10.771 -16.796  -2.251
  679   2HG1  VAL  39          2HG1      VAL  39   9.216 -16.904  -3.076
  680   3HG1  VAL  39          3HG1      VAL  39   9.976 -18.359  -2.432
  681   1HG2  VAL  39          1HG2      VAL  39   7.166 -17.401  -0.090
  682   2HG2  VAL  39          2HG2      VAL  39   7.552 -18.487  -1.425
  683   3HG2  VAL  39          3HG2      VAL  39   7.138 -16.803  -1.749
  684    H    ARG  40           H        ARG  40  11.248 -15.827   0.297
  685    HA   ARG  40           HA       ARG  40  13.518 -16.761  -1.062
  686   1HB   ARG  40          2HB       ARG  40  14.319 -14.657  -0.809
  687   2HB   ARG  40          1HB       ARG  40  12.668 -14.326  -0.302
  688   1HG   ARG  40          2HG       ARG  40  13.547 -13.473   1.547
  689   2HG   ARG  40          1HG       ARG  40  13.908 -15.132   2.028
  690   1HD   ARG  40          2HD       ARG  40  15.973 -14.475   0.312
  691   2HD   ARG  40          1HD       ARG  40  15.699 -12.991   1.223
  692    HE   ARG  40           HE       ARG  40  16.681 -15.520   2.253
  693   1HH1  ARG  40          1HH1      ARG  40  15.412 -12.354   2.958
  694   2HH1  ARG  40          2HH1      ARG  40  16.032 -12.324   4.575
  695   1HH2  ARG  40          1HH2      ARG  40  17.502 -15.491   4.381
  696   2HH2  ARG  40          2HH2      ARG  40  17.220 -14.107   5.385
  697    H    SER  41           H        SER  41  12.445 -17.421   2.068
  698    HA   SER  41           HA       SER  41  15.073 -17.906   3.193
  699   1HB   SER  41          2HB       SER  41  12.258 -18.147   4.200
  700   2HB   SER  41          1HB       SER  41  13.558 -18.981   5.049
  701    HG   SER  41           HG       SER  41  13.762 -17.101   5.990
  702    H    GLU  42           H        GLU  42  12.564 -19.657   1.559
  703    HA   GLU  42           HA       GLU  42  13.783 -22.235   2.200
  704   1HB   GLU  42          2HB       GLU  42  11.346 -21.645   0.510
  705   2HB   GLU  42          1HB       GLU  42  11.866 -23.225   1.081
  706   1HG   GLU  42          2HG       GLU  42  11.644 -21.673   3.379
  707   2HG   GLU  42          1HG       GLU  42  10.252 -21.233   2.391
  708    H    ASN  43           H        ASN  43  13.921 -19.811  -0.149
  709    HA   ASN  43           HA       ASN  43  15.519 -21.548  -1.875
  710   1HB   ASN  43          2HB       ASN  43  13.435 -19.663  -2.991
  711   2HB   ASN  43          1HB       ASN  43  14.453 -20.783  -3.893
  712   1HD2  ASN  43          1HD2      ASN  43  11.793 -20.525  -1.635
  713   2HD2  ASN  43          2HD2      ASN  43  11.118 -22.083  -1.958
  714    HA   PRO  44           HA       PRO  44  17.264 -17.282  -0.748
  715   1HB   PRO  44          2HB       PRO  44  19.581 -19.036  -0.133
  716   2HB   PRO  44          1HB       PRO  44  18.930 -17.669   0.778
  717   1HG   PRO  44          2HG       PRO  44  18.543 -20.168   1.616
  718   2HG   PRO  44          1HG       PRO  44  17.260 -18.952   1.758
  719   1HD   PRO  44          2HD       PRO  44  17.566 -21.164  -0.234
  720   2HD   PRO  44          1HD       PRO  44  16.098 -20.571   0.573
  721    H    ASP  45           H        ASP  45  18.078 -19.969  -2.747
  722    HA   ASP  45           HA       ASP  45  20.301 -18.797  -4.093
  723   1HB   ASP  45          2HB       ASP  45  18.443 -21.015  -4.986
  724   2HB   ASP  45          1HB       ASP  45  19.986 -20.611  -5.732
  725    H    ILE  46           H        ILE  46  16.915 -19.324  -5.087
  726    HA   ILE  46           HA       ILE  46  16.963 -18.042  -7.517
  727    HB   ILE  46           HB       ILE  46  14.524 -17.465  -7.026
  728   1HG1  ILE  46          2HG1      ILE  46  14.911 -19.244  -4.626
  729   2HG1  ILE  46          1HG1      ILE  46  14.994 -17.484  -4.491
  730   1HG2  ILE  46          1HG2      ILE  46  13.843 -19.642  -7.508
  731   2HG2  ILE  46          2HG2      ILE  46  15.147 -20.359  -6.561
  732   3HG2  ILE  46          3HG2      ILE  46  15.501 -19.580  -8.104
  733   1HD1  ILE  46          1HD1      ILE  46  12.719 -17.697  -5.867
  734   2HD1  ILE  46          2HD1      ILE  46  12.780 -17.732  -4.104
  735   3HD1  ILE  46          3HD1      ILE  46  12.678 -19.240  -5.013
  736    H    THR  47           H        THR  47  16.922 -15.985  -8.231
  737    HA   THR  47           HA       THR  47  17.321 -13.874  -6.251
  738    HB   THR  47           HB       THR  47  17.499 -13.370  -9.196
  739    HG1  THR  47           HG1      THR  47  19.499 -14.319  -9.314
  740   1HG2  THR  47          1HG2      THR  47  18.732 -12.349  -6.688
  741   2HG2  THR  47          2HG2      THR  47  18.024 -11.465  -8.040
  742   3HG2  THR  47          3HG2      THR  47  19.619 -12.200  -8.204
  743    H    PHE  48           H        PHE  48  16.411 -11.649  -7.109
  744    HA   PHE  48           HA       PHE  48  13.774 -11.465  -6.627
  745   1HB   PHE  48          2HB       PHE  48  14.915  -9.430  -6.834
  746   2HB   PHE  48          1HB       PHE  48  15.528  -9.828  -8.436
  747    HD1  PHE  48           HD1      PHE  48  12.059  -9.947  -7.097
  748    HD2  PHE  48           HD2      PHE  48  14.777  -8.163  -9.846
  749    HE1  PHE  48           HE1      PHE  48  10.197  -8.713  -8.131
  750    HE2  PHE  48           HE2      PHE  48  12.920  -6.923 -10.883
  751    HZ   PHE  48           HZ       PHE  48  10.627  -7.198 -10.025
  752    H    GLY  49           H        GLY  49  15.214 -12.485  -9.648
  753   1HA   GLY  49          2HA       GLY  49  12.894 -12.200 -11.249
  754   2HA   GLY  49          1HA       GLY  49  14.298 -13.184 -11.637
  755    H    GLN  50           H        GLN  50  14.250 -15.006  -9.548
  756    HA   GLN  50           HA       GLN  50  12.021 -16.667 -10.366
  757   1HB   GLN  50          2HB       GLN  50  13.425 -18.031  -8.382
  758   2HB   GLN  50          1HB       GLN  50  13.600 -18.233 -10.120
  759   1HG   GLN  50          2HG       GLN  50  15.162 -16.244  -8.497
  760   2HG   GLN  50          1HG       GLN  50  15.729 -17.869  -8.880
  761   1HE2  GLN  50          1HE2      GLN  50  16.047 -14.775  -9.736
  762   2HE2  GLN  50          2HE2      GLN  50  16.438 -14.946 -11.410
  763    H    VAL  51           H        VAL  51  13.415 -15.711  -7.226
  764    HA   VAL  51           HA       VAL  51  11.287 -16.518  -5.628
  765    HB   VAL  51           HB       VAL  51  13.247 -15.960  -4.479
  766   1HG1  VAL  51          1HG1      VAL  51  13.959 -13.400  -4.612
  767   2HG1  VAL  51          2HG1      VAL  51  13.234 -13.557  -6.213
  768   3HG1  VAL  51          3HG1      VAL  51  14.568 -14.611  -5.741
  769   1HG2  VAL  51          1HG2      VAL  51  11.307 -15.289  -3.222
  770   2HG2  VAL  51          2HG2      VAL  51  11.268 -13.728  -4.043
  771   3HG2  VAL  51          3HG2      VAL  51  12.596 -14.117  -2.950
  772    H    GLY  52           H        GLY  52  11.770 -13.544  -7.447
  773   1HA   GLY  52          2HA       GLY  52   9.475 -12.227  -6.309
  774   2HA   GLY  52          1HA       GLY  52  10.433 -11.665  -7.672
  775    H    LYS  53           H        LYS  53  10.027 -12.657  -9.774
  776    HA   LYS  53           HA       LYS  53   7.482 -12.538 -10.659
  777   1HB   LYS  53          2HB       LYS  53   9.601 -14.455 -11.650
  778   2HB   LYS  53          1HB       LYS  53   8.149 -14.016 -12.539
  779   1HG   LYS  53          2HG       LYS  53   8.897 -11.860 -12.952
  780   2HG   LYS  53          1HG       LYS  53  10.060 -11.906 -11.624
  781   1HD   LYS  53          2HD       LYS  53  10.958 -12.084 -14.024
  782   2HD   LYS  53          1HD       LYS  53  11.562 -13.229 -12.824
  783   1HE   LYS  53          2HE       LYS  53  10.780 -14.962 -13.979
  784   2HE   LYS  53          1HE       LYS  53   9.178 -14.234 -14.091
  785   1HZ   LYS  53          1HZ       LYS  53   9.595 -13.407 -16.134
  786   2HZ   LYS  53          2HZ       LYS  53  10.699 -14.687 -16.202
  787   3HZ   LYS  53          3HZ       LYS  53  11.235 -13.127 -15.828
  788    H    LYS  54           H        LYS  54   9.076 -15.487  -9.482
  789    HA   LYS  54           HA       LYS  54   6.878 -17.215  -9.766
  790   1HB   LYS  54          2HB       LYS  54   9.357 -17.744  -9.209
  791   2HB   LYS  54          1HB       LYS  54   8.877 -17.479  -7.538
  792   1HG   LYS  54          2HG       LYS  54   7.412 -19.403  -9.310
  793   2HG   LYS  54          1HG       LYS  54   8.863 -19.871  -8.419
  794   1HD   LYS  54          2HD       LYS  54   7.627 -18.889  -6.367
  795   2HD   LYS  54          1HD       LYS  54   6.182 -19.048  -7.367
  796   1HE   LYS  54          2HE       LYS  54   6.755 -20.991  -5.814
  797   2HE   LYS  54          1HE       LYS  54   6.386 -21.376  -7.495
  798   1HZ   LYS  54          1HZ       LYS  54   8.503 -22.001  -7.915
  799   2HZ   LYS  54          2HZ       LYS  54   8.503 -22.330  -6.256
  800   3HZ   LYS  54          3HZ       LYS  54   9.185 -20.893  -6.833
  801    H    LEU  55           H        LEU  55   7.986 -15.284  -6.985
  802    HA   LEU  55           HA       LEU  55   6.251 -15.914  -5.019
  803   1HB   LEU  55          2HB       LEU  55   7.845 -13.718  -5.595
  804   2HB   LEU  55          1HB       LEU  55   6.242 -13.029  -5.434
  805    HG   LEU  55           HG       LEU  55   7.142 -14.905  -3.313
  806   1HD1  LEU  55          1HD1      LEU  55   7.931 -12.321  -2.510
  807   2HD1  LEU  55          2HD1      LEU  55   8.687 -12.630  -4.074
  808   3HD1  LEU  55          3HD1      LEU  55   8.943 -13.749  -2.733
  809   1HD2  LEU  55          1HD2      LEU  55   5.090 -14.156  -2.738
  810   2HD2  LEU  55          2HD2      LEU  55   5.256 -12.661  -3.659
  811   3HD2  LEU  55          3HD2      LEU  55   6.021 -12.811  -2.078
  812    H    GLY  56           H        GLY  56   5.484 -13.543  -7.567
  813   1HA   GLY  56          2HA       GLY  56   2.775 -13.215  -6.925
  814   2HA   GLY  56          1HA       GLY  56   3.480 -12.933  -8.512
  815    H    GLU  57           H        GLU  57   4.343 -15.527  -9.108
  816    HA   GLU  57           HA       GLU  57   2.105 -16.687 -10.249
  817   1HB   GLU  57          2HB       GLU  57   4.737 -17.149 -10.445
  818   2HB   GLU  57          1HB       GLU  57   4.303 -18.505  -9.414
  819   1HG   GLU  57          2HG       GLU  57   4.314 -19.080 -11.800
  820   2HG   GLU  57          1HG       GLU  57   2.735 -19.310 -11.049
  821    H    LYS  58           H        LYS  58   3.804 -17.757  -7.304
  822    HA   LYS  58           HA       LYS  58   1.845 -19.685  -6.600
  823   1HB   LYS  58          2HB       LYS  58   3.865 -18.331  -4.802
  824   2HB   LYS  58          1HB       LYS  58   3.027 -19.843  -4.481
  825   1HG   LYS  58          2HG       LYS  58   4.513 -19.815  -6.999
  826   2HG   LYS  58          1HG       LYS  58   5.514 -19.622  -5.559
  827   1HD   LYS  58          2HD       LYS  58   3.426 -21.758  -5.648
  828   2HD   LYS  58          1HD       LYS  58   4.977 -22.009  -6.452
  829   1HE   LYS  58          2HE       LYS  58   5.792 -21.065  -4.048
  830   2HE   LYS  58          1HE       LYS  58   4.319 -21.919  -3.586
  831   1HZ   LYS  58          1HZ       LYS  58   6.586 -23.086  -5.110
  832   2HZ   LYS  58          2HZ       LYS  58   5.174 -23.904  -4.666
  833   3HZ   LYS  58          3HZ       LYS  58   6.248 -23.364  -3.476
  834    H    TRP  59           H        TRP  59   2.093 -16.273  -6.154
  835    HA   TRP  59           HA       TRP  59   0.546 -15.883  -3.866
  836   1HB   TRP  59          2HB       TRP  59   1.583 -13.950  -4.697
  837   2HB   TRP  59          1HB       TRP  59   1.007 -14.233  -6.336
  838    HD1  TRP  59           HD1      TRP  59  -0.650 -12.387  -6.952
  839    HE1  TRP  59           HE1      TRP  59  -2.636 -11.231  -5.791
  840    HE3  TRP  59           HE3      TRP  59  -0.293 -14.589  -2.356
  841    HZ2  TRP  59           HZ2      TRP  59  -3.897 -11.268  -3.260
  842    HZ3  TRP  59           HZ3      TRP  59  -1.915 -13.965  -0.618
  843    HH2  TRP  59           HH2      TRP  59  -3.685 -12.344  -1.063
  844    H    LYS  60           H        LYS  60  -0.484 -15.937  -7.269
  845    HA   LYS  60           HA       LYS  60  -3.271 -16.058  -6.495
  846   1HB   LYS  60          2HB       LYS  60  -1.778 -15.851  -9.079
  847   2HB   LYS  60          1HB       LYS  60  -3.453 -16.387  -9.101
  848   1HG   LYS  60          2HG       LYS  60  -3.895 -14.266  -7.684
  849   2HG   LYS  60          1HG       LYS  60  -2.328 -13.740  -8.302
  850   1HD   LYS  60          2HD       LYS  60  -3.293 -13.108 -10.201
  851   2HD   LYS  60          1HD       LYS  60  -3.817 -14.770 -10.485
  852   1HE   LYS  60          2HE       LYS  60  -5.319 -12.792  -8.779
  853   2HE   LYS  60          1HE       LYS  60  -5.662 -13.084 -10.483
  854   1HZ   LYS  60          1HZ       LYS  60  -5.797 -15.548  -9.650
  855   2HZ   LYS  60          2HZ       LYS  60  -7.126 -14.510  -9.512
  856   3HZ   LYS  60          3HZ       LYS  60  -6.145 -14.810  -8.167
  857    H    ALA  61           H        ALA  61  -0.745 -18.246  -7.068
  858    HA   ALA  61           HA       ALA  61  -2.178 -20.422  -8.164
  859   1HB   ALA  61          1HB       ALA  61   0.130 -20.979  -6.397
  860   2HB   ALA  61          2HB       ALA  61   0.420 -19.957  -7.804
  861   3HB   ALA  61          3HB       ALA  61  -0.236 -21.581  -8.013
  862    H    LEU  62           H        LEU  62  -1.674 -19.302  -4.872
  863    HA   LEU  62           HA       LEU  62  -2.432 -21.599  -3.486
  864   1HB   LEU  62          2HB       LEU  62  -3.139 -18.833  -2.550
  865   2HB   LEU  62          1HB       LEU  62  -2.712 -20.233  -1.587
  866    HG   LEU  62           HG       LEU  62  -0.539 -19.517  -3.347
  867   1HD1  LEU  62          1HD1      LEU  62  -0.492 -17.305  -3.222
  868   2HD1  LEU  62          2HD1      LEU  62  -0.455 -17.411  -1.462
  869   3HD1  LEU  62          3HD1      LEU  62  -2.000 -17.308  -2.307
  870   1HD2  LEU  62          1HD2      LEU  62   0.228 -19.089  -0.731
  871   2HD2  LEU  62          2HD2      LEU  62   0.362 -20.604  -1.625
  872   3HD2  LEU  62          3HD2      LEU  62  -1.043 -20.305  -0.601
  873    H    THR  63           H        THR  63  -4.544 -18.754  -3.573
  874    HA   THR  63           HA       THR  63  -6.749 -19.398  -4.862
  875    HB   THR  63           HB       THR  63  -6.367 -21.388  -2.716
  876    HG1  THR  63           HG1      THR  63  -8.108 -21.331  -4.970
  877   1HG2  THR  63          1HG2      THR  63  -8.882 -19.812  -2.941
  878   2HG2  THR  63          2HG2      THR  63  -8.081 -20.459  -1.511
  879   3HG2  THR  63          3HG2      THR  63  -8.965 -21.536  -2.590
  880    HA   PRO  64           HA       PRO  64  -8.347 -15.767  -2.945
  881   1HB   PRO  64          2HB       PRO  64 -10.844 -17.396  -2.654
  882   2HB   PRO  64          1HB       PRO  64 -10.646 -15.740  -3.244
  883   1HG   PRO  64          2HG       PRO  64 -10.992 -17.776  -4.943
  884   2HG   PRO  64          1HG       PRO  64  -9.904 -16.430  -5.327
  885   1HD   PRO  64          2HD       PRO  64  -9.260 -19.221  -4.576
  886   2HD   PRO  64          1HD       PRO  64  -8.314 -18.058  -5.526
  887    H    GLU  65           H        GLU  65  -9.413 -18.819  -1.441
  888    HA   GLU  65           HA       GLU  65  -9.852 -17.823   1.135
  889   1HB   GLU  65          2HB       GLU  65  -9.961 -20.318  -0.128
  890   2HB   GLU  65          1HB       GLU  65  -8.796 -20.521   1.173
  891   1HG   GLU  65          2HG       GLU  65 -10.385 -20.539   2.718
  892   2HG   GLU  65          1HG       GLU  65 -11.145 -19.091   2.061
  893    H    GLU  66           H        GLU  66  -6.948 -19.288  -0.295
  894    HA   GLU  66           HA       GLU  66  -5.297 -19.141   1.964
  895   1HB   GLU  66          2HB       GLU  66  -4.115 -18.677  -0.734
  896   2HB   GLU  66          1HB       GLU  66  -3.568 -19.729   0.564
  897   1HG   GLU  66          2HG       GLU  66  -5.772 -20.218  -1.411
  898   2HG   GLU  66          1HG       GLU  66  -4.281 -21.132  -1.188
  899    H    LYS  67           H        LYS  67  -6.378 -16.717  -0.255
  900    HA   LYS  67           HA       LYS  67  -4.363 -14.783   0.454
  901   1HB   LYS  67          2HB       LYS  67  -6.987 -14.227  -0.920
  902   2HB   LYS  67          1HB       LYS  67  -5.503 -13.288  -1.007
  903   1HG   LYS  67          2HG       LYS  67  -4.463 -15.348  -2.089
  904   2HG   LYS  67          1HG       LYS  67  -6.119 -15.932  -2.278
  905   1HD   LYS  67          2HD       LYS  67  -4.819 -13.521  -3.503
  906   2HD   LYS  67          1HD       LYS  67  -5.656 -14.853  -4.301
  907   1HE   LYS  67          2HE       LYS  67  -7.775 -14.087  -3.538
  908   2HE   LYS  67          1HE       LYS  67  -7.028 -12.907  -2.460
  909   1HZ   LYS  67          1HZ       LYS  67  -6.107 -12.412  -5.049
  910   2HZ   LYS  67          2HZ       LYS  67  -7.106 -11.438  -4.094
  911   3HZ   LYS  67          3HZ       LYS  67  -7.787 -12.580  -5.139
  912    H    GLN  68           H        GLN  68  -7.510 -15.709   1.567
  913    HA   GLN  68           HA       GLN  68  -8.710 -13.660   2.713
  914   1HB   GLN  68          2HB       GLN  68  -8.021 -16.260   4.080
  915   2HB   GLN  68          1HB       GLN  68  -9.129 -15.084   4.769
  916   1HG   GLN  68          2HG       GLN  68 -10.030 -15.458   2.170
  917   2HG   GLN  68          1HG       GLN  68  -9.575 -17.067   2.729
  918   1HE2  GLN  68          1HE2      GLN  68 -11.945 -14.699   2.745
  919   2HE2  GLN  68          2HE2      GLN  68 -12.969 -15.373   3.964
  920    HA   PRO  69           HA       PRO  69  -5.511 -13.517   6.479
  921   1HB   PRO  69          2HB       PRO  69  -3.128 -14.277   4.861
  922   2HB   PRO  69          1HB       PRO  69  -3.500 -14.630   6.553
  923   1HG   PRO  69          2HG       PRO  69  -3.730 -16.516   4.686
  924   2HG   PRO  69          1HG       PRO  69  -4.900 -16.398   6.012
  925   1HD   PRO  69          2HD       PRO  69  -5.185 -15.595   3.154
  926   2HD   PRO  69          1HD       PRO  69  -6.391 -16.279   4.260
  927    H    TYR  70           H        TYR  70  -3.929 -13.025   3.319
  928    HA   TYR  70           HA       TYR  70  -3.003 -10.413   4.126
  929   1HB   TYR  70          2HB       TYR  70  -2.714 -11.013   1.299
  930   2HB   TYR  70          1HB       TYR  70  -1.477 -10.680   2.505
  931    HD1  TYR  70           HD1      TYR  70  -0.375 -12.482   3.695
  932    HD2  TYR  70           HD2      TYR  70  -3.403 -13.300   0.822
  933    HE1  TYR  70           HE1      TYR  70   0.282 -14.851   3.687
  934    HE2  TYR  70           HE2      TYR  70  -2.756 -15.673   0.804
  935    HH   TYR  70           HH       TYR  70  -0.006 -16.839   1.781
  936    H    GLU  71           H        GLU  71  -4.936 -11.553   1.346
  937    HA   GLU  71           HA       GLU  71  -5.840  -9.217   0.318
  938   1HB   GLU  71          2HB       GLU  71  -6.458 -11.658  -0.287
  939   2HB   GLU  71          1HB       GLU  71  -7.785 -11.448   0.846
  940   1HG   GLU  71          2HG       GLU  71  -7.687  -9.225  -0.959
  941   2HG   GLU  71          1HG       GLU  71  -7.703 -10.739  -1.862
  942    H    ALA  72           H        ALA  72  -7.275 -10.916   3.088
  943    HA   ALA  72           HA       ALA  72  -9.170  -8.924   3.764
  944   1HB   ALA  72          1HB       ALA  72  -9.409 -10.061   5.838
  945   2HB   ALA  72          2HB       ALA  72  -7.819 -10.810   5.683
  946   3HB   ALA  72          3HB       ALA  72  -9.131 -11.296   4.609
  947    H    LYS  73           H        LYS  73  -5.824  -9.533   4.713
  948    HA   LYS  73           HA       LYS  73  -5.509  -7.371   6.496
  949   1HB   LYS  73          2HB       LYS  73  -3.869  -9.378   5.376
  950   2HB   LYS  73          1HB       LYS  73  -3.110  -7.840   4.985
  951   1HG   LYS  73          2HG       LYS  73  -3.601  -7.376   7.549
  952   2HG   LYS  73          1HG       LYS  73  -3.530  -9.139   7.614
  953   1HD   LYS  73          2HD       LYS  73  -1.326  -9.055   6.495
  954   2HD   LYS  73          1HD       LYS  73  -1.395  -7.291   6.554
  955   1HE   LYS  73          2HE       LYS  73  -1.397  -7.312   8.952
  956   2HE   LYS  73          1HE       LYS  73  -1.545  -9.068   8.982
  957   1HZ   LYS  73          1HZ       LYS  73   0.634  -9.344   8.588
  958   2HZ   LYS  73          2HZ       LYS  73   0.771  -7.771   9.197
  959   3HZ   LYS  73          3HZ       LYS  73   0.737  -8.033   7.526
  960    H    ALA  74           H        ALA  74  -5.986  -7.504   3.144
  961    HA   ALA  74           HA       ALA  74  -4.672  -5.054   2.445
  962   1HB   ALA  74          1HB       ALA  74  -5.474  -5.390   0.288
  963   2HB   ALA  74          2HB       ALA  74  -6.885  -6.288   0.848
  964   3HB   ALA  74          3HB       ALA  74  -5.286  -7.032   0.903
  965    H    GLN  75           H        GLN  75  -8.035  -6.065   2.961
  966    HA   GLN  75           HA       GLN  75  -9.206  -3.502   2.754
  967   1HB   GLN  75          2HB       GLN  75 -10.106  -5.843   4.448
  968   2HB   GLN  75          1HB       GLN  75 -11.095  -4.470   3.970
  969   1HG   GLN  75          2HG       GLN  75 -11.612  -5.413   2.035
  970   2HG   GLN  75          1HG       GLN  75  -9.919  -5.749   1.671
  971   1HE2  GLN  75          1HE2      GLN  75  -9.949  -7.791   0.993
  972   2HE2  GLN  75          2HE2      GLN  75 -10.581  -9.129   1.886
  973    H    ALA  76           H        ALA  76  -7.560  -5.198   5.332
  974    HA   ALA  76           HA       ALA  76  -8.220  -3.477   7.473
  975   1HB   ALA  76          1HB       ALA  76  -6.676  -5.773   7.132
  976   2HB   ALA  76          2HB       ALA  76  -6.995  -4.917   8.640
  977   3HB   ALA  76          3HB       ALA  76  -5.552  -4.540   7.701
  978    H    ASP  77           H        ASP  77  -5.492  -3.508   5.200
  979    HA   ASP  77           HA       ASP  77  -4.306  -1.122   6.227
  980   1HB   ASP  77          2HB       ASP  77  -3.060  -2.874   4.942
  981   2HB   ASP  77          1HB       ASP  77  -3.932  -2.371   3.496
  982    H    LYS  78           H        LYS  78  -6.867  -1.826   4.038
  983    HA   LYS  78           HA       LYS  78  -6.890   0.539   2.503
  984   1HB   LYS  78          2HB       LYS  78  -8.429  -1.766   2.646
  985   2HB   LYS  78          1HB       LYS  78  -9.541  -0.498   3.140
  986   1HG   LYS  78          2HG       LYS  78  -8.535   0.699   0.998
  987   2HG   LYS  78          1HG       LYS  78  -8.249  -0.976   0.519
  988   1HD   LYS  78          2HD       LYS  78 -10.878   0.306   1.242
  989   2HD   LYS  78          1HD       LYS  78 -10.387  -0.331  -0.329
  990   1HE   LYS  78          2HE       LYS  78 -10.202  -2.586   0.737
  991   2HE   LYS  78          1HE       LYS  78 -10.913  -1.891   2.194
  992   1HZ   LYS  78          1HZ       LYS  78 -12.736  -1.135   0.495
  993   2HZ   LYS  78          2HZ       LYS  78 -12.764  -2.689   1.162
  994   3HZ   LYS  78          3HZ       LYS  78 -12.157  -2.449  -0.398
  995    H    LYS  79           H        LYS  79  -8.469  -0.321   5.561
  996    HA   LYS  79           HA       LYS  79  -9.629   2.263   5.958
  997   1HB   LYS  79          2HB       LYS  79  -9.287  -0.208   7.590
  998   2HB   LYS  79          1HB       LYS  79  -9.610   1.296   8.440
  999   1HG   LYS  79          2HG       LYS  79 -11.391   0.906   6.185
 1000   2HG   LYS  79          1HG       LYS  79 -11.484  -0.409   7.358
 1001   1HD   LYS  79          2HD       LYS  79 -11.487   2.393   8.363
 1002   2HD   LYS  79          1HD       LYS  79 -12.956   1.767   7.614
 1003   1HE   LYS  79          2HE       LYS  79 -13.328   0.254   9.279
 1004   2HE   LYS  79          1HE       LYS  79 -11.613   0.068   9.642
 1005   1HZ   LYS  79          1HZ       LYS  79 -12.928   1.229  11.386
 1006   2HZ   LYS  79          2HZ       LYS  79 -13.171   2.504  10.303
 1007   3HZ   LYS  79          3HZ       LYS  79 -11.606   2.117  10.814
 1008    H    ARG  80           H        ARG  80  -6.684   0.631   7.009
 1009    HA   ARG  80           HA       ARG  80  -5.583   2.270   8.854
 1010   1HB   ARG  80          2HB       ARG  80  -4.500   0.279   7.756
 1011   2HB   ARG  80          1HB       ARG  80  -4.077   1.327   6.409
 1012   1HG   ARG  80          2HG       ARG  80  -3.270   2.203   9.121
 1013   2HG   ARG  80          1HG       ARG  80  -2.410   0.835   8.409
 1014   1HD   ARG  80          2HD       ARG  80  -1.130   2.558   7.624
 1015   2HD   ARG  80          1HD       ARG  80  -2.303   2.427   6.314
 1016    HE   ARG  80           HE       ARG  80  -3.060   4.510   6.851
 1017   1HH1  ARG  80          1HH1      ARG  80  -1.311   3.221   9.573
 1018   2HH1  ARG  80          2HH1      ARG  80  -1.394   4.690  10.487
 1019   1HH2  ARG  80          1HH2      ARG  80  -3.174   6.449   8.046
 1020   2HH2  ARG  80          2HH2      ARG  80  -2.454   6.526   9.619
 1021    H    TYR  81           H        TYR  81  -5.147   2.794   5.353
 1022    HA   TYR  81           HA       TYR  81  -4.214   5.476   5.734
 1023   1HB   TYR  81          2HB       TYR  81  -3.436   5.139   3.667
 1024   2HB   TYR  81          1HB       TYR  81  -4.275   3.592   3.611
 1025    HD1  TYR  81           HD1      TYR  81  -6.871   3.797   3.070
 1026    HD2  TYR  81           HD2      TYR  81  -3.929   6.689   2.029
 1027    HE1  TYR  81           HE1      TYR  81  -8.348   4.654   1.299
 1028    HE2  TYR  81           HE2      TYR  81  -5.385   7.534   0.236
 1029    HH   TYR  81           HH       TYR  81  -7.984   5.928  -0.947
 1030    H    GLU  82           H        GLU  82  -7.281   3.951   5.020
 1031    HA   GLU  82           HA       GLU  82  -8.815   5.983   4.034
 1032   1HB   GLU  82          2HB       GLU  82  -9.676   3.727   4.501
 1033   2HB   GLU  82          1HB       GLU  82  -9.606   4.055   6.227
 1034   1HG   GLU  82          2HG       GLU  82 -11.106   6.143   5.199
 1035   2HG   GLU  82          1HG       GLU  82 -11.647   4.727   4.298
 1036    H    SER  83           H        SER  83  -7.381   5.728   7.175
 1037    HA   SER  83           HA       SER  83  -8.962   7.750   8.437
 1038   1HB   SER  83          2HB       SER  83  -6.231   7.326   9.464
 1039   2HB   SER  83          1HB       SER  83  -7.779   7.240  10.304
 1040    HG   SER  83           HG       SER  83  -6.332   5.227   9.700
 1041    H    GLU  84           H        GLU  84  -5.714   7.690   6.996
 1042    HA   GLU  84           HA       GLU  84  -5.190  10.444   7.395
 1043   1HB   GLU  84          2HB       GLU  84  -3.249  10.123   6.115
 1044   2HB   GLU  84          1HB       GLU  84  -3.519   8.568   6.890
 1045   1HG   GLU  84          2HG       GLU  84  -4.883   8.251   4.563
 1046   2HG   GLU  84          1HG       GLU  84  -3.560   9.301   4.058
 1047    H    LYS  85           H        LYS  85  -7.284   8.845   5.293
 1048    HA   LYS  85           HA       LYS  85  -7.212  10.907   3.236
 1049   1HB   LYS  85          2HB       LYS  85  -8.218   9.398   1.911
 1050   2HB   LYS  85          1HB       LYS  85  -7.864   8.230   3.178
 1051   1HG   LYS  85          2HG       LYS  85 -10.057   8.538   4.133
 1052   2HG   LYS  85          1HG       LYS  85 -10.418   9.810   2.965
 1053   1HD   LYS  85          2HD       LYS  85 -11.041   8.323   1.430
 1054   2HD   LYS  85          1HD       LYS  85  -9.548   7.403   1.634
 1055   1HE   LYS  85          2HE       LYS  85 -10.474   5.974   3.163
 1056   2HE   LYS  85          1HE       LYS  85 -11.645   7.165   3.727
 1057   1HZ   LYS  85          1HZ       LYS  85 -12.848   6.876   1.623
 1058   2HZ   LYS  85          2HZ       LYS  85 -12.758   5.437   2.507
 1059   3HZ   LYS  85          3HZ       LYS  85 -11.755   5.668   1.165
 1060    H    GLU  86           H        GLU  86  -9.544   9.602   5.589
 1061    HA   GLU  86           HA       GLU  86 -11.599  11.434   5.231
 1062   1HB   GLU  86          2HB       GLU  86 -12.386  10.803   7.383
 1063   2HB   GLU  86          1HB       GLU  86 -11.613   9.378   6.705
 1064   1HG   GLU  86          2HG       GLU  86  -9.727   9.611   8.093
 1065   2HG   GLU  86          1HG       GLU  86 -10.180  11.250   8.560
 1066    H    LEU  87           H        LEU  87  -8.555  11.732   6.934
 1067    HA   LEU  87           HA       LEU  87  -9.221  14.350   7.996
 1068   1HB   LEU  87          2HB       LEU  87  -7.763  13.472   9.480
 1069   2HB   LEU  87          1HB       LEU  87  -7.015  12.425   8.290
 1070    HG   LEU  87           HG       LEU  87  -6.404  15.273   7.924
 1071   1HD1  LEU  87          1HD1      LEU  87  -5.144  13.893  10.272
 1072   2HD1  LEU  87          2HD1      LEU  87  -6.546  14.949  10.448
 1073   3HD1  LEU  87          3HD1      LEU  87  -5.036  15.588   9.799
 1074   1HD2  LEU  87          1HD2      LEU  87  -4.993  14.081   6.646
 1075   2HD2  LEU  87          2HD2      LEU  87  -5.138  12.638   7.648
 1076   3HD2  LEU  87          3HD2      LEU  87  -4.056  13.943   8.134
 1077    H    TYR  88           H        TYR  88  -7.256  12.920   5.442
 1078    HA   TYR  88           HA       TYR  88  -5.856  14.973   4.377
 1079   1HB   TYR  88          2HB       TYR  88  -5.791  12.946   3.197
 1080   2HB   TYR  88          1HB       TYR  88  -7.544  12.866   3.056
 1081    HD1  TYR  88           HD1      TYR  88  -8.512  13.394   1.037
 1082    HD2  TYR  88           HD2      TYR  88  -4.693  15.024   1.967
 1083    HE1  TYR  88           HE1      TYR  88  -8.401  14.395  -1.204
 1084    HE2  TYR  88           HE2      TYR  88  -4.574  16.036  -0.272
 1085    HH   TYR  88           HH       TYR  88  -6.931  16.652  -2.142
 1086    H    ASN  89           H        ASN  89  -9.348  14.501   4.171
 1087    HA   ASN  89           HA       ASN  89  -9.670  17.069   2.815
 1088   1HB   ASN  89          2HB       ASN  89 -11.879  16.432   2.349
 1089   2HB   ASN  89          1HB       ASN  89 -10.983  14.921   2.231
 1090   1HD2  ASN  89          1HD2      ASN  89 -11.661  13.254   3.384
 1091   2HD2  ASN  89          2HD2      ASN  89 -12.814  13.322   4.670
 1092    H    ALA  90           H        ALA  90 -10.135  15.543   5.925
 1093    HA   ALA  90           HA       ALA  90 -11.730  17.638   7.049
 1094   1HB   ALA  90          1HB       ALA  90 -10.097  15.815   8.750
 1095   2HB   ALA  90          2HB       ALA  90 -11.427  15.150   7.801
 1096   3HB   ALA  90          3HB       ALA  90 -11.738  16.414   8.991
 1097    H    THR  91           H        THR  91  -8.688  17.775   5.975
 1098    HA   THR  91           HA       THR  91  -7.918  19.786   7.975
 1099    HB   THR  91           HB       THR  91  -6.652  17.445   7.957
 1100    HG1  THR  91           HG1      THR  91  -5.135  18.493   9.058
 1101   1HG2  THR  91          1HG2      THR  91  -6.080  17.479   5.606
 1102   2HG2  THR  91          2HG2      THR  91  -4.621  17.571   6.592
 1103   3HG2  THR  91          3HG2      THR  91  -5.248  19.021   5.810
 1104    H    LEU  92           H        LEU  92  -7.336  18.526   4.707
 1105    HA   LEU  92           HA       LEU  92  -6.063  20.830   3.695
 1106   1HB   LEU  92          2HB       LEU  92  -6.118  19.794   1.650
 1107   2HB   LEU  92          1HB       LEU  92  -6.287  18.416   2.719
 1108    HG   LEU  92           HG       LEU  92  -8.823  18.700   2.369
 1109   1HD1  LEU  92          1HD1      LEU  92  -9.587  20.240   0.963
 1110   2HD1  LEU  92          2HD1      LEU  92  -8.439  19.758  -0.286
 1111   3HD1  LEU  92          3HD1      LEU  92  -7.962  20.927   0.945
 1112   1HD2  LEU  92          1HD2      LEU  92  -7.044  17.059   1.270
 1113   2HD2  LEU  92          2HD2      LEU  92  -7.548  17.913  -0.187
 1114   3HD2  LEU  92          3HD2      LEU  92  -8.742  17.065   0.795
 1115    H    ALA  93           HN       ALA  93  -9.443  19.876   3.930
 1116    HA   ALA  93           HA       ALA  93 -10.200  22.531   2.892
 1117   1HB   ALA  93          1HB       ALA  93 -11.274  21.300   1.345
 1118   2HB   ALA  93          2HB       ALA  93 -12.479  21.105   2.619
 1119   3HB   ALA  93          3HB       ALA  93 -11.272  19.848   2.347
  Start of MODEL    5
    1   1H5*    G 101          H5''        G 101 -28.539   9.901 -16.026
    2   2H5*    G 101          H5'         G 101 -28.753   8.351 -15.172
    3    H4*    G 101           H4'        G 101 -26.681   8.279 -16.400
    4    H3*    G 101           H3'        G 101 -26.872   7.982 -13.565
    5    H1*    G 101           H1'        G 101 -24.030   9.524 -15.638
    6    H8     G 101           H8         G 101 -25.236  11.808 -12.771
    7    H1     G 101           H1         G 101 -20.906  14.425 -16.705
    8   1H2     G 101          1H2         G 101 -20.543  13.107 -18.436
    9   2H2     G 101          2H2         G 101 -21.363  11.575 -18.640
   10    H5T    G 101           H5T        G 101 -29.064   9.605 -13.524
   11   1H2*    G 101          H2'         G 101 -25.508   9.736 -13.017
   12   2H2*    G 101          H2''        G 101 -24.197   8.630 -13.510
   13   1H5*    G 102          H5''        G 102 -25.331   6.962 -17.451
   14   2H5*    G 102          H5'         G 102 -25.196   5.525 -18.481
   15    H4*    G 102           H4'        G 102 -23.075   6.455 -18.581
   16    H3*    G 102           H3'        G 102 -23.344   4.128 -16.822
   17    H1*    G 102           H1'        G 102 -20.870   7.139 -16.798
   18    H8     G 102           H8         G 102 -22.735   6.245 -13.476
   19    H1     G 102           H1         G 102 -18.341  10.906 -13.184
   20   1H2     G 102          1H2         G 102 -17.506  11.303 -15.213
   21   2H2     G 102          2H2         G 102 -18.035  10.418 -16.626
   22   1H2*    G 102          H2'         G 102 -21.852   4.785 -15.263
   23   2H2*    G 102          H2''        G 102 -20.617   4.935 -16.503
   24   1H5*    G 103          H5''        G 103 -20.096   5.870 -18.408
   25   2H5*    G 103          H5'         G 103 -19.830   5.161 -20.025
   26    H4*    G 103           H4'        G 103 -17.921   6.414 -19.812
   27    H3*    G 103           H3'        G 103 -17.376   3.714 -18.847
   28    H1*    G 103           H1'        G 103 -16.064   7.089 -17.419
   29    H8     G 103           H8         G 103 -18.172   4.697 -15.187
   30    H1     G 103           H1         G 103 -15.249   9.525 -12.139
   31   1H2     G 103          1H2         G 103 -14.171  10.802 -13.601
   32   2H2     G 103          2H2         G 103 -14.172  10.466 -15.320
   33   1H2*    G 103          H2'         G 103 -16.518   4.224 -16.889
   34   2H2*    G 103          H2''        G 103 -15.207   5.070 -17.754
   35   1H5*    G 104          H5''        G 104 -13.553   6.438 -19.662
   36   2H5*    G 104          H5'         G 104 -12.686   5.388 -20.801
   37    H4*    G 104           H4'        G 104 -11.061   6.431 -19.383
   38    H3*    G 104           H3'        G 104 -11.537   3.555 -19.414
   39    H1*    G 104           H1'        G 104 -10.586   5.699 -16.298
   40    H8     G 104           H8         G 104 -13.869   3.778 -16.290
   41    H1     G 104           H1         G 104 -12.588   7.022 -10.912
   42   1H2     G 104          1H2         G 104 -10.731   8.231 -11.185
   43   2H2     G 104          2H2         G 104  -9.832   8.222 -12.686
   44   1H2*    G 104          H2'         G 104 -12.012   3.262 -17.244
   45   2H2*    G 104          H2''        G 104 -10.305   3.513 -16.954
   46   1H5*    T 105          H5''        T 105  -9.402   8.696 -18.094
   47   2H5*    T 105          H5'         T 105  -7.980   8.140 -18.998
   48    H4*    T 105           H4'        T 105  -7.427   9.181 -16.825
   49    H3*    T 105           H3'        T 105  -6.623   6.446 -17.580
   50   1H2*    T 105          H2'         T 105  -6.302   5.702 -15.487
   51   2H2*    T 105          H2''        T 105  -5.379   7.169 -15.083
   52    H1*    T 105           H1'        T 105  -7.093   8.185 -14.148
   53    H3     T 105           H3         T 105  -9.025   6.188 -10.644
   54   1H5M    T 105          1H7         T 105 -10.343   2.919 -14.351
   55   2H5M    T 105          2H7         T 105  -9.529   2.191 -12.945
   56   3H5M    T 105          3H7         T 105  -8.622   2.475 -14.450
   57    H6     T 105           H6         T 105  -8.286   4.806 -15.184
   58   1H5*    G 106          H5''        G 106  -5.120   9.400 -15.588
   59   2H5*    G 106          H5'         G 106  -3.549  10.221 -15.581
   60    H4*    G 106           H4'        G 106  -4.502  10.369 -13.339
   61    H3*    G 106           H3'        G 106  -2.031   8.864 -13.858
   62    H1*    G 106           H1'        G 106  -4.761   8.115 -11.135
   63    H8     G 106           H8         G 106  -3.858   5.895 -14.137
   64    H1     G 106           H1         G 106  -6.680   2.865  -9.241
   65   1H2     G 106          1H2         G 106  -7.096   4.315  -7.602
   66   2H2     G 106          2H2         G 106  -6.676   6.009  -7.725
   67   1H2*    G 106          H2'         G 106  -2.345   7.226 -12.469
   68   2H2*    G 106          H2''        G 106  -2.587   8.439 -11.151
   69   1H5*    A 107          H5''        A 107  -3.161  10.200 -10.065
   70   2H5*    A 107          H5'         A 107  -2.063  11.370  -9.314
   71    H4*    A 107           H4'        A 107  -2.824  10.200  -7.464
   72    H3*    A 107           H3'        A 107  -0.160   9.721  -8.333
   73    H1*    A 107           H1'        A 107  -2.501   6.967  -6.895
   74    H8     A 107           H8         A 107  -1.495   6.616 -10.560
   75   1H6     A 107          1H6         A 107  -3.683   0.815  -9.890
   76   2H6     A 107          2H6         A 107  -2.901   1.919 -10.998
   77    H2     A 107           H2         A 107  -4.329   3.049  -6.062
   78   1H2*    A 107          H2'         A 107  -0.312   7.541  -8.802
   79   2H2*    A 107          H2''        A 107  -0.255   7.383  -7.056
   80   1H5*    T 108          H5''        T 108   0.561   6.405  -5.528
   81   2H5*    T 108          H5'         T 108  -1.199   6.644  -5.298
   82    H4*    T 108           H4'        T 108  -0.666   6.227  -2.803
   83    H3*    T 108           H3'        T 108   1.923   5.867  -3.941
   84   1H2*    T 108          H2'         T 108   1.899   3.766  -4.656
   85   2H2*    T 108          H2''        T 108   1.602   3.202  -3.011
   86    H1*    T 108           H1'        T 108  -0.548   2.758  -3.401
   87    H3     T 108           H3         T 108  -1.003  -0.141  -6.725
   88   1H5M    T 108          1H7         T 108   1.242   3.393  -9.407
   89   2H5M    T 108          2H7         T 108   0.076   4.648  -8.932
   90   3H5M    T 108          3H7         T 108  -0.457   3.255  -9.915
   91    H6     T 108           H6         T 108   0.251   4.488  -6.666
   92   1H5*    T 109          H5''        T 109  -0.774   2.378  -0.002
   93   2H5*    T 109          H5'         T 109   0.710   2.810   0.863
   94    H4*    T 109           H4'        T 109   0.374   0.362   0.400
   95    H3*    T 109           H3'        T 109   2.802   1.944  -0.167
   96   1H2*    T 109          H2'         T 109   3.622   0.516  -1.727
   97   2H2*    T 109          H2''        T 109   3.267  -0.880  -0.683
   98    H1*    T 109           H1'        T 109   1.353  -1.365  -1.736
   99    H3     T 109           H3         T 109   1.827  -2.267  -6.074
  100   1H5M    T 109          1H7         T 109   4.066   2.537  -5.202
  101   2H5M    T 109          2H7         T 109   2.714   2.655  -6.354
  102   3H5M    T 109          3H7         T 109   4.169   1.717  -6.781
  103    H6     T 109           H6         T 109   2.784   1.632  -3.451
  104   1H5*    G 110          H5''        G 110   3.122  -1.948   1.189
  105   2H5*    G 110          H5'         G 110   3.839  -2.156   2.807
  106    H4*    G 110           H4'        G 110   4.631  -4.087   1.896
  107    H3*    G 110           H3'        G 110   6.528  -1.944   1.542
  108    H1*    G 110           H1'        G 110   5.758  -4.792  -1.105
  109    H8     G 110           H8         G 110   5.220  -0.961  -1.661
  110    H1     G 110           H1         G 110   5.057  -4.685  -6.880
  111   1H2     G 110          1H2         G 110   5.319  -6.819  -6.304
  112   2H2     G 110          2H2         G 110   5.532  -7.314  -4.639
  113   1H2*    G 110          H2'         G 110   7.114  -2.301  -0.622
  114   2H2*    G 110          H2''        G 110   7.564  -3.965  -0.164
  115   1H5*    T 111          H5''        T 111   7.217  -5.972   0.671
  116   2H5*    T 111          H5'         T 111   8.051  -6.638   2.088
  117    H4*    T 111           H4'        T 111   8.673  -8.258   0.666
  118    H3*    T 111           H3'        T 111  10.695  -6.123   0.433
  119   1H2*    T 111          H2'         T 111  10.983  -6.185  -1.728
  120   2H2*    T 111          H2''        T 111  11.303  -7.939  -1.661
  121    H1*    T 111           H1'        T 111   9.311  -8.381  -2.530
  122    H3     T 111           H3         T 111   8.710  -6.236  -6.410
  123   1H5M    T 111          1H7         T 111   8.009  -2.183  -4.079
  124   2H5M    T 111          2H7         T 111   9.766  -2.207  -3.821
  125   3H5M    T 111          3H7         T 111   8.678  -2.549  -2.459
  126    H6     T 111           H6         T 111   9.086  -4.711  -1.872
  127   1H5*    T 112          H5''        T 112  11.896  -9.843  -0.828
  128   2H5*    T 112          H5'         T 112  13.393 -10.527  -0.175
  129    H4*    T 112           H4'        T 112  13.509 -10.975  -2.465
  130    H3*    T 112           H3'        T 112  15.213  -8.871  -1.392
  131   1H2*    T 112          H2'         T 112  15.202  -7.446  -3.055
  132   2H2*    T 112          H2''        T 112  15.705  -8.730  -4.183
  133    H1*    T 112           H1'        T 112  13.701  -8.969  -4.988
  134    H3     T 112           H3         T 112  12.244  -5.078  -6.647
  135   1H5M    T 112          1H7         T 112  11.101  -3.913  -2.073
  136   2H5M    T 112          2H7         T 112  12.729  -3.216  -2.249
  137   3H5M    T 112          3H7         T 112  12.485  -4.664  -1.244
  138    H6     T 112           H6         T 112  13.042  -6.708  -2.205
  139   1H5*    C 113          H5''        C 113  16.645 -10.240  -5.381
  140   2H5*    C 113          H5'         C 113  18.267 -10.888  -5.094
  141    H4*    C 113           H4'        C 113  18.682  -9.612  -6.957
  142    H3*    C 113           H3'        C 113  19.247  -8.104  -4.456
  143    H1*    C 113           H1'        C 113  17.958  -6.547  -7.829
  144   1H4     C 113          1H4         C 113  14.104  -2.451  -4.796
  145   2H4     C 113          2H4         C 113  14.355  -3.256  -3.264
  146    H5     C 113           H5         C 113  15.788  -5.310  -3.049
  147    H6     C 113           H6         C 113  17.147  -6.852  -4.280
  148   1H2*    C 113          H2'         C 113  18.982  -6.115  -5.186
  149   2H2*    C 113          H2''        C 113  19.844  -6.500  -6.701
  150   1H5*    A 114          H5''        A 114  20.722  -7.727  -8.155
  151   2H5*    A 114          H5'         A 114  22.436  -7.757  -8.612
  152    H4*    A 114           H4'        A 114  21.336  -6.290 -10.143
  153    H3*    A 114           H3'        A 114  23.129  -5.142  -8.105
  154    H1*    A 114           H1'        A 114  19.997  -3.379  -9.597
  155    H8     A 114           H8         A 114  20.932  -4.233  -5.959
  156   1H6     A 114          1H6         A 114  16.855   0.249  -4.549
  157   2H6     A 114          2H6         A 114  17.974  -0.927  -3.897
  158    H2     A 114           H2         A 114  17.048  -0.201  -9.041
  159   1H2*    A 114          H2'         A 114  22.276  -3.144  -7.940
  160   2H2*    A 114          H2''        A 114  22.175  -3.024  -9.715
  161   1H5*    G 115          H5''        G 115  24.592  -3.221 -12.783
  162   2H5*    G 115          H5'         G 115  26.131  -2.655 -12.119
  163    H4*    G 115           H4'        G 115  24.358  -1.100 -13.483
  164    H3*    G 115           H3'        G 115  26.718  -0.618 -11.914
  165    H1*    G 115           H1'        G 115  23.253   1.330 -11.255
  166    H8     G 115           H8         G 115  24.870  -1.341  -8.958
  167    H1     G 115           H1         G 115  20.673   2.621  -6.176
  168   1H2     G 115          1H2         G 115  19.874   4.064  -7.673
  169   2H2     G 115          2H2         G 115  20.380   4.044  -9.348
  170    H3T    G 115           H3T        G 115  26.490  -0.095 -14.081
  171   1H2*    G 115          H2'         G 115  25.883   0.851 -10.314
  172   2H2*    G 115          H2''        G 115  25.319   1.858 -11.623
  173   1H5*    C 116          H5''        C 116  18.435   7.995  -1.768
  174   2H5*    C 116          H5'         C 116  17.222   9.229  -1.371
  175    H4*    C 116           H4'        C 116  16.867   9.263  -3.641
  176    H3*    C 116           H3'        C 116  15.178   7.172  -2.550
  177    H1*    C 116           H1'        C 116  17.210   6.950  -5.936
  178   1H4     C 116          1H4         C 116  20.344   1.446  -4.473
  179   2H4     C 116          2H4         C 116  19.819   1.567  -2.806
  180    H5     C 116           H5         C 116  18.443   3.421  -1.962
  181    H6     C 116           H6         C 116  17.325   5.491  -2.595
  182    H5T    C 116           H5T        C 116  16.460   7.682  -0.179
  183   1H2*    C 116          H2'         C 116  15.621   5.575  -3.968
  184   2H2*    C 116          H2''        C 116  15.163   6.636  -5.309
  185   1H5*    T 117          H5''        T 117  14.745   8.136  -6.571
  186   2H5*    T 117          H5'         T 117  13.138   8.702  -7.069
  187    H4*    T 117           H4'        T 117  13.800   7.298  -8.808
  188    H3*    T 117           H3'        T 117  11.852   6.190  -6.899
  189   1H2*    T 117          H2'         T 117  12.322   4.030  -7.148
  190   2H2*    T 117          H2''        T 117  12.406   4.163  -8.914
  191    H1*    T 117           H1'        T 117  14.650   4.097  -8.809
  192    H3     T 117           H3         T 117  16.005   0.809  -5.990
  193   1H5M    T 117          1H7         T 117  15.038   4.105  -2.452
  194   2H5M    T 117          2H7         T 117  13.606   3.039  -2.490
  195   3H5M    T 117          3H7         T 117  13.512   4.679  -3.183
  196    H6     T 117           H6         T 117  13.782   5.003  -5.290
  197   1H5*    G 118          H5''        G 118  12.689   5.442 -10.534
  198   2H5*    G 118          H5'         G 118  12.139   5.874 -12.160
  199    H4*    G 118           H4'        G 118  13.194   3.888 -12.626
  200    H3*    G 118           H3'        G 118  10.315   3.477 -12.230
  201    H1*    G 118           H1'        G 118  13.345   1.109 -11.479
  202    H8     G 118           H8         G 118  11.001   2.336  -8.557
  203    H1     G 118           H1         G 118  14.457  -2.935  -7.392
  204   1H2     G 118          1H2         G 118  15.668  -3.478  -9.169
  205   2H2     G 118          2H2         G 118  15.629  -2.547 -10.651
  206   1H2*    G 118          H2'         G 118  10.465   1.449 -11.199
  207   2H2*    G 118          H2''        G 118  11.466   0.878 -12.550
  208   1H5*    A 119          H5''        A 119  12.588   0.417 -14.314
  209   2H5*    A 119          H5'         A 119  11.971   0.262 -15.972
  210    H4*    A 119           H4'        A 119  12.430  -1.962 -15.488
  211    H3*    A 119           H3'        A 119   9.611  -1.311 -15.058
  212    H1*    A 119           H1'        A 119  11.801  -3.797 -12.776
  213    H8     A 119           H8         A 119   9.937  -0.498 -12.009
  214   1H6     A 119          1H6         A 119  10.626  -2.371  -6.098
  215   2H6     A 119          2H6         A 119   9.971  -1.108  -7.117
  216    H2     A 119           H2         A 119  12.525  -5.394  -8.854
  217   1H2*    A 119          H2'         A 119   9.235  -2.593 -13.282
  218   2H2*    A 119          H2''        A 119  10.015  -3.988 -14.108
  219   1H5*    A 120          H5''        A 120   8.786  -6.716 -17.129
  220   2H5*    A 120          H5'         A 120   7.558  -6.045 -16.037
  221    H4*    A 120           H4'        A 120   9.653  -8.116 -15.528
  222    H3*    A 120           H3'        A 120   6.864  -8.074 -15.651
  223    H1*    A 120           H1'        A 120   8.723  -8.048 -12.189
  224    H8     A 120           H8         A 120   7.938  -4.516 -13.470
  225   1H6     A 120          1H6         A 120   7.377  -3.272  -7.390
  226   2H6     A 120          2H6         A 120   7.360  -2.581  -8.996
  227    H2     A 120           H2         A 120   8.140  -7.702  -7.948
  228   1H2*    A 120          H2'         A 120   6.428  -6.995 -13.668
  229   2H2*    A 120          H2''        A 120   6.718  -8.605 -12.964
  230   1H5*    C 121          H5''        C 121   7.336 -10.531 -12.151
  231   2H5*    C 121          H5'         C 121   6.673 -12.128 -12.561
  232    H4*    C 121           H4'        C 121   5.400 -11.919 -10.759
  233    H3*    C 121           H3'        C 121   4.014 -10.247 -12.770
  234    H1*    C 121           H1'        C 121   4.381  -9.778  -8.828
  235   1H4     C 121          1H4         C 121   4.988  -3.496  -8.174
  236   2H4     C 121          2H4         C 121   5.199  -3.250  -9.890
  237    H5     C 121           H5         C 121   5.238  -5.139 -11.528
  238    H6     C 121           H6         C 121   5.048  -7.498 -11.765
  239   1H2*    C 121          H2'         C 121   3.239  -8.731 -11.329
  240   2H2*    C 121          H2''        C 121   2.639 -10.001 -10.246
  241   1H5*    A 122          H5''        A 122   1.648 -11.588  -9.371
  242   2H5*    A 122          H5'         A 122   0.264 -12.506  -9.992
  243    H4*    A 122           H4'        A 122  -0.652 -11.218  -8.278
  244    H3*    A 122           H3'        A 122  -1.209 -10.365 -11.018
  245    H1*    A 122           H1'        A 122  -0.889  -8.149  -7.734
  246    H8     A 122           H8         A 122   1.001  -7.510 -11.085
  247   1H6     A 122          1H6         A 122   2.575  -2.135  -8.359
  248   2H6     A 122          2H6         A 122   2.703  -3.079  -9.829
  249    H2     A 122           H2         A 122   0.190  -4.541  -5.447
  250   1H2*    A 122          H2'         A 122  -1.269  -8.137 -10.650
  251   2H2*    A 122          H2''        A 122  -2.453  -8.390  -9.341
  252   1H5*    A 123          H5''        A 123  -2.799  -9.737  -7.642
  253   2H5*    A 123          H5'         A 123  -4.176 -10.634  -6.973
  254    H4*    A 123           H4'        A 123  -3.949  -8.880  -5.438
  255    H3*    A 123           H3'        A 123  -6.127  -8.583  -7.335
  256    H1*    A 123           H1'        A 123  -3.988  -5.838  -5.669
  257    H8     A 123           H8         A 123  -3.882  -6.404  -9.453
  258   1H6     A 123          1H6         A 123  -1.246  -0.779  -9.803
  259   2H6     A 123          2H6         A 123  -1.815  -2.148 -10.733
  260    H2     A 123           H2         A 123  -1.994  -1.740  -5.488
  261   1H2*    A 123          H2'         A 123  -5.581  -6.620  -8.070
  262   2H2*    A 123          H2''        A 123  -6.147  -6.035  -6.460
  263   1H5*    T 124          H5''        T 124  -5.605  -5.883  -4.219
  264   2H5*    T 124          H5'         T 124  -6.707  -6.340  -2.906
  265    H4*    T 124           H4'        T 124  -6.612  -4.178  -2.347
  266    H3*    T 124           H3'        T 124  -8.678  -4.378  -4.409
  267   1H2*    T 124          H2'         T 124  -8.147  -2.565  -5.564
  268   2H2*    T 124          H2''        T 124  -8.315  -1.579  -4.092
  269    H1*    T 124           H1'        T 124  -6.075  -1.436  -3.811
  270    H3     T 124           H3         T 124  -4.523   0.593  -7.511
  271   1H5M    T 124          1H7         T 124  -4.912  -3.384  -9.979
  272   2H5M    T 124          2H7         T 124  -6.674  -3.327  -9.755
  273   3H5M    T 124          3H7         T 124  -5.710  -4.500  -8.833
  274    H6     T 124           H6         T 124  -6.370  -3.776  -6.691
  275   1H5*    C 125          H5''        C 125  -8.277  -0.908  -2.063
  276   2H5*    C 125          H5'         C 125  -9.658  -0.681  -0.975
  277    H4*    C 125           H4'        C 125  -8.928   1.493  -1.437
  278    H3*    C 125           H3'        C 125 -11.460   0.681  -2.330
  279    H1*    C 125           H1'        C 125  -9.104   3.019  -4.296
  280   1H4     C 125          1H4         C 125  -7.220   1.407 -10.132
  281   2H4     C 125          2H4         C 125  -7.866  -0.213  -9.964
  282    H5     C 125           H5         C 125  -8.935  -1.013  -7.946
  283    H6     C 125           H6         C 125  -9.596  -0.439  -5.687
  284   1H2*    C 125          H2'         C 125 -11.018   0.756  -4.597
  285   2H2*    C 125          H2''        C 125 -11.297   2.498  -4.392
  286   1H5*    A 126          H5''        A 126 -10.023   4.653  -1.567
  287   2H5*    A 126          H5'         A 126 -10.955   5.481  -0.305
  288    H4*    A 126           H4'        A 126  -9.578   7.137  -1.279
  289    H3*    A 126           H3'        A 126 -12.376   7.302  -1.475
  290    H1*    A 126           H1'        A 126 -10.126   8.005  -4.748
  291    H8     A 126           H8         A 126 -12.523   5.035  -4.159
  292   1H6     A 126          1H6         A 126 -11.256   3.852 -10.136
  293   2H6     A 126          2H6         A 126 -12.191   3.349  -8.746
  294    H2     A 126           H2         A 126  -8.812   7.417  -8.765
  295   1H2*    A 126          H2'         A 126 -12.718   7.131  -3.572
  296   2H2*    A 126          H2''        A 126 -12.135   8.791  -3.725
  297   1H5*    C 127          H5''        C 127  -8.322  10.004  -3.892
  298   2H5*    C 127          H5'         C 127  -9.011  11.502  -3.235
  299    H4*    C 127           H4'        C 127  -8.378  11.840  -5.546
  300    H3*    C 127           H3'        C 127 -11.121  12.094  -4.595
  301    H1*    C 127           H1'        C 127  -9.918  11.024  -8.157
  302   1H4     C 127          1H4         C 127 -13.488   5.980  -9.797
  303   2H4     C 127          2H4         C 127 -14.226   5.950  -8.210
  304    H5     C 127           H5         C 127 -13.603   7.500  -6.401
  305    H6     C 127           H6         C 127 -12.173   9.333  -5.812
  306   1H2*    C 127          H2'         C 127 -12.180  11.230  -6.295
  307   2H2*    C 127          H2''        C 127 -11.471  12.402  -7.380
  308   1H5*    C 128          H5''        C 128  -9.950  14.164  -7.854
  309   2H5*    C 128          H5'         C 128  -9.834  15.935  -7.863
  310    H4*    C 128           H4'        C 128 -10.440  15.611 -10.026
  311    H3*    C 128           H3'        C 128 -12.825  16.125  -8.387
  312    H1*    C 128           H1'        C 128 -12.525  13.763 -11.593
  313   1H4     C 128          1H4         C 128 -16.016   8.770  -9.821
  314   2H4     C 128          2H4         C 128 -16.106   9.348  -8.171
  315    H5     C 128           H5         C 128 -15.010  11.430  -7.424
  316    H6     C 128           H6         C 128 -13.605  13.231  -8.077
  317   1H2*    C 128          H2'         C 128 -14.225  14.737  -9.422
  318   2H2*    C 128          H2''        C 128 -13.776  15.524 -10.963
  319   1H5*    C 129          H5''        C 129 -11.878  16.659 -12.384
  320   2H5*    C 129          H5'         C 129 -12.220  18.159 -13.270
  321    H4*    C 129           H4'        C 129 -12.118  16.303 -14.816
  322    H3*    C 129           H3'        C 129 -14.618  17.807 -14.479
  323    H1*    C 129           H1'        C 129 -14.209  14.032 -15.445
  324   1H4     C 129          1H4         C 129 -18.712  11.538 -11.573
  325   2H4     C 129          2H4         C 129 -18.302  12.713 -10.342
  326    H5     C 129           H5         C 129 -16.614  14.485 -10.672
  327    H6     C 129           H6         C 129 -15.026  15.406 -12.268
  328   1H2*    C 129          H2'         C 129 -16.010  16.103 -14.725
  329   2H2*    C 129          H2''        C 129 -15.253  15.746 -16.314
  330   1H5*    C 130          H5''        C 130 -14.089  16.462 -18.017
  331   2H5*    C 130          H5'         C 130 -13.082  17.230 -19.268
  332    H4*    C 130           H4'        C 130 -14.470  16.076 -20.708
  333    H3*    C 130           H3'        C 130 -15.746  18.596 -20.091
  334    H1*    C 130           H1'        C 130 -17.702  15.072 -20.042
  335   1H4     C 130          1H4         C 130 -20.259  16.300 -14.269
  336   2H4     C 130          2H4         C 130 -18.964  17.414 -13.882
  337    H5     C 130           H5         C 130 -17.112  17.927 -15.477
  338    H6     C 130           H6         C 130 -16.229  17.457 -17.612
  339    H3T    C 130           H3T        C 130 -14.996  18.362 -22.111
  340   1H2*    C 130          H2'         C 130 -17.803  17.911 -19.619
  341   2H2*    C 130          H2''        C 130 -17.889  17.009 -21.150
  342   1H    MET   1          1HT       MET   1 -16.848  -3.491  -8.868
  343   2H    MET   1          2HT       MET   1 -17.418  -2.490 -10.139
  344   3H    MET   1          3HT       MET   1 -17.721  -2.059  -8.506
  345    HA   MET   1           HA       MET   1 -15.984  -0.786  -8.682
  346   1HB   MET   1          2HB       MET   1 -14.866  -3.550  -8.433
  347   2HB   MET   1          1HB       MET   1 -13.759  -2.195  -8.612
  348   1HG   MET   1          2HG       MET   1 -13.999  -2.624  -6.296
  349   2HG   MET   1          1HG       MET   1 -14.866  -1.130  -6.649
  350   1HE   MET   1          1HE       MET   1 -17.260  -1.731  -4.197
  351   2HE   MET   1          2HE       MET   1 -17.897  -1.115  -5.723
  352   3HE   MET   1          3HE       MET   1 -16.269  -0.677  -5.205
  353    H    VAL   2           H        VAL   2 -13.724  -0.450  -9.821
  354    HA   VAL   2           HA       VAL   2 -14.115  -0.996 -12.692
  355    HB   VAL   2           HB       VAL   2 -13.058   1.137 -13.198
  356   1HG1  VAL   2          1HG1      VAL   2 -15.601   0.783 -12.318
  357   2HG1  VAL   2          2HG1      VAL   2 -14.981   2.285 -13.003
  358   3HG1  VAL   2          3HG1      VAL   2 -15.048   2.075 -11.253
  359   1HG2  VAL   2          1HG2      VAL   2 -12.219   0.983 -10.480
  360   2HG2  VAL   2          2HG2      VAL   2 -13.143   2.469 -10.704
  361   3HG2  VAL   2          3HG2      VAL   2 -11.741   2.142 -11.722
  362    H    THR   3           H        THR   3 -12.791  -2.848 -12.623
  363    HA   THR   3           HA       THR   3 -10.085  -2.676 -11.654
  364    HB   THR   3           HB       THR   3 -10.477  -4.950 -13.357
  365    HG1  THR   3           HG1      THR   3 -12.429  -4.934 -11.337
  366   1HG2  THR   3          1HG2      THR   3 -10.409  -4.675 -10.360
  367   2HG2  THR   3          2HG2      THR   3  -9.009  -4.864 -11.416
  368   3HG2  THR   3          3HG2      THR   3 -10.186  -6.170 -11.268
  369    HA   PRO   4           HA       PRO   4  -8.443  -0.989 -15.425
  370   1HB   PRO   4          2HB       PRO   4  -5.816  -1.288 -14.810
  371   2HB   PRO   4          1HB       PRO   4  -6.827  -0.018 -14.112
  372   1HG   PRO   4          2HG       PRO   4  -6.013  -2.653 -12.943
  373   2HG   PRO   4          1HG       PRO   4  -6.076  -1.058 -12.170
  374   1HD   PRO   4          2HD       PRO   4  -8.016  -2.918 -11.835
  375   2HD   PRO   4          1HD       PRO   4  -8.354  -1.175 -11.828
  376    H    ARG   5           H        ARG   5  -8.965  -2.447 -17.021
  377    HA   ARG   5           HA       ARG   5  -7.505  -4.963 -17.195
  378   1HB   ARG   5          2HB       ARG   5 -10.057  -3.993 -18.109
  379   2HB   ARG   5          1HB       ARG   5  -9.141  -4.628 -19.469
  380   1HG   ARG   5          2HG       ARG   5 -10.523  -6.359 -18.517
  381   2HG   ARG   5          1HG       ARG   5  -8.819  -6.735 -18.249
  382   1HD   ARG   5          2HD       ARG   5  -9.090  -5.655 -15.969
  383   2HD   ARG   5          1HD       ARG   5 -10.827  -5.691 -16.270
  384    HE   ARG   5           HE       ARG   5 -10.818  -7.956 -15.902
  385   1HH1  ARG   5          1HH1      ARG   5  -7.546  -6.829 -16.284
  386   2HH1  ARG   5          2HH1      ARG   5  -6.834  -8.329 -15.794
  387   1HH2  ARG   5          1HH2      ARG   5  -9.891  -9.937 -15.253
  388   2HH2  ARG   5          2HH2      ARG   5  -8.167 -10.097 -15.208
  389    H    GLU   6           H        GLU   6  -7.700  -1.844 -18.758
  390    HA   GLU   6           HA       GLU   6  -5.554  -2.676 -20.597
  391   1HB   GLU   6          2HB       GLU   6  -7.605  -0.486 -20.981
  392   2HB   GLU   6          1HB       GLU   6  -6.322  -0.894 -22.113
  393   1HG   GLU   6          2HG       GLU   6  -8.032  -2.029 -23.071
  394   2HG   GLU   6          1HG       GLU   6  -7.445  -3.279 -21.974
  395    HA   PRO   7           HA       PRO   7  -3.663   0.385 -17.714
  396   1HB   PRO   7          2HB       PRO   7  -1.220  -0.799 -17.701
  397   2HB   PRO   7          1HB       PRO   7  -2.536  -1.299 -16.632
  398   1HG   PRO   7          2HG       PRO   7  -1.619  -2.516 -19.211
  399   2HG   PRO   7          1HG       PRO   7  -2.085  -3.318 -17.700
  400   1HD   PRO   7          2HD       PRO   7  -3.755  -3.127 -19.823
  401   2HD   PRO   7          1HD       PRO   7  -4.340  -3.125 -18.147
  402    H    LYS   8           H        LYS   8  -2.187   2.033 -18.153
  403    HA   LYS   8           HA       LYS   8  -0.826   2.003 -20.742
  404   1HB   LYS   8          2HB       LYS   8  -3.234   3.378 -20.332
  405   2HB   LYS   8          1HB       LYS   8  -1.983   4.611 -20.251
  406   1HG   LYS   8          2HG       LYS   8  -1.153   3.343 -22.440
  407   2HG   LYS   8          1HG       LYS   8  -2.873   2.953 -22.532
  408   1HD   LYS   8          2HD       LYS   8  -3.410   5.034 -23.139
  409   2HD   LYS   8          1HD       LYS   8  -2.403   5.745 -21.875
  410   1HE   LYS   8          2HE       LYS   8  -0.621   4.692 -23.758
  411   2HE   LYS   8          1HE       LYS   8  -1.888   5.483 -24.695
  412   1HZ   LYS   8          1HZ       LYS   8  -0.928   7.408 -24.238
  413   2HZ   LYS   8          2HZ       LYS   8   0.220   6.660 -23.247
  414   3HZ   LYS   8          3HZ       LYS   8  -1.250   7.182 -22.593
  415    H    LYS   9           H        LYS   9  -1.425   3.852 -17.765
  416    HA   LYS   9           HA       LYS   9   1.457   4.380 -17.610
  417   1HB   LYS   9          2HB       LYS   9  -0.607   6.335 -18.050
  418   2HB   LYS   9          1HB       LYS   9   0.157   6.623 -16.492
  419   1HG   LYS   9          2HG       LYS   9   2.276   6.144 -18.214
  420   2HG   LYS   9          1HG       LYS   9   1.148   7.121 -19.157
  421   1HD   LYS   9          2HD       LYS   9   1.702   8.951 -18.022
  422   2HD   LYS   9          1HD       LYS   9   1.354   8.155 -16.486
  423   1HE   LYS   9          2HE       LYS   9   3.943   8.150 -18.022
  424   2HE   LYS   9          1HE       LYS   9   3.632   8.850 -16.434
  425   1HZ   LYS   9          1HZ       LYS   9   4.276   6.935 -15.561
  426   2HZ   LYS   9          2HZ       LYS   9   4.418   6.216 -17.085
  427   3HZ   LYS   9          3HZ       LYS   9   2.939   6.175 -16.266
  428    H    ARG  10           H        ARG  10   2.195   3.568 -15.773
  429    HA   ARG  10           HA       ARG  10   0.643   3.925 -13.321
  430   1HB   ARG  10          2HB       ARG  10   1.471   1.474 -12.780
  431   2HB   ARG  10          1HB       ARG  10  -0.036   1.755 -13.640
  432   1HG   ARG  10          2HG       ARG  10   0.689   0.558 -15.349
  433   2HG   ARG  10          1HG       ARG  10   2.080   1.629 -15.539
  434   1HD   ARG  10          2HD       ARG  10   3.469   0.268 -14.333
  435   2HD   ARG  10          1HD       ARG  10   2.155  -0.403 -13.371
  436    HE   ARG  10           HE       ARG  10   3.122  -1.366 -15.912
  437   1HH1  ARG  10          1HH1      ARG  10   0.482  -1.341 -13.641
  438   2HH1  ARG  10          2HH1      ARG  10  -0.200  -2.825 -14.218
  439   1HH2  ARG  10          1HH2      ARG  10   2.232  -3.321 -16.680
  440   2HH2  ARG  10          2HH2      ARG  10   0.796  -3.952 -15.946
  441    H    THR  11           H        THR  11   1.931   3.540 -11.363
  442    HA   THR  11           HA       THR  11   3.752   3.982 -10.074
  443    HB   THR  11           HB       THR  11   5.990   3.163 -11.401
  444    HG1  THR  11           HG1      THR  11   5.511   1.815 -12.979
  445   1HG2  THR  11          1HG2      THR  11   5.911   1.744  -9.709
  446   2HG2  THR  11          2HG2      THR  11   4.650   0.824 -10.529
  447   3HG2  THR  11          3HG2      THR  11   4.214   2.146  -9.447
  448    H    THR  12           H        THR  12   6.080   5.023 -10.192
  449    HA   THR  12           HA       THR  12   7.407   6.798 -10.751
  450    HB   THR  12           HB       THR  12   5.949   7.711 -13.124
  451    HG1  THR  12           HG1      THR  12   6.758   5.000 -12.895
  452   1HG2  THR  12          1HG2      THR  12   8.042   8.428 -13.369
  453   2HG2  THR  12          2HG2      THR  12   8.424   6.780 -13.870
  454   3HG2  THR  12          3HG2      THR  12   8.665   7.270 -12.193
  455    H    ARG  13           H        ARG  13   4.815   6.925  -9.281
  456    HA   ARG  13           HA       ARG  13   3.180   8.993  -9.611
  457   1HB   ARG  13          2HB       ARG  13   3.225   9.389  -7.159
  458   2HB   ARG  13          1HB       ARG  13   3.128   7.685  -7.582
  459   1HG   ARG  13          2HG       ARG  13   5.316   7.266  -6.924
  460   2HG   ARG  13          1HG       ARG  13   5.768   8.971  -7.007
  461   1HD   ARG  13          2HD       ARG  13   3.805   9.061  -5.150
  462   2HD   ARG  13          1HD       ARG  13   4.465   7.455  -4.846
  463    HE   ARG  13           HE       ARG  13   6.657   9.067  -4.975
  464   1HH1  ARG  13          1HH1      ARG  13   3.716   9.072  -3.110
  465   2HH1  ARG  13          2HH1      ARG  13   4.437   9.834  -1.733
  466   1HH2  ARG  13          1HH2      ARG  13   7.618  10.070  -3.165
  467   2HH2  ARG  13          2HH2      ARG  13   6.657  10.402  -1.764
  468    H    LYS  14           H        LYS  14   3.125  11.240  -9.027
  469    HA   LYS  14           HA       LYS  14   5.718  12.576  -8.806
  470   1HB   LYS  14          2HB       LYS  14   3.881  12.697 -11.116
  471   2HB   LYS  14          1HB       LYS  14   4.485  14.249 -10.551
  472   1HG   LYS  14          2HG       LYS  14   6.709  12.547 -10.640
  473   2HG   LYS  14          1HG       LYS  14   5.801  12.251 -12.125
  474   1HD   LYS  14          2HD       LYS  14   6.777  14.917 -11.108
  475   2HD   LYS  14          1HD       LYS  14   7.404  14.022 -12.493
  476   1HE   LYS  14          2HE       LYS  14   5.219  14.234 -13.598
  477   2HE   LYS  14          1HE       LYS  14   4.627  15.167 -12.223
  478   1HZ   LYS  14          1HZ       LYS  14   6.816  15.938 -14.074
  479   2HZ   LYS  14          2HZ       LYS  14   6.388  16.806 -12.687
  480   3HZ   LYS  14          3HZ       LYS  14   5.287  16.653 -13.961
  481    H    LYS  15           H        LYS  15   4.068  12.321  -6.707
  482    HA   LYS  15           HA       LYS  15   2.895  13.441  -5.110
  483   1HB   LYS  15          2HB       LYS  15   3.692  16.051  -6.330
  484   2HB   LYS  15          1HB       LYS  15   3.649  15.577  -4.637
  485   1HG   LYS  15          2HG       LYS  15   5.564  13.961  -5.996
  486   2HG   LYS  15          1HG       LYS  15   5.867  15.659  -6.372
  487   1HD   LYS  15          2HD       LYS  15   5.519  15.957  -3.782
  488   2HD   LYS  15          1HD       LYS  15   5.956  14.247  -3.748
  489   1HE   LYS  15          2HE       LYS  15   7.714  15.830  -5.442
  490   2HE   LYS  15          1HE       LYS  15   7.707  16.379  -3.766
  491   1HZ   LYS  15          1HZ       LYS  15   8.834  14.589  -3.118
  492   2HZ   LYS  15          2HZ       LYS  15   9.157  14.304  -4.754
  493   3HZ   LYS  15          3HZ       LYS  15   7.857  13.527  -4.001
  494    H    LYS  16           H        LYS  16   1.095  14.958  -4.682
  495    HA   LYS  16           HA       LYS  16  -0.406  16.431  -6.339
  496   1HB   LYS  16          2HB       LYS  16  -0.575  14.864  -8.073
  497   2HB   LYS  16          1HB       LYS  16  -0.807  13.520  -6.964
  498   1HG   LYS  16          2HG       LYS  16  -3.038  13.980  -6.656
  499   2HG   LYS  16          1HG       LYS  16  -2.857  15.681  -7.089
  500   1HD   LYS  16          2HD       LYS  16  -3.553  15.179  -9.140
  501   2HD   LYS  16          1HD       LYS  16  -2.089  14.219  -9.358
  502   1HE   LYS  16          2HE       LYS  16  -3.735  12.669  -9.810
  503   2HE   LYS  16          1HE       LYS  16  -3.432  12.382  -8.096
  504   1HZ   LYS  16          1HZ       LYS  16  -5.354  13.678  -7.535
  505   2HZ   LYS  16          2HZ       LYS  16  -5.809  12.494  -8.653
  506   3HZ   LYS  16          3HZ       LYS  16  -5.613  14.097  -9.154
  507    H    ASP  17           H        ASP  17  -0.486  16.878  -3.942
  508    HA   ASP  17           HA       ASP  17  -2.937  16.896  -2.890
  509   1HB   ASP  17          2HB       ASP  17  -1.831  14.172  -2.681
  510   2HB   ASP  17          1HB       ASP  17  -2.502  14.811  -1.182
  511    HA   PRO  18           HA       PRO  18  -0.678  19.096   0.216
  512   1HB   PRO  18          2HB       PRO  18  -2.596  19.076   2.187
  513   2HB   PRO  18          1HB       PRO  18  -2.583  20.199   0.823
  514   1HG   PRO  18          2HG       PRO  18  -4.137  17.669   1.185
  515   2HG   PRO  18          1HG       PRO  18  -4.659  19.216   0.492
  516   1HD   PRO  18          2HD       PRO  18  -4.018  17.116  -1.058
  517   2HD   PRO  18          1HD       PRO  18  -3.656  18.783  -1.549
  518    H    ASN  19           H        ASN  19  -2.692  16.542   1.680
  519    HA   ASN  19           HA       ASN  19  -0.380  15.721   3.296
  520   1HB   ASN  19          2HB       ASN  19  -2.963  14.437   3.857
  521   2HB   ASN  19          1HB       ASN  19  -1.807  15.173   4.963
  522   1HD2  ASN  19          1HD2      ASN  19  -2.525  16.879   5.987
  523   2HD2  ASN  19          2HD2      ASN  19  -3.723  17.987   5.419
  524    H    ALA  20           H        ALA  20  -2.645  14.690   0.869
  525    HA   ALA  20           HA       ALA  20  -2.898  12.727  -0.292
  526   1HB   ALA  20          1HB       ALA  20  -0.699  13.923  -1.020
  527   2HB   ALA  20          2HB       ALA  20  -1.069  12.305  -1.617
  528   3HB   ALA  20          3HB       ALA  20   0.076  12.516  -0.291
  529    HA   PRO  21           HA       PRO  21  -2.557   9.830   3.270
  530   1HB   PRO  21          2HB       PRO  21  -4.711   8.614   1.623
  531   2HB   PRO  21          1HB       PRO  21  -4.668   8.923   3.361
  532   1HG   PRO  21          2HG       PRO  21  -6.141  10.445   1.748
  533   2HG   PRO  21          1HG       PRO  21  -5.253  11.157   3.109
  534   1HD   PRO  21          2HD       PRO  21  -4.592  11.179   0.191
  535   2HD   PRO  21          1HD       PRO  21  -4.402  12.465   1.401
  536    H    LYS  22           H        LYS  22  -3.183   8.949  -0.118
  537    HA   LYS  22           HA       LYS  22  -1.847   7.724  -1.544
  538   1HB   LYS  22          2HB       LYS  22  -0.298   6.705   0.831
  539   2HB   LYS  22          1HB       LYS  22   0.202   6.746  -0.853
  540   1HG   LYS  22          2HG       LYS  22   1.057   8.780  -0.635
  541   2HG   LYS  22          1HG       LYS  22  -0.419   9.392   0.115
  542   1HD   LYS  22          2HD       LYS  22   0.685   9.521   2.041
  543   2HD   LYS  22          1HD       LYS  22   0.795   7.759   2.042
  544   1HE   LYS  22          2HE       LYS  22   2.774   8.808   0.277
  545   2HE   LYS  22          1HE       LYS  22   2.888   9.650   1.823
  546   1HZ   LYS  22          1HZ       LYS  22   4.037   7.891   2.507
  547   2HZ   LYS  22          2HZ       LYS  22   3.600   6.960   1.164
  548   3HZ   LYS  22          3HZ       LYS  22   2.580   7.031   2.512
  549    H    ARG  23           H        ARG  23  -4.244   6.837  -0.927
  550    HA   ARG  23           HA       ARG  23  -5.569   4.999  -0.394
  551   1HB   ARG  23          2HB       ARG  23  -5.118   3.204  -2.024
  552   2HB   ARG  23          1HB       ARG  23  -5.036   4.801  -2.752
  553   1HG   ARG  23          2HG       ARG  23  -2.767   4.698  -3.064
  554   2HG   ARG  23          1HG       ARG  23  -2.532   3.524  -1.768
  555   1HD   ARG  23          2HD       ARG  23  -4.140   2.725  -4.140
  556   2HD   ARG  23          1HD       ARG  23  -2.389   2.820  -4.308
  557    HE   ARG  23           HE       ARG  23  -2.165   1.049  -2.790
  558   1HH1  ARG  23          1HH1      ARG  23  -5.502   1.917  -3.296
  559   2HH1  ARG  23          2HH1      ARG  23  -6.120   0.431  -2.655
  560   1HH2  ARG  23          1HH2      ARG  23  -2.970  -0.913  -1.952
  561   2HH2  ARG  23          2HH2      ARG  23  -4.680  -1.177  -1.893
  562    H    ALA  24           H        ALA  24  -4.832   2.242  -0.589
  563    HA   ALA  24           HA       ALA  24  -3.324   1.964   1.927
  564   1HB   ALA  24          1HB       ALA  24  -4.926   0.634   2.718
  565   2HB   ALA  24          2HB       ALA  24  -4.962  -0.323   1.236
  566   3HB   ALA  24          3HB       ALA  24  -5.911   1.160   1.353
  567    H    LEU  25           H        LEU  25  -2.847  -0.669   2.017
  568    HA   LEU  25           HA       LEU  25  -0.873  -1.077  -0.073
  569   1HB   LEU  25          2HB       LEU  25  -1.424  -2.180   2.595
  570   2HB   LEU  25          1HB       LEU  25  -0.853  -3.359   1.430
  571    HG   LEU  25           HG       LEU  25   1.034  -1.602   0.986
  572   1HD1  LEU  25          1HD1      LEU  25   1.617  -0.275   2.919
  573   2HD1  LEU  25          2HD1      LEU  25   0.207  -0.874   3.793
  574   3HD1  LEU  25          3HD1      LEU  25  -0.005   0.151   2.374
  575   1HD2  LEU  25          1HD2      LEU  25   1.991  -2.594   3.353
  576   2HD2  LEU  25          2HD2      LEU  25   2.007  -3.442   1.808
  577   3HD2  LEU  25          3HD2      LEU  25   0.702  -3.730   2.957
  578    H    SER  26           H        SER  26  -0.803  -3.700  -0.528
  579    HA   SER  26           HA       SER  26  -3.480  -4.374  -1.549
  580   1HB   SER  26          2HB       SER  26  -1.523  -3.623  -3.202
  581   2HB   SER  26          1HB       SER  26  -1.074  -5.322  -3.038
  582    HG   SER  26           HG       SER  26  -3.752  -4.705  -3.546
  583    H    ALA  27           H        ALA  27  -3.797  -6.699  -1.963
  584    HA   ALA  27           HA       ALA  27  -3.069  -8.304   0.233
  585   1HB   ALA  27          1HB       ALA  27  -3.963  -9.352  -2.438
  586   2HB   ALA  27          2HB       ALA  27  -5.067  -8.605  -1.283
  587   3HB   ALA  27          3HB       ALA  27  -4.196 -10.075  -0.846
  588    H    TYR  28           H        TYR  28  -1.416  -7.461  -2.616
  589    HA   TYR  28           HA       TYR  28   0.295  -9.783  -2.696
  590   1HB   TYR  28          2HB       TYR  28  -0.355  -8.411  -4.720
  591   2HB   TYR  28          1HB       TYR  28   0.705  -7.144  -4.109
  592    HD1  TYR  28           HD1      TYR  28   3.169  -7.761  -3.719
  593    HD2  TYR  28           HD2      TYR  28   0.506 -10.121  -6.053
  594    HE1  TYR  28           HE1      TYR  28   5.093  -8.848  -4.803
  595    HE2  TYR  28           HE2      TYR  28   2.420 -11.214  -7.145
  596    HH   TYR  28           HH       TYR  28   5.161 -11.518  -6.182
  597    H    MET  29           H        MET  29   0.269  -6.684  -1.166
  598    HA   MET  29           HA       MET  29   3.094  -6.639  -0.603
  599   1HB   MET  29          2HB       MET  29   1.028  -5.011   0.852
  600   2HB   MET  29          1HB       MET  29   2.709  -4.608   0.521
  601   1HG   MET  29          2HG       MET  29   0.513  -4.783  -1.532
  602   2HG   MET  29          1HG       MET  29   1.156  -3.297  -0.834
  603   1HE   MET  29          1HE       MET  29   2.249  -6.161  -3.768
  604   2HE   MET  29          2HE       MET  29   2.056  -4.647  -4.650
  605   3HE   MET  29          3HE       MET  29   0.801  -5.183  -3.533
  606    H    PHE  30           H        PHE  30   0.129  -7.239   1.266
  607    HA   PHE  30           HA       PHE  30   1.466  -7.871   3.686
  608   1HB   PHE  30          2HB       PHE  30  -1.209  -9.037   3.008
  609   2HB   PHE  30          1HB       PHE  30  -0.628  -8.399   4.543
  610    HD1  PHE  30           HD1      PHE  30  -2.559  -7.744   1.653
  611    HD2  PHE  30           HD2      PHE  30  -0.231  -5.860   4.676
  612    HE1  PHE  30           HE1      PHE  30  -3.560  -5.576   1.066
  613    HE2  PHE  30           HE2      PHE  30  -1.266  -3.696   4.128
  614    HZ   PHE  30           HZ       PHE  30  -2.928  -3.550   2.317
  615    H    PHE  31           H        PHE  31   0.213  -9.843   1.023
  616    HA   PHE  31           HA       PHE  31   0.976 -12.353   2.123
  617   1HB   PHE  31          2HB       PHE  31  -0.591 -12.551   0.413
  618   2HB   PHE  31          1HB       PHE  31   0.231 -11.381  -0.614
  619    HD1  PHE  31           HD1      PHE  31   0.393 -14.833   0.692
  620    HD2  PHE  31           HD2      PHE  31   1.821 -12.059  -2.204
  621    HE1  PHE  31           HE1      PHE  31   1.501 -16.669  -0.515
  622    HE2  PHE  31           HE2      PHE  31   2.937 -13.889  -3.411
  623    HZ   PHE  31           HZ       PHE  31   2.781 -16.197  -2.564
  624    H    ALA  32           H        ALA  32   2.467 -10.308  -0.391
  625    HA   ALA  32           HA       ALA  32   4.824 -11.757  -0.732
  626   1HB   ALA  32          1HB       ALA  32   4.429  -8.774  -0.930
  627   2HB   ALA  32          2HB       ALA  32   4.174  -9.948  -2.222
  628   3HB   ALA  32          3HB       ALA  32   5.796  -9.678  -1.583
  629    H    ASN  33           H        ASN  33   3.790  -9.723   1.868
  630    HA   ASN  33           HA       ASN  33   6.329  -9.168   3.007
  631   1HB   ASN  33          2HB       ASN  33   3.509  -8.929   3.820
  632   2HB   ASN  33          1HB       ASN  33   4.631  -9.196   5.151
  633   1HD2  ASN  33          1HD2      ASN  33   3.082  -6.874   3.559
  634   2HD2  ASN  33          2HD2      ASN  33   4.201  -5.568   3.718
  635    H    GLU  34           H        GLU  34   3.892 -11.676   3.657
  636    HA   GLU  34           HA       GLU  34   5.423 -13.077   5.584
  637   1HB   GLU  34          2HB       GLU  34   3.204 -14.035   3.769
  638   2HB   GLU  34          1HB       GLU  34   3.863 -14.959   5.112
  639   1HG   GLU  34          2HG       GLU  34   2.316 -12.389   5.219
  640   2HG   GLU  34          1HG       GLU  34   1.862 -13.963   5.871
  641    H    ASN  35           H        ASN  35   5.023 -13.490   2.091
  642    HA   ASN  35           HA       ASN  35   6.649 -15.787   1.864
  643   1HB   ASN  35          2HB       ASN  35   6.572 -13.920  -0.434
  644   2HB   ASN  35          1HB       ASN  35   6.239 -15.648  -0.374
  645   1HD2  ASN  35          1HD2      ASN  35   4.306 -15.506   1.725
  646   2HD2  ASN  35          2HD2      ASN  35   2.882 -14.791   1.056
  647    H    ARG  36           H        ARG  36   7.440 -12.585   0.546
  648    HA   ARG  36           HA       ARG  36   9.847 -12.325  -0.080
  649   1HB   ARG  36          2HB       ARG  36   9.094 -10.275   0.631
  650   2HB   ARG  36          1HB       ARG  36   8.564 -10.890   2.190
  651   1HG   ARG  36          2HG       ARG  36  11.054 -11.124   2.733
  652   2HG   ARG  36          1HG       ARG  36  11.317 -10.088   1.329
  653   1HD   ARG  36          2HD       ARG  36  11.248  -8.704   3.282
  654   2HD   ARG  36          1HD       ARG  36   9.778  -8.422   2.349
  655    HE   ARG  36           HE       ARG  36   9.070 -10.346   4.140
  656   1HH1  ARG  36          1HH1      ARG  36  10.489  -7.177   4.392
  657   2HH1  ARG  36          2HH1      ARG  36   9.798  -6.848   5.945
  658   1HH2  ARG  36          1HH2      ARG  36   8.154  -9.925   6.186
  659   2HH2  ARG  36          2HH2      ARG  36   8.471  -8.411   6.966
  660    H    ASP  37           H        ASP  37   9.529 -12.652   3.458
  661    HA   ASP  37           HA       ASP  37  12.224 -13.528   3.763
  662   1HB   ASP  37          2HB       ASP  37  11.610 -13.904   6.118
  663   2HB   ASP  37          1HB       ASP  37  11.066 -12.327   5.556
  664    H    ILE  38           H        ILE  38   9.090 -15.195   4.124
  665    HA   ILE  38           HA       ILE  38  10.037 -17.758   4.627
  666    HB   ILE  38           HB       ILE  38   7.546 -16.710   3.350
  667   1HG1  ILE  38          2HG1      ILE  38   6.499 -17.485   5.315
  668   2HG1  ILE  38          1HG1      ILE  38   7.819 -18.603   5.679
  669   1HG2  ILE  38          1HG2      ILE  38   7.691 -18.589   2.018
  670   2HG2  ILE  38          2HG2      ILE  38   6.795 -19.198   3.410
  671   3HG2  ILE  38          3HG2      ILE  38   8.520 -19.532   3.257
  672   1HD1  ILE  38          1HD1      ILE  38   7.730 -16.552   7.115
  673   2HD1  ILE  38          2HD1      ILE  38   8.135 -15.613   5.677
  674   3HD1  ILE  38          3HD1      ILE  38   9.265 -16.820   6.290
  675    H    VAL  39           H        VAL  39   8.775 -16.732   1.464
  676    HA   VAL  39           HA       VAL  39   9.731 -18.805  -0.049
  677    HB   VAL  39           HB       VAL  39   9.318 -15.921  -0.810
  678   1HG1  VAL  39          1HG1      VAL  39  10.848 -16.595  -2.437
  679   2HG1  VAL  39          2HG1      VAL  39   9.281 -16.898  -3.187
  680   3HG1  VAL  39          3HG1      VAL  39  10.201 -18.235  -2.499
  681   1HG2  VAL  39          1HG2      VAL  39   7.713 -18.377  -1.498
  682   2HG2  VAL  39          2HG2      VAL  39   7.273 -16.692  -1.779
  683   3HG2  VAL  39          3HG2      VAL  39   7.362 -17.317  -0.133
  684    H    ARG  40           H        ARG  40  11.343 -15.623   0.190
  685    HA   ARG  40           HA       ARG  40  13.658 -16.424  -1.170
  686   1HB   ARG  40          2HB       ARG  40  14.369 -14.292  -0.867
  687   2HB   ARG  40          1HB       ARG  40  12.697 -14.044  -0.385
  688   1HG   ARG  40          2HG       ARG  40  13.461 -13.218   1.521
  689   2HG   ARG  40          1HG       ARG  40  13.996 -14.846   1.943
  690   1HD   ARG  40          2HD       ARG  40  16.171 -14.424   1.394
  691   2HD   ARG  40          1HD       ARG  40  15.743 -13.219   0.178
  692    HE   ARG  40           HE       ARG  40  15.943 -11.616   1.785
  693   1HH1  ARG  40          1HH1      ARG  40  15.465 -14.691   3.345
  694   2HH1  ARG  40          2HH1      ARG  40  15.691 -14.063   4.943
  695   1HH2  ARG  40          1HH2      ARG  40  16.243 -10.776   3.884
  696   2HH2  ARG  40          2HH2      ARG  40  16.134 -11.836   5.250
  697    H    SER  41           H        SER  41  12.610 -17.256   1.909
  698    HA   SER  41           HA       SER  41  15.259 -17.607   3.045
  699   1HB   SER  41          2HB       SER  41  13.638 -16.979   4.654
  700   2HB   SER  41          1HB       SER  41  12.470 -18.157   4.055
  701    HG   SER  41           HG       SER  41  13.338 -19.606   5.297
  702    H    GLU  42           H        GLU  42  12.806 -19.468   1.423
  703    HA   GLU  42           HA       GLU  42  14.168 -21.986   1.992
  704   1HB   GLU  42          2HB       GLU  42  11.695 -21.455   0.330
  705   2HB   GLU  42          1HB       GLU  42  12.306 -23.035   0.799
  706   1HG   GLU  42          2HG       GLU  42  12.059 -21.956   3.222
  707   2HG   GLU  42          1HG       GLU  42  10.822 -21.027   2.376
  708    H    ASN  43           H        ASN  43  14.201 -19.505  -0.296
  709    HA   ASN  43           HA       ASN  43  15.894 -21.113  -2.053
  710   1HB   ASN  43          2HB       ASN  43  13.709 -19.333  -3.143
  711   2HB   ASN  43          1HB       ASN  43  14.791 -20.379  -4.059
  712   1HD2  ASN  43          1HD2      ASN  43  12.107 -20.302  -1.818
  713   2HD2  ASN  43          2HD2      ASN  43  11.524 -21.892  -2.164
  714    HA   PRO  44           HA       PRO  44  17.398 -16.793  -0.828
  715   1HB   PRO  44          2HB       PRO  44  19.824 -18.416  -0.294
  716   2HB   PRO  44          1HB       PRO  44  19.097 -17.127   0.672
  717   1HG   PRO  44          2HG       PRO  44  18.881 -19.676   1.419
  718   2HG   PRO  44          1HG       PRO  44  17.525 -18.549   1.621
  719   1HD   PRO  44          2HD       PRO  44  17.942 -20.665  -0.456
  720   2HD   PRO  44          1HD       PRO  44  16.452 -20.192   0.388
  721    H    ASP  45           H        ASP  45  18.400 -19.372  -2.900
  722    HA   ASP  45           HA       ASP  45  20.515 -18.006  -4.229
  723   1HB   ASP  45          2HB       ASP  45  20.327 -20.453  -4.275
  724   2HB   ASP  45          1HB       ASP  45  18.810 -20.328  -5.159
  725    H    ILE  46           H        ILE  46  17.178 -18.758  -5.247
  726    HA   ILE  46           HA       ILE  46  17.116 -17.411  -7.634
  727    HB   ILE  46           HB       ILE  46  14.652 -17.014  -7.129
  728   1HG1  ILE  46          2HG1      ILE  46  15.150 -18.788  -4.747
  729   2HG1  ILE  46          1HG1      ILE  46  15.140 -17.028  -4.592
  730   1HG2  ILE  46          1HG2      ILE  46  15.754 -19.048  -8.231
  731   2HG2  ILE  46          2HG2      ILE  46  14.112 -19.233  -7.617
  732   3HG2  ILE  46          3HG2      ILE  46  15.475 -19.863  -6.693
  733   1HD1  ILE  46          1HD1      ILE  46  12.873 -17.356  -5.968
  734   2HD1  ILE  46          2HD1      ILE  46  12.943 -17.391  -4.205
  735   3HD1  ILE  46          3HD1      ILE  46  12.919 -18.900  -5.118
  736    H    THR  47           H        THR  47  16.927 -15.345  -8.303
  737    HA   THR  47           HA       THR  47  17.154 -13.259  -6.261
  738    HB   THR  47           HB       THR  47  17.565 -11.908  -8.546
  739    HG1  THR  47           HG1      THR  47  18.055 -13.160 -10.181
  740   1HG2  THR  47          1HG2      THR  47  19.458 -11.676  -7.419
  741   2HG2  THR  47          2HG2      THR  47  20.011 -13.182  -8.152
  742   3HG2  THR  47          3HG2      THR  47  19.210 -13.208  -6.581
  743    H    PHE  48           H        PHE  48  16.164 -11.067  -7.170
  744    HA   PHE  48           HA       PHE  48  13.523 -10.994  -6.758
  745   1HB   PHE  48          2HB       PHE  48  14.523  -8.907  -7.018
  746   2HB   PHE  48          1HB       PHE  48  15.248  -9.335  -8.564
  747    HD1  PHE  48           HD1      PHE  48  11.718  -9.596  -7.418
  748    HD2  PHE  48           HD2      PHE  48  14.490  -7.770 -10.083
  749    HE1  PHE  48           HE1      PHE  48   9.856  -8.517  -8.610
  750    HE2  PHE  48           HE2      PHE  48  12.633  -6.683 -11.276
  751    HZ   PHE  48           HZ       PHE  48  10.312  -7.056 -10.541
  752    H    GLY  49           H        GLY  49  15.048 -11.972  -9.764
  753   1HA   GLY  49          2HA       GLY  49  12.729 -11.868 -11.372
  754   2HA   GLY  49          1HA       GLY  49  14.189 -12.773 -11.739
  755    H    GLN  50           H        GLN  50  14.239 -14.575  -9.637
  756    HA   GLN  50           HA       GLN  50  12.106 -16.364 -10.452
  757   1HB   GLN  50          2HB       GLN  50  13.596 -17.653  -8.484
  758   2HB   GLN  50          1HB       GLN  50  13.779 -17.832 -10.224
  759   1HG   GLN  50          2HG       GLN  50  15.226 -15.765  -8.592
  760   2HG   GLN  50          1HG       GLN  50  15.885 -17.351  -8.989
  761   1HE2  GLN  50          1HE2      GLN  50  16.027 -14.240  -9.821
  762   2HE2  GLN  50          2HE2      GLN  50  16.418 -14.376 -11.497
  763    H    VAL  51           H        VAL  51  13.456 -15.315  -7.321
  764    HA   VAL  51           HA       VAL  51  11.385 -16.254  -5.713
  765    HB   VAL  51           HB       VAL  51  13.309 -15.590  -4.564
  766   1HG1  VAL  51          1HG1      VAL  51  14.551 -14.184  -5.851
  767   2HG1  VAL  51          2HG1      VAL  51  13.908 -13.011  -4.701
  768   3HG1  VAL  51          3HG1      VAL  51  13.167 -13.183  -6.291
  769   1HG2  VAL  51          1HG2      VAL  51  11.224 -13.457  -4.133
  770   2HG2  VAL  51          2HG2      VAL  51  12.568 -13.781  -3.038
  771   3HG2  VAL  51          3HG2      VAL  51  11.336 -15.012  -3.311
  772    H    GLY  52           H        GLY  52  11.687 -13.270  -7.549
  773   1HA   GLY  52          2HA       GLY  52   9.338 -12.065  -6.402
  774   2HA   GLY  52          1HA       GLY  52  10.243 -11.475  -7.788
  775    H    LYS  53           H        LYS  53   9.867 -12.531  -9.866
  776    HA   LYS  53           HA       LYS  53   7.309 -12.577 -10.722
  777   1HB   LYS  53          2HB       LYS  53   9.532 -14.385 -11.691
  778   2HB   LYS  53          1HB       LYS  53   8.041 -14.076 -12.569
  779   1HG   LYS  53          2HG       LYS  53   8.619 -11.849 -12.998
  780   2HG   LYS  53          1HG       LYS  53   9.877 -11.848 -11.759
  781   1HD   LYS  53          2HD       LYS  53  10.748 -11.948 -14.092
  782   2HD   LYS  53          1HD       LYS  53  11.263 -13.294 -13.074
  783   1HE   LYS  53          2HE       LYS  53   8.790 -13.942 -14.371
  784   2HE   LYS  53          1HE       LYS  53   9.972 -13.413 -15.568
  785   1HZ   LYS  53          1HZ       LYS  53  11.515 -15.027 -14.252
  786   2HZ   LYS  53          2HZ       LYS  53  10.449 -15.628 -15.419
  787   3HZ   LYS  53          3HZ       LYS  53  10.055 -15.736 -13.778
  788    H    LYS  54           H        LYS  54   9.082 -15.419  -9.533
  789    HA   LYS  54           HA       LYS  54   6.989 -17.273  -9.734
  790   1HB   LYS  54          2HB       LYS  54   9.495 -17.641  -9.184
  791   2HB   LYS  54          1HB       LYS  54   9.017 -17.350  -7.518
  792   1HG   LYS  54          2HG       LYS  54   7.625 -19.405  -9.192
  793   2HG   LYS  54          1HG       LYS  54   9.133 -19.768  -8.352
  794   1HD   LYS  54          2HD       LYS  54   6.901 -18.505  -6.834
  795   2HD   LYS  54          1HD       LYS  54   6.814 -20.226  -7.210
  796   1HE   LYS  54          2HE       LYS  54   8.234 -20.701  -5.572
  797   2HE   LYS  54          1HE       LYS  54   9.430 -19.590  -6.241
  798   1HZ   LYS  54          1HZ       LYS  54   8.794 -17.921  -4.857
  799   2HZ   LYS  54          2HZ       LYS  54   8.415 -19.237  -3.864
  800   3HZ   LYS  54          3HZ       LYS  54   7.193 -18.456  -4.734
  801    H    LEU  55           H        LEU  55   7.990 -15.204  -7.014
  802    HA   LEU  55           HA       LEU  55   6.292 -15.903  -5.029
  803   1HB   LEU  55          2HB       LEU  55   7.772 -13.629  -5.653
  804   2HB   LEU  55          1HB       LEU  55   6.136 -13.031  -5.452
  805    HG   LEU  55           HG       LEU  55   7.181 -14.853  -3.355
  806   1HD1  LEU  55          1HD1      LEU  55   7.888 -12.269  -2.535
  807   2HD1  LEU  55          2HD1      LEU  55   8.576 -12.476  -4.146
  808   3HD1  LEU  55          3HD1      LEU  55   8.964 -13.627  -2.867
  809   1HD2  LEU  55          1HD2      LEU  55   5.985 -12.553  -2.304
  810   2HD2  LEU  55          2HD2      LEU  55   5.282 -14.163  -2.442
  811   3HD2  LEU  55          3HD2      LEU  55   5.039 -12.981  -3.728
  812    H    GLY  56           H        GLY  56   5.428 -13.696  -7.683
  813   1HA   GLY  56          2HA       GLY  56   2.703 -13.443  -7.022
  814   2HA   GLY  56          1HA       GLY  56   3.394 -13.168  -8.615
  815    H    GLU  57           H        GLU  57   4.382 -15.756  -9.110
  816    HA   GLU  57           HA       GLU  57   2.194 -17.040 -10.231
  817   1HB   GLU  57          2HB       GLU  57   4.850 -17.392 -10.404
  818   2HB   GLU  57          1HB       GLU  57   4.459 -18.745  -9.351
  819   1HG   GLU  57          2HG       GLU  57   4.490 -19.440 -11.666
  820   2HG   GLU  57          1HG       GLU  57   2.863 -19.572 -11.000
  821    H    LYS  58           H        LYS  58   3.962 -18.017  -7.292
  822    HA   LYS  58           HA       LYS  58   2.042 -19.958  -6.515
  823   1HB   LYS  58          2HB       LYS  58   3.980 -18.559  -4.672
  824   2HB   LYS  58          1HB       LYS  58   3.298 -20.171  -4.501
  825   1HG   LYS  58          2HG       LYS  58   5.009 -19.507  -6.858
  826   2HG   LYS  58          1HG       LYS  58   5.740 -19.899  -5.299
  827   1HD   LYS  58          2HD       LYS  58   3.749 -21.650  -6.737
  828   2HD   LYS  58          1HD       LYS  58   5.500 -21.855  -6.819
  829   1HE   LYS  58          2HE       LYS  58   5.103 -23.283  -5.109
  830   2HE   LYS  58          1HE       LYS  58   5.201 -21.798  -4.164
  831   1HZ   LYS  58          1HZ       LYS  58   2.581 -22.013  -5.037
  832   2HZ   LYS  58          2HZ       LYS  58   3.158 -22.208  -3.459
  833   3HZ   LYS  58          3HZ       LYS  58   3.012 -23.550  -4.479
  834    H    TRP  59           H        TRP  59   2.240 -16.539  -6.169
  835    HA   TRP  59           HA       TRP  59   0.743 -16.102  -3.856
  836   1HB   TRP  59          2HB       TRP  59   1.707 -14.171  -4.741
  837   2HB   TRP  59          1HB       TRP  59   1.159 -14.526  -6.375
  838    HD1  TRP  59           HD1      TRP  59  -0.617 -12.845  -7.110
  839    HE1  TRP  59           HE1      TRP  59  -2.612 -11.657  -5.997
  840    HE3  TRP  59           HE3      TRP  59  -0.069 -14.631  -2.356
  841    HZ2  TRP  59           HZ2      TRP  59  -3.808 -11.518  -3.438
  842    HZ3  TRP  59           HZ3      TRP  59  -1.671 -13.918  -0.635
  843    HH2  TRP  59           HH2      TRP  59  -3.505 -12.397  -1.165
  844    H    LYS  60           H        LYS  60  -0.351 -16.350  -7.229
  845    HA   LYS  60           HA       LYS  60  -3.124 -16.420  -6.396
  846   1HB   LYS  60          2HB       LYS  60  -1.669 -16.293  -8.996
  847   2HB   LYS  60          1HB       LYS  60  -3.316 -16.910  -8.999
  848   1HG   LYS  60          2HG       LYS  60  -3.847 -14.747  -7.658
  849   2HG   LYS  60          1HG       LYS  60  -2.320 -14.178  -8.335
  850   1HD   LYS  60          2HD       LYS  60  -4.608 -15.273  -9.966
  851   2HD   LYS  60          1HD       LYS  60  -4.306 -13.555  -9.692
  852   1HE   LYS  60          2HE       LYS  60  -3.178 -13.745 -11.642
  853   2HE   LYS  60          1HE       LYS  60  -1.886 -14.292 -10.573
  854   1HZ   LYS  60          1HZ       LYS  60  -2.042 -15.845 -12.325
  855   2HZ   LYS  60          2HZ       LYS  60  -3.724 -15.965 -12.187
  856   3HZ   LYS  60          3HZ       LYS  60  -2.729 -16.598 -10.974
  857    H    ALA  61           H        ALA  61  -0.606 -18.639  -6.979
  858    HA   ALA  61           HA       ALA  61  -2.118 -20.846  -7.907
  859   1HB   ALA  61          1HB       ALA  61   0.530 -20.329  -7.667
  860   2HB   ALA  61          2HB       ALA  61  -0.152 -21.924  -7.983
  861   3HB   ALA  61          3HB       ALA  61   0.283 -21.462  -6.338
  862    H    LEU  62           H        LEU  62  -1.452 -19.577  -4.716
  863    HA   LEU  62           HA       LEU  62  -1.937 -21.805  -3.149
  864   1HB   LEU  62          2HB       LEU  62  -2.848 -19.020  -2.445
  865   2HB   LEU  62          1HB       LEU  62  -2.401 -20.307  -1.343
  866    HG   LEU  62           HG       LEU  62  -0.195 -19.726  -3.091
  867   1HD1  LEU  62          1HD1      LEU  62  -1.762 -17.446  -2.434
  868   2HD1  LEU  62          2HD1      LEU  62  -0.211 -17.518  -3.272
  869   3HD1  LEU  62          3HD1      LEU  62  -0.259 -17.376  -1.515
  870   1HD2  LEU  62          1HD2      LEU  62  -0.374 -20.756  -0.715
  871   2HD2  LEU  62          2HD2      LEU  62  -0.312 -19.078  -0.177
  872   3HD2  LEU  62          3HD2      LEU  62   1.016 -19.750  -1.125
  873    H    THR  63           H        THR  63  -4.362 -19.228  -3.339
  874    HA   THR  63           HA       THR  63  -6.559 -20.189  -4.421
  875    HB   THR  63           HB       THR  63  -5.896 -21.912  -2.067
  876    HG1  THR  63           HG1      THR  63  -7.361 -22.439  -4.452
  877   1HG2  THR  63          1HG2      THR  63  -8.542 -22.443  -2.442
  878   2HG2  THR  63          2HG2      THR  63  -8.504 -20.682  -2.515
  879   3HG2  THR  63          3HG2      THR  63  -7.867 -21.519  -1.100
  880    HA   PRO  64           HA       PRO  64  -8.274 -16.585  -2.609
  881   1HB   PRO  64          2HB       PRO  64 -10.707 -18.294  -2.251
  882   2HB   PRO  64          1HB       PRO  64 -10.571 -16.658  -2.905
  883   1HG   PRO  64          2HG       PRO  64 -10.837 -18.767  -4.523
  884   2HG   PRO  64          1HG       PRO  64  -9.796 -17.400  -4.958
  885   1HD   PRO  64          2HD       PRO  64  -9.058 -20.135  -4.092
  886   2HD   PRO  64          1HD       PRO  64  -8.153 -18.983  -5.091
  887    H    GLU  65           H        GLU  65  -8.441 -19.655  -0.959
  888    HA   GLU  65           HA       GLU  65  -9.237 -18.543   1.571
  889   1HB   GLU  65          2HB       GLU  65  -8.889 -21.165   0.442
  890   2HB   GLU  65          1HB       GLU  65  -8.027 -21.064   1.970
  891   1HG   GLU  65          2HG       GLU  65  -9.984 -21.578   2.894
  892   2HG   GLU  65          1HG       GLU  65 -10.408 -19.894   2.593
  893    H    GLU  66           H        GLU  66  -6.223 -19.662   0.099
  894    HA   GLU  66           HA       GLU  66  -4.604 -19.176   2.393
  895   1HB   GLU  66          2HB       GLU  66  -3.336 -19.032  -0.275
  896   2HB   GLU  66          1HB       GLU  66  -2.884 -19.977   1.137
  897   1HG   GLU  66          2HG       GLU  66  -4.899 -20.619  -0.980
  898   2HG   GLU  66          1HG       GLU  66  -3.493 -21.551  -0.469
  899    H    LYS  67           H        LYS  67  -5.836 -17.211  -0.170
  900    HA   LYS  67           HA       LYS  67  -3.970 -15.037   0.363
  901   1HB   LYS  67          2HB       LYS  67  -6.293 -14.602  -1.419
  902   2HB   LYS  67          1HB       LYS  67  -4.610 -14.140  -1.630
  903   1HG   LYS  67          2HG       LYS  67  -4.181 -16.645  -1.996
  904   2HG   LYS  67          1HG       LYS  67  -5.928 -16.758  -2.222
  905   1HD   LYS  67          2HD       LYS  67  -5.798 -15.078  -4.003
  906   2HD   LYS  67          1HD       LYS  67  -4.051 -14.987  -3.783
  907   1HE   LYS  67          2HE       LYS  67  -3.682 -17.021  -4.757
  908   2HE   LYS  67          1HE       LYS  67  -5.255 -17.656  -4.276
  909   1HZ   LYS  67          1HZ       LYS  67  -4.876 -17.155  -6.729
  910   2HZ   LYS  67          2HZ       LYS  67  -5.019 -15.524  -6.306
  911   3HZ   LYS  67          3HZ       LYS  67  -6.309 -16.585  -6.033
  912    H    GLN  68           H        GLN  68  -7.216 -16.014   1.087
  913    HA   GLN  68           HA       GLN  68  -8.496 -13.682   1.710
  914   1HB   GLN  68          2HB       GLN  68 -10.014 -14.960   2.827
  915   2HB   GLN  68          1HB       GLN  68  -9.148 -16.248   2.001
  916   1HG   GLN  68          2HG       GLN  68  -7.794 -16.611   4.006
  917   2HG   GLN  68          1HG       GLN  68  -8.695 -15.343   4.834
  918   1HE2  GLN  68          1HE2      GLN  68 -11.233 -16.013   3.702
  919   2HE2  GLN  68          2HE2      GLN  68 -11.747 -17.489   4.439
  920    HA   PRO  69           HA       PRO  69  -6.128 -13.859   6.027
  921   1HB   PRO  69          2HB       PRO  69  -3.468 -14.575   4.934
  922   2HB   PRO  69          1HB       PRO  69  -4.254 -15.112   6.425
  923   1HG   PRO  69          2HG       PRO  69  -4.017 -16.760   4.343
  924   2HG   PRO  69          1HG       PRO  69  -5.487 -16.753   5.336
  925   1HD   PRO  69          2HD       PRO  69  -5.007 -15.509   2.654
  926   2HD   PRO  69          1HD       PRO  69  -6.424 -16.403   3.237
  927    H    TYR  70           H        TYR  70  -4.132 -13.200   3.144
  928    HA   TYR  70           HA       TYR  70  -3.208 -10.702   4.275
  929   1HB   TYR  70          2HB       TYR  70  -2.656 -11.143   1.440
  930   2HB   TYR  70          1HB       TYR  70  -1.544 -10.836   2.768
  931    HD1  TYR  70           HD1      TYR  70  -0.791 -12.742   4.207
  932    HD2  TYR  70           HD2      TYR  70  -2.993 -13.342   0.617
  933    HE1  TYR  70           HE1      TYR  70  -0.042 -15.083   4.146
  934    HE2  TYR  70           HE2      TYR  70  -2.255 -15.686   0.546
  935    HH   TYR  70           HH       TYR  70  -0.870 -17.256   3.154
  936    H    GLU  71           H        GLU  71  -4.978 -11.627   1.317
  937    HA   GLU  71           HA       GLU  71  -5.724  -9.170   0.377
  938   1HB   GLU  71          2HB       GLU  71  -6.282 -11.454  -0.582
  939   2HB   GLU  71          1HB       GLU  71  -7.624 -11.509   0.551
  940   1HG   GLU  71          2HG       GLU  71  -8.156  -9.159  -0.560
  941   2HG   GLU  71          1HG       GLU  71  -7.270  -9.887  -1.900
  942    H    ALA  72           H        ALA  72  -7.313 -11.063   2.919
  943    HA   ALA  72           HA       ALA  72  -9.278  -9.130   3.604
  944   1HB   ALA  72          1HB       ALA  72  -8.020 -11.228   5.372
  945   2HB   ALA  72          2HB       ALA  72  -9.392 -11.501   4.297
  946   3HB   ALA  72          3HB       ALA  72  -9.544 -10.387   5.656
  947    H    LYS  73           H        LYS  73  -5.977  -9.780   4.642
  948    HA   LYS  73           HA       LYS  73  -5.789  -7.739   6.600
  949   1HB   LYS  73          2HB       LYS  73  -4.121  -9.735   5.632
  950   2HB   LYS  73          1HB       LYS  73  -3.321  -8.248   5.137
  951   1HG   LYS  73          2HG       LYS  73  -4.098  -7.838   7.794
  952   2HG   LYS  73          1HG       LYS  73  -3.447  -9.478   7.725
  953   1HD   LYS  73          2HD       LYS  73  -1.383  -8.700   6.811
  954   2HD   LYS  73          1HD       LYS  73  -2.034  -7.075   6.581
  955   1HE   LYS  73          2HE       LYS  73  -1.982  -8.270   9.316
  956   2HE   LYS  73          1HE       LYS  73  -0.499  -7.608   8.629
  957   1HZ   LYS  73          1HZ       LYS  73  -2.544  -5.759   8.195
  958   2HZ   LYS  73          2HZ       LYS  73  -1.190  -5.599   9.196
  959   3HZ   LYS  73          3HZ       LYS  73  -2.631  -6.230   9.818
  960    H    ALA  74           H        ALA  74  -6.084  -7.673   3.241
  961    HA   ALA  74           HA       ALA  74  -4.674  -5.225   2.747
  962   1HB   ALA  74          1HB       ALA  74  -6.813  -6.337   0.966
  963   2HB   ALA  74          2HB       ALA  74  -5.224  -7.098   1.066
  964   3HB   ALA  74          3HB       ALA  74  -5.367  -5.423   0.531
  965    H    GLN  75           H        GLN  75  -8.082  -6.181   3.004
  966    HA   GLN  75           HA       GLN  75  -9.196  -3.590   2.876
  967   1HB   GLN  75          2HB       GLN  75 -10.209  -6.005   4.392
  968   2HB   GLN  75          1HB       GLN  75 -11.154  -4.583   3.971
  969   1HG   GLN  75          2HG       GLN  75 -11.485  -5.265   1.864
  970   2HG   GLN  75          1HG       GLN  75  -9.852  -5.911   1.705
  971   1HE2  GLN  75          1HE2      GLN  75  -9.987  -7.962   1.153
  972   2HE2  GLN  75          2HE2      GLN  75 -11.038  -9.139   1.858
  973    H    ALA  76           H        ALA  76  -7.780  -5.477   5.474
  974    HA   ALA  76           HA       ALA  76  -8.487  -3.851   7.655
  975   1HB   ALA  76          1HB       ALA  76  -6.865  -5.004   8.883
  976   2HB   ALA  76          2HB       ALA  76  -5.871  -5.305   7.458
  977   3HB   ALA  76          3HB       ALA  76  -7.397  -6.164   7.666
  978    H    ASP  77           H        ASP  77  -5.710  -3.757   5.455
  979    HA   ASP  77           HA       ASP  77  -4.550  -1.442   6.697
  980   1HB   ASP  77          2HB       ASP  77  -3.145  -3.061   5.503
  981   2HB   ASP  77          1HB       ASP  77  -4.002  -2.716   4.004
  982    H    LYS  78           H        LYS  78  -7.003  -2.023   4.376
  983    HA   LYS  78           HA       LYS  78  -6.893   0.368   2.888
  984   1HB   LYS  78          2HB       LYS  78  -8.504  -1.891   2.921
  985   2HB   LYS  78          1HB       LYS  78  -9.598  -0.597   3.390
  986   1HG   LYS  78          2HG       LYS  78  -7.914   0.107   1.124
  987   2HG   LYS  78          1HG       LYS  78  -8.937  -1.299   0.824
  988   1HD   LYS  78          2HD       LYS  78  -9.949   0.932   0.230
  989   2HD   LYS  78          1HD       LYS  78 -10.912  -0.078   1.312
  990   1HE   LYS  78          2HE       LYS  78 -10.120   1.195   3.229
  991   2HE   LYS  78          1HE       LYS  78  -9.110   2.182   2.173
  992   1HZ   LYS  78          1HZ       LYS  78 -11.880   2.444   2.777
  993   2HZ   LYS  78          2HZ       LYS  78 -11.630   2.348   1.106
  994   3HZ   LYS  78          3HZ       LYS  78 -10.841   3.539   2.012
  995    H    LYS  79           H        LYS  79  -8.641  -0.498   5.851
  996    HA   LYS  79           HA       LYS  79  -9.780   2.079   6.259
  997   1HB   LYS  79          2HB       LYS  79  -9.262  -0.241   8.119
  998   2HB   LYS  79          1HB       LYS  79 -10.045   1.243   8.643
  999   1HG   LYS  79          2HG       LYS  79 -11.549   0.646   6.489
 1000   2HG   LYS  79          1HG       LYS  79 -11.083  -0.974   7.015
 1001   1HD   LYS  79          2HD       LYS  79 -12.436  -0.890   8.791
 1002   2HD   LYS  79          1HD       LYS  79 -11.881   0.726   9.234
 1003   1HE   LYS  79          2HE       LYS  79 -13.543   0.716   6.845
 1004   2HE   LYS  79          1HE       LYS  79 -14.376   0.071   8.260
 1005   1HZ   LYS  79          1HZ       LYS  79 -13.519   2.775   7.695
 1006   2HZ   LYS  79          2HZ       LYS  79 -13.197   2.253   9.271
 1007   3HZ   LYS  79          3HZ       LYS  79 -14.780   2.220   8.677
 1008    H    ARG  80           H        ARG  80  -6.847   0.467   7.395
 1009    HA   ARG  80           HA       ARG  80  -5.804   2.168   9.224
 1010   1HB   ARG  80          2HB       ARG  80  -4.304   0.511   8.810
 1011   2HB   ARG  80          1HB       ARG  80  -4.643   0.488   7.086
 1012   1HG   ARG  80          2HG       ARG  80  -2.409   1.184   7.304
 1013   2HG   ARG  80          1HG       ARG  80  -3.331   2.640   6.924
 1014   1HD   ARG  80          2HD       ARG  80  -2.714   1.849   9.753
 1015   2HD   ARG  80          1HD       ARG  80  -1.579   2.787   8.784
 1016    HE   ARG  80           HE       ARG  80  -4.143   3.681   9.827
 1017   1HH1  ARG  80          1HH1      ARG  80  -1.406   4.313   7.769
 1018   2HH1  ARG  80          2HH1      ARG  80  -1.672   6.024   7.722
 1019   1HH2  ARG  80          1HH2      ARG  80  -4.505   5.932   9.770
 1020   2HH2  ARG  80          2HH2      ARG  80  -3.434   6.945   8.860
 1021    H    TYR  81           H        TYR  81  -5.271   2.561   5.717
 1022    HA   TYR  81           HA       TYR  81  -4.265   5.214   5.996
 1023   1HB   TYR  81          2HB       TYR  81  -3.544   4.737   3.935
 1024   2HB   TYR  81          1HB       TYR  81  -4.544   3.289   3.898
 1025    HD1  TYR  81           HD1      TYR  81  -3.886   6.298   2.270
 1026    HD2  TYR  81           HD2      TYR  81  -7.134   3.809   3.444
 1027    HE1  TYR  81           HE1      TYR  81  -5.293   7.319   0.530
 1028    HE2  TYR  81           HE2      TYR  81  -8.551   4.831   1.713
 1029    HH   TYR  81           HH       TYR  81  -7.591   7.654  -0.017
 1030    H    GLU  82           H        GLU  82  -7.420   3.815   5.420
 1031    HA   GLU  82           HA       GLU  82  -8.846   5.934   4.413
 1032   1HB   GLU  82          2HB       GLU  82  -9.838   3.735   4.796
 1033   2HB   GLU  82          1HB       GLU  82  -9.730   3.970   6.535
 1034   1HG   GLU  82          2HG       GLU  82 -11.133   6.182   5.553
 1035   2HG   GLU  82          1HG       GLU  82 -11.787   4.776   4.711
 1036    H    SER  83           H        SER  83  -7.481   5.544   7.574
 1037    HA   SER  83           HA       SER  83  -8.970   7.621   8.856
 1038   1HB   SER  83          2HB       SER  83  -7.942   5.991  10.271
 1039   2HB   SER  83          1HB       SER  83  -6.362   6.251   9.532
 1040    HG   SER  83           HG       SER  83  -7.806   7.983  11.238
 1041    H    GLU  84           H        GLU  84  -5.820   7.425   7.264
 1042    HA   GLU  84           HA       GLU  84  -5.086  10.125   7.751
 1043   1HB   GLU  84          2HB       GLU  84  -3.244   8.831   7.275
 1044   2HB   GLU  84          1HB       GLU  84  -4.081   7.903   6.039
 1045   1HG   GLU  84          2HG       GLU  84  -2.440   9.205   4.951
 1046   2HG   GLU  84          1HG       GLU  84  -4.002   9.934   4.582
 1047    H    LYS  85           H        LYS  85  -7.106   8.584   5.418
 1048    HA   LYS  85           HA       LYS  85  -7.012  10.759   3.521
 1049   1HB   LYS  85          2HB       LYS  85  -8.203   9.411   2.126
 1050   2HB   LYS  85          1HB       LYS  85  -7.599   8.164   3.210
 1051   1HG   LYS  85          2HG       LYS  85  -9.777   8.575   4.530
 1052   2HG   LYS  85          1HG       LYS  85 -10.334   9.360   3.050
 1053   1HD   LYS  85          2HD       LYS  85  -9.081   6.819   2.481
 1054   2HD   LYS  85          1HD       LYS  85 -10.404   6.636   3.634
 1055   1HE   LYS  85          2HE       LYS  85 -11.343   8.405   1.680
 1056   2HE   LYS  85          1HE       LYS  85 -10.501   7.131   0.800
 1057   1HZ   LYS  85          1HZ       LYS  85 -11.987   5.569   1.450
 1058   2HZ   LYS  85          2HZ       LYS  85 -13.016   6.909   1.518
 1059   3HZ   LYS  85          3HZ       LYS  85 -12.315   6.309   2.935
 1060    H    GLU  86           H        GLU  86  -9.177   9.618   6.061
 1061    HA   GLU  86           HA       GLU  86 -11.288  11.430   5.585
 1062   1HB   GLU  86          2HB       GLU  86 -11.909  10.976   7.955
 1063   2HB   GLU  86          1HB       GLU  86 -11.648   9.519   7.008
 1064   1HG   GLU  86          2HG       GLU  86  -9.562   9.109   8.033
 1065   2HG   GLU  86          1HG       GLU  86  -9.527  10.713   8.765
 1066    H    LEU  87           H        LEU  87  -8.376  11.625   7.589
 1067    HA   LEU  87           HA       LEU  87  -8.956  14.255   8.577
 1068   1HB   LEU  87          2HB       LEU  87  -6.531  14.248   9.212
 1069   2HB   LEU  87          1HB       LEU  87  -7.491  12.953   9.905
 1070    HG   LEU  87           HG       LEU  87  -6.569  11.662   7.750
 1071   1HD1  LEU  87          1HD1      LEU  87  -5.308  13.903   7.245
 1072   2HD1  LEU  87          2HD1      LEU  87  -4.524  12.347   6.973
 1073   3HD1  LEU  87          3HD1      LEU  87  -4.159  13.276   8.427
 1074   1HD2  LEU  87          1HD2      LEU  87  -5.809  11.892  10.533
 1075   2HD2  LEU  87          2HD2      LEU  87  -4.452  11.401   9.517
 1076   3HD2  LEU  87          3HD2      LEU  87  -5.944  10.460   9.514
 1077    H    TYR  88           H        TYR  88  -6.963  12.892   5.998
 1078    HA   TYR  88           HA       TYR  88  -5.641  14.968   4.912
 1079   1HB   TYR  88          2HB       TYR  88  -5.652  12.867   3.772
 1080   2HB   TYR  88          1HB       TYR  88  -7.392  12.940   3.519
 1081    HD1  TYR  88           HD1      TYR  88  -4.296  14.848   2.661
 1082    HD2  TYR  88           HD2      TYR  88  -8.189  13.613   1.467
 1083    HE1  TYR  88           HE1      TYR  88  -3.945  15.887   0.460
 1084    HE2  TYR  88           HE2      TYR  88  -7.848  14.647  -0.735
 1085    HH   TYR  88           HH       TYR  88  -6.324  15.566  -2.127
 1086    H    ASN  89           H        ASN  89  -9.017  14.286   3.993
 1087    HA   ASN  89           HA       ASN  89  -9.538  16.765   2.800
 1088   1HB   ASN  89          2HB       ASN  89 -11.690  15.267   4.254
 1089   2HB   ASN  89          1HB       ASN  89 -11.767  16.100   2.705
 1090   1HD2  ASN  89          1HD2      ASN  89 -11.671  13.150   4.159
 1091   2HD2  ASN  89          2HD2      ASN  89 -11.135  12.192   2.826
 1092    H    ALA  90           H        ALA  90  -9.889  15.678   6.152
 1093    HA   ALA  90           HA       ALA  90 -11.127  18.075   7.072
 1094   1HB   ALA  90          1HB       ALA  90 -11.561  16.610   8.694
 1095   2HB   ALA  90          2HB       ALA  90  -9.936  16.947   9.287
 1096   3HB   ALA  90          3HB       ALA  90 -10.219  15.568   8.225
 1097    H    THR  91           H        THR  91  -8.195  16.976   8.627
 1098    HA   THR  91           HA       THR  91  -7.094  19.254   9.429
 1099    HB   THR  91           HB       THR  91  -5.951  16.703   8.499
 1100    HG1  THR  91           HG1      THR  91  -5.120  18.341  10.661
 1101   1HG2  THR  91          1HG2      THR  91  -4.468  18.062   7.237
 1102   2HG2  THR  91          2HG2      THR  91  -3.618  17.576   8.703
 1103   3HG2  THR  91          3HG2      THR  91  -4.284  19.203   8.569
 1104    H    LEU  92           H        LEU  92  -6.378  17.963   6.171
 1105    HA   LEU  92           HA       LEU  92  -4.923  20.175   5.286
 1106   1HB   LEU  92          2HB       LEU  92  -4.751  19.044   3.357
 1107   2HB   LEU  92          1HB       LEU  92  -5.525  17.749   4.247
 1108    HG   LEU  92           HG       LEU  92  -7.741  18.715   3.373
 1109   1HD1  LEU  92          1HD1      LEU  92  -6.803  19.706   0.943
 1110   2HD1  LEU  92          2HD1      LEU  92  -5.847  20.527   2.176
 1111   3HD1  LEU  92          3HD1      LEU  92  -7.608  20.611   2.225
 1112   1HD2  LEU  92          1HD2      LEU  92  -7.480  16.784   2.289
 1113   2HD2  LEU  92          2HD2      LEU  92  -5.744  17.029   2.098
 1114   3HD2  LEU  92          3HD2      LEU  92  -6.868  17.753   0.948
 1115    H    ALA  93           HN       ALA  93  -8.382  19.450   4.968
 1116    HA   ALA  93           HA       ALA  93  -8.808  22.205   4.018
 1117   1HB   ALA  93          1HB       ALA  93 -10.203  21.375   2.506
 1118   2HB   ALA  93          2HB       ALA  93 -11.148  20.575   3.762
 1119   3HB   ALA  93          3HB       ALA  93  -9.766  19.752   3.038
  Start of MODEL    6
    1   1H5*    G 101          H5''        G 101 -29.001   6.596 -13.041
    2   2H5*    G 101          H5'         G 101 -29.345   4.843 -13.014
    3    H4*    G 101           H4'        G 101 -27.571   5.179 -14.583
    4    H3*    G 101           H3'        G 101 -27.213   3.713 -12.154
    5    H1*    G 101           H1'        G 101 -24.621   5.951 -14.012
    6    H8     G 101           H8         G 101 -24.339   6.189 -10.281
    7    H1     G 101           H1         G 101 -22.769  11.663 -13.223
    8   1H2     G 101          1H2         G 101 -23.397  11.607 -15.345
    9   2H2     G 101          2H2         G 101 -24.205  10.222 -16.048
   10    H5T    G 101           H5T        G 101 -28.616   4.711 -11.036
   11   1H2*    G 101          H2'         G 101 -25.434   4.817 -11.357
   12   2H2*    G 101          H2''        G 101 -24.512   4.075 -12.700
   13   1H5*    G 102          H5''        G 102 -25.285   3.263 -15.976
   14   2H5*    G 102          H5'         G 102 -24.562   1.794 -16.659
   15    H4*    G 102           H4'        G 102 -23.428   3.904 -17.380
   16    H3*    G 102           H3'        G 102 -22.203   1.519 -16.276
   17    H1*    G 102           H1'        G 102 -21.073   5.257 -16.007
   18    H8     G 102           H8         G 102 -21.749   3.235 -12.731
   19    H1     G 102           H1         G 102 -18.745   8.859 -12.054
   20   1H2     G 102          1H2         G 102 -18.529   9.855 -14.035
   21   2H2     G 102          2H2         G 102 -19.124   9.130 -15.512
   22   1H2*    G 102          H2'         G 102 -20.707   2.523 -14.902
   23   2H2*    G 102          H2''        G 102 -20.013   3.323 -16.303
   24   1H5*    G 103          H5''        G 103 -19.871   4.578 -18.065
   25   2H5*    G 103          H5'         G 103 -19.442   4.052 -19.716
   26    H4*    G 103           H4'        G 103 -17.738   5.520 -19.271
   27    H3*    G 103           H3'        G 103 -16.890   2.808 -18.593
   28    H1*    G 103           H1'        G 103 -16.027   6.143 -16.806
   29    H8     G 103           H8         G 103 -17.772   3.299 -14.793
   30    H1     G 103           H1         G 103 -15.534   8.215 -11.340
   31   1H2     G 103          1H2         G 103 -14.660   9.754 -12.685
   32   2H2     G 103          2H2         G 103 -14.630   9.569 -14.426
   33   1H2*    G 103          H2'         G 103 -16.132   3.200 -16.566
   34   2H2*    G 103          H2''        G 103 -14.919   4.286 -17.299
   35   1H5*    G 104          H5''        G 104 -13.231   6.038 -19.110
   36   2H5*    G 104          H5'         G 104 -12.293   5.077 -20.273
   37    H4*    G 104           H4'        G 104 -10.773   6.136 -18.724
   38    H3*    G 104           H3'        G 104 -11.065   3.247 -19.011
   39    H1*    G 104           H1'        G 104 -10.336   5.175 -15.689
   40    H8     G 104           H8         G 104 -13.456   3.022 -15.972
   41    H1     G 104           H1         G 104 -12.666   5.938 -10.318
   42   1H2     G 104          1H2         G 104 -10.902   7.302 -10.415
   43   2H2     G 104          2H2         G 104  -9.943   7.475 -11.867
   44   1H2*    G 104          H2'         G 104 -11.534   2.726 -16.880
   45   2H2*    G 104          H2''        G 104  -9.861   3.096 -16.532
   46   1H5*    T 105          H5''        T 105  -9.323   8.375 -17.249
   47   2H5*    T 105          H5'         T 105  -7.869   8.018 -18.203
   48    H4*    T 105           H4'        T 105  -7.331   8.932 -15.994
   49    H3*    T 105           H3'        T 105  -6.423   6.269 -16.874
   50   1H2*    T 105          H2'         T 105  -6.040   5.435 -14.828
   51   2H2*    T 105          H2''        T 105  -5.207   6.930 -14.338
   52    H1*    T 105           H1'        T 105  -6.960   7.767 -13.336
   53    H3     T 105           H3         T 105  -8.974   5.486 -10.056
   54   1H5M    T 105          1H7         T 105  -8.208   2.015 -14.014
   55   2H5M    T 105          2H7         T 105  -9.944   2.407 -14.045
   56   3H5M    T 105          3H7         T 105  -9.232   1.631 -12.609
   57    H6     T 105           H6         T 105  -7.976   4.420 -14.631
   58   1H5*    G 106          H5''        G 106  -5.280   9.249 -14.887
   59   2H5*    G 106          H5'         G 106  -4.004  10.478 -14.945
   60    H4*    G 106           H4'        G 106  -4.798  10.478 -12.675
   61    H3*    G 106           H3'        G 106  -2.133   9.412 -13.240
   62    H1*    G 106           H1'        G 106  -4.637   8.087 -10.491
   63    H8     G 106           H8         G 106  -3.228   6.230 -13.546
   64    H1     G 106           H1         G 106  -6.200   2.496  -9.273
   65   1H2     G 106          1H2         G 106  -7.020   3.740  -7.609
   66   2H2     G 106          2H2         G 106  -6.817   5.477  -7.567
   67   1H2*    G 106          H2'         G 106  -2.160   7.679 -11.947
   68   2H2*    G 106          H2''        G 106  -2.532   8.770 -10.554
   69   1H5*    A 107          H5''        A 107  -3.269  10.416  -9.340
   70   2H5*    A 107          H5'         A 107  -2.305  11.685  -8.564
   71    H4*    A 107           H4'        A 107  -2.702  10.321  -6.756
   72    H3*    A 107           H3'        A 107  -0.098  10.121  -7.896
   73    H1*    A 107           H1'        A 107  -2.088   7.126  -6.447
   74    H8     A 107           H8         A 107  -1.241   6.936 -10.157
   75   1H6     A 107          1H6         A 107  -3.408   1.108  -9.640
   76   2H6     A 107          2H6         A 107  -2.652   2.256 -10.723
   77    H2     A 107           H2         A 107  -3.975   3.222  -5.715
   78   1H2*    A 107          H2'         A 107  -0.141   7.996  -8.510
   79   2H2*    A 107          H2''        A 107   0.125   7.706  -6.804
   80   1H5*    T 108          H5''        T 108   1.125   6.709  -5.284
   81   2H5*    T 108          H5'         T 108  -0.632   6.953  -5.036
   82    H4*    T 108           H4'        T 108  -0.123   6.439  -2.561
   83    H3*    T 108           H3'        T 108   2.470   6.091  -3.684
   84   1H2*    T 108          H2'         T 108   2.431   4.008  -4.457
   85   2H2*    T 108          H2''        T 108   2.115   3.399  -2.830
   86    H1*    T 108           H1'        T 108  -0.034   2.980  -3.258
   87    H3     T 108           H3         T 108  -0.380   0.190  -6.703
   88   1H5M    T 108          1H7         T 108   1.769   3.796  -9.290
   89   2H5M    T 108          2H7         T 108   0.750   5.104  -8.645
   90   3H5M    T 108          3H7         T 108   0.036   3.846  -9.693
   91    H6     T 108           H6         T 108   0.779   4.840  -6.430
   92   1H5*    T 109          H5''        T 109  -0.248   2.485   0.158
   93   2H5*    T 109          H5'         T 109   1.247   2.877   1.024
   94    H4*    T 109           H4'        T 109   0.892   0.453   0.466
   95    H3*    T 109           H3'        T 109   3.334   2.023  -0.078
   96   1H2*    T 109          H2'         T 109   4.137   0.598  -1.657
   97   2H2*    T 109          H2''        T 109   3.720  -0.809  -0.653
   98    H1*    T 109           H1'        T 109   1.819  -1.208  -1.758
   99    H3     T 109           H3         T 109   2.279  -1.875  -6.148
  100   1H5M    T 109          1H7         T 109   3.260   3.003  -6.213
  101   2H5M    T 109          2H7         T 109   4.742   2.087  -6.585
  102   3H5M    T 109          3H7         T 109   4.548   2.864  -4.993
  103    H6     T 109           H6         T 109   3.308   1.847  -3.305
  104   1H5*    G 110          H5''        G 110   3.529  -1.859   1.233
  105   2H5*    G 110          H5'         G 110   4.212  -2.152   2.852
  106    H4*    G 110           H4'        G 110   4.901  -4.100   1.899
  107    H3*    G 110           H3'        G 110   6.932  -2.061   1.623
  108    H1*    G 110           H1'        G 110   6.032  -4.795  -1.103
  109    H8     G 110           H8         G 110   5.699  -0.928  -1.569
  110    H1     G 110           H1         G 110   5.447  -4.509  -6.883
  111   1H2     G 110          1H2         G 110   5.592  -6.668  -6.357
  112   2H2     G 110          2H2         G 110   5.751  -7.215  -4.703
  113   1H2*    G 110          H2'         G 110   7.520  -2.400  -0.542
  114   2H2*    G 110          H2''        G 110   7.868  -4.097  -0.118
  115   1H5*    T 111          H5''        T 111   7.434  -6.141   0.693
  116   2H5*    T 111          H5'         T 111   8.247  -6.851   2.101
  117    H4*    T 111           H4'        T 111   8.824  -8.464   0.652
  118    H3*    T 111           H3'        T 111  10.910  -6.386   0.466
  119   1H2*    T 111          H2'         T 111  11.225  -6.435  -1.690
  120   2H2*    T 111          H2''        T 111  11.474  -8.200  -1.645
  121    H1*    T 111           H1'        T 111   9.476  -8.547  -2.546
  122    H3     T 111           H3         T 111   8.986  -6.291  -6.380
  123   1H5M    T 111          1H7         T 111   9.061  -2.698  -2.346
  124   2H5M    T 111          2H7         T 111   8.437  -2.267  -3.969
  125   3H5M    T 111          3H7         T 111  10.187  -2.372  -3.681
  126    H6     T 111           H6         T 111   9.388  -4.887  -1.806
  127   1H5*    T 112          H5''        T 112  11.978 -10.142  -0.860
  128   2H5*    T 112          H5'         T 112  13.455 -10.871  -0.211
  129    H4*    T 112           H4'        T 112  13.544 -11.307  -2.511
  130    H3*    T 112           H3'        T 112  15.335  -9.302  -1.394
  131   1H2*    T 112          H2'         T 112  15.395  -7.842  -3.024
  132   2H2*    T 112          H2''        T 112  15.851  -9.122  -4.176
  133    H1*    T 112           H1'        T 112  13.846  -9.255  -5.001
  134    H3     T 112           H3         T 112  12.571  -5.267  -6.579
  135   1H5M    T 112          1H7         T 112  12.788  -4.988  -1.166
  136   2H5M    T 112          2H7         T 112  11.437  -4.165  -1.983
  137   3H5M    T 112          3H7         T 112  13.092  -3.527  -2.137
  138    H6     T 112           H6         T 112  13.260  -7.032  -2.170
  139   1H5*    C 113          H5''        C 113  16.742 -10.636  -5.405
  140   2H5*    C 113          H5'         C 113  18.328 -11.368  -5.115
  141    H4*    C 113           H4'        C 113  18.835 -10.068  -6.938
  142    H3*    C 113           H3'        C 113  19.424  -8.652  -4.390
  143    H1*    C 113           H1'        C 113  18.260  -6.948  -7.738
  144   1H4     C 113          1H4         C 113  14.521  -2.777  -4.664
  145   2H4     C 113          2H4         C 113  14.717  -3.628  -3.148
  146    H5     C 113           H5         C 113  16.063  -5.739  -2.963
  147    H6     C 113           H6         C 113  17.377  -7.307  -4.210
  148   1H2*    C 113          H2'         C 113  19.253  -6.634  -5.067
  149   2H2*    C 113          H2''        C 113  20.124  -7.012  -6.579
  150   1H5*    A 114          H5''        A 114  21.006  -8.182  -8.072
  151   2H5*    A 114          H5'         A 114  22.738  -8.294  -8.440
  152    H4*    A 114           H4'        A 114  21.814  -6.708  -9.967
  153    H3*    A 114           H3'        A 114  23.542  -5.740  -7.785
  154    H1*    A 114           H1'        A 114  20.588  -3.750  -9.362
  155    H8     A 114           H8         A 114  21.282  -4.807  -5.725
  156   1H6     A 114          1H6         A 114  17.302  -0.239  -4.320
  157   2H6     A 114          2H6         A 114  18.342  -1.487  -3.667
  158    H2     A 114           H2         A 114  17.720  -0.494  -8.813
  159   1H2*    A 114          H2'         A 114  22.771  -3.714  -7.564
  160   2H2*    A 114          H2''        A 114  22.786  -3.501  -9.333
  161   1H5*    G 115          H5''        G 115  25.379  -3.687 -12.256
  162   2H5*    G 115          H5'         G 115  26.898  -3.216 -11.479
  163    H4*    G 115           H4'        G 115  25.269  -1.527 -12.861
  164    H3*    G 115           H3'        G 115  27.547  -1.217 -11.132
  165    H1*    G 115           H1'        G 115  24.126   0.841 -10.597
  166    H8     G 115           H8         G 115  25.497  -1.982  -8.320
  167    H1     G 115           H1         G 115  21.297   2.041  -5.630
  168   1H2     G 115          1H2         G 115  20.648   3.572  -7.111
  169   2H2     G 115          2H2         G 115  21.253   3.596  -8.752
  170    H3T    G 115           H3T        G 115  26.281   0.481 -13.023
  171   1H2*    G 115          H2'         G 115  26.675   0.218  -9.521
  172   2H2*    G 115          H2''        G 115  26.230   1.301 -10.816
  173   1H5*    C 116          H5''        C 116  19.022   7.308  -1.157
  174   2H5*    C 116          H5'         C 116  17.840   8.577  -0.771
  175    H4*    C 116           H4'        C 116  17.603   8.713  -3.052
  176    H3*    C 116           H3'        C 116  15.777   6.654  -2.130
  177    H1*    C 116           H1'        C 116  17.969   6.470  -5.417
  178   1H4     C 116          1H4         C 116  20.815   0.799  -3.999
  179   2H4     C 116          2H4         C 116  20.205   0.880  -2.358
  180    H5     C 116           H5         C 116  18.853   2.756  -1.520
  181    H6     C 116           H6         C 116  17.849   4.887  -2.131
  182    H5T    C 116           H5T        C 116  17.710   6.312   0.201
  183   1H2*    C 116          H2'         C 116  16.228   5.094  -3.584
  184   2H2*    C 116          H2''        C 116  15.882   6.219  -4.905
  185   1H5*    T 117          H5''        T 117  15.588   7.778  -6.130
  186   2H5*    T 117          H5'         T 117  14.032   8.438  -6.675
  187    H4*    T 117           H4'        T 117  14.705   7.075  -8.440
  188    H3*    T 117           H3'        T 117  12.630   5.982  -6.663
  189   1H2*    T 117          H2'         T 117  13.032   3.816  -6.952
  190   2H2*    T 117          H2''        T 117  13.186   3.995  -8.710
  191    H1*    T 117           H1'        T 117  15.419   3.836  -8.528
  192    H3     T 117           H3         T 117  16.551   0.412  -5.774
  193   1H5M    T 117          1H7         T 117  15.519   3.595  -2.156
  194   2H5M    T 117          2H7         T 117  14.050   2.591  -2.310
  195   3H5M    T 117          3H7         T 117  14.055   4.261  -2.937
  196    H6     T 117           H6         T 117  14.430   4.649  -5.017
  197   1H5*    G 118          H5''        G 118  13.566   5.280 -10.299
  198   2H5*    G 118          H5'         G 118  13.111   5.761 -11.941
  199    H4*    G 118           H4'        G 118  14.000   3.709 -12.412
  200    H3*    G 118           H3'        G 118  11.097   3.470 -12.019
  201    H1*    G 118           H1'        G 118  13.991   0.931 -11.293
  202    H8     G 118           H8         G 118  11.689   2.226  -8.365
  203    H1     G 118           H1         G 118  14.885  -3.221  -7.268
  204   1H2     G 118          1H2         G 118  16.085  -3.789  -9.047
  205   2H2     G 118          2H2         G 118  16.099  -2.832 -10.512
  206   1H2*    G 118          H2'         G 118  11.132   1.417 -11.026
  207   2H2*    G 118          H2''        G 118  12.110   0.816 -12.379
  208   1H5*    A 119          H5''        A 119  13.212   0.338 -14.150
  209   2H5*    A 119          H5'         A 119  12.593   0.236 -15.812
  210    H4*    A 119           H4'        A 119  12.953  -2.013 -15.359
  211    H3*    A 119           H3'        A 119  10.163  -1.245 -14.929
  212    H1*    A 119           H1'        A 119  12.233  -3.859 -12.678
  213    H8     A 119           H8         A 119  10.511  -0.491 -11.867
  214   1H6     A 119          1H6         A 119  11.077  -2.495  -5.984
  215   2H6     A 119          2H6         A 119  10.484  -1.187  -6.984
  216    H2     A 119           H2         A 119  12.856  -5.551  -8.780
  217   1H2*    A 119          H2'         A 119   9.722  -2.543 -13.177
  218   2H2*    A 119          H2''        A 119  10.450  -3.954 -14.022
  219   1H5*    A 120          H5''        A 120   9.132  -6.577 -17.103
  220   2H5*    A 120          H5'         A 120   7.917  -5.881 -16.013
  221    H4*    A 120           H4'        A 120   9.920  -8.044 -15.525
  222    H3*    A 120           H3'        A 120   7.135  -7.883 -15.660
  223    H1*    A 120           H1'        A 120   8.975  -7.993 -12.188
  224    H8     A 120           H8         A 120   8.351  -4.410 -13.412
  225   1H6     A 120          1H6         A 120   7.798  -3.249  -7.315
  226   2H6     A 120          2H6         A 120   7.822  -2.529  -8.908
  227    H2     A 120           H2         A 120   8.371  -7.697  -7.948
  228   1H2*    A 120          H2'         A 120   6.736  -6.818 -13.662
  229   2H2*    A 120          H2''        A 120   6.949  -8.450 -12.984
  230   1H5*    C 121          H5''        C 121   7.430 -10.439 -12.225
  231   2H5*    C 121          H5'         C 121   6.638 -11.974 -12.656
  232    H4*    C 121           H4'        C 121   5.365 -11.665 -10.877
  233    H3*    C 121           H3'        C 121   4.157  -9.852 -12.893
  234    H1*    C 121           H1'        C 121   4.504  -9.505  -8.938
  235   1H4     C 121          1H4         C 121   5.460  -3.286  -8.151
  236   2H4     C 121          2H4         C 121   5.716  -3.018  -9.858
  237    H5     C 121           H5         C 121   5.672  -4.879 -11.536
  238    H6     C 121           H6         C 121   5.344  -7.212 -11.823
  239   1H2*    C 121          H2'         C 121   3.438  -8.335 -11.420
  240   2H2*    C 121          H2''        C 121   2.753  -9.596 -10.377
  241   1H5*    A 122          H5''        A 122   1.837 -11.293  -9.584
  242   2H5*    A 122          H5'         A 122   0.366 -12.113 -10.137
  243    H4*    A 122           H4'        A 122  -0.309 -10.933  -8.241
  244    H3*    A 122           H3'        A 122  -1.119  -9.852 -10.846
  245    H1*    A 122           H1'        A 122  -0.444  -7.964  -7.420
  246    H8     A 122           H8         A 122   1.094  -7.046 -10.886
  247   1H6     A 122          1H6         A 122   2.817  -1.813  -7.985
  248   2H6     A 122          2H6         A 122   2.825  -2.673  -9.511
  249    H2     A 122           H2         A 122   0.733  -4.441  -5.022
  250   1H2*    A 122          H2'         A 122  -1.191  -7.674 -10.246
  251   2H2*    A 122          H2''        A 122  -2.197  -8.090  -8.832
  252   1H5*    A 123          H5''        A 123  -2.746  -9.439  -7.170
  253   2H5*    A 123          H5'         A 123  -4.312 -10.224  -6.881
  254    H4*    A 123           H4'        A 123  -4.182  -8.588  -5.174
  255    H3*    A 123           H3'        A 123  -6.068  -8.171  -7.301
  256    H1*    A 123           H1'        A 123  -4.158  -5.498  -5.361
  257    H8     A 123           H8         A 123  -3.195  -6.026  -9.037
  258   1H6     A 123          1H6         A 123  -0.344  -0.516  -8.647
  259   2H6     A 123          2H6         A 123  -0.740  -1.847  -9.711
  260    H2     A 123           H2         A 123  -2.086  -1.499  -4.634
  261   1H2*    A 123          H2'         A 123  -5.152  -6.336  -8.049
  262   2H2*    A 123          H2''        A 123  -6.054  -5.568  -6.701
  263   1H5*    T 124          H5''        T 124  -5.906  -4.565  -2.724
  264   2H5*    T 124          H5'         T 124  -7.601  -5.091  -2.793
  265    H4*    T 124           H4'        T 124  -7.370  -2.610  -2.701
  266    H3*    T 124           H3'        T 124  -8.599  -4.073  -5.004
  267   1H2*    T 124          H2'         T 124  -8.132  -2.441  -6.535
  268   2H2*    T 124          H2''        T 124  -8.793  -1.211  -5.422
  269    H1*    T 124           H1'        T 124  -6.779  -0.567  -4.693
  270    H3     T 124           H3         T 124  -4.430   0.965  -8.144
  271   1H5M    T 124          1H7         T 124  -5.830  -3.330 -10.199
  272   2H5M    T 124          2H7         T 124  -5.153  -4.331  -8.901
  273   3H5M    T 124          3H7         T 124  -4.071  -3.374  -9.956
  274    H6     T 124           H6         T 124  -6.206  -3.363  -7.040
  275   1H5*    C 125          H5''        C 125  -8.414  -0.861  -3.297
  276   2H5*    C 125          H5'         C 125  -8.260   0.216  -1.894
  277    H4*    C 125           H4'        C 125 -10.069   1.514  -2.547
  278    H3*    C 125           H3'        C 125 -11.260  -0.984  -3.320
  279    H1*    C 125           H1'        C 125 -10.523   2.067  -5.678
  280   1H4     C 125          1H4         C 125  -6.251   1.048 -10.299
  281   2H4     C 125          2H4         C 125  -7.081  -0.450 -10.658
  282    H5     C 125           H5         C 125  -8.843  -1.344  -9.288
  283    H6     C 125           H6         C 125 -10.193  -1.010  -7.332
  284   1H2*    C 125          H2'         C 125 -10.898  -0.908  -5.533
  285   2H2*    C 125          H2''        C 125 -12.082   0.423  -5.588
  286   1H5*    A 126          H5''        A 126 -10.223   3.111  -0.698
  287   2H5*    A 126          H5'         A 126 -11.776   3.747  -0.116
  288    H4*    A 126           H4'        A 126  -9.971   5.453  -0.749
  289    H3*    A 126           H3'        A 126 -12.790   5.483  -1.002
  290    H1*    A 126           H1'        A 126 -10.481   6.593  -4.089
  291    H8     A 126           H8         A 126 -12.861   3.532  -3.989
  292   1H6     A 126          1H6         A 126 -11.242   3.123  -9.987
  293   2H6     A 126          2H6         A 126 -12.250   2.444  -8.728
  294    H2     A 126           H2         A 126  -8.923   6.497  -8.048
  295   1H2*    A 126          H2'         A 126 -13.074   5.516  -3.107
  296   2H2*    A 126          H2''        A 126 -12.545   7.201  -3.083
  297   1H5*    C 127          H5''        C 127  -8.816   8.634  -3.017
  298   2H5*    C 127          H5'         C 127  -9.610  10.015  -2.234
  299    H4*    C 127           H4'        C 127  -8.947  10.596  -4.500
  300    H3*    C 127           H3'        C 127 -11.707  10.654  -3.566
  301    H1*    C 127           H1'        C 127 -10.440   9.948  -7.193
  302   1H4     C 127          1H4         C 127 -13.652   4.857  -9.325
  303   2H4     C 127          2H4         C 127 -14.486   4.708  -7.793
  304    H5     C 127           H5         C 127 -14.040   6.168  -5.868
  305    H6     C 127           H6         C 127 -12.729   8.002  -5.077
  306   1H2*    C 127          H2'         C 127 -12.716   9.907  -5.339
  307   2H2*    C 127          H2''        C 127 -12.045  11.192  -6.316
  308   1H5*    C 128          H5''        C 128 -10.705  13.089  -6.733
  309   2H5*    C 128          H5'         C 128 -10.863  14.848  -6.564
  310    H4*    C 128           H4'        C 128 -11.500  14.610  -8.739
  311    H3*    C 128           H3'        C 128 -13.855  14.663  -6.971
  312    H1*    C 128           H1'        C 128 -13.376  12.683 -10.406
  313   1H4     C 128          1H4         C 128 -16.243   7.182  -9.087
  314   2H4     C 128          2H4         C 128 -16.393   7.602  -7.394
  315    H5     C 128           H5         C 128 -15.544   9.726  -6.465
  316    H6     C 128           H6         C 128 -14.359  11.729  -6.956
  317   1H2*    C 128          H2'         C 128 -15.140  13.271  -8.145
  318   2H2*    C 128          H2''        C 128 -14.789  14.242  -9.608
  319   1H5*    C 129          H5''        C 129 -13.829  15.546 -11.093
  320   2H5*    C 129          H5'         C 129 -14.241  17.235 -11.443
  321    H4*    C 129           H4'        C 129 -14.982  16.267 -13.375
  322    H3*    C 129           H3'        C 129 -17.239  16.425 -11.472
  323    H1*    C 129           H1'        C 129 -16.599  13.657 -14.175
  324   1H4     C 129          1H4         C 129 -18.285   8.755 -10.346
  325   2H4     C 129          2H4         C 129 -17.708   9.639  -8.950
  326    H5     C 129           H5         C 129 -16.785  11.921  -9.084
  327    H6     C 129           H6         C 129 -16.264  13.736 -10.619
  328   1H2*    C 129          H2'         C 129 -18.259  14.593 -12.120
  329   2H2*    C 129          H2''        C 129 -18.183  15.125 -13.830
  330   1H5*    C 130          H5''        C 130 -18.182  16.836 -15.156
  331   2H5*    C 130          H5'         C 130 -18.073  18.365 -16.059
  332    H4*    C 130           H4'        C 130 -19.669  17.378 -17.403
  333    H3*    C 130           H3'        C 130 -21.042  18.685 -15.218
  334    H1*    C 130           H1'        C 130 -21.914  14.948 -16.444
  335   1H4     C 130          1H4         C 130 -21.726  12.664 -10.431
  336   2H4     C 130          2H4         C 130 -20.681  13.973  -9.922
  337    H5     C 130           H5         C 130 -19.940  15.786 -11.473
  338    H6     C 130           H6         C 130 -20.052  16.586 -13.681
  339    H3T    C 130           H3T        C 130 -21.179  19.529 -17.249
  340   1H2*    C 130          H2'         C 130 -22.435  17.080 -14.590
  341   2H2*    C 130          H2''        C 130 -23.018  16.887 -16.260
  342   1H    MET   1          1HT       MET   1 -13.676  -4.494 -14.273
  343   2H    MET   1          2HT       MET   1 -13.818  -2.935 -13.572
  344   3H    MET   1          3HT       MET   1 -12.493  -3.944 -13.159
  345    HA   MET   1           HA       MET   1 -12.400  -3.791 -15.853
  346   1HB   MET   1          2HB       MET   1 -13.569  -1.358 -14.666
  347   2HB   MET   1          1HB       MET   1 -12.192  -1.079 -15.722
  348   1HG   MET   1          2HG       MET   1 -14.459  -0.983 -16.803
  349   2HG   MET   1          1HG       MET   1 -13.278  -2.043 -17.570
  350   1HE   MET   1          1HE       MET   1 -17.349  -3.191 -17.144
  351   2HE   MET   1          2HE       MET   1 -16.475  -1.773 -17.724
  352   3HE   MET   1          3HE       MET   1 -16.912  -1.903 -16.019
  353    H    VAL   2           H        VAL   2 -10.743  -4.806 -14.123
  354    HA   VAL   2           HA       VAL   2  -8.825  -3.216 -12.891
  355    HB   VAL   2           HB       VAL   2  -8.955  -5.621 -12.506
  356   1HG1  VAL   2          1HG1      VAL   2  -8.052  -7.200 -14.168
  357   2HG1  VAL   2          2HG1      VAL   2  -7.903  -5.874 -15.321
  358   3HG1  VAL   2          3HG1      VAL   2  -9.495  -6.368 -14.745
  359   1HG2  VAL   2          1HG2      VAL   2  -6.746  -5.863 -12.041
  360   2HG2  VAL   2          2HG2      VAL   2  -6.729  -4.151 -12.467
  361   3HG2  VAL   2          3HG2      VAL   2  -6.237  -5.361 -13.653
  362    H    THR   3           H        THR   3  -6.865  -2.357 -13.518
  363    HA   THR   3           HA       THR   3  -6.544  -1.062 -15.843
  364    HB   THR   3           HB       THR   3  -4.019  -1.324 -15.497
  365    HG1  THR   3           HG1      THR   3  -3.691  -2.225 -13.242
  366   1HG2  THR   3          1HG2      THR   3  -5.553   0.416 -14.454
  367   2HG2  THR   3          2HG2      THR   3  -4.008   0.122 -13.657
  368   3HG2  THR   3          3HG2      THR   3  -5.488  -0.571 -12.994
  369    HA   PRO   4           HA       PRO   4  -5.827  -3.830 -19.183
  370   1HB   PRO   4          2HB       PRO   4  -3.955  -2.519 -20.649
  371   2HB   PRO   4          1HB       PRO   4  -5.640  -1.996 -20.553
  372   1HG   PRO   4          2HG       PRO   4  -3.250  -0.970 -19.070
  373   2HG   PRO   4          1HG       PRO   4  -4.570  -0.061 -19.828
  374   1HD   PRO   4          2HD       PRO   4  -4.469  -0.533 -17.163
  375   2HD   PRO   4          1HD       PRO   4  -6.000  -0.414 -18.054
  376    H    ARG   5           H        ARG   5  -3.314  -3.068 -17.008
  377    HA   ARG   5           HA       ARG   5  -1.532  -4.288 -16.275
  378   1HB   ARG   5          2HB       ARG   5  -2.024  -6.385 -18.362
  379   2HB   ARG   5          1HB       ARG   5  -1.381  -6.570 -16.736
  380   1HG   ARG   5          2HG       ARG   5  -3.673  -5.933 -15.891
  381   2HG   ARG   5          1HG       ARG   5  -4.232  -6.111 -17.556
  382   1HD   ARG   5          2HD       ARG   5  -4.355  -8.315 -17.327
  383   2HD   ARG   5          1HD       ARG   5  -2.667  -8.391 -16.823
  384    HE   ARG   5           HE       ARG   5  -4.432  -7.549 -14.727
  385   1HH1  ARG   5          1HH1      ARG   5  -3.106 -10.303 -16.395
  386   2HH1  ARG   5          2HH1      ARG   5  -3.328 -11.383 -15.059
  387   1HH2  ARG   5          1HH2      ARG   5  -4.729  -8.962 -12.961
  388   2HH2  ARG   5          2HH2      ARG   5  -4.251 -10.620 -13.107
  389    H    GLU   6           H        GLU   6  -1.282  -2.289 -18.280
  390    HA   GLU   6           HA       GLU   6   1.310  -3.040 -19.337
  391   1HB   GLU   6          2HB       GLU   6  -0.305  -1.736 -21.408
  392   2HB   GLU   6          1HB       GLU   6   0.824  -3.079 -21.538
  393   1HG   GLU   6          2HG       GLU   6  -0.816  -4.658 -20.991
  394   2HG   GLU   6          1HG       GLU   6  -1.915  -3.426 -20.373
  395    HA   PRO   7           HA       PRO   7   1.061   1.315 -17.813
  396   1HB   PRO   7          2HB       PRO   7   3.478   1.262 -16.579
  397   2HB   PRO   7          1HB       PRO   7   1.992   0.699 -15.806
  398   1HG   PRO   7          2HG       PRO   7   4.150  -0.888 -17.145
  399   2HG   PRO   7          1HG       PRO   7   3.297  -1.220 -15.626
  400   1HD   PRO   7          2HD       PRO   7   2.665  -2.454 -17.952
  401   2HD   PRO   7          1HD       PRO   7   1.455  -2.090 -16.706
  402    H    LYS   8           H        LYS   8   1.558   2.825 -19.261
  403    HA   LYS   8           HA       LYS   8   4.066   2.549 -20.783
  404   1HB   LYS   8          2HB       LYS   8   1.755   2.401 -21.981
  405   2HB   LYS   8          1HB       LYS   8   1.722   4.147 -21.764
  406   1HG   LYS   8          2HG       LYS   8   2.563   3.620 -23.952
  407   2HG   LYS   8          1HG       LYS   8   3.861   4.309 -22.976
  408   1HD   LYS   8          2HD       LYS   8   4.677   2.027 -22.506
  409   2HD   LYS   8          1HD       LYS   8   3.417   1.383 -23.561
  410   1HE   LYS   8          2HE       LYS   8   4.399   2.256 -25.477
  411   2HE   LYS   8          1HE       LYS   8   5.338   3.443 -24.572
  412   1HZ   LYS   8          1HZ       LYS   8   6.863   1.822 -25.226
  413   2HZ   LYS   8          2HZ       LYS   8   5.829   0.540 -24.842
  414   3HZ   LYS   8          3HZ       LYS   8   6.543   1.449 -23.607
  415    H    LYS   9           H        LYS   9   4.984   3.683 -18.874
  416    HA   LYS   9           HA       LYS   9   5.820   6.188 -19.333
  417   1HB   LYS   9          2HB       LYS   9   3.028   6.262 -18.538
  418   2HB   LYS   9          1HB       LYS   9   4.034   7.198 -17.441
  419   1HG   LYS   9          2HG       LYS   9   4.893   8.503 -19.289
  420   2HG   LYS   9          1HG       LYS   9   3.977   7.522 -20.434
  421   1HD   LYS   9          2HD       LYS   9   2.138   8.426 -18.504
  422   2HD   LYS   9          1HD       LYS   9   3.134   9.816 -18.941
  423   1HE   LYS   9          2HE       LYS   9   2.459   8.364 -21.306
  424   2HE   LYS   9          1HE       LYS   9   0.990   8.682 -20.384
  425   1HZ   LYS   9          1HZ       LYS   9   2.784  10.546 -21.720
  426   2HZ   LYS   9          2HZ       LYS   9   2.138  11.057 -20.243
  427   3HZ   LYS   9          3HZ       LYS   9   1.106  10.618 -21.510
  428    H    ARG  10           H        ARG  10   6.586   7.388 -17.341
  429    HA   ARG  10           HA       ARG  10   7.914   5.591 -15.626
  430   1HB   ARG  10          2HB       ARG  10   7.553   8.571 -15.651
  431   2HB   ARG  10          1HB       ARG  10   8.352   7.787 -14.295
  432   1HG   ARG  10          2HG       ARG  10  10.144   8.316 -15.609
  433   2HG   ARG  10          1HG       ARG  10   9.798   6.679 -16.168
  434   1HD   ARG  10          2HD       ARG  10   9.707   7.527 -18.225
  435   2HD   ARG  10          1HD       ARG  10   8.185   8.278 -17.747
  436    HE   ARG  10           HE       ARG  10   9.261  10.318 -17.576
  437   1HH1  ARG  10          1HH1      ARG  10  11.563   7.765 -18.132
  438   2HH1  ARG  10          2HH1      ARG  10  12.869   8.844 -18.491
  439   1HH2  ARG  10          1HH2      ARG  10  10.974  11.749 -18.047
  440   2HH2  ARG  10          2HH2      ARG  10  12.535  11.110 -18.443
  441    H    THR  11           H        THR  11   5.436   8.024 -14.797
  442    HA   THR  11           HA       THR  11   3.630   7.838 -13.380
  443    HB   THR  11           HB       THR  11   4.652   5.178 -12.397
  444    HG1  THR  11           HG1      THR  11   3.080   5.666 -14.727
  445   1HG2  THR  11          1HG2      THR  11   2.239   6.764 -12.122
  446   2HG2  THR  11          2HG2      THR  11   2.805   5.386 -11.177
  447   3HG2  THR  11          3HG2      THR  11   1.915   5.122 -12.677
  448    H    THR  12           H        THR  12   6.888   7.679 -12.624
  449    HA   THR  12           HA       THR  12   7.321   7.454 -10.019
  450    HB   THR  12           HB       THR  12   8.798   9.534 -10.158
  451    HG1  THR  12           HG1      THR  12   7.704  10.725 -11.724
  452   1HG2  THR  12          1HG2      THR  12   9.083   7.011 -11.230
  453   2HG2  THR  12          2HG2      THR  12  10.364   8.204 -11.005
  454   3HG2  THR  12          3HG2      THR  12   9.532   8.084 -12.556
  455    H    ARG  13           H        ARG  13   5.524   7.742  -8.714
  456    HA   ARG  13           HA       ARG  13   3.673   9.633  -8.504
  457   1HB   ARG  13          2HB       ARG  13   3.826   9.439  -6.000
  458   2HB   ARG  13          1HB       ARG  13   3.752   7.906  -6.858
  459   1HG   ARG  13          2HG       ARG  13   6.387   8.122  -6.714
  460   2HG   ARG  13          1HG       ARG  13   5.972   9.115  -5.314
  461   1HD   ARG  13          2HD       ARG  13   4.443   6.648  -5.415
  462   2HD   ARG  13          1HD       ARG  13   6.182   6.358  -5.369
  463    HE   ARG  13           HE       ARG  13   4.543   7.476  -3.269
  464   1HH1  ARG  13          1HH1      ARG  13   7.761   7.062  -4.533
  465   2HH1  ARG  13          2HH1      ARG  13   8.534   7.315  -3.004
  466   1HH2  ARG  13          1HH2      ARG  13   5.550   7.813  -1.250
  467   2HH2  ARG  13          2HH2      ARG  13   7.277   7.742  -1.137
  468    H    LYS  14           H        LYS  14   3.391  11.669  -7.487
  469    HA   LYS  14           HA       LYS  14   5.860  13.189  -7.006
  470   1HB   LYS  14          2HB       LYS  14   3.798  13.657  -9.046
  471   2HB   LYS  14          1HB       LYS  14   4.187  15.075  -8.083
  472   1HG   LYS  14          2HG       LYS  14   6.447  15.033  -8.749
  473   2HG   LYS  14          1HG       LYS  14   6.294  13.408  -9.422
  474   1HD   LYS  14          2HD       LYS  14   6.348  15.225 -11.132
  475   2HD   LYS  14          1HD       LYS  14   4.910  14.204 -11.205
  476   1HE   LYS  14          2HE       LYS  14   4.393  16.365  -9.429
  477   2HE   LYS  14          1HE       LYS  14   5.067  17.021 -10.920
  478   1HZ   LYS  14          1HZ       LYS  14   3.013  16.842 -11.719
  479   2HZ   LYS  14          2HZ       LYS  14   2.493  15.862 -10.443
  480   3HZ   LYS  14          3HZ       LYS  14   3.267  15.171 -11.779
  481    H    LYS  15           H        LYS  15   2.649  14.560  -7.145
  482    HA   LYS  15           HA       LYS  15   2.330  14.459  -4.259
  483   1HB   LYS  15          2HB       LYS  15   1.874  17.063  -4.446
  484   2HB   LYS  15          1HB       LYS  15   3.483  16.434  -4.126
  485   1HG   LYS  15          2HG       LYS  15   4.281  17.337  -5.985
  486   2HG   LYS  15          1HG       LYS  15   3.005  16.603  -6.959
  487   1HD   LYS  15          2HD       LYS  15   1.989  18.568  -7.171
  488   2HD   LYS  15          1HD       LYS  15   1.907  18.748  -5.417
  489   1HE   LYS  15          2HE       LYS  15   3.160  20.584  -5.936
  490   2HE   LYS  15          1HE       LYS  15   4.445  19.398  -5.710
  491   1HZ   LYS  15          1HZ       LYS  15   4.242  19.012  -8.195
  492   2HZ   LYS  15          2HZ       LYS  15   4.950  20.468  -7.705
  493   3HZ   LYS  15          3HZ       LYS  15   3.347  20.447  -8.247
  494    H    LYS  16           H        LYS  16   0.897  16.918  -6.289
  495    HA   LYS  16           HA       LYS  16  -1.295  17.385  -6.727
  496   1HB   LYS  16          2HB       LYS  16  -0.874  15.852  -8.542
  497   2HB   LYS  16          1HB       LYS  16  -1.146  14.466  -7.496
  498   1HG   LYS  16          2HG       LYS  16  -3.488  15.058  -7.276
  499   2HG   LYS  16          1HG       LYS  16  -3.232  16.498  -8.265
  500   1HD   LYS  16          2HD       LYS  16  -3.601  15.297 -10.096
  501   2HD   LYS  16          1HD       LYS  16  -2.215  14.279  -9.703
  502   1HE   LYS  16          2HE       LYS  16  -3.750  12.637  -9.637
  503   2HE   LYS  16          1HE       LYS  16  -4.067  13.264  -8.019
  504   1HZ   LYS  16          1HZ       LYS  16  -6.040  14.110  -8.638
  505   2HZ   LYS  16          2HZ       LYS  16  -5.948  12.954  -9.870
  506   3HZ   LYS  16          3HZ       LYS  16  -5.510  14.558 -10.181
  507    H    ASP  17           H        ASP  17  -1.610  17.664  -4.367
  508    HA   ASP  17           HA       ASP  17  -3.989  16.881  -3.419
  509   1HB   ASP  17          2HB       ASP  17  -2.108  14.637  -3.263
  510   2HB   ASP  17          1HB       ASP  17  -2.890  15.003  -1.728
  511    HA   PRO  18           HA       PRO  18  -2.571  19.707  -0.309
  512   1HB   PRO  18          2HB       PRO  18  -4.613  19.257   1.484
  513   2HB   PRO  18          1HB       PRO  18  -4.727  20.335   0.090
  514   1HG   PRO  18          2HG       PRO  18  -5.673  17.514   0.390
  515   2HG   PRO  18          1HG       PRO  18  -6.473  18.886  -0.400
  516   1HD   PRO  18          2HD       PRO  18  -5.214  16.987  -1.819
  517   2HD   PRO  18          1HD       PRO  18  -5.186  18.691  -2.319
  518    H    ASN  19           H        ASN  19  -4.115  16.875   1.207
  519    HA   ASN  19           HA       ASN  19  -1.848  16.669   3.046
  520   1HB   ASN  19          2HB       ASN  19  -4.696  15.897   3.134
  521   2HB   ASN  19          1HB       ASN  19  -3.587  14.743   3.871
  522   1HD2  ASN  19          1HD2      ASN  19  -4.347  18.197   3.804
  523   2HD2  ASN  19          2HD2      ASN  19  -4.002  18.483   5.473
  524    H    ALA  20           H        ALA  20  -3.429  15.012   0.428
  525    HA   ALA  20           HA       ALA  20  -2.943  13.116  -0.736
  526   1HB   ALA  20          1HB       ALA  20  -0.795  13.041  -1.544
  527   2HB   ALA  20          2HB       ALA  20  -0.078  13.443   0.015
  528   3HB   ALA  20          3HB       ALA  20  -0.878  14.695  -0.935
  529    HA   PRO  21           HA       PRO  21  -2.856  10.414   3.048
  530   1HB   PRO  21          2HB       PRO  21  -4.698   8.706   1.897
  531   2HB   PRO  21          1HB       PRO  21  -5.105  10.045   2.974
  532   1HG   PRO  21          2HG       PRO  21  -5.177   9.922  -0.011
  533   2HG   PRO  21          1HG       PRO  21  -6.316  10.693   1.108
  534   1HD   PRO  21          2HD       PRO  21  -4.509  12.123  -0.264
  535   2HD   PRO  21          1HD       PRO  21  -4.969  12.553   1.397
  536    H    LYS  22           H        LYS  22  -3.255   9.304  -0.319
  537    HA   LYS  22           HA       LYS  22  -1.744   8.134  -1.619
  538   1HB   LYS  22          2HB       LYS  22  -0.238   7.382   0.881
  539   2HB   LYS  22          1HB       LYS  22   0.336   7.347  -0.780
  540   1HG   LYS  22          2HG       LYS  22   1.003   9.464  -0.693
  541   2HG   LYS  22          1HG       LYS  22  -0.525   9.997   0.013
  542   1HD   LYS  22          2HD       LYS  22   0.284   9.946   2.116
  543   2HD   LYS  22          1HD       LYS  22   1.219   8.477   1.827
  544   1HE   LYS  22          2HE       LYS  22   2.450  10.721   2.283
  545   2HE   LYS  22          1HE       LYS  22   3.044   9.637   1.026
  546   1HZ   LYS  22          1HZ       LYS  22   2.357  11.024  -0.629
  547   2HZ   LYS  22          2HZ       LYS  22   2.707  12.172   0.564
  548   3HZ   LYS  22          3HZ       LYS  22   1.105  11.705   0.283
  549    H    ARG  23           H        ARG  23  -4.081   7.085  -1.100
  550    HA   ARG  23           HA       ARG  23  -5.283   5.167  -0.524
  551   1HB   ARG  23          2HB       ARG  23  -4.616   3.366  -2.063
  552   2HB   ARG  23          1HB       ARG  23  -4.609   4.936  -2.849
  553   1HG   ARG  23          2HG       ARG  23  -2.385   4.913  -3.194
  554   2HG   ARG  23          1HG       ARG  23  -2.047   4.079  -1.676
  555   1HD   ARG  23          2HD       ARG  23  -2.130   3.003  -4.291
  556   2HD   ARG  23          1HD       ARG  23  -1.819   2.165  -2.772
  557    HE   ARG  23           HE       ARG  23  -4.577   2.591  -3.690
  558   1HH1  ARG  23          1HH1      ARG  23  -1.941   0.426  -2.985
  559   2HH1  ARG  23          2HH1      ARG  23  -2.960  -0.964  -2.816
  560   1HH2  ARG  23          1HH2      ARG  23  -5.926   0.770  -3.454
  561   2HH2  ARG  23          2HH2      ARG  23  -5.223  -0.770  -3.090
  562    H    ALA  24           H        ALA  24  -4.147   2.473  -0.676
  563    HA   ALA  24           HA       ALA  24  -2.570   2.388   1.806
  564   1HB   ALA  24          1HB       ALA  24  -4.108   1.230   2.931
  565   2HB   ALA  24          2HB       ALA  24  -4.410   0.156   1.563
  566   3HB   ALA  24          3HB       ALA  24  -5.244   1.708   1.670
  567    H    LEU  25           H        LEU  25  -2.100  -0.179   2.142
  568    HA   LEU  25           HA       LEU  25  -0.390  -0.919  -0.037
  569   1HB   LEU  25          2HB       LEU  25  -0.993  -1.923   2.672
  570   2HB   LEU  25          1HB       LEU  25  -0.491  -3.140   1.515
  571    HG   LEU  25           HG       LEU  25   1.484  -1.477   1.053
  572   1HD1  LEU  25          1HD1      LEU  25   2.150  -0.200   2.998
  573   2HD1  LEU  25          2HD1      LEU  25   0.707  -0.724   3.868
  574   3HD1  LEU  25          3HD1      LEU  25   0.553   0.322   2.456
  575   1HD2  LEU  25          1HD2      LEU  25   1.056  -3.625   2.962
  576   2HD2  LEU  25          2HD2      LEU  25   2.361  -2.542   3.444
  577   3HD2  LEU  25          3HD2      LEU  25   2.411  -3.336   1.871
  578    H    SER  26           H        SER  26  -0.579  -3.533  -0.436
  579    HA   SER  26           HA       SER  26  -3.356  -4.034  -1.266
  580   1HB   SER  26          2HB       SER  26  -1.515  -3.318  -3.078
  581   2HB   SER  26          1HB       SER  26  -1.165  -5.046  -3.014
  582    HG   SER  26           HG       SER  26  -3.582  -3.763  -3.718
  583    H    ALA  27           H        ALA  27  -3.769  -6.350  -1.767
  584    HA   ALA  27           HA       ALA  27  -2.993  -8.049   0.324
  585   1HB   ALA  27          1HB       ALA  27  -4.205  -9.740  -0.754
  586   2HB   ALA  27          2HB       ALA  27  -3.928  -9.041  -2.349
  587   3HB   ALA  27          3HB       ALA  27  -5.018  -8.245  -1.215
  588    H    TYR  28           H        TYR  28  -1.378  -7.113  -2.512
  589    HA   TYR  28           HA       TYR  28   0.267  -9.463  -2.763
  590   1HB   TYR  28          2HB       TYR  28  -0.384  -7.895  -4.661
  591   2HB   TYR  28          1HB       TYR  28   0.782  -6.757  -3.995
  592    HD1  TYR  28           HD1      TYR  28   3.203  -7.453  -3.843
  593    HD2  TYR  28           HD2      TYR  28   0.312  -9.677  -6.034
  594    HE1  TYR  28           HE1      TYR  28   5.013  -8.602  -5.052
  595    HE2  TYR  28           HE2      TYR  28   2.113 -10.829  -7.253
  596    HH   TYR  28           HH       TYR  28   5.308 -10.797  -6.269
  597    H    MET  29           H        MET  29   0.447  -6.370  -1.158
  598    HA   MET  29           HA       MET  29   3.261  -6.532  -0.613
  599   1HB   MET  29          2HB       MET  29   1.323  -4.823   0.923
  600   2HB   MET  29          1HB       MET  29   3.017  -4.511   0.565
  601   1HG   MET  29          2HG       MET  29   0.899  -4.613  -1.561
  602   2HG   MET  29          1HG       MET  29   1.324  -3.136  -0.697
  603   1HE   MET  29          1HE       MET  29   2.085  -5.865  -2.909
  604   2HE   MET  29          2HE       MET  29   3.787  -5.754  -3.355
  605   3HE   MET  29          3HE       MET  29   2.577  -4.853  -4.267
  606    H    PHE  30           H        PHE  30   0.292  -7.060   1.260
  607    HA   PHE  30           HA       PHE  30   1.624  -7.780   3.661
  608   1HB   PHE  30          2HB       PHE  30  -1.100  -8.834   3.013
  609   2HB   PHE  30          1HB       PHE  30  -0.480  -8.202   4.535
  610    HD1  PHE  30           HD1      PHE  30   0.092  -5.657   4.554
  611    HD2  PHE  30           HD2      PHE  30  -2.499  -7.528   1.745
  612    HE1  PHE  30           HE1      PHE  30  -0.878  -3.466   3.996
  613    HE2  PHE  30           HE2      PHE  30  -3.455  -5.337   1.162
  614    HZ   PHE  30           HZ       PHE  30  -2.655  -3.305   2.297
  615    H    PHE  31           H        PHE  31   0.256  -9.665   0.988
  616    HA   PHE  31           HA       PHE  31   0.938 -12.214   2.060
  617   1HB   PHE  31          2HB       PHE  31  -0.690 -12.319   0.390
  618   2HB   PHE  31          1HB       PHE  31   0.177 -11.206  -0.662
  619    HD1  PHE  31           HD1      PHE  31   0.155 -14.652   0.660
  620    HD2  PHE  31           HD2      PHE  31   1.705 -11.985  -2.272
  621    HE1  PHE  31           HE1      PHE  31   1.110 -16.561  -0.564
  622    HE2  PHE  31           HE2      PHE  31   2.670 -13.888  -3.498
  623    HZ   PHE  31           HZ       PHE  31   2.373 -16.179  -2.644
  624    H    ALA  32           H        ALA  32   2.411 -10.309  -0.574
  625    HA   ALA  32           HA       ALA  32   4.698 -11.820  -0.963
  626   1HB   ALA  32          1HB       ALA  32   5.705  -9.839  -1.910
  627   2HB   ALA  32          2HB       ALA  32   4.510  -8.816  -1.114
  628   3HB   ALA  32          3HB       ALA  32   4.009  -9.930  -2.387
  629    H    ASN  33           H        ASN  33   3.860  -9.717   1.661
  630    HA   ASN  33           HA       ASN  33   6.462  -9.314   2.716
  631   1HB   ASN  33          2HB       ASN  33   3.681  -8.933   3.644
  632   2HB   ASN  33          1HB       ASN  33   4.872  -9.195   4.917
  633   1HD2  ASN  33          1HD2      ASN  33   3.273  -6.846   3.570
  634   2HD2  ASN  33          2HD2      ASN  33   4.453  -5.584   3.527
  635    H    GLU  34           H        GLU  34   3.895 -11.659   3.467
  636    HA   GLU  34           HA       GLU  34   5.369 -13.134   5.371
  637   1HB   GLU  34          2HB       GLU  34   3.096 -14.001   3.577
  638   2HB   GLU  34          1HB       GLU  34   3.707 -14.929   4.941
  639   1HG   GLU  34          2HG       GLU  34   2.392 -12.224   5.046
  640   2HG   GLU  34          1HG       GLU  34   1.706 -13.759   5.578
  641    H    ASN  35           H        ASN  35   4.925 -13.547   1.883
  642    HA   ASN  35           HA       ASN  35   6.408 -15.933   1.653
  643   1HB   ASN  35          2HB       ASN  35   6.438 -14.039  -0.631
  644   2HB   ASN  35          1HB       ASN  35   6.042 -15.754  -0.595
  645   1HD2  ASN  35          1HD2      ASN  35   4.115 -15.516   1.533
  646   2HD2  ASN  35          2HD2      ASN  35   2.719 -14.759   0.855
  647    H    ARG  36           H        ARG  36   7.411 -12.785   0.346
  648    HA   ARG  36           HA       ARG  36   9.845 -12.688  -0.256
  649   1HB   ARG  36          2HB       ARG  36   9.200 -10.590   0.423
  650   2HB   ARG  36          1HB       ARG  36   8.613 -11.157   1.980
  651   1HG   ARG  36          2HG       ARG  36  11.132 -11.564   2.480
  652   2HG   ARG  36          1HG       ARG  36  11.383 -10.427   1.155
  653   1HD   ARG  36          2HD       ARG  36  11.371  -9.215   3.230
  654   2HD   ARG  36          1HD       ARG  36   9.913  -8.813   2.324
  655    HE   ARG  36           HE       ARG  36   9.225 -10.896   3.996
  656   1HH1  ARG  36          1HH1      ARG  36  10.432  -7.648   4.340
  657   2HH1  ARG  36          2HH1      ARG  36   9.675  -7.391   5.877
  658   1HH2  ARG  36          1HH2      ARG  36   8.223 -10.569   6.018
  659   2HH2  ARG  36          2HH2      ARG  36   8.419  -9.051   6.831
  660    H    ASP  37           H        ASP  37   9.423 -12.981   3.273
  661    HA   ASP  37           HA       ASP  37  12.053 -13.971   3.685
  662   1HB   ASP  37          2HB       ASP  37   9.596 -13.785   5.413
  663   2HB   ASP  37          1HB       ASP  37  11.051 -14.596   5.987
  664    H    ILE  38           H        ILE  38   8.866 -15.556   3.926
  665    HA   ILE  38           HA       ILE  38   9.764 -18.158   4.356
  666    HB   ILE  38           HB       ILE  38   7.272 -17.037   3.131
  667   1HG1  ILE  38          2HG1      ILE  38   6.241 -17.755   5.129
  668   2HG1  ILE  38          1HG1      ILE  38   7.546 -18.892   5.492
  669   1HG2  ILE  38          1HG2      ILE  38   8.059 -19.939   3.233
  670   2HG2  ILE  38          2HG2      ILE  38   7.550 -18.998   1.831
  671   3HG2  ILE  38          3HG2      ILE  38   6.387 -19.396   3.096
  672   1HD1  ILE  38          1HD1      ILE  38   7.737 -17.008   6.958
  673   2HD1  ILE  38          2HD1      ILE  38   7.675 -15.887   5.598
  674   3HD1  ILE  38          3HD1      ILE  38   9.065 -16.953   5.799
  675    H    VAL  39           H        VAL  39   8.448 -17.018   1.254
  676    HA   VAL  39           HA       VAL  39   9.269 -19.062  -0.349
  677    HB   VAL  39           HB       VAL  39   8.977 -16.135  -0.963
  678   1HG1  VAL  39          1HG1      VAL  39   8.957 -17.016  -3.409
  679   2HG1  VAL  39          2HG1      VAL  39   9.934 -18.330  -2.752
  680   3HG1  VAL  39          3HG1      VAL  39  10.496 -16.662  -2.624
  681   1HG2  VAL  39          1HG2      VAL  39   7.354 -18.517  -1.843
  682   2HG2  VAL  39          2HG2      VAL  39   6.948 -16.813  -2.044
  683   3HG2  VAL  39          3HG2      VAL  39   6.980 -17.527  -0.433
  684    H    ARG  40           H        ARG  40  11.096 -16.007  -0.015
  685    HA   ARG  40           HA       ARG  40  13.336 -16.921  -1.434
  686   1HB   ARG  40          2HB       ARG  40  14.168 -14.843  -1.103
  687   2HB   ARG  40          1HB       ARG  40  12.535 -14.506  -0.550
  688   1HG   ARG  40          2HG       ARG  40  13.488 -13.735   1.303
  689   2HG   ARG  40          1HG       ARG  40  13.772 -15.426   1.724
  690   1HD   ARG  40          2HD       ARG  40  15.824 -14.646  -0.055
  691   2HD   ARG  40          1HD       ARG  40  15.670 -13.371   1.153
  692    HE   ARG  40           HE       ARG  40  16.639 -16.046   1.569
  693   1HH1  ARG  40          1HH1      ARG  40  15.202 -13.251   3.068
  694   2HH1  ARG  40          2HH1      ARG  40  15.785 -13.638   4.651
  695   1HH2  ARG  40          1HH2      ARG  40  17.413 -16.567   3.650
  696   2HH2  ARG  40          2HH2      ARG  40  17.044 -15.524   4.982
  697    H    SER  41           H        SER  41  12.297 -17.617   1.725
  698    HA   SER  41           HA       SER  41  14.907 -18.200   2.809
  699   1HB   SER  41          2HB       SER  41  12.086 -18.481   3.776
  700   2HB   SER  41          1HB       SER  41  13.361 -19.398   4.579
  701    HG   SER  41           HG       SER  41  14.456 -17.215   4.623
  702    H    GLU  42           H        GLU  42  12.407 -19.889   1.087
  703    HA   GLU  42           HA       GLU  42  13.641 -22.486   1.595
  704   1HB   GLU  42          2HB       GLU  42  11.227 -21.815  -0.100
  705   2HB   GLU  42          1HB       GLU  42  11.748 -23.423   0.388
  706   1HG   GLU  42          2HG       GLU  42  11.382 -22.733   2.760
  707   2HG   GLU  42          1HG       GLU  42  10.673 -21.238   2.151
  708    H    ASN  43           H        ASN  43  13.738 -19.944  -0.649
  709    HA   ASN  43           HA       ASN  43  15.402 -21.563  -2.429
  710   1HB   ASN  43          2HB       ASN  43  13.314 -19.649  -3.479
  711   2HB   ASN  43          1HB       ASN  43  14.346 -20.727  -4.416
  712   1HD2  ASN  43          1HD2      ASN  43  11.661 -20.573  -2.178
  713   2HD2  ASN  43          2HD2      ASN  43  10.996 -22.119  -2.573
  714    HA   PRO  44           HA       PRO  44  17.089 -17.357  -1.056
  715   1HB   PRO  44          2HB       PRO  44  19.436 -19.106  -0.560
  716   2HB   PRO  44          1HB       PRO  44  18.763 -17.815   0.441
  717   1HG   PRO  44          2HG       PRO  44  18.422 -20.371   1.110
  718   2HG   PRO  44          1HG       PRO  44  17.118 -19.189   1.334
  719   1HD   PRO  44          2HD       PRO  44  17.456 -21.259  -0.803
  720   2HD   PRO  44          1HD       PRO  44  15.981 -20.745   0.045
  721    H    ASP  45           H        ASP  45  18.056 -19.936  -3.167
  722    HA   ASP  45           HA       ASP  45  20.217 -18.615  -4.446
  723   1HB   ASP  45          2HB       ASP  45  18.752 -21.106  -4.750
  724   2HB   ASP  45          1HB       ASP  45  19.127 -20.383  -6.312
  725    H    ILE  46           H        ILE  46  16.860 -19.183  -5.512
  726    HA   ILE  46           HA       ILE  46  16.898 -17.759  -7.862
  727    HB   ILE  46           HB       ILE  46  14.440 -17.301  -7.401
  728   1HG1  ILE  46          2HG1      ILE  46  14.819 -19.146  -5.051
  729   2HG1  ILE  46          1HG1      ILE  46  14.869 -17.392  -4.854
  730   1HG2  ILE  46          1HG2      ILE  46  15.162 -20.186  -7.015
  731   2HG2  ILE  46          2HG2      ILE  46  15.494 -19.345  -8.529
  732   3HG2  ILE  46          3HG2      ILE  46  13.835 -19.492  -7.947
  733   1HD1  ILE  46          1HD1      ILE  46  12.594 -19.165  -5.510
  734   2HD1  ILE  46          2HD1      ILE  46  12.626 -17.572  -6.268
  735   3HD1  ILE  46          3HD1      ILE  46  12.651 -17.713  -4.511
  736    H    THR  47           H        THR  47  16.798 -15.664  -8.455
  737    HA   THR  47           HA       THR  47  17.033 -13.662  -6.329
  738    HB   THR  47           HB       THR  47  17.537 -12.277  -8.610
  739    HG1  THR  47           HG1      THR  47  18.989 -13.858  -9.758
  740   1HG2  THR  47          1HG2      THR  47  19.550 -12.073  -7.685
  741   2HG2  THR  47          2HG2      THR  47  19.868 -13.804  -7.802
  742   3HG2  THR  47          3HG2      THR  47  18.960 -13.165  -6.432
  743    H    PHE  48           H        PHE  48  16.147 -11.408  -7.180
  744    HA   PHE  48           HA       PHE  48  13.498 -11.258  -6.861
  745   1HB   PHE  48          2HB       PHE  48  14.583  -9.201  -7.014
  746   2HB   PHE  48          1HB       PHE  48  15.334  -9.598  -8.556
  747    HD1  PHE  48           HD1      PHE  48  14.671  -7.931 -10.015
  748    HD2  PHE  48           HD2      PHE  48  11.765  -9.803  -7.530
  749    HE1  PHE  48           HE1      PHE  48  12.882  -6.746 -11.220
  750    HE2  PHE  48           HE2      PHE  48   9.971  -8.622  -8.731
  751    HZ   PHE  48           HZ       PHE  48  10.529  -7.091 -10.579
  752    H    GLY  49           H        GLY  49  15.095 -12.228  -9.824
  753   1HA   GLY  49          2HA       GLY  49  12.844 -11.978 -11.520
  754   2HA   GLY  49          1HA       GLY  49  14.284 -12.926 -11.858
  755    H    GLN  50           H        GLN  50  14.189 -14.791  -9.817
  756    HA   GLN  50           HA       GLN  50  12.021 -16.470 -10.764
  757   1HB   GLN  50          2HB       GLN  50  13.409 -17.876  -8.796
  758   2HB   GLN  50          1HB       GLN  50  13.625 -18.013 -10.535
  759   1HG   GLN  50          2HG       GLN  50  15.112 -16.062  -8.798
  760   2HG   GLN  50          1HG       GLN  50  15.721 -17.652  -9.255
  761   1HE2  GLN  50          1HE2      GLN  50  15.988 -14.514  -9.944
  762   2HE2  GLN  50          2HE2      GLN  50  16.403 -14.588 -11.618
  763    H    VAL  51           H        VAL  51  13.291 -15.495  -7.580
  764    HA   VAL  51           HA       VAL  51  11.139 -16.441  -6.060
  765    HB   VAL  51           HB       VAL  51  13.029 -15.898  -4.814
  766   1HG1  VAL  51          1HG1      VAL  51  14.384 -14.551  -6.070
  767   2HG1  VAL  51          2HG1      VAL  51  13.825 -13.390  -4.866
  768   3HG1  VAL  51          3HG1      VAL  51  13.084 -13.426  -6.466
  769   1HG2  VAL  51          1HG2      VAL  51  12.334 -14.149  -3.248
  770   2HG2  VAL  51          2HG2      VAL  51  10.985 -15.198  -3.684
  771   3HG2  VAL  51          3HG2      VAL  51  11.125 -13.595  -4.406
  772    H    GLY  52           H        GLY  52  11.614 -13.418  -7.794
  773   1HA   GLY  52          2HA       GLY  52   9.350 -12.089  -6.657
  774   2HA   GLY  52          1HA       GLY  52  10.244 -11.585  -8.083
  775    H    LYS  53           H        LYS  53   9.775 -12.776 -10.111
  776    HA   LYS  53           HA       LYS  53   7.142 -12.660 -10.843
  777   1HB   LYS  53          2HB       LYS  53   9.186 -14.574 -11.984
  778   2HB   LYS  53          1HB       LYS  53   7.729 -14.011 -12.790
  779   1HG   LYS  53          2HG       LYS  53   8.582 -11.853 -13.079
  780   2HG   LYS  53          1HG       LYS  53   9.849 -12.099 -11.875
  781   1HD   LYS  53          2HD       LYS  53  10.499 -12.156 -14.366
  782   2HD   LYS  53          1HD       LYS  53  11.125 -13.421 -13.307
  783   1HE   LYS  53          2HE       LYS  53   9.750 -15.037 -14.200
  784   2HE   LYS  53          1HE       LYS  53   8.548 -13.865 -14.740
  785   1HZ   LYS  53          1HZ       LYS  53  10.918 -14.835 -16.087
  786   2HZ   LYS  53          2HZ       LYS  53  10.671 -13.166 -16.209
  787   3HZ   LYS  53          3HZ       LYS  53   9.473 -14.239 -16.732
  788    H    LYS  54           H        LYS  54   8.912 -15.490  -9.657
  789    HA   LYS  54           HA       LYS  54   6.836 -17.365  -9.877
  790   1HB   LYS  54          2HB       LYS  54   9.257 -17.863  -9.397
  791   2HB   LYS  54          1HB       LYS  54   8.978 -17.319  -7.748
  792   1HG   LYS  54          2HG       LYS  54   8.371 -19.381  -7.228
  793   2HG   LYS  54          1HG       LYS  54   6.968 -19.194  -8.282
  794   1HD   LYS  54          2HD       LYS  54   8.133 -20.121 -10.137
  795   2HD   LYS  54          1HD       LYS  54   9.675 -20.057  -9.280
  796   1HE   LYS  54          2HE       LYS  54   7.777 -21.557  -7.745
  797   2HE   LYS  54          1HE       LYS  54   7.839 -22.190  -9.390
  798   1HZ   LYS  54          1HZ       LYS  54   9.691 -22.549  -7.312
  799   2HZ   LYS  54          2HZ       LYS  54  10.460 -21.711  -8.563
  800   3HZ   LYS  54          3HZ       LYS  54   9.722 -23.201  -8.873
  801    H    LEU  55           H        LEU  55   7.689 -15.097  -7.302
  802    HA   LEU  55           HA       LEU  55   5.957 -15.924  -5.309
  803   1HB   LEU  55          2HB       LEU  55   7.605 -13.739  -5.743
  804   2HB   LEU  55          1HB       LEU  55   6.011 -13.024  -5.611
  805    HG   LEU  55           HG       LEU  55   6.654 -14.998  -3.526
  806   1HD1  LEU  55          1HD1      LEU  55   7.832 -12.681  -2.542
  807   2HD1  LEU  55          2HD1      LEU  55   8.518 -12.885  -4.155
  808   3HD1  LEU  55          3HD1      LEU  55   8.646 -14.186  -2.972
  809   1HD2  LEU  55          1HD2      LEU  55   4.611 -13.750  -3.421
  810   2HD2  LEU  55          2HD2      LEU  55   5.482 -12.224  -3.567
  811   3HD2  LEU  55          3HD2      LEU  55   5.665 -13.208  -2.115
  812    H    GLY  56           H        GLY  56   5.313 -13.544  -7.877
  813   1HA   GLY  56          2HA       GLY  56   2.657 -13.010  -7.263
  814   2HA   GLY  56          1HA       GLY  56   3.351 -12.886  -8.873
  815    H    GLU  57           H        GLU  57   3.838 -15.357  -9.684
  816    HA   GLU  57           HA       GLU  57   1.397 -16.379 -10.464
  817   1HB   GLU  57          2HB       GLU  57   2.654 -18.487 -10.996
  818   2HB   GLU  57          1HB       GLU  57   3.373 -17.021 -11.647
  819   1HG   GLU  57          2HG       GLU  57   5.021 -17.002  -9.883
  820   2HG   GLU  57          1HG       GLU  57   4.267 -18.408  -9.131
  821    H    LYS  58           H        LYS  58   3.424 -17.378  -7.736
  822    HA   LYS  58           HA       LYS  58   1.669 -19.449  -6.865
  823   1HB   LYS  58          2HB       LYS  58   3.783 -17.961  -5.295
  824   2HB   LYS  58          1HB       LYS  58   3.046 -19.492  -4.846
  825   1HG   LYS  58          2HG       LYS  58   4.000 -20.064  -7.327
  826   2HG   LYS  58          1HG       LYS  58   5.208 -18.922  -6.734
  827   1HD   LYS  58          2HD       LYS  58   6.060 -20.917  -5.962
  828   2HD   LYS  58          1HD       LYS  58   5.106 -20.393  -4.573
  829   1HE   LYS  58          2HE       LYS  58   4.598 -22.679  -4.902
  830   2HE   LYS  58          1HE       LYS  58   3.211 -21.771  -5.503
  831   1HZ   LYS  58          1HZ       LYS  58   3.454 -22.979  -7.340
  832   2HZ   LYS  58          2HZ       LYS  58   5.001 -23.511  -6.912
  833   3HZ   LYS  58          3HZ       LYS  58   4.805 -22.021  -7.687
  834    H    TRP  59           H        TRP  59   1.826 -16.022  -6.385
  835    HA   TRP  59           HA       TRP  59   0.410 -15.754  -3.990
  836   1HB   TRP  59          2HB       TRP  59   1.356 -13.764  -4.768
  837   2HB   TRP  59          1HB       TRP  59   0.746 -13.998  -6.403
  838    HD1  TRP  59           HD1      TRP  59  -1.035 -12.251  -6.942
  839    HE1  TRP  59           HE1      TRP  59  -2.972 -11.131  -5.669
  840    HE3  TRP  59           HE3      TRP  59  -0.358 -14.424  -2.368
  841    HZ2  TRP  59           HZ2      TRP  59  -4.077 -11.180  -3.068
  842    HZ3  TRP  59           HZ3      TRP  59  -1.887 -13.824  -0.539
  843    HH2  TRP  59           HH2      TRP  59  -3.713 -12.242  -0.884
  844    H    LYS  60           H        LYS  60  -0.827 -15.568  -7.324
  845    HA   LYS  60           HA       LYS  60  -3.558 -15.745  -6.450
  846   1HB   LYS  60          2HB       LYS  60  -2.150 -15.555  -9.072
  847   2HB   LYS  60          1HB       LYS  60  -3.803 -16.156  -9.061
  848   1HG   LYS  60          2HG       LYS  60  -4.225 -14.009  -7.605
  849   2HG   LYS  60          1HG       LYS  60  -2.760 -13.450  -8.413
  850   1HD   LYS  60          2HD       LYS  60  -4.840 -14.690 -10.117
  851   2HD   LYS  60          1HD       LYS  60  -5.206 -13.102  -9.437
  852   1HE   LYS  60          2HE       LYS  60  -4.191 -12.548 -11.435
  853   2HE   LYS  60          1HE       LYS  60  -2.841 -12.473 -10.304
  854   1HZ   LYS  60          1HZ       LYS  60  -3.337 -15.033 -11.613
  855   2HZ   LYS  60          2HZ       LYS  60  -1.873 -14.297 -11.192
  856   3HZ   LYS  60          3HZ       LYS  60  -2.707 -13.791 -12.574
  857    H    ALA  61           H        ALA  61  -1.074 -17.970  -7.177
  858    HA   ALA  61           HA       ALA  61  -2.642 -20.148  -8.086
  859   1HB   ALA  61          1HB       ALA  61  -0.695 -21.497  -7.739
  860   2HB   ALA  61          2HB       ALA  61   0.010 -20.288  -6.666
  861   3HB   ALA  61          3HB       ALA  61  -0.180 -19.938  -8.383
  862    H    LEU  62           H        LEU  62  -1.848 -18.915  -4.914
  863    HA   LEU  62           HA       LEU  62  -2.355 -21.154  -3.347
  864   1HB   LEU  62          2HB       LEU  62  -3.030 -18.292  -2.663
  865   2HB   LEU  62          1HB       LEU  62  -2.802 -19.604  -1.525
  866    HG   LEU  62           HG       LEU  62  -0.504 -19.121  -3.292
  867   1HD1  LEU  62          1HD1      LEU  62  -0.680 -17.154  -1.108
  868   2HD1  LEU  62          2HD1      LEU  62  -1.701 -16.837  -2.510
  869   3HD1  LEU  62          3HD1      LEU  62   0.043 -17.015  -2.711
  870   1HD2  LEU  62          1HD2      LEU  62   0.345 -20.354  -1.653
  871   2HD2  LEU  62          2HD2      LEU  62  -1.104 -20.145  -0.670
  872   3HD2  LEU  62          3HD2      LEU  62   0.191 -18.951  -0.595
  873    H    THR  63           H        THR  63  -4.662 -18.494  -3.233
  874    HA   THR  63           HA       THR  63  -6.920 -19.286  -4.358
  875    HB   THR  63           HB       THR  63  -6.203 -21.262  -2.292
  876    HG1  THR  63           HG1      THR  63  -7.081 -22.547  -3.747
  877   1HG2  THR  63          1HG2      THR  63  -7.843 -20.441  -0.906
  878   2HG2  THR  63          2HG2      THR  63  -8.748 -21.592  -1.890
  879   3HG2  THR  63          3HG2      THR  63  -8.837 -19.867  -2.244
  880    HA   PRO  64           HA       PRO  64  -8.593 -15.781  -2.298
  881   1HB   PRO  64          2HB       PRO  64 -10.928 -17.581  -1.773
  882   2HB   PRO  64          1HB       PRO  64 -10.906 -15.920  -2.375
  883   1HG   PRO  64          2HG       PRO  64 -11.260 -17.986  -4.035
  884   2HG   PRO  64          1HG       PRO  64 -10.319 -16.565  -4.519
  885   1HD   PRO  64          2HD       PRO  64  -9.398 -19.296  -3.849
  886   2HD   PRO  64          1HD       PRO  64  -8.632 -18.063  -4.869
  887    H    GLU  65           H        GLU  65  -9.264 -18.892  -0.691
  888    HA   GLU  65           HA       GLU  65  -9.532 -17.878   1.911
  889   1HB   GLU  65          2HB       GLU  65  -9.714 -20.367   0.712
  890   2HB   GLU  65          1HB       GLU  65  -8.333 -20.537   1.788
  891   1HG   GLU  65          2HG       GLU  65  -9.590 -20.379   3.656
  892   2HG   GLU  65          1HG       GLU  65 -10.739 -19.260   2.923
  893    H    GLU  66           H        GLU  66  -6.709 -19.229   0.227
  894    HA   GLU  66           HA       GLU  66  -4.852 -19.013   2.297
  895   1HB   GLU  66          2HB       GLU  66  -4.001 -18.415  -0.503
  896   2HB   GLU  66          1HB       GLU  66  -3.228 -19.429   0.708
  897   1HG   GLU  66          2HG       GLU  66  -5.614 -20.080  -0.995
  898   2HG   GLU  66          1HG       GLU  66  -4.031 -20.856  -0.998
  899    H    LYS  67           H        LYS  67  -6.097 -16.616   0.072
  900    HA   LYS  67           HA       LYS  67  -4.195 -14.588   0.750
  901   1HB   LYS  67          2HB       LYS  67  -6.913 -14.053  -0.417
  902   2HB   LYS  67          1HB       LYS  67  -5.412 -13.175  -0.678
  903   1HG   LYS  67          2HG       LYS  67  -4.568 -15.322  -1.789
  904   2HG   LYS  67          1HG       LYS  67  -6.265 -15.809  -1.819
  905   1HD   LYS  67          2HD       LYS  67  -5.019 -13.398  -3.128
  906   2HD   LYS  67          1HD       LYS  67  -5.770 -14.786  -3.917
  907   1HE   LYS  67          2HE       LYS  67  -7.822 -13.979  -2.394
  908   2HE   LYS  67          1HE       LYS  67  -7.007 -12.433  -2.623
  909   1HZ   LYS  67          1HZ       LYS  67  -8.486 -14.028  -4.514
  910   2HZ   LYS  67          2HZ       LYS  67  -7.012 -13.453  -5.113
  911   3HZ   LYS  67          3HZ       LYS  67  -8.165 -12.367  -4.516
  912    H    GLN  68           H        GLN  68  -7.228 -15.674   2.030
  913    HA   GLN  68           HA       GLN  68  -8.488 -13.763   3.294
  914   1HB   GLN  68          2HB       GLN  68  -7.434 -16.287   4.560
  915   2HB   GLN  68          1HB       GLN  68  -8.533 -15.204   5.404
  916   1HG   GLN  68          2HG       GLN  68  -9.618 -15.719   2.840
  917   2HG   GLN  68          1HG       GLN  68  -9.136 -17.258   3.551
  918   1HE2  GLN  68          1HE2      GLN  68 -11.541 -14.975   3.368
  919   2HE2  GLN  68          2HE2      GLN  68 -12.478 -15.464   4.737
  920    HA   PRO  69           HA       PRO  69  -5.163 -13.279   6.905
  921   1HB   PRO  69          2HB       PRO  69  -2.624 -13.808   5.810
  922   2HB   PRO  69          1HB       PRO  69  -3.482 -14.793   6.998
  923   1HG   PRO  69          2HG       PRO  69  -3.270 -15.133   4.051
  924   2HG   PRO  69          1HG       PRO  69  -3.388 -16.363   5.321
  925   1HD   PRO  69          2HD       PRO  69  -5.477 -15.772   3.750
  926   2HD   PRO  69          1HD       PRO  69  -5.696 -16.165   5.468
  927    H    TYR  70           H        TYR  70  -3.667 -12.915   3.685
  928    HA   TYR  70           HA       TYR  70  -2.761 -10.261   4.348
  929   1HB   TYR  70          2HB       TYR  70  -2.538 -10.916   1.542
  930   2HB   TYR  70          1HB       TYR  70  -1.267 -10.619   2.722
  931    HD1  TYR  70           HD1      TYR  70  -0.455 -12.523   4.151
  932    HD2  TYR  70           HD2      TYR  70  -3.043 -13.111   0.825
  933    HE1  TYR  70           HE1      TYR  70   0.144 -14.908   4.114
  934    HE2  TYR  70           HE2      TYR  70  -2.452 -15.497   0.778
  935    HH   TYR  70           HH       TYR  70  -1.372 -17.149   1.818
  936    H    GLU  71           H        GLU  71  -4.715 -11.485   1.616
  937    HA   GLU  71           HA       GLU  71  -5.672  -9.184   0.571
  938   1HB   GLU  71          2HB       GLU  71  -6.276 -11.717   0.118
  939   2HB   GLU  71          1HB       GLU  71  -7.671 -11.339   1.120
  940   1HG   GLU  71          2HG       GLU  71  -7.443  -9.256  -0.755
  941   2HG   GLU  71          1HG       GLU  71  -7.219 -10.764  -1.639
  942    H    ALA  72           H        ALA  72  -7.078 -10.873   3.365
  943    HA   ALA  72           HA       ALA  72  -8.999  -8.906   4.023
  944   1HB   ALA  72          1HB       ALA  72  -9.241 -10.033   6.087
  945   2HB   ALA  72          2HB       ALA  72  -7.617 -10.714   5.990
  946   3HB   ALA  72          3HB       ALA  72  -8.878 -11.281   4.895
  947    H    LYS  73           H        LYS  73  -5.639  -9.433   4.965
  948    HA   LYS  73           HA       LYS  73  -5.381  -7.230   6.717
  949   1HB   LYS  73          2HB       LYS  73  -3.655  -9.191   5.509
  950   2HB   LYS  73          1HB       LYS  73  -2.919  -7.598   5.398
  951   1HG   LYS  73          2HG       LYS  73  -3.900  -7.766   8.002
  952   2HG   LYS  73          1HG       LYS  73  -3.182  -9.344   7.668
  953   1HD   LYS  73          2HD       LYS  73  -1.221  -8.403   8.169
  954   2HD   LYS  73          1HD       LYS  73  -1.349  -7.569   6.618
  955   1HE   LYS  73          2HE       LYS  73  -2.298  -6.536   9.288
  956   2HE   LYS  73          1HE       LYS  73  -0.869  -5.993   8.409
  957   1HZ   LYS  73          1HZ       LYS  73  -3.404  -4.962   8.213
  958   2HZ   LYS  73          2HZ       LYS  73  -3.204  -5.850   6.787
  959   3HZ   LYS  73          3HZ       LYS  73  -2.100  -4.631   7.187
  960    H    ALA  74           H        ALA  74  -5.852  -7.434   3.380
  961    HA   ALA  74           HA       ALA  74  -4.531  -4.988   2.649
  962   1HB   ALA  74          1HB       ALA  74  -5.040  -7.007   1.134
  963   2HB   ALA  74          2HB       ALA  74  -5.266  -5.387   0.475
  964   3HB   ALA  74          3HB       ALA  74  -6.661  -6.321   1.016
  965    H    GLN  75           H        GLN  75  -7.856  -6.051   3.223
  966    HA   GLN  75           HA       GLN  75  -9.060  -3.497   2.869
  967   1HB   GLN  75          2HB       GLN  75  -9.991  -5.850   4.530
  968   2HB   GLN  75          1HB       GLN  75 -10.976  -4.468   4.068
  969   1HG   GLN  75          2HG       GLN  75 -11.459  -5.363   2.101
  970   2HG   GLN  75          1HG       GLN  75  -9.763  -5.705   1.761
  971   1HE2  GLN  75          1HE2      GLN  75  -9.625  -7.746   1.165
  972   2HE2  GLN  75          2HE2      GLN  75 -10.348  -9.092   1.975
  973    H    ALA  76           H        ALA  76  -7.409  -5.102   5.480
  974    HA   ALA  76           HA       ALA  76  -8.199  -3.367   7.583
  975   1HB   ALA  76          1HB       ALA  76  -7.289  -5.222   8.502
  976   2HB   ALA  76          2HB       ALA  76  -5.821  -4.245   8.443
  977   3HB   ALA  76          3HB       ALA  76  -6.135  -5.441   7.186
  978    H    ASP  77           H        ASP  77  -5.357  -3.446   5.451
  979    HA   ASP  77           HA       ASP  77  -4.224  -1.046   6.515
  980   1HB   ASP  77          2HB       ASP  77  -2.877  -2.808   5.384
  981   2HB   ASP  77          1HB       ASP  77  -3.666  -2.399   3.864
  982    H    LYS  78           H        LYS  78  -6.539  -1.808   4.052
  983    HA   LYS  78           HA       LYS  78  -6.448   0.578   2.555
  984   1HB   LYS  78          2HB       LYS  78  -7.877  -1.756   2.405
  985   2HB   LYS  78          1HB       LYS  78  -9.112  -0.613   2.918
  986   1HG   LYS  78          2HG       LYS  78  -7.417   0.340   0.726
  987   2HG   LYS  78          1HG       LYS  78  -8.396  -1.078   0.342
  988   1HD   LYS  78          2HD       LYS  78  -9.438   1.202  -0.104
  989   2HD   LYS  78          1HD       LYS  78 -10.404   0.046   0.815
  990   1HE   LYS  78          2HE       LYS  78  -9.755   1.129   2.894
  991   2HE   LYS  78          1HE       LYS  78  -8.734   2.258   2.004
  992   1HZ   LYS  78          1HZ       LYS  78 -10.485   3.499   1.423
  993   2HZ   LYS  78          2HZ       LYS  78 -11.285   2.725   2.695
  994   3HZ   LYS  78          3HZ       LYS  78 -11.478   2.165   1.111
  995    H    LYS  79           H        LYS  79  -8.248  -0.355   5.454
  996    HA   LYS  79           HA       LYS  79  -9.594   2.150   5.743
  997   1HB   LYS  79          2HB       LYS  79  -9.007  -0.028   7.759
  998   2HB   LYS  79          1HB       LYS  79 -10.061   1.350   8.052
  999   1HG   LYS  79          2HG       LYS  79 -11.647   0.595   6.476
 1000   2HG   LYS  79          1HG       LYS  79 -10.531  -0.603   5.819
 1001   1HD   LYS  79          2HD       LYS  79 -11.928  -1.885   7.157
 1002   2HD   LYS  79          1HD       LYS  79 -10.548  -1.582   8.214
 1003   1HE   LYS  79          2HE       LYS  79 -12.110  -0.938   9.693
 1004   2HE   LYS  79          1HE       LYS  79 -12.108   0.564   8.770
 1005   1HZ   LYS  79          1HZ       LYS  79 -14.141   0.163   7.973
 1006   2HZ   LYS  79          2HZ       LYS  79 -14.282  -0.947   9.241
 1007   3HZ   LYS  79          3HZ       LYS  79 -13.838  -1.478   7.698
 1008    H    ARG  80           H        ARG  80  -6.639   0.725   7.061
 1009    HA   ARG  80           HA       ARG  80  -5.797   2.497   8.923
 1010   1HB   ARG  80          2HB       ARG  80  -4.162   0.955   8.607
 1011   2HB   ARG  80          1HB       ARG  80  -4.434   0.872   6.872
 1012   1HG   ARG  80          2HG       ARG  80  -2.236   1.715   7.254
 1013   2HG   ARG  80          1HG       ARG  80  -3.235   3.036   6.639
 1014   1HD   ARG  80          2HD       ARG  80  -1.795   2.829   9.127
 1015   2HD   ARG  80          1HD       ARG  80  -2.561   4.234   8.386
 1016    HE   ARG  80           HE       ARG  80  -4.451   3.866   9.674
 1017   1HH1  ARG  80          1HH1      ARG  80  -2.165   1.269  10.071
 1018   2HH1  ARG  80          2HH1      ARG  80  -2.958   0.610  11.462
 1019   1HH2  ARG  80          1HH2      ARG  80  -5.505   3.005  11.505
 1020   2HH2  ARG  80          2HH2      ARG  80  -4.857   1.596  12.277
 1021    H    TYR  81           H        TYR  81  -5.184   2.910   5.432
 1022    HA   TYR  81           HA       TYR  81  -4.381   5.642   5.738
 1023   1HB   TYR  81          2HB       TYR  81  -3.505   5.188   3.730
 1024   2HB   TYR  81          1HB       TYR  81  -4.410   3.681   3.642
 1025    HD1  TYR  81           HD1      TYR  81  -3.893   6.800   2.114
 1026    HD2  TYR  81           HD2      TYR  81  -6.953   3.967   2.971
 1027    HE1  TYR  81           HE1      TYR  81  -5.257   7.730   0.291
 1028    HE2  TYR  81           HE2      TYR  81  -8.329   4.896   1.157
 1029    HH   TYR  81           HH       TYR  81  -8.514   7.125  -0.058
 1030    H    GLU  82           H        GLU  82  -7.360   3.962   4.976
 1031    HA   GLU  82           HA       GLU  82  -8.933   5.923   3.898
 1032   1HB   GLU  82          2HB       GLU  82  -9.717   3.633   4.313
 1033   2HB   GLU  82          1HB       GLU  82  -9.740   3.948   6.043
 1034   1HG   GLU  82          2HG       GLU  82 -11.282   5.976   4.929
 1035   2HG   GLU  82          1HG       GLU  82 -11.729   4.521   4.040
 1036    H    SER  83           H        SER  83  -7.608   5.768   7.083
 1037    HA   SER  83           HA       SER  83  -9.365   7.695   8.270
 1038   1HB   SER  83          2HB       SER  83  -6.700   7.487   9.465
 1039   2HB   SER  83          1HB       SER  83  -8.281   7.182  10.183
 1040    HG   SER  83           HG       SER  83  -8.234   5.118   9.413
 1041    H    GLU  84           H        GLU  84  -6.070   7.802   6.951
 1042    HA   GLU  84           HA       GLU  84  -5.731  10.595   7.355
 1043   1HB   GLU  84          2HB       GLU  84  -3.700  10.376   6.183
 1044   2HB   GLU  84          1HB       GLU  84  -3.911   8.837   7.007
 1045   1HG   GLU  84          2HG       GLU  84  -5.124   8.384   4.597
 1046   2HG   GLU  84          1HG       GLU  84  -3.784   9.441   4.162
 1047    H    LYS  85           H        LYS  85  -7.541   8.805   5.123
 1048    HA   LYS  85           HA       LYS  85  -7.477  10.849   3.050
 1049   1HB   LYS  85          2HB       LYS  85  -8.329   9.281   1.671
 1050   2HB   LYS  85          1HB       LYS  85  -7.867   8.150   2.937
 1051   1HG   LYS  85          2HG       LYS  85 -10.139   8.328   3.880
 1052   2HG   LYS  85          1HG       LYS  85 -10.585   9.379   2.535
 1053   1HD   LYS  85          2HD       LYS  85 -10.135   7.605   0.952
 1054   2HD   LYS  85          1HD       LYS  85  -9.562   6.555   2.250
 1055   1HE   LYS  85          2HE       LYS  85 -12.222   6.936   1.293
 1056   2HE   LYS  85          1HE       LYS  85 -11.635   5.811   2.517
 1057   1HZ   LYS  85          1HZ       LYS  85 -11.837   7.593   4.164
 1058   2HZ   LYS  85          2HZ       LYS  85 -13.324   7.236   3.439
 1059   3HZ   LYS  85          3HZ       LYS  85 -12.470   8.623   2.981
 1060    H    GLU  86           H        GLU  86  -9.803   9.446   5.339
 1061    HA   GLU  86           HA       GLU  86 -11.992  11.082   4.789
 1062   1HB   GLU  86          2HB       GLU  86 -12.857  10.430   6.886
 1063   2HB   GLU  86          1HB       GLU  86 -11.865   9.074   6.365
 1064   1HG   GLU  86          2HG       GLU  86 -10.203   9.526   7.915
 1065   2HG   GLU  86          1HG       GLU  86 -10.730  11.194   8.140
 1066    H    LEU  87           H        LEU  87  -9.094  11.655   6.682
 1067    HA   LEU  87           HA       LEU  87  -9.988  14.270   7.565
 1068   1HB   LEU  87          2HB       LEU  87  -8.560  13.577   9.167
 1069   2HB   LEU  87          1HB       LEU  87  -7.692  12.509   8.081
 1070    HG   LEU  87           HG       LEU  87  -7.227  15.373   7.602
 1071   1HD1  LEU  87          1HD1      LEU  87  -5.979  14.152  10.042
 1072   2HD1  LEU  87          2HD1      LEU  87  -7.444  15.129  10.131
 1073   3HD1  LEU  87          3HD1      LEU  87  -5.950  15.834   9.510
 1074   1HD2  LEU  87          1HD2      LEU  87  -6.067  13.104   6.777
 1075   2HD2  LEU  87          2HD2      LEU  87  -5.055  13.459   8.176
 1076   3HD2  LEU  87          3HD2      LEU  87  -5.214  14.644   6.880
 1077    H    TYR  88           H        TYR  88  -7.813  12.865   5.176
 1078    HA   TYR  88           HA       TYR  88  -6.477  14.951   4.093
 1079   1HB   TYR  88          2HB       TYR  88  -6.268  12.858   3.020
 1080   2HB   TYR  88          1HB       TYR  88  -8.003  12.729   2.752
 1081    HD1  TYR  88           HD1      TYR  88  -8.892  13.282   0.691
 1082    HD2  TYR  88           HD2      TYR  88  -5.064  14.801   1.762
 1083    HE1  TYR  88           HE1      TYR  88  -8.633  14.205  -1.571
 1084    HE2  TYR  88           HE2      TYR  88  -4.801  15.746  -0.493
 1085    HH   TYR  88           HH       TYR  88  -7.417  15.722  -2.816
 1086    H    ASN  89           H        ASN  89  -9.923  14.267   3.726
 1087    HA   ASN  89           HA       ASN  89 -10.318  16.761   2.261
 1088   1HB   ASN  89          2HB       ASN  89 -12.637  15.081   3.057
 1089   2HB   ASN  89          1HB       ASN  89 -12.313  15.907   1.535
 1090   1HD2  ASN  89          1HD2      ASN  89 -11.942  13.007   3.351
 1091   2HD2  ASN  89          2HD2      ASN  89 -11.265  12.045   2.086
 1092    H    ALA  90           H        ALA  90 -10.850  15.335   5.405
 1093    HA   ALA  90           HA       ALA  90 -12.630  17.375   6.348
 1094   1HB   ALA  90          1HB       ALA  90 -11.279  16.067   8.499
 1095   2HB   ALA  90          2HB       ALA  90 -11.723  14.877   7.276
 1096   3HB   ALA  90          3HB       ALA  90 -12.959  15.916   7.984
 1097    H    THR  91           H        THR  91  -9.552  17.653   5.440
 1098    HA   THR  91           HA       THR  91  -9.004  19.762   7.410
 1099    HB   THR  91           HB       THR  91  -7.618  17.485   7.536
 1100    HG1  THR  91           HG1      THR  91  -7.053  20.092   8.119
 1101   1HG2  THR  91          1HG2      THR  91  -6.896  17.518   5.222
 1102   2HG2  THR  91          2HG2      THR  91  -5.515  17.689   6.306
 1103   3HG2  THR  91          3HG2      THR  91  -6.153  19.100   5.460
 1104    H    LEU  92           H        LEU  92  -8.190  18.429   4.224
 1105    HA   LEU  92           HA       LEU  92  -7.005  20.811   3.231
 1106   1HB   LEU  92          2HB       LEU  92  -6.708  19.672   1.276
 1107   2HB   LEU  92          1HB       LEU  92  -6.922  18.322   2.373
 1108    HG   LEU  92           HG       LEU  92  -9.410  18.423   1.691
 1109   1HD1  LEU  92          1HD1      LEU  92  -8.548  20.656   0.314
 1110   2HD1  LEU  92          2HD1      LEU  92 -10.076  19.807   0.079
 1111   3HD1  LEU  92          3HD1      LEU  92  -8.687  19.419  -0.936
 1112   1HD2  LEU  92          1HD2      LEU  92  -7.815  17.610  -0.656
 1113   2HD2  LEU  92          2HD2      LEU  92  -9.009  16.708   0.277
 1114   3HD2  LEU  92          3HD2      LEU  92  -7.364  16.888   0.888
 1115    H    ALA  93           HN       ALA  93 -10.277  19.548   3.275
 1116    HA   ALA  93           HA       ALA  93 -11.244  21.744   1.616
 1117   1HB   ALA  93          1HB       ALA  93 -12.029  19.142   1.808
 1118   2HB   ALA  93          2HB       ALA  93 -13.000  20.444   1.122
 1119   3HB   ALA  93          3HB       ALA  93 -13.236  19.958   2.801
  Start of MODEL    7
    1   1H5*    G 101          H5''        G 101 -29.195   8.816 -16.620
    2   2H5*    G 101          H5'         G 101 -29.905   7.210 -16.294
    3    H4*    G 101           H4'        G 101 -27.744   6.817 -17.228
    4    H3*    G 101           H3'        G 101 -28.377   6.132 -14.526
    5    H1*    G 101           H1'        G 101 -24.960   7.351 -15.949
    6    H8     G 101           H8         G 101 -26.021   8.949 -12.642
    7    H1     G 101           H1         G 101 -21.615  12.283 -15.895
    8   1H2     G 101          1H2         G 101 -21.371  11.448 -17.933
    9   2H2     G 101          2H2         G 101 -22.289  10.069 -18.498
   10    H5T    G 101           H5T        G 101 -28.631   8.915 -14.412
   11   1H2*    G 101          H2'         G 101 -26.673   7.182 -13.501
   12   2H2*    G 101          H2''        G 101 -25.611   5.960 -14.262
   13   1H5*    G 102          H5''        G 102 -25.466   4.550 -17.213
   14   2H5*    G 102          H5'         G 102 -25.075   2.824 -17.347
   15    H4*    G 102           H4'        G 102 -23.191   4.273 -18.064
   16    H3*    G 102           H3'        G 102 -23.084   2.166 -16.079
   17    H1*    G 102           H1'        G 102 -21.006   5.494 -16.262
   18    H8     G 102           H8         G 102 -23.245   4.731 -13.155
   19    H1     G 102           H1         G 102 -19.078   9.562 -12.528
   20   1H2     G 102          1H2         G 102 -17.955   9.853 -14.431
   21   2H2     G 102          2H2         G 102 -18.237   8.858 -15.842
   22   1H2*    G 102          H2'         G 102 -21.797   3.214 -14.537
   23   2H2*    G 102          H2''        G 102 -20.539   3.378 -15.750
   24   1H5*    G 103          H5''        G 103 -20.098   4.155 -17.739
   25   2H5*    G 103          H5'         G 103 -19.754   3.528 -19.374
   26    H4*    G 103           H4'        G 103 -18.059   5.059 -19.171
   27    H3*    G 103           H3'        G 103 -17.087   2.465 -18.282
   28    H1*    G 103           H1'        G 103 -16.285   5.957 -16.773
   29    H8     G 103           H8         G 103 -18.074   3.283 -14.594
   30    H1     G 103           H1         G 103 -15.698   8.331 -11.429
   31   1H2     G 103          1H2         G 103 -14.776   9.757 -12.861
   32   2H2     G 103          2H2         G 103 -14.750   9.466 -14.588
   33   1H2*    G 103          H2'         G 103 -16.345   3.047 -16.289
   34   2H2*    G 103          H2''        G 103 -15.154   4.085 -17.120
   35   1H5*    G 104          H5''        G 104 -13.477   5.755 -19.050
   36   2H5*    G 104          H5'         G 104 -12.565   4.715 -20.163
   37    H4*    G 104           H4'        G 104 -11.016   5.872 -18.710
   38    H3*    G 104           H3'        G 104 -11.322   2.968 -18.816
   39    H1*    G 104           H1'        G 104 -10.516   5.103 -15.630
   40    H8     G 104           H8         G 104 -13.639   2.936 -15.746
   41    H1     G 104           H1         G 104 -12.767   6.127 -10.257
   42   1H2     G 104          1H2         G 104 -11.001   7.482 -10.443
   43   2H2     G 104          2H2         G 104 -10.061   7.582 -11.916
   44   1H2*    G 104          H2'         G 104 -11.718   2.576 -16.639
   45   2H2*    G 104          H2''        G 104 -10.041   2.982 -16.364
   46   1H5*    T 105          H5''        T 105  -9.519   8.183 -17.436
   47   2H5*    T 105          H5'         T 105  -8.114   7.774 -18.437
   48    H4*    T 105           H4'        T 105  -7.453   8.824 -16.331
   49    H3*    T 105           H3'        T 105  -6.613   6.103 -17.076
   50   1H2*    T 105          H2'         T 105  -6.170   5.382 -15.002
   51   2H2*    T 105          H2''        T 105  -5.266   6.875 -14.653
   52    H1*    T 105           H1'        T 105  -6.945   7.843 -13.628
   53    H3     T 105           H3         T 105  -8.760   5.831 -10.062
   54   1H5M    T 105          1H7         T 105  -8.341   2.080 -13.802
   55   2H5M    T 105          2H7         T 105 -10.064   2.523 -13.772
   56   3H5M    T 105          3H7         T 105  -9.299   1.828 -12.323
   57    H6     T 105           H6         T 105  -8.115   4.439 -14.613
   58   1H5*    G 106          H5''        G 106  -5.016   9.335 -15.450
   59   2H5*    G 106          H5'         G 106  -3.446  10.159 -15.475
   60    H4*    G 106           H4'        G 106  -4.484  10.396 -13.247
   61    H3*    G 106           H3'        G 106  -1.904   9.088 -13.699
   62    H1*    G 106           H1'        G 106  -4.574   8.137 -10.968
   63    H8     G 106           H8         G 106  -3.408   5.964 -13.911
   64    H1     G 106           H1         G 106  -6.397   2.808  -9.198
   65   1H2     G 106          1H2         G 106  -7.015   4.244  -7.614
   66   2H2     G 106          2H2         G 106  -6.687   5.959  -7.726
   67   1H2*    G 106          H2'         G 106  -2.126   7.406 -12.348
   68   2H2*    G 106          H2''        G 106  -2.416   8.586 -11.007
   69   1H5*    A 107          H5''        A 107  -3.127  10.303  -9.904
   70   2H5*    A 107          H5'         A 107  -2.124  11.529  -9.109
   71    H4*    A 107           H4'        A 107  -2.763  10.254  -7.294
   72    H3*    A 107           H3'        A 107  -0.088   9.907  -8.210
   73    H1*    A 107           H1'        A 107  -2.321   7.046  -6.817
   74    H8     A 107           H8         A 107  -1.260   6.769 -10.471
   75   1H6     A 107          1H6         A 107  -3.391   0.935  -9.941
   76   2H6     A 107          2H6         A 107  -2.600   2.068 -11.015
   77    H2     A 107           H2         A 107  -4.145   3.099  -6.092
   78   1H2*    A 107          H2'         A 107  -0.157   7.738  -8.718
   79   2H2*    A 107          H2''        A 107  -0.086   7.540  -6.978
   80   1H5*    T 108          H5''        T 108   0.762   6.556  -5.443
   81   2H5*    T 108          H5'         T 108  -1.003   6.784  -5.231
   82    H4*    T 108           H4'        T 108  -0.510   6.341  -2.736
   83    H3*    T 108           H3'        T 108   2.099   5.989  -3.842
   84   1H2*    T 108          H2'         T 108   2.096   3.886  -4.539
   85   2H2*    T 108          H2''        T 108   1.752   3.325  -2.901
   86    H1*    T 108           H1'        T 108  -0.389   2.877  -3.365
   87    H3     T 108           H3         T 108  -0.717   0.015  -6.741
   88   1H5M    T 108          1H7         T 108  -0.144   3.477  -9.860
   89   2H5M    T 108          2H7         T 108   1.548   3.597  -9.326
   90   3H5M    T 108          3H7         T 108   0.382   4.850  -8.843
   91    H6     T 108           H6         T 108   0.487   4.656  -6.579
   92   1H5*    T 109          H5''        T 109  -0.652   2.540   0.103
   93   2H5*    T 109          H5'         T 109   0.827   2.976   0.976
   94    H4*    T 109           H4'        T 109   0.483   0.523   0.536
   95    H3*    T 109           H3'        T 109   2.917   2.099  -0.002
   96   1H2*    T 109          H2'         T 109   3.742   0.698  -1.585
   97   2H2*    T 109          H2''        T 109   3.420  -0.706  -0.544
   98    H1*    T 109           H1'        T 109   1.493  -1.216  -1.559
   99    H3     T 109           H3         T 109   1.889  -2.209  -5.877
  100   1H5M    T 109          1H7         T 109   2.855   2.721  -6.234
  101   2H5M    T 109          2H7         T 109   4.247   1.727  -6.729
  102   3H5M    T 109          3H7         T 109   4.257   2.552  -5.150
  103    H6     T 109           H6         T 109   2.934   1.736  -3.353
  104   1H5*    G 110          H5''        G 110   3.236  -1.875   1.256
  105   2H5*    G 110          H5'         G 110   3.961  -2.069   2.871
  106    H4*    G 110           H4'        G 110   4.750  -4.003   1.921
  107    H3*    G 110           H3'        G 110   6.645  -1.851   1.713
  108    H1*    G 110           H1'        G 110   5.982  -4.566  -1.092
  109    H8     G 110           H8         G 110   5.400  -0.719  -1.477
  110    H1     G 110           H1         G 110   5.380  -4.191  -6.861
  111   1H2     G 110          1H2         G 110   5.654  -6.349  -6.380
  112   2H2     G 110          2H2         G 110   5.844  -6.921  -4.737
  113   1H2*    G 110          H2'         G 110   7.266  -2.070  -0.457
  114   2H2*    G 110          H2''        G 110   7.751  -3.743  -0.079
  115   1H5*    T 111          H5''        T 111   7.263  -5.818   0.669
  116   2H5*    T 111          H5'         T 111   8.083  -6.596   2.039
  117    H4*    T 111           H4'        T 111   8.589  -8.160   0.506
  118    H3*    T 111           H3'        T 111  10.738  -6.132   0.422
  119   1H2*    T 111          H2'         T 111  11.127  -6.160  -1.730
  120   2H2*    T 111          H2''        T 111  11.240  -7.943  -1.728
  121    H1*    T 111           H1'        T 111   9.258  -8.107  -2.696
  122    H3     T 111           H3         T 111   8.866  -5.628  -6.381
  123   1H5M    T 111          1H7         T 111  10.208  -1.912  -3.421
  124   2H5M    T 111          2H7         T 111   9.006  -2.258  -2.160
  125   3H5M    T 111          3H7         T 111   8.480  -1.709  -3.778
  126    H6     T 111           H6         T 111   9.322  -4.496  -1.739
  127   1H5*    T 112          H5''        T 112  11.595  -9.818  -0.706
  128   2H5*    T 112          H5'         T 112  12.876 -10.851  -0.048
  129    H4*    T 112           H4'        T 112  13.048 -11.252  -2.311
  130    H3*    T 112           H3'        T 112  15.022  -9.400  -1.222
  131   1H2*    T 112          H2'         T 112  15.243  -8.021  -2.902
  132   2H2*    T 112          H2''        T 112  15.569  -9.382  -4.005
  133    H1*    T 112           H1'        T 112  13.567  -9.351  -4.833
  134    H3     T 112           H3         T 112  12.728  -5.339  -6.616
  135   1H5M    T 112          1H7         T 112  12.925  -4.794  -1.230
  136   2H5M    T 112          2H7         T 112  11.541  -4.024  -2.044
  137   3H5M    T 112          3H7         T 112  13.187  -3.396  -2.301
  138    H6     T 112           H6         T 112  13.140  -6.956  -2.119
  139   1H5*    C 113          H5''        C 113  16.342 -10.980  -5.230
  140   2H5*    C 113          H5'         C 113  17.797 -11.903  -4.821
  141    H4*    C 113           H4'        C 113  18.590 -10.753  -6.640
  142    H3*    C 113           H3'        C 113  19.169  -9.307  -4.102
  143    H1*    C 113           H1'        C 113  18.444  -7.601  -7.571
  144   1H4     C 113          1H4         C 113  15.011  -2.950  -4.863
  145   2H4     C 113          2H4         C 113  15.020  -3.759  -3.313
  146    H5     C 113           H5         C 113  16.110  -6.003  -2.978
  147    H6     C 113           H6         C 113  17.315  -7.747  -4.098
  148   1H2*    C 113          H2'         C 113  19.314  -7.315  -4.861
  149   2H2*    C 113          H2''        C 113  20.218  -7.873  -6.299
  150   1H5*    A 114          H5''        A 114  21.026  -9.214  -7.666
  151   2H5*    A 114          H5'         A 114  22.729  -9.666  -7.876
  152    H4*    A 114           H4'        A 114  22.282  -8.065  -9.574
  153    H3*    A 114           H3'        A 114  23.913  -7.241  -7.274
  154    H1*    A 114           H1'        A 114  21.464  -4.893  -9.201
  155    H8     A 114           H8         A 114  21.675  -5.861  -5.480
  156   1H6     A 114          1H6         A 114  17.991  -0.925  -4.636
  157   2H6     A 114          2H6         A 114  18.862  -2.219  -3.844
  158    H2     A 114           H2         A 114  18.779  -1.435  -9.064
  159   1H2*    A 114          H2'         A 114  23.378  -5.140  -7.132
  160   2H2*    A 114          H2''        A 114  23.658  -4.952  -8.883
  161   1H5*    G 115          H5''        G 115  26.682  -5.903 -11.314
  162   2H5*    G 115          H5'         G 115  28.126  -5.348 -10.455
  163    H4*    G 115           H4'        G 115  26.590  -3.792 -12.073
  164    H3*    G 115           H3'        G 115  28.653  -3.308 -10.082
  165    H1*    G 115           H1'        G 115  25.229  -1.275 -10.394
  166    H8     G 115           H8         G 115  26.233  -3.535  -7.411
  167    H1     G 115           H1         G 115  21.877   1.015  -6.206
  168   1H2     G 115          1H2         G 115  21.478   2.188  -8.049
  169   2H2     G 115          2H2         G 115  22.280   1.849  -9.567
  170    H3T    G 115           H3T        G 115  29.179  -2.886 -12.117
  171   1H2*    G 115          H2'         G 115  27.616  -1.626  -8.880
  172   2H2*    G 115          H2''        G 115  27.335  -0.773 -10.376
  173   1H5*    C 116          H5''        C 116  19.648   7.820  -3.531
  174   2H5*    C 116          H5'         C 116  18.361   9.039  -3.789
  175    H4*    C 116           H4'        C 116  18.251   7.940  -5.858
  176    H3*    C 116           H3'        C 116  16.713   6.242  -3.874
  177    H1*    C 116           H1'        C 116  18.943   5.107  -6.957
  178   1H4     C 116          1H4         C 116  21.424   0.170  -3.749
  179   2H4     C 116          2H4         C 116  20.821   0.798  -2.229
  180    H5     C 116           H5         C 116  19.587   2.931  -2.047
  181    H6     C 116           H6         C 116  18.704   4.816  -3.350
  182    H5T    C 116           H5T        C 116  18.136   6.464  -2.574
  183   1H2*    C 116          H2'         C 116  17.112   4.374  -4.891
  184   2H2*    C 116          H2''        C 116  16.794   5.111  -6.511
  185   1H5*    T 117          H5''        T 117  17.624   6.702  -7.489
  186   2H5*    T 117          H5'         T 117  17.596   7.339  -9.126
  187    H4*    T 117           H4'        T 117  16.361   5.710  -9.962
  188    H3*    T 117           H3'        T 117  14.621   5.915  -7.559
  189   1H2*    T 117          H2'         T 117  14.040   3.700  -7.678
  190   2H2*    T 117          H2''        T 117  14.128   3.665  -9.424
  191    H1*    T 117           H1'        T 117  16.159   2.756  -9.373
  192    H3     T 117           H3         T 117  17.531  -0.225  -6.169
  193   1H5M    T 117          1H7         T 117  16.111   3.296  -3.048
  194   2H5M    T 117          2H7         T 117  14.744   2.140  -3.089
  195   3H5M    T 117          3H7         T 117  14.626   3.715  -3.932
  196    H6     T 117           H6         T 117  15.184   3.947  -6.007
  197   1H5*    G 118          H5''        G 118  14.744   4.698 -11.127
  198   2H5*    G 118          H5'         G 118  13.790   5.080 -12.578
  199    H4*    G 118           H4'        G 118  14.878   2.981 -13.000
  200    H3*    G 118           H3'        G 118  11.984   3.036 -12.598
  201    H1*    G 118           H1'        G 118  14.563   0.215 -11.737
  202    H8     G 118           H8         G 118  12.301   1.859  -8.928
  203    H1     G 118           H1         G 118  15.291  -3.594  -7.361
  204   1H2     G 118          1H2         G 118  16.504  -4.336  -9.062
  205   2H2     G 118          2H2         G 118  16.581  -3.495 -10.595
  206   1H2*    G 118          H2'         G 118  11.778   1.037 -11.517
  207   2H2*    G 118          H2''        G 118  12.685   0.264 -12.827
  208   1H5*    A 119          H5''        A 119  13.752  -0.398 -14.572
  209   2H5*    A 119          H5'         A 119  13.114  -0.562 -16.223
  210    H4*    A 119           H4'        A 119  13.262  -2.798 -15.602
  211    H3*    A 119           H3'        A 119  10.568  -1.734 -15.249
  212    H1*    A 119           H1'        A 119  12.383  -4.360 -12.797
  213    H8     A 119           H8         A 119  10.946  -0.824 -12.226
  214   1H6     A 119          1H6         A 119  11.470  -2.424  -6.208
  215   2H6     A 119          2H6         A 119  10.951  -1.150  -7.292
  216    H2     A 119           H2         A 119  12.987  -5.787  -8.786
  217   1H2*    A 119          H2'         A 119  10.014  -2.830 -13.381
  218   2H2*    A 119          H2''        A 119  10.588  -4.372 -14.111
  219   1H5*    A 120          H5''        A 120   9.422  -7.308 -16.954
  220   2H5*    A 120          H5'         A 120   8.082  -6.442 -16.175
  221    H4*    A 120           H4'        A 120   9.807  -8.619 -15.146
  222    H3*    A 120           H3'        A 120   7.071  -8.259 -15.515
  223    H1*    A 120           H1'        A 120   8.662  -7.994 -11.973
  224    H8     A 120           H8         A 120   8.455  -4.544 -13.606
  225   1H6     A 120          1H6         A 120   8.105  -2.686  -7.642
  226   2H6     A 120          2H6         A 120   8.171  -2.118  -9.296
  227    H2     A 120           H2         A 120   8.228  -7.192  -7.818
  228   1H2*    A 120          H2'         A 120   6.799  -6.657 -13.852
  229   2H2*    A 120          H2''        A 120   6.548  -8.131 -12.893
  230   1H5*    C 121          H5''        C 121   7.316  -9.834 -12.150
  231   2H5*    C 121          H5'         C 121   7.663 -11.391 -11.421
  232    H4*    C 121           H4'        C 121   5.688 -11.482 -10.259
  233    H3*    C 121           H3'        C 121   4.594  -9.974 -12.562
  234    H1*    C 121           H1'        C 121   4.465  -9.281  -8.660
  235   1H4     C 121          1H4         C 121   4.978  -2.994  -8.099
  236   2H4     C 121          2H4         C 121   5.149  -2.768  -9.824
  237    H5     C 121           H5         C 121   5.220  -4.671 -11.432
  238    H6     C 121           H6         C 121   5.111  -7.035 -11.639
  239   1H2*    C 121          H2'         C 121   3.522  -8.424 -11.318
  240   2H2*    C 121          H2''        C 121   2.893  -9.655 -10.215
  241   1H5*    A 122          H5''        A 122   1.919 -11.294  -9.403
  242   2H5*    A 122          H5'         A 122   0.570 -12.226 -10.080
  243    H4*    A 122           H4'        A 122  -0.435 -10.904  -8.449
  244    H3*    A 122           H3'        A 122  -0.829 -10.058 -11.228
  245    H1*    A 122           H1'        A 122  -0.682  -7.830  -7.936
  246    H8     A 122           H8         A 122   1.239  -7.224 -11.271
  247   1H6     A 122          1H6         A 122   2.855  -1.852  -8.574
  248   2H6     A 122          2H6         A 122   2.976  -2.802 -10.042
  249    H2     A 122           H2         A 122   0.458  -4.217  -5.649
  250   1H2*    A 122          H2'         A 122  -0.989  -7.837 -10.852
  251   2H2*    A 122          H2''        A 122  -2.194  -8.121  -9.569
  252   1H5*    A 123          H5''        A 123  -2.506  -9.545  -7.922
  253   2H5*    A 123          H5'         A 123  -3.900 -10.444  -7.287
  254    H4*    A 123           H4'        A 123  -3.613  -8.726  -5.702
  255    H3*    A 123           H3'        A 123  -5.869  -8.450  -7.470
  256    H1*    A 123           H1'        A 123  -3.718  -5.687  -5.904
  257    H8     A 123           H8         A 123  -3.553  -6.164  -9.692
  258   1H6     A 123          1H6         A 123  -0.969  -0.505  -9.864
  259   2H6     A 123          2H6         A 123  -1.509  -1.854 -10.837
  260    H2     A 123           H2         A 123  -1.778  -1.580  -5.587
  261   1H2*    A 123          H2'         A 123  -5.246  -6.534  -8.346
  262   2H2*    A 123          H2''        A 123  -5.877  -5.876  -6.799
  263   1H5*    T 124          H5''        T 124  -5.492  -5.754  -4.697
  264   2H5*    T 124          H5'         T 124  -5.573  -6.132  -2.969
  265    H4*    T 124           H4'        T 124  -6.328  -4.096  -2.427
  266    H3*    T 124           H3'        T 124  -8.292  -4.622  -4.514
  267   1H2*    T 124          H2'         T 124  -7.896  -2.824  -5.770
  268   2H2*    T 124          H2''        T 124  -8.262  -1.786  -4.373
  269    H1*    T 124           H1'        T 124  -6.077  -1.384  -3.949
  270    H3     T 124           H3         T 124  -4.337   0.697  -7.539
  271   1H5M    T 124          1H7         T 124  -5.432  -4.377  -8.997
  272   2H5M    T 124          2H7         T 124  -4.641  -3.220 -10.107
  273   3H5M    T 124          3H7         T 124  -6.406  -3.207  -9.910
  274    H6     T 124           H6         T 124  -6.167  -3.700  -6.851
  275   1H5*    C 125          H5''        C 125  -8.521  -0.902  -2.454
  276   2H5*    C 125          H5'         C 125 -10.026  -0.759  -1.525
  277    H4*    C 125           H4'        C 125  -9.670   1.420  -2.288
  278    H3*    C 125           H3'        C 125 -11.817  -0.063  -3.392
  279    H1*    C 125           H1'        C 125  -9.576   2.489  -5.276
  280   1H4     C 125          1H4         C 125  -6.648   0.684 -10.576
  281   2H4     C 125          2H4         C 125  -7.176  -0.977 -10.387
  282    H5     C 125           H5         C 125  -8.479  -1.742  -8.492
  283    H6     C 125           H6         C 125  -9.523  -1.091  -6.410
  284   1H2*    C 125          H2'         C 125 -11.151  -0.035  -5.600
  285   2H2*    C 125          H2''        C 125 -11.681   1.662  -5.562
  286   1H5*    A 126          H5''        A 126 -10.046   3.550  -1.226
  287   2H5*    A 126          H5'         A 126 -10.828   4.288   0.185
  288    H4*    A 126           H4'        A 126  -9.785   6.094  -0.837
  289    H3*    A 126           H3'        A 126 -12.620   5.958  -1.029
  290    H1*    A 126           H1'        A 126 -10.364   7.092  -4.140
  291    H8     A 126           H8         A 126 -12.745   4.033  -4.016
  292   1H6     A 126          1H6         A 126 -11.138   3.556 -10.006
  293   2H6     A 126          2H6         A 126 -12.143   2.899  -8.735
  294    H2     A 126           H2         A 126  -8.789   6.938  -8.101
  295   1H2*    A 126          H2'         A 126 -12.940   5.987  -3.126
  296   2H2*    A 126          H2''        A 126 -12.437   7.674  -3.140
  297   1H5*    C 127          H5''        C 127  -8.813   9.283  -3.095
  298   2H5*    C 127          H5'         C 127  -9.707  10.653  -2.403
  299    H4*    C 127           H4'        C 127  -9.022  11.080  -4.726
  300    H3*    C 127           H3'        C 127 -11.783  11.168  -3.770
  301    H1*    C 127           H1'        C 127 -10.502  10.258  -7.343
  302   1H4     C 127          1H4         C 127 -13.732   5.078  -9.198
  303   2H4     C 127          2H4         C 127 -14.581   5.020  -7.667
  304    H5     C 127           H5         C 127 -14.138   6.586  -5.824
  305    H6     C 127           H6         C 127 -12.822   8.453  -5.129
  306   1H2*    C 127          H2'         C 127 -12.791  10.340  -5.506
  307   2H2*    C 127          H2''        C 127 -12.105  11.562  -6.550
  308   1H5*    C 128          H5''        C 128 -10.781  13.330  -7.082
  309   2H5*    C 128          H5'         C 128 -10.870  15.100  -7.020
  310    H4*    C 128           H4'        C 128 -11.479  14.769  -9.186
  311    H3*    C 128           H3'        C 128 -13.862  15.007  -7.480
  312    H1*    C 128           H1'        C 128 -13.405  12.793 -10.771
  313   1H4     C 128          1H4         C 128 -16.386   7.439  -9.123
  314   2H4     C 128          2H4         C 128 -16.517   7.960  -7.456
  315    H5     C 128           H5         C 128 -15.618  10.114  -6.656
  316    H6     C 128           H6         C 128 -14.399  12.062  -7.265
  317   1H2*    C 128          H2'         C 128 -15.158  13.544  -8.552
  318   2H2*    C 128          H2''        C 128 -14.803  14.416 -10.067
  319   1H5*    C 129          H5''        C 129 -13.036  15.764 -11.454
  320   2H5*    C 129          H5'         C 129 -13.517  17.254 -12.291
  321    H4*    C 129           H4'        C 129 -13.288  15.503 -13.920
  322    H3*    C 129           H3'        C 129 -15.978  16.608 -13.411
  323    H1*    C 129           H1'        C 129 -15.061  12.981 -14.576
  324   1H4     C 129          1H4         C 129 -19.325   9.978 -10.807
  325   2H4     C 129          2H4         C 129 -19.058  11.166  -9.548
  326    H5     C 129           H5         C 129 -17.552  13.104  -9.819
  327    H6     C 129           H6         C 129 -16.041  14.207 -11.375
  328   1H2*    C 129          H2'         C 129 -17.106  14.767 -13.827
  329   2H2*    C 129          H2''        C 129 -16.276  14.601 -15.409
  330   1H5*    C 130          H5''        C 130 -15.317  15.636 -17.050
  331   2H5*    C 130          H5'         C 130 -14.469  16.659 -18.233
  332    H4*    C 130           H4'        C 130 -15.657  15.408 -19.768
  333    H3*    C 130           H3'        C 130 -17.326  17.624 -18.949
  334    H1*    C 130           H1'        C 130 -18.672  13.835 -19.215
  335   1H4     C 130          1H4         C 130 -21.368  14.125 -13.379
  336   2H4     C 130          2H4         C 130 -20.256  15.383 -12.882
  337    H5     C 130           H5         C 130 -18.514  16.321 -14.408
  338    H6     C 130           H6         C 130 -17.580  16.191 -16.566
  339    H3T    C 130           H3T        C 130 -17.354  17.838 -21.062
  340   1H2*    C 130          H2'         C 130 -19.232  16.573 -18.542
  341   2H2*    C 130          H2''        C 130 -19.191  15.806 -20.145
  342   1H    MET   1          1HT       MET   1 -15.746  -0.985 -15.689
  343   2H    MET   1          2HT       MET   1 -17.246  -1.762 -15.985
  344   3H    MET   1          3HT       MET   1 -16.007  -1.810 -17.170
  345    HA   MET   1           HA       MET   1 -16.183  -3.187 -14.599
  346   1HB   MET   1          2HB       MET   1 -16.823  -3.976 -17.103
  347   2HB   MET   1          1HB       MET   1 -15.126  -4.434 -17.068
  348   1HG   MET   1          2HG       MET   1 -15.528  -6.193 -15.781
  349   2HG   MET   1          1HG       MET   1 -16.509  -5.248 -14.662
  350   1HE   MET   1          1HE       MET   1 -18.139  -6.508 -13.985
  351   2HE   MET   1          2HE       MET   1 -18.109  -8.078 -14.786
  352   3HE   MET   1          3HE       MET   1 -19.553  -7.070 -14.877
  353    H    VAL   2           H        VAL   2 -14.022  -4.927 -15.321
  354    HA   VAL   2           HA       VAL   2 -11.728  -3.107 -14.971
  355    HB   VAL   2           HB       VAL   2 -10.823  -5.351 -13.791
  356   1HG1  VAL   2          1HG1      VAL   2 -11.483  -2.782 -13.023
  357   2HG1  VAL   2          2HG1      VAL   2 -10.621  -3.973 -12.049
  358   3HG1  VAL   2          3HG1      VAL   2 -12.368  -3.799 -11.886
  359   1HG2  VAL   2          1HG2      VAL   2 -13.672  -5.255 -12.857
  360   2HG2  VAL   2          2HG2      VAL   2 -12.445  -6.482 -12.542
  361   3HG2  VAL   2          3HG2      VAL   2 -13.156  -6.338 -14.150
  362    H    THR   3           H        THR   3 -11.571  -3.276 -17.337
  363    HA   THR   3           HA       THR   3 -10.815  -5.835 -18.451
  364    HB   THR   3           HB       THR   3 -11.125  -4.874 -20.500
  365    HG1  THR   3           HG1      THR   3 -10.512  -2.685 -20.949
  366   1HG2  THR   3          1HG2      THR   3 -13.065  -4.235 -19.005
  367   2HG2  THR   3          2HG2      THR   3 -12.868  -3.300 -20.488
  368   3HG2  THR   3          3HG2      THR   3 -12.353  -2.623 -18.943
  369    HA   PRO   4           HA       PRO   4  -6.653  -3.117 -18.714
  370   1HB   PRO   4          2HB       PRO   4  -7.027  -1.974 -15.987
  371   2HB   PRO   4          1HB       PRO   4  -6.263  -1.260 -17.412
  372   1HG   PRO   4          2HG       PRO   4  -8.695  -0.490 -16.648
  373   2HG   PRO   4          1HG       PRO   4  -8.294  -0.667 -18.366
  374   1HD   PRO   4          2HD       PRO   4  -9.902  -2.455 -16.599
  375   2HD   PRO   4          1HD       PRO   4 -10.118  -2.074 -18.319
  376    H    ARG   5           H        ARG   5  -5.713  -5.124 -18.548
  377    HA   ARG   5           HA       ARG   5  -5.243  -6.139 -15.822
  378   1HB   ARG   5          2HB       ARG   5  -6.129  -7.454 -18.237
  379   2HB   ARG   5          1HB       ARG   5  -4.638  -8.179 -17.655
  380   1HG   ARG   5          2HG       ARG   5  -5.657  -8.548 -15.471
  381   2HG   ARG   5          1HG       ARG   5  -7.152  -7.802 -16.041
  382   1HD   ARG   5          2HD       ARG   5  -7.825  -9.769 -16.816
  383   2HD   ARG   5          1HD       ARG   5  -6.444  -9.796 -17.913
  384    HE   ARG   5           HE       ARG   5  -6.707 -11.209 -15.396
  385   1HH1  ARG   5          1HH1      ARG   5  -4.590 -10.129 -17.942
  386   2HH1  ARG   5          2HH1      ARG   5  -3.363 -11.300 -17.595
  387   1HH2  ARG   5          1HH2      ARG   5  -5.096 -12.755 -14.929
  388   2HH2  ARG   5          2HH2      ARG   5  -3.650 -12.794 -15.882
  389    H    GLU   6           H        GLU   6  -3.809  -4.759 -18.543
  390    HA   GLU   6           HA       GLU   6  -1.143  -5.665 -17.673
  391   1HB   GLU   6          2HB       GLU   6  -2.348  -5.422 -20.332
  392   2HB   GLU   6          1HB       GLU   6  -0.777  -4.643 -20.205
  393   1HG   GLU   6          2HG       GLU   6  -0.763  -7.032 -20.976
  394   2HG   GLU   6          1HG       GLU   6   0.288  -6.658 -19.611
  395    HA   PRO   7           HA       PRO   7  -0.436  -1.432 -16.574
  396   1HB   PRO   7          2HB       PRO   7   2.264  -1.552 -16.327
  397   2HB   PRO   7          1HB       PRO   7   1.159  -2.228 -15.126
  398   1HG   PRO   7          2HG       PRO   7   2.649  -3.613 -17.324
  399   2HG   PRO   7          1HG       PRO   7   2.410  -4.121 -15.642
  400   1HD   PRO   7          2HD       PRO   7   0.949  -5.125 -17.688
  401   2HD   PRO   7          1HD       PRO   7   0.286  -4.921 -16.054
  402    H    LYS   8           H        LYS   8  -0.536   0.200 -17.973
  403    HA   LYS   8           HA       LYS   8   1.056   0.076 -20.433
  404   1HB   LYS   8          2HB       LYS   8  -1.610   0.806 -19.928
  405   2HB   LYS   8          1HB       LYS   8  -0.776   2.305 -20.311
  406   1HG   LYS   8          2HG       LYS   8  -0.729  -0.172 -22.022
  407   2HG   LYS   8          1HG       LYS   8  -1.785   1.219 -22.279
  408   1HD   LYS   8          2HD       LYS   8   1.074   1.855 -22.010
  409   2HD   LYS   8          1HD       LYS   8   0.649   0.904 -23.435
  410   1HE   LYS   8          2HE       LYS   8  -0.446   2.613 -24.407
  411   2HE   LYS   8          1HE       LYS   8  -1.142   3.163 -22.882
  412   1HZ   LYS   8          1HZ       LYS   8   1.400   3.896 -24.137
  413   2HZ   LYS   8          2HZ       LYS   8   1.327   3.877 -22.447
  414   3HZ   LYS   8          3HZ       LYS   8   0.277   4.868 -23.329
  415    H    LYS   9           H        LYS   9   2.060   0.853 -17.734
  416    HA   LYS   9           HA       LYS   9   3.829   2.852 -18.449
  417   1HB   LYS   9          2HB       LYS   9   1.221   3.874 -17.689
  418   2HB   LYS   9          1HB       LYS   9   2.479   4.473 -16.615
  419   1HG   LYS   9          2HG       LYS   9   3.750   5.071 -18.763
  420   2HG   LYS   9          1HG       LYS   9   2.198   4.849 -19.572
  421   1HD   LYS   9          2HD       LYS   9   1.231   6.471 -17.893
  422   2HD   LYS   9          1HD       LYS   9   2.891   6.820 -17.404
  423   1HE   LYS   9          2HE       LYS   9   2.528   6.928 -20.286
  424   2HE   LYS   9          1HE       LYS   9   1.485   8.064 -19.431
  425   1HZ   LYS   9          1HZ       LYS   9   4.027   8.562 -20.091
  426   2HZ   LYS   9          2HZ       LYS   9   4.229   7.989 -18.512
  427   3HZ   LYS   9          3HZ       LYS   9   3.221   9.314 -18.808
  428    H    ARG  10           H        ARG  10   5.229   3.491 -16.728
  429    HA   ARG  10           HA       ARG  10   4.786   2.091 -14.182
  430   1HB   ARG  10          2HB       ARG  10   7.517   2.223 -15.426
  431   2HB   ARG  10          1HB       ARG  10   6.935   1.155 -14.157
  432   1HG   ARG  10          2HG       ARG  10   6.913  -0.337 -15.843
  433   2HG   ARG  10          1HG       ARG  10   5.326   0.374 -16.144
  434   1HD   ARG  10          2HD       ARG  10   6.579   2.029 -17.654
  435   2HD   ARG  10          1HD       ARG  10   7.915   0.880 -17.571
  436    HE   ARG  10           HE       ARG  10   5.400   0.539 -18.968
  437   1HH1  ARG  10          1HH1      ARG  10   8.283  -0.965 -17.721
  438   2HH1  ARG  10          2HH1      ARG  10   8.172  -2.343 -18.764
  439   1HH2  ARG  10          1HH2      ARG  10   5.244  -1.271 -20.347
  440   2HH2  ARG  10          2HH2      ARG  10   6.444  -2.517 -20.258
  441    H    THR  11           H        THR  11   5.802   3.016 -12.360
  442    HA   THR  11           HA       THR  11   6.354   4.777 -11.027
  443    HB   THR  11           HB       THR  11   8.364   5.955 -11.599
  444    HG1  THR  11           HG1      THR  11   8.184   6.722 -13.617
  445   1HG2  THR  11          1HG2      THR  11   9.831   4.164 -12.350
  446   2HG2  THR  11          2HG2      THR  11   8.433   3.238 -12.894
  447   3HG2  THR  11          3HG2      THR  11   8.655   3.572 -11.177
  448    H    THR  12           H        THR  12   6.361   7.183 -10.812
  449    HA   THR  12           HA       THR  12   5.680   9.111 -12.509
  450    HB   THR  12           HB       THR  12   3.876   8.027 -13.557
  451    HG1  THR  12           HG1      THR  12   3.357  10.166 -12.363
  452   1HG2  THR  12          1HG2      THR  12   3.745   6.557 -11.189
  453   2HG2  THR  12          2HG2      THR  12   2.788   6.324 -12.651
  454   3HG2  THR  12          3HG2      THR  12   2.175   7.343 -11.348
  455    H    ARG  13           H        ARG  13   4.378   7.588  -9.594
  456    HA   ARG  13           HA       ARG  13   3.238   9.493  -8.158
  457   1HB   ARG  13          2HB       ARG  13   4.449   8.641  -6.121
  458   2HB   ARG  13          1HB       ARG  13   3.704   7.398  -7.118
  459   1HG   ARG  13          2HG       ARG  13   6.206   7.520  -8.180
  460   2HG   ARG  13          1HG       ARG  13   6.518   7.863  -6.476
  461   1HD   ARG  13          2HD       ARG  13   5.062   5.475  -7.602
  462   2HD   ARG  13          1HD       ARG  13   6.666   5.483  -6.869
  463    HE   ARG  13           HE       ARG  13   4.118   5.579  -5.499
  464   1HH1  ARG  13          1HH1      ARG  13   7.564   6.041  -5.297
  465   2HH1  ARG  13          2HH1      ARG  13   7.617   5.869  -3.575
  466   1HH2  ARG  13          1HH2      ARG  13   4.176   5.351  -3.229
  467   2HH2  ARG  13          2HH2      ARG  13   5.691   5.476  -2.399
  468    H    LYS  14           H        LYS  14   3.697  11.614  -8.476
  469    HA   LYS  14           HA       LYS  14   6.414  12.519  -7.784
  470   1HB   LYS  14          2HB       LYS  14   4.870  13.037 -10.082
  471   2HB   LYS  14          1HB       LYS  14   4.864  14.528  -9.151
  472   1HG   LYS  14          2HG       LYS  14   7.006  14.961  -9.608
  473   2HG   LYS  14          1HG       LYS  14   7.497  13.284  -9.356
  474   1HD   LYS  14          2HD       LYS  14   7.663  13.024 -11.556
  475   2HD   LYS  14          1HD       LYS  14   5.935  13.348 -11.708
  476   1HE   LYS  14          2HE       LYS  14   7.626  14.812 -13.019
  477   2HE   LYS  14          1HE       LYS  14   6.260  15.578 -12.209
  478   1HZ   LYS  14          1HZ       LYS  14   7.604  16.657 -10.810
  479   2HZ   LYS  14          2HZ       LYS  14   8.836  16.308 -11.914
  480   3HZ   LYS  14          3HZ       LYS  14   8.610  15.320 -10.560
  481    H    LYS  15           H        LYS  15   3.357  14.292  -8.064
  482    HA   LYS  15           HA       LYS  15   3.211  14.700  -5.201
  483   1HB   LYS  15          2HB       LYS  15   3.071  17.284  -5.756
  484   2HB   LYS  15          1HB       LYS  15   4.611  16.504  -5.415
  485   1HG   LYS  15          2HG       LYS  15   4.666  16.158  -8.008
  486   2HG   LYS  15          1HG       LYS  15   3.521  17.502  -7.999
  487   1HD   LYS  15          2HD       LYS  15   5.151  18.971  -7.630
  488   2HD   LYS  15          1HD       LYS  15   5.737  18.049  -6.243
  489   1HE   LYS  15          2HE       LYS  15   6.368  17.288  -9.083
  490   2HE   LYS  15          1HE       LYS  15   7.373  18.399  -8.152
  491   1HZ   LYS  15          1HZ       LYS  15   6.824  15.543  -7.589
  492   2HZ   LYS  15          2HZ       LYS  15   7.514  16.580  -6.445
  493   3HZ   LYS  15          3HZ       LYS  15   8.317  16.274  -7.903
  494    H    LYS  16           H        LYS  16   1.207  15.474  -4.505
  495    HA   LYS  16           HA       LYS  16  -0.800  16.652  -5.941
  496   1HB   LYS  16          2HB       LYS  16  -0.835  14.880  -7.534
  497   2HB   LYS  16          1HB       LYS  16  -0.805  13.654  -6.273
  498   1HG   LYS  16          2HG       LYS  16  -3.081  15.056  -5.678
  499   2HG   LYS  16          1HG       LYS  16  -3.056  15.085  -7.443
  500   1HD   LYS  16          2HD       LYS  16  -2.351  12.468  -6.516
  501   2HD   LYS  16          1HD       LYS  16  -3.860  12.977  -5.755
  502   1HE   LYS  16          2HE       LYS  16  -3.497  13.392  -8.685
  503   2HE   LYS  16          1HE       LYS  16  -3.871  11.776  -8.087
  504   1HZ   LYS  16          1HZ       LYS  16  -5.632  13.886  -8.527
  505   2HZ   LYS  16          2HZ       LYS  16  -5.585  13.632  -6.855
  506   3HZ   LYS  16          3HZ       LYS  16  -5.983  12.358  -7.894
  507    H    ASP  17           H        ASP  17  -2.378  17.190  -4.555
  508    HA   ASP  17           HA       ASP  17  -3.874  17.008  -2.808
  509   1HB   ASP  17          2HB       ASP  17  -2.464  14.565  -1.773
  510   2HB   ASP  17          1HB       ASP  17  -4.155  15.026  -1.596
  511    HA   PRO  18           HA       PRO  18  -1.404  19.298   0.065
  512   1HB   PRO  18          2HB       PRO  18  -3.255  19.403   2.098
  513   2HB   PRO  18          1HB       PRO  18  -3.257  20.474   0.693
  514   1HG   PRO  18          2HG       PRO  18  -4.862  18.000   1.196
  515   2HG   PRO  18          1HG       PRO  18  -5.368  19.538   0.468
  516   1HD   PRO  18          2HD       PRO  18  -4.836  17.375  -1.033
  517   2HD   PRO  18          1HD       PRO  18  -4.435  19.014  -1.588
  518    H    ASN  19           H        ASN  19  -3.447  16.952   1.809
  519    HA   ASN  19           HA       ASN  19  -1.172  16.211   3.469
  520   1HB   ASN  19          2HB       ASN  19  -4.101  16.020   3.683
  521   2HB   ASN  19          1HB       ASN  19  -3.236  14.613   4.298
  522   1HD2  ASN  19          1HD2      ASN  19  -3.581  18.091   4.564
  523   2HD2  ASN  19          2HD2      ASN  19  -2.970  18.219   6.175
  524    H    ALA  20           H        ALA  20  -2.912  15.088   0.741
  525    HA   ALA  20           HA       ALA  20  -2.987  13.043  -0.341
  526   1HB   ALA  20          1HB       ALA  20  -0.020  13.077   0.011
  527   2HB   ALA  20          2HB       ALA  20  -0.827  14.355  -0.897
  528   3HB   ALA  20          3HB       ALA  20  -0.974  12.676  -1.417
  529    HA   PRO  21           HA       PRO  21  -2.774  10.172   3.189
  530   1HB   PRO  21          2HB       PRO  21  -4.765   8.726   1.586
  531   2HB   PRO  21          1HB       PRO  21  -4.890   9.338   3.236
  532   1HG   PRO  21          2HG       PRO  21  -6.241  10.459   1.197
  533   2HG   PRO  21          1HG       PRO  21  -5.616  11.417   2.551
  534   1HD   PRO  21          2HD       PRO  21  -4.500  11.084  -0.208
  535   2HD   PRO  21          1HD       PRO  21  -4.619  12.548   0.791
  536    H    LYS  22           H        LYS  22  -3.193   9.137  -0.198
  537    HA   LYS  22           HA       LYS  22  -1.734   7.903  -1.495
  538   1HB   LYS  22          2HB       LYS  22  -0.314   6.999   1.003
  539   2HB   LYS  22          1HB       LYS  22   0.290   7.005  -0.647
  540   1HG   LYS  22          2HG       LYS  22   1.006   9.110  -0.495
  541   2HG   LYS  22          1HG       LYS  22  -0.471   9.652   0.305
  542   1HD   LYS  22          2HD       LYS  22   0.842   9.903   2.108
  543   2HD   LYS  22          1HD       LYS  22   0.699   8.151   2.258
  544   1HE   LYS  22          2HE       LYS  22   3.048   9.203   2.315
  545   2HE   LYS  22          1HE       LYS  22   2.789   7.773   1.317
  546   1HZ   LYS  22          1HZ       LYS  22   2.875   9.003  -0.617
  547   2HZ   LYS  22          2HZ       LYS  22   4.043   9.773   0.333
  548   3HZ   LYS  22          3HZ       LYS  22   2.511  10.465   0.151
  549    H    ARG  23           H        ARG  23  -4.151   6.987  -0.975
  550    HA   ARG  23           HA       ARG  23  -5.454   5.127  -0.413
  551   1HB   ARG  23          2HB       ARG  23  -4.968   3.357  -2.046
  552   2HB   ARG  23          1HB       ARG  23  -4.872   4.957  -2.768
  553   1HG   ARG  23          2HG       ARG  23  -2.586   4.861  -3.010
  554   2HG   ARG  23          1HG       ARG  23  -2.396   3.650  -1.742
  555   1HD   ARG  23          2HD       ARG  23  -3.961   2.919  -4.159
  556   2HD   ARG  23          1HD       ARG  23  -2.209   3.031  -4.311
  557    HE   ARG  23           HE       ARG  23  -1.983   1.221  -2.840
  558   1HH1  ARG  23          1HH1      ARG  23  -5.323   2.077  -3.346
  559   2HH1  ARG  23          2HH1      ARG  23  -5.931   0.561  -2.772
  560   1HH2  ARG  23          1HH2      ARG  23  -2.777  -0.781  -2.088
  561   2HH2  ARG  23          2HH2      ARG  23  -4.486  -1.062  -2.055
  562    H    ALA  24           H        ALA  24  -4.548   2.376  -0.673
  563    HA   ALA  24           HA       ALA  24  -3.064   2.124   1.863
  564   1HB   ALA  24          1HB       ALA  24  -4.782  -0.134   1.213
  565   2HB   ALA  24          2HB       ALA  24  -5.674   1.377   1.404
  566   3HB   ALA  24          3HB       ALA  24  -4.643   0.792   2.709
  567    H    LEU  25           H        LEU  25  -2.603  -0.502   1.991
  568    HA   LEU  25           HA       LEU  25  -0.655  -0.969  -0.093
  569   1HB   LEU  25          2HB       LEU  25  -1.308  -2.119   2.538
  570   2HB   LEU  25          1HB       LEU  25  -0.729  -3.278   1.356
  571    HG   LEU  25           HG       LEU  25   1.198  -1.523   1.019
  572   1HD1  LEU  25          1HD1      LEU  25   1.759  -0.295   3.009
  573   2HD1  LEU  25          2HD1      LEU  25   0.356  -0.947   3.856
  574   3HD1  LEU  25          3HD1      LEU  25   0.132   0.156   2.498
  575   1HD2  LEU  25          1HD2      LEU  25   2.106  -3.438   1.747
  576   2HD2  LEU  25          2HD2      LEU  25   0.793  -3.740   2.885
  577   3HD2  LEU  25          3HD2      LEU  25   2.112  -2.656   3.328
  578    H    SER  26           H        SER  26  -0.652  -3.552  -0.650
  579    HA   SER  26           HA       SER  26  -3.339  -4.129  -1.706
  580   1HB   SER  26          2HB       SER  26  -1.418  -3.347  -3.344
  581   2HB   SER  26          1HB       SER  26  -0.897  -5.025  -3.194
  582    HG   SER  26           HG       SER  26  -2.857  -5.692  -4.006
  583    H    ALA  27           H        ALA  27  -3.741  -6.414  -2.170
  584    HA   ALA  27           HA       ALA  27  -3.106  -8.112  -0.038
  585   1HB   ALA  27          1HB       ALA  27  -4.295  -9.778  -1.155
  586   2HB   ALA  27          2HB       ALA  27  -3.880  -9.137  -2.746
  587   3HB   ALA  27          3HB       ALA  27  -5.032  -8.278  -1.721
  588    H    TYR  28           H        TYR  28  -1.339  -7.264  -2.833
  589    HA   TYR  28           HA       TYR  28   0.295  -9.628  -2.927
  590   1HB   TYR  28          2HB       TYR  28  -0.164  -8.208  -4.928
  591   2HB   TYR  28          1HB       TYR  28   0.795  -6.926  -4.193
  592    HD1  TYR  28           HD1      TYR  28   0.863  -9.856  -6.229
  593    HD2  TYR  28           HD2      TYR  28   3.246  -7.451  -3.652
  594    HE1  TYR  28           HE1      TYR  28   2.895 -10.843  -7.200
  595    HE2  TYR  28           HE2      TYR  28   5.287  -8.427  -4.618
  596    HH   TYR  28           HH       TYR  28   6.125  -9.889  -6.062
  597    H    MET  29           H        MET  29   0.464  -6.458  -1.440
  598    HA   MET  29           HA       MET  29   3.216  -6.630  -0.715
  599   1HB   MET  29          2HB       MET  29   1.196  -4.950   0.745
  600   2HB   MET  29          1HB       MET  29   2.901  -4.617   0.457
  601   1HG   MET  29          2HG       MET  29   0.731  -4.616  -1.631
  602   2HG   MET  29          1HG       MET  29   1.452  -3.190  -0.886
  603   1HE   MET  29          1HE       MET  29   0.978  -4.827  -3.661
  604   2HE   MET  29          2HE       MET  29   2.338  -5.889  -4.026
  605   3HE   MET  29          3HE       MET  29   2.267  -4.275  -4.731
  606    H    PHE  30           H        PHE  30   0.182  -7.106   1.084
  607    HA   PHE  30           HA       PHE  30   1.402  -7.853   3.516
  608   1HB   PHE  30          2HB       PHE  30  -1.256  -8.975   2.728
  609   2HB   PHE  30          1HB       PHE  30  -0.732  -8.333   4.280
  610    HD1  PHE  30           HD1      PHE  30  -2.678  -7.715   1.446
  611    HD2  PHE  30           HD2      PHE  30  -0.182  -5.759   4.283
  612    HE1  PHE  30           HE1      PHE  30  -3.663  -5.551   0.815
  613    HE2  PHE  30           HE2      PHE  30  -1.197  -3.598   3.693
  614    HZ   PHE  30           HZ       PHE  30  -2.939  -3.491   1.954
  615    H    PHE  31           H        PHE  31   0.100  -9.801   0.843
  616    HA   PHE  31           HA       PHE  31   0.842 -12.310   1.950
  617   1HB   PHE  31          2HB       PHE  31  -0.757 -12.536   0.288
  618   2HB   PHE  31          1HB       PHE  31   0.016 -11.351  -0.761
  619    HD1  PHE  31           HD1      PHE  31   0.073 -14.832   0.391
  620    HD2  PHE  31           HD2      PHE  31   1.748 -11.979  -2.287
  621    HE1  PHE  31           HE1      PHE  31   1.166 -16.651  -0.855
  622    HE2  PHE  31           HE2      PHE  31   2.840 -13.793  -3.542
  623    HZ   PHE  31           HZ       PHE  31   2.553 -16.131  -2.823
  624    H    ALA  32           H        ALA  32   2.222 -10.703  -0.919
  625    HA   ALA  32           HA       ALA  32   4.544 -12.125  -1.160
  626   1HB   ALA  32          1HB       ALA  32   5.432 -10.343  -2.417
  627   2HB   ALA  32          2HB       ALA  32   4.485  -9.145  -1.535
  628   3HB   ALA  32          3HB       ALA  32   3.685 -10.257  -2.646
  629    H    ASN  33           H        ASN  33   3.694  -9.880   1.325
  630    HA   ASN  33           HA       ASN  33   6.303  -9.299   2.276
  631   1HB   ASN  33          2HB       ASN  33   3.536  -8.938   3.228
  632   2HB   ASN  33          1HB       ASN  33   4.740  -9.100   4.503
  633   1HD2  ASN  33          1HD2      ASN  33   3.083  -6.823   3.393
  634   2HD2  ASN  33          2HD2      ASN  33   4.226  -5.561   3.112
  635    H    GLU  34           H        GLU  34   3.847 -11.670   3.300
  636    HA   GLU  34           HA       GLU  34   5.512 -12.911   5.239
  637   1HB   GLU  34          2HB       GLU  34   2.940 -13.640   3.890
  638   2HB   GLU  34          1HB       GLU  34   3.782 -14.839   4.861
  639   1HG   GLU  34          2HG       GLU  34   1.931 -13.232   5.866
  640   2HG   GLU  34          1HG       GLU  34   3.306 -13.802   6.811
  641    H    ASN  35           H        ASN  35   4.772 -13.619   1.864
  642    HA   ASN  35           HA       ASN  35   6.361 -16.013   1.827
  643   1HB   ASN  35          2HB       ASN  35   5.137 -14.403  -0.425
  644   2HB   ASN  35          1HB       ASN  35   5.913 -15.972  -0.615
  645   1HD2  ASN  35          1HD2      ASN  35   3.380 -14.386   1.288
  646   2HD2  ASN  35          2HD2      ASN  35   2.298 -15.729   1.296
  647    H    ARG  36           H        ARG  36   7.054 -12.747   1.753
  648    HA   ARG  36           HA       ARG  36   9.228 -12.684  -0.066
  649   1HB   ARG  36          2HB       ARG  36   8.727 -10.528   0.378
  650   2HB   ARG  36          1HB       ARG  36   8.045 -10.915   1.951
  651   1HG   ARG  36          2HG       ARG  36  10.579 -11.231   2.596
  652   2HG   ARG  36          1HG       ARG  36  10.820 -10.156   1.218
  653   1HD   ARG  36          2HD       ARG  36   9.630  -8.417   2.215
  654   2HD   ARG  36          1HD       ARG  36   8.830  -9.495   3.357
  655    HE   ARG  36           HE       ARG  36  11.499  -9.659   3.962
  656   1HH1  ARG  36          1HH1      ARG  36   9.124  -7.119   3.779
  657   2HH1  ARG  36          2HH1      ARG  36   9.885  -6.142   4.990
  658   1HH2  ARG  36          1HH2      ARG  36  12.511  -8.381   5.558
  659   2HH2  ARG  36          2HH2      ARG  36  11.810  -6.859   6.001
  660    H    ASP  37           H        ASP  37   9.120 -12.876   3.487
  661    HA   ASP  37           HA       ASP  37  11.914 -13.489   3.692
  662   1HB   ASP  37          2HB       ASP  37  11.131 -14.105   6.119
  663   2HB   ASP  37          1HB       ASP  37  11.155 -12.421   5.605
  664    H    ILE  38           H        ILE  38   8.900 -15.305   3.697
  665    HA   ILE  38           HA       ILE  38   9.997 -17.816   4.427
  666    HB   ILE  38           HB       ILE  38   7.479 -16.951   3.065
  667   1HG1  ILE  38          2HG1      ILE  38   6.424 -17.815   5.008
  668   2HG1  ILE  38          1HG1      ILE  38   7.849 -18.762   5.452
  669   1HG2  ILE  38          1HG2      ILE  38   7.614 -18.824   1.796
  670   2HG2  ILE  38          2HG2      ILE  38   6.996 -19.570   3.269
  671   3HG2  ILE  38          3HG2      ILE  38   8.721 -19.631   2.907
  672   1HD1  ILE  38          1HD1      ILE  38   8.995 -16.917   6.229
  673   2HD1  ILE  38          2HD1      ILE  38   7.336 -16.548   6.703
  674   3HD1  ILE  38          3HD1      ILE  38   8.034 -15.790   5.272
  675    H    VAL  39           H        VAL  39   8.732 -16.933   1.227
  676    HA   VAL  39           HA       VAL  39   9.881 -18.904  -0.269
  677    HB   VAL  39           HB       VAL  39   9.576 -16.032  -1.152
  678   1HG1  VAL  39          1HG1      VAL  39   9.734 -16.743  -3.346
  679   2HG1  VAL  39          2HG1      VAL  39   9.362 -18.418  -2.939
  680   3HG1  VAL  39          3HG1      VAL  39  10.944 -17.745  -2.546
  681   1HG2  VAL  39          1HG2      VAL  39   7.610 -18.303  -1.407
  682   2HG2  VAL  39          2HG2      VAL  39   7.369 -16.625  -1.894
  683   3HG2  VAL  39          3HG2      VAL  39   7.518 -17.035  -0.185
  684    H    ARG  40           H        ARG  40  11.322 -15.683   0.290
  685    HA   ARG  40           HA       ARG  40  13.747 -16.234  -1.015
  686   1HB   ARG  40          2HB       ARG  40  12.712 -13.979  -0.176
  687   2HB   ARG  40          1HB       ARG  40  13.610 -14.330   1.294
  688   1HG   ARG  40          2HG       ARG  40  15.499 -14.729  -0.639
  689   2HG   ARG  40          1HG       ARG  40  14.551 -13.398  -1.306
  690   1HD   ARG  40          2HD       ARG  40  15.170 -11.954   0.333
  691   2HD   ARG  40          1HD       ARG  40  15.273 -13.219   1.557
  692    HE   ARG  40           HE       ARG  40  17.373 -12.369  -0.263
  693   1HH1  ARG  40          1HH1      ARG  40  16.265 -14.692   2.083
  694   2HH1  ARG  40          2HH1      ARG  40  17.856 -15.268   2.456
  695   1HH2  ARG  40          1HH2      ARG  40  19.472 -13.122   0.217
  696   2HH2  ARG  40          2HH2      ARG  40  19.679 -14.375   1.395
  697    H    SER  41           H        SER  41  12.628 -16.927   2.209
  698    HA   SER  41           HA       SER  41  15.166 -17.461   3.370
  699   1HB   SER  41          2HB       SER  41  13.498 -17.103   4.961
  700   2HB   SER  41          1HB       SER  41  12.329 -18.111   4.109
  701    HG   SER  41           HG       SER  41  14.545 -18.919   5.667
  702    H    GLU  42           H        GLU  42  13.049 -19.234   1.302
  703    HA   GLU  42           HA       GLU  42  14.466 -21.744   1.813
  704   1HB   GLU  42          2HB       GLU  42  12.089 -21.177   0.029
  705   2HB   GLU  42          1HB       GLU  42  12.769 -22.766   0.356
  706   1HG   GLU  42          2HG       GLU  42  12.284 -21.798   2.871
  707   2HG   GLU  42          1HG       GLU  42  10.936 -21.149   1.937
  708    H    ASN  43           H        ASN  43  14.459 -19.091  -0.310
  709    HA   ASN  43           HA       ASN  43  16.477 -20.372  -1.968
  710   1HB   ASN  43          2HB       ASN  43  14.151 -18.964  -3.272
  711   2HB   ASN  43          1HB       ASN  43  15.419 -19.912  -4.045
  712   1HD2  ASN  43          1HD2      ASN  43  12.898 -20.255  -1.575
  713   2HD2  ASN  43          2HD2      ASN  43  12.407 -21.841  -2.054
  714    HA   PRO  44           HA       PRO  44  17.162 -15.876  -0.694
  715   1HB   PRO  44          2HB       PRO  44  19.776 -17.058   0.052
  716   2HB   PRO  44          1HB       PRO  44  18.750 -15.935   0.952
  717   1HG   PRO  44          2HG       PRO  44  18.941 -18.493   1.680
  718   2HG   PRO  44          1HG       PRO  44  17.393 -17.631   1.772
  719   1HD   PRO  44          2HD       PRO  44  18.353 -19.593  -0.279
  720   2HD   PRO  44          1HD       PRO  44  16.745 -19.435   0.461
  721    H    ASP  45           H        ASP  45  19.112 -18.273  -2.384
  722    HA   ASP  45           HA       ASP  45  20.303 -16.138  -4.022
  723   1HB   ASP  45          2HB       ASP  45  21.248 -18.796  -3.127
  724   2HB   ASP  45          1HB       ASP  45  21.631 -18.378  -4.794
  725    H    ILE  46           H        ILE  46  17.632 -16.825  -4.388
  726    HA   ILE  46           HA       ILE  46  17.461 -18.688  -6.597
  727    HB   ILE  46           HB       ILE  46  15.754 -18.328  -4.668
  728   1HG1  ILE  46          2HG1      ILE  46  14.974 -18.671  -7.570
  729   2HG1  ILE  46          1HG1      ILE  46  15.356 -19.942  -6.406
  730   1HG2  ILE  46          1HG2      ILE  46  13.914 -16.801  -5.302
  731   2HG2  ILE  46          2HG2      ILE  46  14.932 -16.168  -6.594
  732   3HG2  ILE  46          3HG2      ILE  46  15.420 -15.970  -4.911
  733   1HD1  ILE  46          1HD1      ILE  46  13.010 -19.907  -6.559
  734   2HD1  ILE  46          2HD1      ILE  46  12.952 -18.147  -6.472
  735   3HD1  ILE  46          3HD1      ILE  46  13.397 -19.085  -5.046
  736    H    THR  47           H        THR  47  16.875 -15.232  -6.037
  737    HA   THR  47           HA       THR  47  17.744 -13.690  -7.723
  738    HB   THR  47           HB       THR  47  16.402 -15.657  -9.593
  739    HG1  THR  47           HG1      THR  47  18.979 -15.261  -8.768
  740   1HG2  THR  47          1HG2      THR  47  17.295 -12.853  -9.970
  741   2HG2  THR  47          2HG2      THR  47  15.936 -13.716 -10.690
  742   3HG2  THR  47          3HG2      THR  47  17.575 -14.008 -11.273
  743    H    PHE  48           H        PHE  48  16.524 -11.924  -8.545
  744    HA   PHE  48           HA       PHE  48  14.115 -11.423  -7.231
  745   1HB   PHE  48          2HB       PHE  48  15.323  -9.528  -7.905
  746   2HB   PHE  48          1HB       PHE  48  15.508 -10.117  -9.554
  747    HD1  PHE  48           HD1      PHE  48  14.727  -8.077 -10.553
  748    HD2  PHE  48           HD2      PHE  48  12.287 -10.243  -7.819
  749    HE1  PHE  48           HE1      PHE  48  12.769  -6.771 -11.273
  750    HE2  PHE  48           HE2      PHE  48  10.326  -8.935  -8.527
  751    HZ   PHE  48           HZ       PHE  48  10.565  -7.200 -10.259
  752    H    GLY  49           H        GLY  49  14.701 -12.305 -10.629
  753   1HA   GLY  49          2HA       GLY  49  11.927 -12.357 -11.304
  754   2HA   GLY  49          1HA       GLY  49  13.244 -13.000 -12.275
  755    H    GLN  50           H        GLN  50  13.612 -14.350  -9.320
  756    HA   GLN  50           HA       GLN  50  12.192 -16.779 -10.138
  757   1HB   GLN  50          2HB       GLN  50  14.572 -16.229  -8.412
  758   2HB   GLN  50          1HB       GLN  50  13.628 -17.684  -8.120
  759   1HG   GLN  50          2HG       GLN  50  14.441 -17.145 -10.911
  760   2HG   GLN  50          1HG       GLN  50  15.704 -17.616  -9.776
  761   1HE2  GLN  50          1HE2      GLN  50  12.315 -18.597 -10.059
  762   2HE2  GLN  50          2HE2      GLN  50  12.638 -20.287 -10.226
  763    H    VAL  51           H        VAL  51  12.993 -15.200  -7.048
  764    HA   VAL  51           HA       VAL  51  10.771 -16.307  -5.672
  765    HB   VAL  51           HB       VAL  51  12.468 -15.730  -4.221
  766   1HG1  VAL  51          1HG1      VAL  51  13.499 -13.383  -4.268
  767   2HG1  VAL  51          2HG1      VAL  51  12.760 -13.238  -5.863
  768   3HG1  VAL  51          3HG1      VAL  51  13.946 -14.507  -5.552
  769   1HG2  VAL  51          1HG2      VAL  51  11.696 -13.826  -2.855
  770   2HG2  VAL  51          2HG2      VAL  51  10.380 -14.902  -3.322
  771   3HG2  VAL  51          3HG2      VAL  51  10.600 -13.365  -4.157
  772    H    GLY  52           H        GLY  52  11.399 -13.138  -7.137
  773   1HA   GLY  52          2HA       GLY  52   9.022 -11.883  -6.304
  774   2HA   GLY  52          1HA       GLY  52   9.988 -11.416  -7.696
  775    H    LYS  53           H        LYS  53   9.757 -13.181  -9.549
  776    HA   LYS  53           HA       LYS  53   7.121 -13.017 -10.507
  777   1HB   LYS  53          2HB       LYS  53   9.582 -13.735 -11.556
  778   2HB   LYS  53          1HB       LYS  53   8.661 -15.230 -11.631
  779   1HG   LYS  53          2HG       LYS  53   8.040 -12.595 -12.930
  780   2HG   LYS  53          1HG       LYS  53   8.324 -14.161 -13.694
  781   1HD   LYS  53          2HD       LYS  53   5.985 -13.539 -11.894
  782   2HD   LYS  53          1HD       LYS  53   5.932 -13.489 -13.658
  783   1HE   LYS  53          2HE       LYS  53   6.787 -15.938 -12.140
  784   2HE   LYS  53          1HE       LYS  53   5.099 -15.616 -12.535
  785   1HZ   LYS  53          1HZ       LYS  53   7.258 -15.730 -14.566
  786   2HZ   LYS  53          2HZ       LYS  53   5.589 -15.687 -14.840
  787   3HZ   LYS  53          3HZ       LYS  53   6.297 -17.060 -14.151
  788    H    LYS  54           H        LYS  54   8.745 -15.372  -8.541
  789    HA   LYS  54           HA       LYS  54   6.776 -17.437  -8.851
  790   1HB   LYS  54          2HB       LYS  54   8.972 -18.132  -8.230
  791   2HB   LYS  54          1HB       LYS  54   9.023 -17.001  -6.885
  792   1HG   LYS  54          2HG       LYS  54   8.479 -18.762  -5.633
  793   2HG   LYS  54          1HG       LYS  54   6.846 -18.517  -6.255
  794   1HD   LYS  54          2HD       LYS  54   6.952 -20.317  -7.631
  795   2HD   LYS  54          1HD       LYS  54   8.677 -20.111  -7.943
  796   1HE   LYS  54          2HE       LYS  54   7.982 -22.163  -6.609
  797   2HE   LYS  54          1HE       LYS  54   9.280 -21.174  -5.941
  798   1HZ   LYS  54          1HZ       LYS  54   7.688 -21.796  -4.240
  799   2HZ   LYS  54          2HZ       LYS  54   6.429 -21.078  -5.112
  800   3HZ   LYS  54          3HZ       LYS  54   7.669 -20.122  -4.475
  801    H    LEU  55           H        LEU  55   7.172 -14.631  -6.872
  802    HA   LEU  55           HA       LEU  55   5.325 -15.395  -4.822
  803   1HB   LEU  55          2HB       LEU  55   6.608 -12.805  -5.639
  804   2HB   LEU  55          1HB       LEU  55   5.341 -12.835  -4.427
  805    HG   LEU  55           HG       LEU  55   7.796 -14.544  -4.149
  806   1HD1  LEU  55          1HD1      LEU  55   8.789 -12.781  -2.783
  807   2HD1  LEU  55          2HD1      LEU  55   7.454 -11.704  -3.197
  808   3HD1  LEU  55          3HD1      LEU  55   8.568 -12.251  -4.451
  809   1HD2  LEU  55          1HD2      LEU  55   7.223 -14.317  -1.748
  810   2HD2  LEU  55          2HD2      LEU  55   5.974 -15.120  -2.699
  811   3HD2  LEU  55          3HD2      LEU  55   5.769 -13.436  -2.218
  812    H    GLY  56           H        GLY  56   5.148 -13.594  -7.843
  813   1HA   GLY  56          2HA       GLY  56   2.456 -12.715  -7.522
  814   2HA   GLY  56          1HA       GLY  56   3.352 -12.780  -9.033
  815    H    GLU  57           H        GLU  57   3.843 -15.322  -9.526
  816    HA   GLU  57           HA       GLU  57   1.400 -16.399 -10.373
  817   1HB   GLU  57          2HB       GLU  57   2.632 -18.283 -11.111
  818   2HB   GLU  57          1HB       GLU  57   3.718 -16.910 -11.275
  819   1HG   GLU  57          2HG       GLU  57   4.797 -17.529  -9.161
  820   2HG   GLU  57          1HG       GLU  57   3.732 -18.929  -9.044
  821    H    LYS  58           H        LYS  58   3.510 -17.382  -7.681
  822    HA   LYS  58           HA       LYS  58   1.811 -19.389  -6.671
  823   1HB   LYS  58          2HB       LYS  58   3.912 -17.711  -5.289
  824   2HB   LYS  58          1HB       LYS  58   3.127 -19.105  -4.562
  825   1HG   LYS  58          2HG       LYS  58   4.641 -19.277  -7.149
  826   2HG   LYS  58          1HG       LYS  58   5.411 -19.484  -5.574
  827   1HD   LYS  58          2HD       LYS  58   4.908 -21.664  -6.194
  828   2HD   LYS  58          1HD       LYS  58   3.550 -21.229  -5.154
  829   1HE   LYS  58          2HE       LYS  58   2.063 -21.233  -6.862
  830   2HE   LYS  58          1HE       LYS  58   3.241 -20.632  -8.029
  831   1HZ   LYS  58          1HZ       LYS  58   3.919 -23.247  -7.151
  832   2HZ   LYS  58          2HZ       LYS  58   3.640 -22.685  -8.722
  833   3HZ   LYS  58          3HZ       LYS  58   2.346 -23.219  -7.773
  834    H    TRP  59           H        TRP  59   1.864 -15.928  -6.291
  835    HA   TRP  59           HA       TRP  59   0.353 -15.646  -3.959
  836   1HB   TRP  59          2HB       TRP  59   1.336 -13.672  -4.781
  837   2HB   TRP  59          1HB       TRP  59   0.694 -13.920  -6.401
  838    HD1  TRP  59           HD1      TRP  59  -0.943 -11.999  -6.845
  839    HE1  TRP  59           HE1      TRP  59  -2.921 -10.944  -5.578
  840    HE3  TRP  59           HE3      TRP  59  -0.538 -14.557  -2.443
  841    HZ2  TRP  59           HZ2      TRP  59  -4.154 -11.180  -3.045
  842    HZ3  TRP  59           HZ3      TRP  59  -2.145 -14.078  -0.645
  843    HH2  TRP  59           HH2      TRP  59  -3.920 -12.427  -0.943
  844    H    LYS  60           H        LYS  60  -0.735 -15.657  -7.345
  845    HA   LYS  60           HA       LYS  60  -3.501 -15.908  -6.492
  846   1HB   LYS  60          2HB       LYS  60  -2.125 -15.487  -9.125
  847   2HB   LYS  60          1HB       LYS  60  -3.813 -15.981  -9.077
  848   1HG   LYS  60          2HG       LYS  60  -4.225 -13.985  -7.588
  849   2HG   LYS  60          1HG       LYS  60  -2.591 -13.459  -7.997
  850   1HD   LYS  60          2HD       LYS  60  -3.459 -12.476  -9.797
  851   2HD   LYS  60          1HD       LYS  60  -3.766 -14.090 -10.440
  852   1HE   LYS  60          2HE       LYS  60  -5.653 -12.411  -8.795
  853   2HE   LYS  60          1HE       LYS  60  -5.798 -12.785 -10.512
  854   1HZ   LYS  60          1HZ       LYS  60  -6.150 -14.593  -8.203
  855   2HZ   LYS  60          2HZ       LYS  60  -5.846 -15.199  -9.753
  856   3HZ   LYS  60          3HZ       LYS  60  -7.229 -14.268  -9.466
  857    H    ALA  61           H        ALA  61  -0.994 -17.999  -6.918
  858    HA   ALA  61           HA       ALA  61  -2.374 -20.122  -8.283
  859   1HB   ALA  61          1HB       ALA  61   0.184 -20.240  -6.691
  860   2HB   ALA  61          2HB       ALA  61   0.074 -19.851  -8.408
  861   3HB   ALA  61          3HB       ALA  61  -0.407 -21.448  -7.833
  862    H    LEU  62           H        LEU  62  -1.707 -19.236  -4.940
  863    HA   LEU  62           HA       LEU  62  -2.378 -21.630  -3.686
  864   1HB   LEU  62          2HB       LEU  62  -3.138 -18.983  -2.502
  865   2HB   LEU  62          1HB       LEU  62  -2.544 -20.419  -1.694
  866    HG   LEU  62           HG       LEU  62  -0.545 -19.471  -3.518
  867   1HD1  LEU  62          1HD1      LEU  62  -0.440 -17.386  -1.650
  868   2HD1  LEU  62          2HD1      LEU  62  -2.086 -17.389  -2.284
  869   3HD1  LEU  62          3HD1      LEU  62  -0.717 -17.263  -3.388
  870   1HD2  LEU  62          1HD2      LEU  62   0.353 -19.033  -0.956
  871   2HD2  LEU  62          2HD2      LEU  62   0.499 -20.538  -1.863
  872   3HD2  LEU  62          3HD2      LEU  62  -0.848 -20.308  -0.749
  873    H    THR  63           H        THR  63  -4.539 -18.813  -3.585
  874    HA   THR  63           HA       THR  63  -6.770 -19.490  -4.827
  875    HB   THR  63           HB       THR  63  -6.285 -21.486  -2.719
  876    HG1  THR  63           HG1      THR  63  -7.683 -22.676  -4.065
  877   1HG2  THR  63          1HG2      THR  63  -9.041 -20.310  -2.999
  878   2HG2  THR  63          2HG2      THR  63  -7.989 -20.116  -1.598
  879   3HG2  THR  63          3HG2      THR  63  -8.586 -21.716  -2.037
  880    HA   PRO  64           HA       PRO  64  -8.355 -15.878  -2.864
  881   1HB   PRO  64          2HB       PRO  64 -10.842 -17.516  -2.551
  882   2HB   PRO  64          1HB       PRO  64 -10.656 -15.861  -3.142
  883   1HG   PRO  64          2HG       PRO  64 -11.017 -17.892  -4.838
  884   2HG   PRO  64          1HG       PRO  64  -9.932 -16.548  -5.233
  885   1HD   PRO  64          2HD       PRO  64  -9.282 -19.338  -4.478
  886   2HD   PRO  64          1HD       PRO  64  -8.353 -18.186  -5.456
  887    H    GLU  65           H        GLU  65  -9.421 -18.936  -1.366
  888    HA   GLU  65           HA       GLU  65  -9.821 -17.967   1.221
  889   1HB   GLU  65          2HB       GLU  65  -9.971 -20.436  -0.047
  890   2HB   GLU  65          1HB       GLU  65  -8.727 -20.666   1.174
  891   1HG   GLU  65          2HG       GLU  65 -10.205 -20.669   2.835
  892   2HG   GLU  65          1HG       GLU  65 -11.065 -19.269   2.193
  893    H    GLU  66           H        GLU  66  -6.923 -19.373  -0.271
  894    HA   GLU  66           HA       GLU  66  -5.236 -19.236   1.966
  895   1HB   GLU  66          2HB       GLU  66  -4.103 -18.722  -0.743
  896   2HB   GLU  66          1HB       GLU  66  -3.523 -19.786   0.530
  897   1HG   GLU  66          2HG       GLU  66  -5.761 -20.273  -1.411
  898   2HG   GLU  66          1HG       GLU  66  -4.247 -21.162  -1.245
  899    H    LYS  67           H        LYS  67  -6.403 -16.801  -0.190
  900    HA   LYS  67           HA       LYS  67  -4.396 -14.849   0.503
  901   1HB   LYS  67          2HB       LYS  67  -7.045 -14.333  -0.844
  902   2HB   LYS  67          1HB       LYS  67  -5.590 -13.349  -0.920
  903   1HG   LYS  67          2HG       LYS  67  -4.485 -15.337  -2.049
  904   2HG   LYS  67          1HG       LYS  67  -6.113 -16.002  -2.217
  905   1HD   LYS  67          2HD       LYS  67  -4.930 -13.551  -3.467
  906   2HD   LYS  67          1HD       LYS  67  -5.787 -14.890  -4.232
  907   1HE   LYS  67          2HE       LYS  67  -7.765 -14.027  -2.707
  908   2HE   LYS  67          1HE       LYS  67  -6.857 -12.517  -2.795
  909   1HZ   LYS  67          1HZ       LYS  67  -7.043 -12.493  -5.139
  910   2HZ   LYS  67          2HZ       LYS  67  -8.593 -12.821  -4.544
  911   3HZ   LYS  67          3HZ       LYS  67  -7.653 -14.070  -5.191
  912    H    GLN  68           H        GLN  68  -7.509 -15.832   1.657
  913    HA   GLN  68           HA       GLN  68  -8.726 -13.809   2.828
  914   1HB   GLN  68          2HB       GLN  68  -7.977 -16.404   4.171
  915   2HB   GLN  68          1HB       GLN  68  -9.095 -15.249   4.882
  916   1HG   GLN  68          2HG       GLN  68 -10.038 -15.612   2.304
  917   2HG   GLN  68          1HG       GLN  68  -9.529 -17.220   2.819
  918   1HE2  GLN  68          1HE2      GLN  68 -11.944 -14.889   2.964
  919   2HE2  GLN  68          2HE2      GLN  68 -12.929 -15.622   4.180
  920    HA   PRO  69           HA       PRO  69  -5.480 -13.620   6.543
  921   1HB   PRO  69          2HB       PRO  69  -3.100 -14.364   4.916
  922   2HB   PRO  69          1HB       PRO  69  -3.467 -14.726   6.608
  923   1HG   PRO  69          2HG       PRO  69  -3.685 -16.607   4.733
  924   2HG   PRO  69          1HG       PRO  69  -4.855 -16.503   6.062
  925   1HD   PRO  69          2HD       PRO  69  -5.146 -15.679   3.208
  926   2HD   PRO  69          1HD       PRO  69  -6.344 -16.394   4.305
  927    H    TYR  70           H        TYR  70  -3.926 -13.129   3.369
  928    HA   TYR  70           HA       TYR  70  -3.002 -10.512   4.158
  929   1HB   TYR  70          2HB       TYR  70  -2.771 -11.120   1.323
  930   2HB   TYR  70          1HB       TYR  70  -1.513 -10.761   2.498
  931    HD1  TYR  70           HD1      TYR  70  -3.384 -13.403   0.816
  932    HD2  TYR  70           HD2      TYR  70  -0.416 -12.552   3.741
  933    HE1  TYR  70           HE1      TYR  70  -2.691 -15.762   0.789
  934    HE2  TYR  70           HE2      TYR  70   0.297 -14.906   3.713
  935    HH   TYR  70           HH       TYR  70  -1.374 -17.307   1.699
  936    H    GLU  71           H        GLU  71  -4.981 -11.647   1.405
  937    HA   GLU  71           HA       GLU  71  -5.901  -9.304   0.405
  938   1HB   GLU  71          2HB       GLU  71  -6.535 -11.786  -0.147
  939   2HB   GLU  71          1HB       GLU  71  -7.892 -11.483   0.929
  940   1HG   GLU  71          2HG       GLU  71  -7.232  -9.868  -1.524
  941   2HG   GLU  71          1HG       GLU  71  -8.455 -11.135  -1.433
  942    H    ALA  72           H        ALA  72  -7.302 -11.026   3.179
  943    HA   ALA  72           HA       ALA  72  -9.192  -9.044   3.890
  944   1HB   ALA  72          1HB       ALA  72  -9.405 -10.194   5.960
  945   2HB   ALA  72          2HB       ALA  72  -7.814 -10.937   5.783
  946   3HB   ALA  72          3HB       ALA  72  -9.136 -11.421   4.721
  947    H    LYS  73           H        LYS  73  -5.830  -9.637   4.778
  948    HA   LYS  73           HA       LYS  73  -5.511  -7.488   6.580
  949   1HB   LYS  73          2HB       LYS  73  -3.866  -9.477   5.408
  950   2HB   LYS  73          1HB       LYS  73  -3.110  -7.922   5.081
  951   1HG   LYS  73          2HG       LYS  73  -4.058  -8.343   7.840
  952   2HG   LYS  73          1HG       LYS  73  -2.697  -9.339   7.318
  953   1HD   LYS  73          2HD       LYS  73  -1.288  -7.565   7.146
  954   2HD   LYS  73          1HD       LYS  73  -2.573  -6.455   6.662
  955   1HE   LYS  73          2HE       LYS  73  -3.118  -7.280   9.311
  956   2HE   LYS  73          1HE       LYS  73  -1.413  -6.840   9.239
  957   1HZ   LYS  73          1HZ       LYS  73  -3.651  -5.148   9.304
  958   2HZ   LYS  73          2HZ       LYS  73  -2.846  -4.904   7.836
  959   3HZ   LYS  73          3HZ       LYS  73  -2.012  -4.726   9.298
  960    H    ALA  74           H        ALA  74  -6.007  -7.604   3.229
  961    HA   ALA  74           HA       ALA  74  -4.693  -5.149   2.541
  962   1HB   ALA  74          1HB       ALA  74  -5.276  -7.106   0.982
  963   2HB   ALA  74          2HB       ALA  74  -5.514  -5.466   0.381
  964   3HB   ALA  74          3HB       ALA  74  -6.895  -6.408   0.943
  965    H    GLN  75           H        GLN  75  -8.048  -6.166   3.074
  966    HA   GLN  75           HA       GLN  75  -9.217  -3.596   2.860
  967   1HB   GLN  75          2HB       GLN  75 -10.087  -6.050   4.399
  968   2HB   GLN  75          1HB       GLN  75 -11.073  -4.607   4.212
  969   1HG   GLN  75          2HG       GLN  75 -11.541  -5.034   2.029
  970   2HG   GLN  75          1HG       GLN  75 -10.021  -5.887   1.754
  971   1HE2  GLN  75          1HE2      GLN  75  -9.955  -8.053   1.952
  972   2HE2  GLN  75          2HE2      GLN  75 -11.313  -9.038   2.373
  973    H    ALA  76           H        ALA  76  -7.584  -5.313   5.431
  974    HA   ALA  76           HA       ALA  76  -8.268  -3.609   7.581
  975   1HB   ALA  76          1HB       ALA  76  -6.476  -5.817   7.116
  976   2HB   ALA  76          2HB       ALA  76  -7.231  -5.279   8.616
  977   3HB   ALA  76          3HB       ALA  76  -5.703  -4.570   8.095
  978    H    ASP  77           H        ASP  77  -5.540  -3.621   5.310
  979    HA   ASP  77           HA       ASP  77  -4.347  -1.255   6.391
  980   1HB   ASP  77          2HB       ASP  77  -3.166  -3.087   5.058
  981   2HB   ASP  77          1HB       ASP  77  -3.894  -2.370   3.623
  982    H    LYS  78           H        LYS  78  -6.854  -1.934   4.125
  983    HA   LYS  78           HA       LYS  78  -6.823   0.438   2.608
  984   1HB   LYS  78          2HB       LYS  78  -8.479  -1.848   2.847
  985   2HB   LYS  78          1HB       LYS  78  -9.516  -0.444   3.061
  986   1HG   LYS  78          2HG       LYS  78  -7.599  -0.421   0.796
  987   2HG   LYS  78          1HG       LYS  78  -9.018  -1.463   0.679
  988   1HD   LYS  78          2HD       LYS  78  -9.427   0.746  -0.305
  989   2HD   LYS  78          1HD       LYS  78 -10.476   0.443   1.082
  990   1HE   LYS  78          2HE       LYS  78  -8.006   1.686   1.904
  991   2HE   LYS  78          1HE       LYS  78  -8.812   2.647   0.665
  992   1HZ   LYS  78          1HZ       LYS  78  -9.604   3.346   2.778
  993   2HZ   LYS  78          2HZ       LYS  78  -9.946   1.761   3.259
  994   3HZ   LYS  78          3HZ       LYS  78 -10.860   2.489   2.036
  995    H    LYS  79           H        LYS  79  -8.527  -0.422   5.602
  996    HA   LYS  79           HA       LYS  79  -9.676   2.159   5.991
  997   1HB   LYS  79          2HB       LYS  79  -9.352  -0.313   7.620
  998   2HB   LYS  79          1HB       LYS  79  -9.672   1.188   8.478
  999   1HG   LYS  79          2HG       LYS  79 -11.765   0.181   8.122
 1000   2HG   LYS  79          1HG       LYS  79 -11.656   1.495   6.949
 1001   1HD   LYS  79          2HD       LYS  79 -11.368   0.049   5.161
 1002   2HD   LYS  79          1HD       LYS  79 -10.802  -1.269   6.190
 1003   1HE   LYS  79          2HE       LYS  79 -12.939  -1.953   5.612
 1004   2HE   LYS  79          1HE       LYS  79 -13.181  -1.204   7.189
 1005   1HZ   LYS  79          1HZ       LYS  79 -14.791  -0.598   5.334
 1006   2HZ   LYS  79          2HZ       LYS  79 -13.534   0.331   4.689
 1007   3HZ   LYS  79          3HZ       LYS  79 -14.134   0.675   6.233
 1008    H    ARG  80           H        ARG  80  -6.755   0.540   7.157
 1009    HA   ARG  80           HA       ARG  80  -5.714   2.223   8.992
 1010   1HB   ARG  80          2HB       ARG  80  -4.241   0.539   8.520
 1011   2HB   ARG  80          1HB       ARG  80  -4.521   0.636   6.787
 1012   1HG   ARG  80          2HG       ARG  80  -2.281   1.299   7.178
 1013   2HG   ARG  80          1HG       ARG  80  -3.192   2.759   6.778
 1014   1HD   ARG  80          2HD       ARG  80  -1.851   1.988   9.275
 1015   2HD   ARG  80          1HD       ARG  80  -2.182   3.587   8.610
 1016    HE   ARG  80           HE       ARG  80  -4.203   3.624   9.741
 1017   1HH1  ARG  80          1HH1      ARG  80  -2.679   0.508  10.048
 1018   2HH1  ARG  80          2HH1      ARG  80  -3.725  -0.023  11.321
 1019   1HH2  ARG  80          1HH2      ARG  80  -5.588   2.934  11.418
 1020   2HH2  ARG  80          2HH2      ARG  80  -5.381   1.355  12.100
 1021    H    TYR  81           H        TYR  81  -5.275   2.683   5.482
 1022    HA   TYR  81           HA       TYR  81  -4.280   5.347   5.797
 1023   1HB   TYR  81          2HB       TYR  81  -3.555   4.895   3.731
 1024   2HB   TYR  81          1HB       TYR  81  -4.549   3.444   3.669
 1025    HD1  TYR  81           HD1      TYR  81  -3.911   6.497   2.108
 1026    HD2  TYR  81           HD2      TYR  81  -7.134   3.949   3.215
 1027    HE1  TYR  81           HE1      TYR  81  -5.315   7.527   0.371
 1028    HE2  TYR  81           HE2      TYR  81  -8.553   4.985   1.494
 1029    HH   TYR  81           HH       TYR  81  -7.289   7.084  -0.912
 1030    H    GLU  82           H        GLU  82  -7.404   3.891   5.145
 1031    HA   GLU  82           HA       GLU  82  -8.895   5.990   4.221
 1032   1HB   GLU  82          2HB       GLU  82  -9.834   3.766   4.589
 1033   2HB   GLU  82          1HB       GLU  82  -9.696   3.976   6.330
 1034   1HG   GLU  82          2HG       GLU  82 -11.165   6.171   5.466
 1035   2HG   GLU  82          1HG       GLU  82 -11.789   4.809   4.535
 1036    H    SER  83           H        SER  83  -7.404   5.639   7.313
 1037    HA   SER  83           HA       SER  83  -8.957   7.623   8.671
 1038   1HB   SER  83          2HB       SER  83  -7.265   7.467  10.422
 1039   2HB   SER  83          1HB       SER  83  -7.698   5.850   9.869
 1040    HG   SER  83           HG       SER  83  -5.399   7.346   9.141
 1041    H    GLU  84           H        GLU  84  -5.744   7.598   7.151
 1042    HA   GLU  84           HA       GLU  84  -5.237  10.353   7.643
 1043   1HB   GLU  84          2HB       GLU  84  -3.284  10.083   6.316
 1044   2HB   GLU  84          1HB       GLU  84  -3.497   8.579   7.200
 1045   1HG   GLU  84          2HG       GLU  84  -4.867   8.139   4.851
 1046   2HG   GLU  84          1HG       GLU  84  -3.460   9.073   4.345
 1047    H    LYS  85           H        LYS  85  -7.269   8.781   5.464
 1048    HA   LYS  85           HA       LYS  85  -7.156  10.885   3.450
 1049   1HB   LYS  85          2HB       LYS  85  -8.203   9.443   2.062
 1050   2HB   LYS  85          1HB       LYS  85  -7.716   8.232   3.241
 1051   1HG   LYS  85          2HG       LYS  85  -9.868   8.278   4.278
 1052   2HG   LYS  85          1HG       LYS  85 -10.366   9.658   3.296
 1053   1HD   LYS  85          2HD       LYS  85 -10.140   8.262   1.273
 1054   2HD   LYS  85          1HD       LYS  85  -9.726   6.884   2.295
 1055   1HE   LYS  85          2HE       LYS  85 -12.095   6.890   1.602
 1056   2HE   LYS  85          1HE       LYS  85 -11.890   6.956   3.351
 1057   1HZ   LYS  85          1HZ       LYS  85 -13.593   8.498   2.550
 1058   2HZ   LYS  85          2HZ       LYS  85 -12.435   9.303   1.616
 1059   3HZ   LYS  85          3HZ       LYS  85 -12.316   9.314   3.303
 1060    H    GLU  86           H        GLU  86  -9.506   9.518   5.743
 1061    HA   GLU  86           HA       GLU  86 -11.572  11.350   5.379
 1062   1HB   GLU  86          2HB       GLU  86 -12.398  10.660   7.501
 1063   2HB   GLU  86          1HB       GLU  86 -11.616   9.253   6.792
 1064   1HG   GLU  86          2HG       GLU  86  -9.754   9.440   8.217
 1065   2HG   GLU  86          1HG       GLU  86 -10.210  11.065   8.726
 1066    H    LEU  87           H        LEU  87  -8.577  11.588   7.186
 1067    HA   LEU  87           HA       LEU  87  -9.257  14.180   8.299
 1068   1HB   LEU  87          2HB       LEU  87  -7.786  13.404   9.789
 1069   2HB   LEU  87          1HB       LEU  87  -7.169  12.196   8.680
 1070    HG   LEU  87           HG       LEU  87  -6.311  15.006   8.234
 1071   1HD1  LEU  87          1HD1      LEU  87  -6.231  14.437  10.755
 1072   2HD1  LEU  87          2HD1      LEU  87  -4.795  15.106   9.980
 1073   3HD1  LEU  87          3HD1      LEU  87  -4.897  13.376  10.303
 1074   1HD2  LEU  87          1HD2      LEU  87  -4.115  13.588   7.981
 1075   2HD2  LEU  87          2HD2      LEU  87  -5.334  13.608   6.706
 1076   3HD2  LEU  87          3HD2      LEU  87  -5.256  12.251   7.831
 1077    H    TYR  88           H        TYR  88  -7.222  12.828   5.754
 1078    HA   TYR  88           HA       TYR  88  -5.803  14.901   4.772
 1079   1HB   TYR  88          2HB       TYR  88  -5.733  12.906   3.531
 1080   2HB   TYR  88          1HB       TYR  88  -7.483  12.851   3.351
 1081    HD1  TYR  88           HD1      TYR  88  -8.454  13.560   1.379
 1082    HD2  TYR  88           HD2      TYR  88  -4.532  14.898   2.342
 1083    HE1  TYR  88           HE1      TYR  88  -8.287  14.637  -0.824
 1084    HE2  TYR  88           HE2      TYR  88  -4.363  16.001   0.151
 1085    HH   TYR  88           HH       TYR  88  -7.051  16.414  -1.918
 1086    H    ASN  89           H        ASN  89  -9.293  14.448   4.445
 1087    HA   ASN  89           HA       ASN  89  -9.564  17.059   3.170
 1088   1HB   ASN  89          2HB       ASN  89 -11.766  15.116   3.879
 1089   2HB   ASN  89          1HB       ASN  89 -11.846  16.458   2.743
 1090   1HD2  ASN  89          1HD2      ASN  89 -11.357  13.179   3.091
 1091   2HD2  ASN  89          2HD2      ASN  89 -10.708  12.840   1.525
 1092    H    ALA  90           H        ALA  90 -10.137  15.451   6.220
 1093    HA   ALA  90           HA       ALA  90 -11.800  17.503   7.323
 1094   1HB   ALA  90          1HB       ALA  90 -10.931  14.918   8.092
 1095   2HB   ALA  90          2HB       ALA  90 -12.191  15.916   8.817
 1096   3HB   ALA  90          3HB       ALA  90 -10.528  16.039   9.392
 1097    H    THR  91           H        THR  91  -8.699  17.676   6.416
 1098    HA   THR  91           HA       THR  91  -8.077  19.679   8.471
 1099    HB   THR  91           HB       THR  91  -6.534  17.266   7.766
 1100    HG1  THR  91           HG1      THR  91  -5.692  17.712   9.875
 1101   1HG2  THR  91          1HG2      THR  91  -5.217  19.962   7.917
 1102   2HG2  THR  91          2HG2      THR  91  -5.095  18.767   6.627
 1103   3HG2  THR  91          3HG2      THR  91  -4.366  18.444   8.201
 1104    H    LEU  92           H        LEU  92  -7.276  18.400   5.259
 1105    HA   LEU  92           HA       LEU  92  -5.940  20.755   4.383
 1106   1HB   LEU  92          2HB       LEU  92  -5.603  19.656   2.416
 1107   2HB   LEU  92          1HB       LEU  92  -5.929  18.285   3.459
 1108    HG   LEU  92           HG       LEU  92  -8.380  18.539   2.669
 1109   1HD1  LEU  92          1HD1      LEU  92  -7.430  19.560   0.112
 1110   2HD1  LEU  92          2HD1      LEU  92  -7.369  20.754   1.408
 1111   3HD1  LEU  92          3HD1      LEU  92  -8.890  19.953   1.020
 1112   1HD2  LEU  92          1HD2      LEU  92  -6.826  17.670   0.347
 1113   2HD2  LEU  92          2HD2      LEU  92  -7.974  16.779   1.346
 1114   3HD2  LEU  92          3HD2      LEU  92  -6.303  16.965   1.876
 1115    H    ALA  93           HN       ALA  93  -9.261  19.655   4.343
 1116    HA   ALA  93           HA       ALA  93 -10.441  21.199   2.426
 1117   1HB   ALA  93          1HB       ALA  93 -12.418  21.323   4.047
 1118   2HB   ALA  93          2HB       ALA  93 -11.400  20.400   5.153
 1119   3HB   ALA  93          3HB       ALA  93 -11.836  19.724   3.583
  Start of MODEL    8
    1   1H5*    G 101          H5''        G 101 -29.198   8.175 -14.965
    2   2H5*    G 101          H5'         G 101 -29.156   6.549 -14.234
    3    H4*    G 101           H4'        G 101 -27.184   6.838 -15.586
    4    H3*    G 101           H3'        G 101 -27.132   6.312 -12.777
    5    H1*    G 101           H1'        G 101 -24.660   8.361 -14.889
    6    H8     G 101           H8         G 101 -25.997  10.255 -11.797
    7    H1     G 101           H1         G 101 -22.188  13.670 -15.657
    8   1H2     G 101          1H2         G 101 -21.740  12.537 -17.495
    9   2H2     G 101          2H2         G 101 -22.374  10.933 -17.790
   10    H5T    G 101           H5T        G 101 -28.735   9.069 -13.041
   11   1H2*    G 101          H2'         G 101 -25.959   8.181 -12.174
   12   2H2*    G 101          H2''        G 101 -24.561   7.294 -12.839
   13   1H5*    G 102          H5''        G 102 -25.756   5.792 -16.820
   14   2H5*    G 102          H5'         G 102 -25.518   4.466 -17.972
   15    H4*    G 102           H4'        G 102 -23.538   5.663 -18.120
   16    H3*    G 102           H3'        G 102 -23.402   3.193 -16.554
   17    H1*    G 102           H1'        G 102 -21.311   6.484 -16.395
   18    H8     G 102           H8         G 102 -22.872   5.081 -13.092
   19    H1     G 102           H1         G 102 -19.058  10.208 -12.556
   20   1H2     G 102          1H2         G 102 -18.383  10.878 -14.571
   21   2H2     G 102          2H2         G 102 -18.876  10.061 -16.037
   22   1H2*    G 102          H2'         G 102 -21.896   3.904 -15.033
   23   2H2*    G 102          H2''        G 102 -20.778   4.313 -16.324
   24   1H5*    G 103          H5''        G 103 -20.463   5.473 -18.145
   25   2H5*    G 103          H5'         G 103 -20.125   4.867 -19.789
   26    H4*    G 103           H4'        G 103 -18.373   6.326 -19.493
   27    H3*    G 103           H3'        G 103 -17.545   3.630 -18.751
   28    H1*    G 103           H1'        G 103 -16.549   6.996 -17.083
   29    H8     G 103           H8         G 103 -18.341   4.249 -14.984
   30    H1     G 103           H1         G 103 -15.876   9.159 -11.671
   31   1H2     G 103          1H2         G 103 -14.981  10.640 -13.066
   32   2H2     G 103          2H2         G 103 -14.992  10.417 -14.803
   33   1H2*    G 103          H2'         G 103 -16.720   4.066 -16.762
   34   2H2*    G 103          H2''        G 103 -15.504   5.096 -17.565
   35   1H5*    G 104          H5''        G 104 -14.115   6.635 -19.359
   36   2H5*    G 104          H5'         G 104 -13.151   5.913 -20.662
   37    H4*    G 104           H4'        G 104 -11.581   6.903 -19.209
   38    H3*    G 104           H3'        G 104 -11.793   4.002 -19.398
   39    H1*    G 104           H1'        G 104 -10.958   6.047 -16.189
   40    H8     G 104           H8         G 104 -14.049   3.825 -16.212
   41    H1     G 104           H1         G 104 -12.938   6.878 -10.686
   42   1H2     G 104          1H2         G 104 -11.211   8.273 -10.928
   43   2H2     G 104          2H2         G 104 -10.354   8.433 -12.444
   44   1H2*    G 104          H2'         G 104 -12.184   3.544 -17.242
   45   2H2*    G 104          H2''        G 104 -10.499   3.935 -16.976
   46   1H5*    T 105          H5''        T 105 -10.063   9.248 -17.828
   47   2H5*    T 105          H5'         T 105  -8.611   8.847 -18.764
   48    H4*    T 105           H4'        T 105  -8.152   9.792 -16.510
   49    H3*    T 105           H3'        T 105  -7.077   7.237 -17.503
   50   1H2*    T 105          H2'         T 105  -6.741   6.316 -15.484
   51   2H2*    T 105          H2''        T 105  -5.897   7.787 -14.952
   52    H1*    T 105           H1'        T 105  -7.674   8.667 -13.966
   53    H3     T 105           H3         T 105  -9.320   6.379 -10.496
   54   1H5M    T 105          1H7         T 105  -8.696   2.840 -14.420
   55   2H5M    T 105          2H7         T 105 -10.444   3.161 -14.331
   56   3H5M    T 105          3H7         T 105  -9.598   2.449 -12.936
   57    H6     T 105           H6         T 105  -8.602   5.235 -15.102
   58   1H5*    G 106          H5''        G 106  -5.610  10.023 -15.146
   59   2H5*    G 106          H5'         G 106  -4.019  10.798 -15.019
   60    H4*    G 106           H4'        G 106  -4.842  10.550 -12.772
   61    H3*    G 106           H3'        G 106  -2.578   8.832 -13.635
   62    H1*    G 106           H1'        G 106  -5.364   8.113 -10.958
   63    H8     G 106           H8         G 106  -4.693   6.128 -14.183
   64    H1     G 106           H1         G 106  -7.384   2.815  -9.395
   65   1H2     G 106          1H2         G 106  -7.625   4.132  -7.618
   66   2H2     G 106          2H2         G 106  -7.126   5.809  -7.620
   67   1H2*    G 106          H2'         G 106  -2.996   7.154 -12.323
   68   2H2*    G 106          H2''        G 106  -3.177   8.302 -10.927
   69   1H5*    A 107          H5''        A 107  -3.384  10.115  -9.767
   70   2H5*    A 107          H5'         A 107  -2.111  10.859  -8.784
   71    H4*    A 107           H4'        A 107  -3.416   9.598  -7.285
   72    H3*    A 107           H3'        A 107  -0.720   8.662  -7.943
   73    H1*    A 107           H1'        A 107  -3.832   6.365  -6.989
   74    H8     A 107           H8         A 107  -2.264   6.391 -10.454
   75   1H6     A 107          1H6         A 107  -3.950   0.375 -10.378
   76   2H6     A 107          2H6         A 107  -3.236   1.629 -11.373
   77    H2     A 107           H2         A 107  -4.917   2.186  -6.418
   78   1H2*    A 107          H2'         A 107  -1.065   6.416  -7.582
   79   2H2*    A 107          H2''        A 107  -1.945   6.839  -6.078
   80   1H5*    T 108          H5''        T 108  -2.269   7.017  -3.983
   81   2H5*    T 108          H5'         T 108  -0.988   7.374  -2.816
   82    H4*    T 108           H4'        T 108  -1.606   5.135  -2.465
   83    H3*    T 108           H3'        T 108   1.005   5.664  -3.740
   84   1H2*    T 108          H2'         T 108   1.186   3.620  -4.708
   85   2H2*    T 108          H2''        T 108   0.720   2.841  -3.165
   86    H1*    T 108           H1'        T 108  -1.405   2.554  -3.778
   87    H3     T 108           H3         T 108  -1.243  -0.253  -7.225
   88   1H5M    T 108          1H7         T 108  -0.463   4.727  -9.072
   89   2H5M    T 108          2H7         T 108  -0.768   3.366 -10.195
   90   3H5M    T 108          3H7         T 108   0.866   3.636  -9.539
   91    H6     T 108           H6         T 108  -0.412   4.458  -6.845
   92   1H5*    T 109          H5''        T 109   0.001   3.002  -0.618
   93   2H5*    T 109          H5'         T 109   0.478   2.631   1.037
   94    H4*    T 109           H4'        T 109   0.770   0.573   0.332
   95    H3*    T 109           H3'        T 109   3.305   1.936  -0.377
   96   1H2*    T 109          H2'         T 109   3.784   0.487  -2.042
   97   2H2*    T 109          H2''        T 109   3.424  -0.893  -0.963
   98    H1*    T 109           H1'        T 109   1.340  -1.156  -1.776
   99    H3     T 109           H3         T 109   1.999  -2.497  -5.985
  100   1H5M    T 109          1H7         T 109   3.234   1.725  -7.416
  101   2H5M    T 109          2H7         T 109   3.715   2.510  -5.890
  102   3H5M    T 109          3H7         T 109   2.033   2.632  -6.463
  103    H6     T 109           H6         T 109   2.434   1.764  -3.824
  104   1H5*    G 110          H5''        G 110   3.475  -1.769   1.036
  105   2H5*    G 110          H5'         G 110   4.028  -2.167   2.680
  106    H4*    G 110           H4'        G 110   4.900  -4.014   1.781
  107    H3*    G 110           H3'        G 110   6.827  -1.891   1.364
  108    H1*    G 110           H1'        G 110   5.965  -4.773  -1.218
  109    H8     G 110           H8         G 110   5.411  -0.948  -1.819
  110    H1     G 110           H1         G 110   5.330  -4.740  -6.988
  111   1H2     G 110          1H2         G 110   5.636  -6.861  -6.386
  112   2H2     G 110          2H2         G 110   5.858  -7.331  -4.715
  113   1H2*    G 110          H2'         G 110   7.397  -2.317  -0.787
  114   2H2*    G 110          H2''        G 110   7.796  -3.983  -0.292
  115   1H5*    T 111          H5''        T 111   7.433  -5.953   0.617
  116   2H5*    T 111          H5'         T 111   8.287  -6.592   2.034
  117    H4*    T 111           H4'        T 111   8.824  -8.263   0.642
  118    H3*    T 111           H3'        T 111  10.919  -6.217   0.371
  119   1H2*    T 111          H2'         T 111  11.188  -6.292  -1.795
  120   2H2*    T 111          H2''        T 111  11.458  -8.053  -1.719
  121    H1*    T 111           H1'        T 111   9.452  -8.449  -2.576
  122    H3     T 111           H3         T 111   8.857  -6.312  -6.459
  123   1H5M    T 111          1H7         T 111   8.904  -2.606  -2.530
  124   2H5M    T 111          2H7         T 111   8.292  -2.225  -4.169
  125   3H5M    T 111          3H7         T 111  10.040  -2.299  -3.861
  126    H6     T 111           H6         T 111   9.321  -4.776  -1.936
  127   1H5*    T 112          H5''        T 112  11.986  -9.982  -0.901
  128   2H5*    T 112          H5'         T 112  13.462 -10.710  -0.247
  129    H4*    T 112           H4'        T 112  13.568 -11.160  -2.536
  130    H3*    T 112           H3'        T 112  15.328  -9.100  -1.467
  131   1H2*    T 112          H2'         T 112  15.368  -7.688  -3.139
  132   2H2*    T 112          H2''        T 112  15.829  -8.995  -4.259
  133    H1*    T 112           H1'        T 112  13.821  -9.174  -5.062
  134    H3     T 112           H3         T 112  12.500  -5.243  -6.744
  135   1H5M    T 112          1H7         T 112  12.741  -4.810  -1.343
  136   2H5M    T 112          2H7         T 112  11.362  -4.043  -2.168
  137   3H5M    T 112          3H7         T 112  13.000  -3.372  -2.361
  138    H6     T 112           H6         T 112  13.222  -6.881  -2.291
  139   1H5*    C 113          H5''        C 113  16.733 -10.527  -5.463
  140   2H5*    C 113          H5'         C 113  18.327 -11.232  -5.150
  141    H4*    C 113           H4'        C 113  18.814  -9.984  -7.015
  142    H3*    C 113           H3'        C 113  19.395  -8.482  -4.515
  143    H1*    C 113           H1'        C 113  18.199  -6.894  -7.907
  144   1H4     C 113          1H4         C 113  14.419  -2.685  -4.937
  145   2H4     C 113          2H4         C 113  14.633  -3.488  -3.399
  146    H5     C 113           H5         C 113  16.008  -5.577  -3.159
  147    H6     C 113           H6         C 113  17.338  -7.162  -4.366
  148   1H2*    C 113          H2'         C 113  19.204  -6.488  -5.254
  149   2H2*    C 113          H2''        C 113  20.071  -6.907  -6.758
  150   1H5*    A 114          H5''        A 114  20.939  -8.145  -8.205
  151   2H5*    A 114          H5'         A 114  22.663  -8.253  -8.608
  152    H4*    A 114           H4'        A 114  21.685  -6.742 -10.177
  153    H3*    A 114           H3'        A 114  23.449  -5.670  -8.077
  154    H1*    A 114           H1'        A 114  20.443  -3.775  -9.664
  155    H8     A 114           H8         A 114  21.225  -4.674  -6.002
  156   1H6     A 114          1H6         A 114  17.232  -0.084  -4.704
  157   2H6     A 114          2H6         A 114  18.297  -1.293  -4.021
  158    H2     A 114           H2         A 114  17.557  -0.524  -9.189
  159   1H2*    A 114          H2'         A 114  22.666  -3.644  -7.919
  160   2H2*    A 114          H2''        A 114  22.637  -3.502  -9.696
  161   1H5*    G 115          H5''        G 115  25.188  -3.797 -12.669
  162   2H5*    G 115          H5'         G 115  26.717  -3.283 -11.941
  163    H4*    G 115           H4'        G 115  25.051  -1.668 -13.367
  164    H3*    G 115           H3'        G 115  27.357  -1.267 -11.698
  165    H1*    G 115           H1'        G 115  23.931   0.788 -11.179
  166    H8     G 115           H8         G 115  25.367  -1.933  -8.821
  167    H1     G 115           H1         G 115  21.185   2.160  -6.209
  168   1H2     G 115          1H2         G 115  20.494   3.628  -7.735
  169   2H2     G 115          2H2         G 115  21.068   3.592  -9.387
  170    H3T    G 115           H3T        G 115  26.500  -0.614 -14.021
  171   1H2*    G 115          H2'         G 115  26.504   0.227 -10.130
  172   2H2*    G 115          H2''        G 115  26.026   1.252 -11.459
  173   1H5*    C 116          H5''        C 116  18.965   7.600  -1.922
  174   2H5*    C 116          H5'         C 116  17.782   8.875  -1.564
  175    H4*    C 116           H4'        C 116  17.491   8.912  -3.844
  176    H3*    C 116           H3'        C 116  15.704   6.884  -2.791
  177    H1*    C 116           H1'        C 116  17.821   6.571  -6.117
  178   1H4     C 116          1H4         C 116  20.744   0.986  -4.527
  179   2H4     C 116          2H4         C 116  20.171   1.133  -2.878
  180    H5     C 116           H5         C 116  18.825   3.033  -2.088
  181    H6     C 116           H6         C 116  17.791   5.130  -2.765
  182    H5T    C 116           H5T        C 116  17.695   6.649  -0.498
  183   1H2*    C 116          H2'         C 116  16.135   5.263  -4.184
  184   2H2*    C 116          H2''        C 116  15.748   6.326  -5.545
  185   1H5*    T 117          H5''        T 117  15.413   7.819  -6.838
  186   2H5*    T 117          H5'         T 117  13.839   8.446  -7.369
  187    H4*    T 117           H4'        T 117  14.473   7.007  -9.088
  188    H3*    T 117           H3'        T 117  12.452   5.989  -7.209
  189   1H2*    T 117          H2'         T 117  12.856   3.812  -7.410
  190   2H2*    T 117          H2''        T 117  12.965   3.911  -9.177
  191    H1*    T 117           H1'        T 117  15.200   3.767  -9.046
  192    H3     T 117           H3         T 117  16.424   0.481  -6.167
  193   1H5M    T 117          1H7         T 117  13.989   4.450  -3.446
  194   2H5M    T 117          2H7         T 117  15.473   3.824  -2.674
  195   3H5M    T 117          3H7         T 117  14.004   2.811  -2.743
  196    H6     T 117           H6         T 117  14.303   4.741  -5.552
  197   1H5*    G 118          H5''        G 118  13.295   5.126 -10.834
  198   2H5*    G 118          H5'         G 118  12.792   5.560 -12.474
  199    H4*    G 118           H4'        G 118  13.688   3.502 -12.913
  200    H3*    G 118           H3'        G 118  10.798   3.256 -12.443
  201    H1*    G 118           H1'        G 118  13.720   0.751 -11.703
  202    H8     G 118           H8         G 118  11.473   2.141  -8.775
  203    H1     G 118           H1         G 118  14.746  -3.226  -7.530
  204   1H2     G 118          1H2         G 118  15.915  -3.853  -9.308
  205   2H2     G 118          2H2         G 118  15.891  -2.954 -10.810
  206   1H2*    G 118          H2'         G 118  10.867   1.241 -11.382
  207   2H2*    G 118          H2''        G 118  11.813   0.598 -12.738
  208   1H5*    A 119          H5''        A 119  12.867   0.060 -14.520
  209   2H5*    A 119          H5'         A 119  12.207  -0.105 -16.160
  210    H4*    A 119           H4'        A 119  12.580  -2.334 -15.633
  211    H3*    A 119           H3'        A 119   9.797  -1.557 -15.144
  212    H1*    A 119           H1'        A 119  11.948  -4.080 -12.865
  213    H8     A 119           H8         A 119  10.226  -0.691 -12.139
  214   1H6     A 119          1H6         A 119  10.955  -2.470  -6.201
  215   2H6     A 119          2H6         A 119  10.330  -1.201  -7.234
  216    H2     A 119           H2         A 119  12.672  -5.622  -8.924
  217   1H2*    A 119          H2'         A 119   9.408  -2.831 -13.354
  218   2H2*    A 119          H2''        A 119  10.154  -4.244 -14.179
  219   1H5*    A 120          H5''        A 120   8.931  -7.017 -17.173
  220   2H5*    A 120          H5'         A 120   7.681  -6.352 -16.104
  221    H4*    A 120           H4'        A 120   9.773  -8.410 -15.562
  222    H3*    A 120           H3'        A 120   6.991  -8.373 -15.671
  223    H1*    A 120           H1'        A 120   8.849  -8.262 -12.215
  224    H8     A 120           H8         A 120   8.078  -4.752 -13.579
  225   1H6     A 120          1H6         A 120   7.624  -3.360  -7.521
  226   2H6     A 120          2H6         A 120   7.581  -2.706  -9.141
  227    H2     A 120           H2         A 120   8.358  -7.807  -7.987
  228   1H2*    A 120          H2'         A 120   6.571  -7.214 -13.726
  229   2H2*    A 120          H2''        A 120   6.832  -8.804 -12.969
  230   1H5*    C 121          H5''        C 121   7.533 -10.677 -12.068
  231   2H5*    C 121          H5'         C 121   6.916 -12.312 -12.396
  232    H4*    C 121           H4'        C 121   5.681 -12.088 -10.585
  233    H3*    C 121           H3'        C 121   4.192 -10.555 -12.628
  234    H1*    C 121           H1'        C 121   4.594  -9.905  -8.721
  235   1H4     C 121          1H4         C 121   5.055  -3.598  -8.279
  236   2H4     C 121          2H4         C 121   5.225  -3.397 -10.004
  237    H5     C 121           H5         C 121   5.292  -5.341 -11.585
  238    H6     C 121           H6         C 121   5.165  -7.713 -11.740
  239   1H2*    C 121          H2'         C 121   3.422  -8.981 -11.257
  240   2H2*    C 121          H2''        C 121   2.854 -10.205 -10.108
  241   1H5*    A 122          H5''        A 122   1.797 -11.684  -9.155
  242   2H5*    A 122          H5'         A 122   0.404 -12.606  -9.752
  243    H4*    A 122           H4'        A 122  -0.554 -11.147  -8.222
  244    H3*    A 122           H3'        A 122  -0.856 -10.352 -11.049
  245    H1*    A 122           H1'        A 122  -0.675  -8.093  -7.783
  246    H8     A 122           H8         A 122   1.254  -7.695 -11.148
  247   1H6     A 122          1H6         A 122   2.805  -2.134  -8.821
  248   2H6     A 122          2H6         A 122   2.952  -3.184 -10.217
  249    H2     A 122           H2         A 122   0.385  -4.293  -5.768
  250   1H2*    A 122          H2'         A 122  -1.100  -8.140 -10.671
  251   2H2*    A 122          H2''        A 122  -2.250  -8.460  -9.345
  252   1H5*    A 123          H5''        A 123  -2.773  -9.921  -7.783
  253   2H5*    A 123          H5'         A 123  -4.155 -10.938  -7.319
  254    H4*    A 123           H4'        A 123  -4.165  -9.306  -5.637
  255    H3*    A 123           H3'        A 123  -6.180  -8.990  -7.691
  256    H1*    A 123           H1'        A 123  -4.370  -6.275  -5.659
  257    H8     A 123           H8         A 123  -3.784  -6.496  -9.441
  258   1H6     A 123          1H6         A 123  -1.527  -0.719  -9.002
  259   2H6     A 123          2H6         A 123  -1.886  -2.031 -10.103
  260    H2     A 123           H2         A 123  -2.708  -2.098  -4.903
  261   1H2*    A 123          H2'         A 123  -5.610  -6.982  -8.297
  262   2H2*    A 123          H2''        A 123  -6.414  -6.491  -6.760
  263   1H5*    T 124          H5''        T 124  -5.992  -6.547  -4.240
  264   2H5*    T 124          H5'         T 124  -7.318  -6.943  -3.130
  265    H4*    T 124           H4'        T 124  -7.015  -4.784  -2.526
  266    H3*    T 124           H3'        T 124  -9.038  -4.925  -4.637
  267   1H2*    T 124          H2'         T 124  -8.454  -3.084  -5.734
  268   2H2*    T 124          H2''        T 124  -8.632  -2.132  -4.241
  269    H1*    T 124           H1'        T 124  -6.390  -2.070  -3.888
  270    H3     T 124           H3         T 124  -4.738   0.125  -7.408
  271   1H5M    T 124          1H7         T 124  -5.872  -4.890  -9.022
  272   2H5M    T 124          2H7         T 124  -5.034  -3.726 -10.082
  273   3H5M    T 124          3H7         T 124  -6.807  -3.677  -9.926
  274    H6     T 124           H6         T 124  -6.637  -4.253  -6.861
  275   1H5*    C 125          H5''        C 125  -8.585  -1.528  -2.184
  276   2H5*    C 125          H5'         C 125  -9.977  -1.276  -1.118
  277    H4*    C 125           H4'        C 125  -9.122   0.878  -1.518
  278    H3*    C 125           H3'        C 125 -11.696   0.194  -2.370
  279    H1*    C 125           H1'        C 125  -9.305   2.492  -4.314
  280   1H4     C 125          1H4         C 125  -7.658   1.114 -10.277
  281   2H4     C 125          2H4         C 125  -8.240  -0.532 -10.131
  282    H5     C 125           H5         C 125  -9.200  -1.426  -8.093
  283    H6     C 125           H6         C 125  -9.797  -0.926  -5.792
  284   1H2*    C 125          H2'         C 125 -11.252   0.253  -4.652
  285   2H2*    C 125          H2''        C 125 -11.533   1.995  -4.429
  286   1H5*    A 126          H5''        A 126 -10.119   4.164  -1.676
  287   2H5*    A 126          H5'         A 126 -10.937   4.820  -0.244
  288    H4*    A 126           H4'        A 126  -9.749   6.653  -1.079
  289    H3*    A 126           H3'        A 126 -12.547   6.696  -1.225
  290    H1*    A 126           H1'        A 126 -10.422   7.745  -4.492
  291    H8     A 126           H8         A 126 -12.612   4.595  -4.048
  292   1H6     A 126          1H6         A 126 -11.389   3.862 -10.106
  293   2H6     A 126          2H6         A 126 -12.263   3.216  -8.737
  294    H2     A 126           H2         A 126  -9.147   7.485  -8.554
  295   1H2*    A 126          H2'         A 126 -12.922   6.630  -3.324
  296   2H2*    A 126          H2''        A 126 -12.448   8.330  -3.384
  297   1H5*    C 127          H5''        C 127  -8.726   9.817  -3.617
  298   2H5*    C 127          H5'         C 127  -9.502  11.210  -2.840
  299    H4*    C 127           H4'        C 127  -9.024  11.739  -5.148
  300    H3*    C 127           H3'        C 127 -11.743  11.658  -4.087
  301    H1*    C 127           H1'        C 127 -10.570  10.948  -7.747
  302   1H4     C 127          1H4         C 127 -13.744   5.722  -9.611
  303   2H4     C 127          2H4         C 127 -14.442   5.542  -8.016
  304    H5     C 127           H5         C 127 -13.907   7.034  -6.132
  305    H6     C 127           H6         C 127 -12.614   8.939  -5.462
  306   1H2*    C 127          H2'         C 127 -12.784  10.850  -5.823
  307   2H2*    C 127          H2''        C 127 -12.194  12.144  -6.837
  308   1H5*    C 128          H5''        C 128 -10.916  14.041  -7.231
  309   2H5*    C 128          H5'         C 128 -10.995  15.810  -7.121
  310    H4*    C 128           H4'        C 128 -11.662  15.558  -9.275
  311    H3*    C 128           H3'        C 128 -14.013  15.695  -7.512
  312    H1*    C 128           H1'        C 128 -13.593  13.613 -10.891
  313   1H4     C 128          1H4         C 128 -16.492   8.170  -9.391
  314   2H4     C 128          2H4         C 128 -16.577   8.618  -7.701
  315    H5     C 128           H5         C 128 -15.670  10.744  -6.834
  316    H6     C 128           H6         C 128 -14.482  12.726  -7.396
  317   1H2*    C 128          H2'         C 128 -15.304  14.248  -8.604
  318   2H2*    C 128          H2''        C 128 -14.999  15.183 -10.096
  319   1H5*    C 129          H5''        C 129 -13.299  16.614 -11.486
  320   2H5*    C 129          H5'         C 129 -13.827  18.134 -12.236
  321    H4*    C 129           H4'        C 129 -13.605  16.436 -13.935
  322    H3*    C 129           H3'        C 129 -16.244  17.601 -13.378
  323    H1*    C 129           H1'        C 129 -15.442  13.994 -14.680
  324   1H4     C 129          1H4         C 129 -19.432  10.656 -10.883
  325   2H4     C 129          2H4         C 129 -19.114  11.770  -9.571
  326    H5     C 129           H5         C 129 -17.668  13.759  -9.804
  327    H6     C 129           H6         C 129 -16.275  14.995 -11.370
  328   1H2*    C 129          H2'         C 129 -17.439  15.767 -13.720
  329   2H2*    C 129          H2''        C 129 -16.718  15.634 -15.358
  330   1H5*    C 130          H5''        C 130 -15.721  16.614 -17.033
  331   2H5*    C 130          H5'         C 130 -14.870  17.596 -18.250
  332    H4*    C 130           H4'        C 130 -16.172  16.398 -19.732
  333    H3*    C 130           H3'        C 130 -17.711  18.687 -18.864
  334    H1*    C 130           H1'        C 130 -19.228  14.956 -19.040
  335   1H4     C 130          1H4         C 130 -21.656  15.409 -13.101
  336   2H4     C 130          2H4         C 130 -20.489  16.641 -12.667
  337    H5     C 130           H5         C 130 -18.785  17.500 -14.278
  338    H6     C 130           H6         C 130 -17.946  17.310 -16.473
  339    H3T    C 130           H3T        C 130 -17.490  17.108 -21.219
  340   1H2*    C 130          H2'         C 130 -19.650  17.720 -18.382
  341   2H2*    C 130          H2''        C 130 -19.693  16.936 -19.978
  342   1H    MET   1          1HT       MET   1 -13.064 -13.762  -8.455
  343   2H    MET   1          2HT       MET   1 -13.962 -12.560  -7.622
  344   3H    MET   1          3HT       MET   1 -12.400 -12.197  -8.233
  345    HA   MET   1           HA       MET   1 -13.250 -12.662 -10.467
  346   1HB   MET   1          2HB       MET   1 -15.935 -12.436  -9.103
  347   2HB   MET   1          1HB       MET   1 -15.633 -12.695 -10.815
  348   1HG   MET   1          2HG       MET   1 -16.023 -14.837 -10.300
  349   2HG   MET   1          1HG       MET   1 -14.340 -14.815  -9.778
  350   1HE   MET   1          1HE       MET   1 -16.874 -16.501  -9.289
  351   2HE   MET   1          2HE       MET   1 -18.000 -15.820  -8.116
  352   3HE   MET   1          3HE       MET   1 -16.796 -17.002  -7.600
  353    H    VAL   2           H        VAL   2 -12.069 -10.695 -10.408
  354    HA   VAL   2           HA       VAL   2 -13.790  -8.356 -10.520
  355    HB   VAL   2           HB       VAL   2 -13.061  -8.341  -8.188
  356   1HG1  VAL   2          1HG1      VAL   2 -10.597  -7.937  -7.750
  357   2HG1  VAL   2          2HG1      VAL   2 -10.312  -8.505  -9.396
  358   3HG1  VAL   2          3HG1      VAL   2 -11.053  -9.578  -8.208
  359   1HG2  VAL   2          1HG2      VAL   2 -12.448  -6.266 -10.122
  360   2HG2  VAL   2          2HG2      VAL   2 -11.459  -6.140  -8.667
  361   3HG2  VAL   2          3HG2      VAL   2 -13.218  -6.144  -8.541
  362    H    THR   3           H        THR   3 -12.684  -9.582 -12.657
  363    HA   THR   3           HA       THR   3 -11.404  -9.248 -14.507
  364    HB   THR   3           HB       THR   3 -10.396  -6.676 -14.338
  365    HG1  THR   3           HG1      THR   3 -11.762  -5.466 -13.182
  366   1HG2  THR   3          1HG2      THR   3 -11.776  -6.328 -16.067
  367   2HG2  THR   3          2HG2      THR   3 -13.199  -6.851 -15.164
  368   3HG2  THR   3          3HG2      THR   3 -12.134  -8.048 -15.904
  369    HA   PRO   4           HA       PRO   4  -7.358 -10.274 -12.964
  370   1HB   PRO   4          2HB       PRO   4  -6.245 -10.894 -15.361
  371   2HB   PRO   4          1HB       PRO   4  -7.361 -11.970 -14.514
  372   1HG   PRO   4          2HG       PRO   4  -7.898 -10.079 -16.772
  373   2HG   PRO   4          1HG       PRO   4  -8.476 -11.739 -16.544
  374   1HD   PRO   4          2HD       PRO   4 -10.011  -9.573 -16.008
  375   2HD   PRO   4          1HD       PRO   4 -10.149 -11.090 -15.095
  376    H    ARG   5           H        ARG   5  -7.932  -8.001 -15.588
  377    HA   ARG   5           HA       ARG   5  -6.960  -5.992 -16.067
  378   1HB   ARG   5          2HB       ARG   5  -5.054  -6.359 -13.772
  379   2HB   ARG   5          1HB       ARG   5  -5.668  -4.861 -14.460
  380   1HG   ARG   5          2HG       ARG   5  -7.248  -6.853 -12.845
  381   2HG   ARG   5          1HG       ARG   5  -6.657  -5.285 -12.288
  382   1HD   ARG   5          2HD       ARG   5  -8.271  -5.231 -14.749
  383   2HD   ARG   5          1HD       ARG   5  -9.135  -5.713 -13.289
  384    HE   ARG   5           HE       ARG   5  -7.730  -3.456 -12.597
  385   1HH1  ARG   5          1HH1      ARG   5 -10.142  -4.290 -14.965
  386   2HH1  ARG   5          2HH1      ARG   5 -10.832  -2.703 -15.013
  387   1HH2  ARG   5          1HH2      ARG   5  -8.631  -1.361 -12.650
  388   2HH2  ARG   5          2HH2      ARG   5  -9.973  -1.037 -13.696
  389    H    GLU   6           H        GLU   6  -4.794  -5.055 -16.734
  390    HA   GLU   6           HA       GLU   6  -2.896  -7.172 -17.479
  391   1HB   GLU   6          2HB       GLU   6  -4.092  -5.070 -19.285
  392   2HB   GLU   6          1HB       GLU   6  -2.642  -5.975 -19.698
  393   1HG   GLU   6          2HG       GLU   6  -4.787  -7.729 -18.886
  394   2HG   GLU   6          1HG       GLU   6  -5.266  -6.688 -20.227
  395    HA   PRO   7           HA       PRO   7  -0.701  -3.595 -15.521
  396   1HB   PRO   7          2HB       PRO   7   1.005  -5.133 -14.073
  397   2HB   PRO   7          1HB       PRO   7  -0.609  -4.692 -13.505
  398   1HG   PRO   7          2HG       PRO   7   0.323  -7.235 -14.783
  399   2HG   PRO   7          1HG       PRO   7  -0.755  -7.012 -13.393
  400   1HD   PRO   7          2HD       PRO   7  -1.677  -7.560 -15.881
  401   2HD   PRO   7          1HD       PRO   7  -2.584  -6.563 -14.725
  402    H    LYS   8           H        LYS   8   1.464  -2.885 -15.830
  403    HA   LYS   8           HA       LYS   8   3.336  -4.509 -17.293
  404   1HB   LYS   8          2HB       LYS   8   1.493  -2.873 -18.736
  405   2HB   LYS   8          1HB       LYS   8   3.098  -2.172 -18.899
  406   1HG   LYS   8          2HG       LYS   8   3.967  -4.155 -19.852
  407   2HG   LYS   8          1HG       LYS   8   2.522  -5.075 -19.424
  408   1HD   LYS   8          2HD       LYS   8   2.729  -4.367 -21.849
  409   2HD   LYS   8          1HD       LYS   8   1.213  -3.962 -21.041
  410   1HE   LYS   8          2HE       LYS   8   2.266  -1.697 -20.550
  411   2HE   LYS   8          1HE       LYS   8   3.512  -2.147 -21.715
  412   1HZ   LYS   8          1HZ       LYS   8   2.025  -1.045 -23.037
  413   2HZ   LYS   8          2HZ       LYS   8   0.670  -1.565 -22.169
  414   3HZ   LYS   8          3HZ       LYS   8   1.462  -2.630 -23.217
  415    H    LYS   9           H        LYS   9   2.431  -1.245 -16.255
  416    HA   LYS   9           HA       LYS   9   4.578  -0.790 -14.604
  417   1HB   LYS   9          2HB       LYS   9   5.832   0.866 -16.214
  418   2HB   LYS   9          1HB       LYS   9   6.229  -0.846 -16.212
  419   1HG   LYS   9          2HG       LYS   9   5.099  -1.231 -18.222
  420   2HG   LYS   9          1HG       LYS   9   4.220   0.297 -18.119
  421   1HD   LYS   9          2HD       LYS   9   6.175   1.553 -18.607
  422   2HD   LYS   9          1HD       LYS   9   7.213   0.141 -18.403
  423   1HE   LYS   9          2HE       LYS   9   7.092   0.153 -20.672
  424   2HE   LYS   9          1HE       LYS   9   5.649  -0.801 -20.333
  425   1HZ   LYS   9          1HZ       LYS   9   4.572   1.585 -20.281
  426   2HZ   LYS   9          2HZ       LYS   9   4.776   0.738 -21.731
  427   3HZ   LYS   9          3HZ       LYS   9   5.875   1.949 -21.297
  428    H    ARG  10           H        ARG  10   4.847   1.509 -14.009
  429    HA   ARG  10           HA       ARG  10   2.871   3.367 -15.022
  430   1HB   ARG  10          2HB       ARG  10   2.394   3.615 -12.317
  431   2HB   ARG  10          1HB       ARG  10   1.326   2.846 -13.483
  432   1HG   ARG  10          2HG       ARG  10   2.297   0.681 -12.986
  433   2HG   ARG  10          1HG       ARG  10   3.435   1.431 -11.865
  434   1HD   ARG  10          2HD       ARG  10   1.942   1.245 -10.235
  435   2HD   ARG  10          1HD       ARG  10   0.838   2.282 -11.137
  436    HE   ARG  10           HE       ARG  10   0.758  -0.609 -10.946
  437   1HH1  ARG  10          1HH1      ARG  10  -0.364   2.253 -12.583
  438   2HH1  ARG  10          2HH1      ARG  10  -1.776   1.487 -13.229
  439   1HH2  ARG  10          1HH2      ARG  10  -1.099  -1.628 -11.792
  440   2HH2  ARG  10          2HH2      ARG  10  -2.195  -0.719 -12.779
  441    H    THR  11           H        THR  11   4.383   3.286 -11.828
  442    HA   THR  11           HA       THR  11   5.853   4.686 -10.802
  443    HB   THR  11           HB       THR  11   7.855   5.272 -11.997
  444    HG1  THR  11           HG1      THR  11   7.763   5.857 -14.020
  445   1HG2  THR  11          1HG2      THR  11   7.083   2.765 -11.713
  446   2HG2  THR  11          2HG2      THR  11   8.570   3.188 -12.563
  447   3HG2  THR  11          3HG2      THR  11   7.109   2.812 -13.476
  448    H    THR  12           H        THR  12   5.613   6.697 -10.068
  449    HA   THR  12           HA       THR  12   5.712   9.085 -11.238
  450    HB   THR  12           HB       THR  12   4.092   8.699 -12.904
  451    HG1  THR  12           HG1      THR  12   2.683   9.916 -10.743
  452   1HG2  THR  12          1HG2      THR  12   2.852   6.867 -12.598
  453   2HG2  THR  12          2HG2      THR  12   1.712   7.952 -11.804
  454   3HG2  THR  12          3HG2      THR  12   2.870   7.032 -10.843
  455    H    ARG  13           H        ARG  13   3.837   7.093  -9.073
  456    HA   ARG  13           HA       ARG  13   2.473   8.665  -7.437
  457   1HB   ARG  13          2HB       ARG  13   3.311   7.313  -5.492
  458   2HB   ARG  13          1HB       ARG  13   2.758   6.363  -6.865
  459   1HG   ARG  13          2HG       ARG  13   4.772   5.461  -7.205
  460   2HG   ARG  13          1HG       ARG  13   5.611   6.990  -6.933
  461   1HD   ARG  13          2HD       ARG  13   6.123   6.425  -4.844
  462   2HD   ARG  13          1HD       ARG  13   4.449   6.000  -4.487
  463    HE   ARG  13           HE       ARG  13   5.688   3.969  -6.022
  464   1HH1  ARG  13          1HH1      ARG  13   5.581   5.309  -2.810
  465   2HH1  ARG  13          2HH1      ARG  13   6.016   3.820  -2.035
  466   1HH2  ARG  13          1HH2      ARG  13   6.260   2.005  -5.014
  467   2HH2  ARG  13          2HH2      ARG  13   6.402   1.942  -3.289
  468    H    LYS  14           H        LYS  14   2.846   9.949  -5.560
  469    HA   LYS  14           HA       LYS  14   3.880  11.543  -4.303
  470   1HB   LYS  14          2HB       LYS  14   5.785   9.586  -4.540
  471   2HB   LYS  14          1HB       LYS  14   6.626  10.987  -5.190
  472   1HG   LYS  14          2HG       LYS  14   5.175  11.278  -2.613
  473   2HG   LYS  14          1HG       LYS  14   6.707  10.403  -2.632
  474   1HD   LYS  14          2HD       LYS  14   7.736  12.369  -3.770
  475   2HD   LYS  14          1HD       LYS  14   6.217  13.236  -3.538
  476   1HE   LYS  14          2HE       LYS  14   6.464  13.306  -1.227
  477   2HE   LYS  14          1HE       LYS  14   7.619  11.975  -1.215
  478   1HZ   LYS  14          1HZ       LYS  14   8.510  14.262  -2.714
  479   2HZ   LYS  14          2HZ       LYS  14   9.320  13.360  -1.534
  480   3HZ   LYS  14          3HZ       LYS  14   8.258  14.595  -1.075
  481    H    LYS  15           H        LYS  15   2.962  13.127  -5.683
  482    HA   LYS  15           HA       LYS  15   4.812  14.953  -6.760
  483   1HB   LYS  15          2HB       LYS  15   3.889  12.908  -8.578
  484   2HB   LYS  15          1HB       LYS  15   3.356  14.493  -9.121
  485   1HG   LYS  15          2HG       LYS  15   6.186  14.214  -8.288
  486   2HG   LYS  15          1HG       LYS  15   5.698  13.469  -9.812
  487   1HD   LYS  15          2HD       LYS  15   6.562  15.834  -9.976
  488   2HD   LYS  15          1HD       LYS  15   4.980  15.542 -10.703
  489   1HE   LYS  15          2HE       LYS  15   3.852  16.614  -8.951
  490   2HE   LYS  15          1HE       LYS  15   5.255  16.537  -7.886
  491   1HZ   LYS  15          1HZ       LYS  15   5.286  18.110 -10.390
  492   2HZ   LYS  15          2HZ       LYS  15   6.321  18.234  -9.058
  493   3HZ   LYS  15          3HZ       LYS  15   4.719  18.764  -8.935
  494    H    LYS  16           H        LYS  16   1.473  13.784  -7.094
  495    HA   LYS  16           HA       LYS  16   0.565  16.567  -6.754
  496   1HB   LYS  16          2HB       LYS  16  -1.424  15.992  -8.050
  497   2HB   LYS  16          1HB       LYS  16   0.033  15.679  -8.982
  498   1HG   LYS  16          2HG       LYS  16  -0.475  13.532  -9.219
  499   2HG   LYS  16          1HG       LYS  16  -0.799  13.344  -7.494
  500   1HD   LYS  16          2HD       LYS  16  -3.008  13.459  -7.799
  501   2HD   LYS  16          1HD       LYS  16  -2.867  14.872  -8.847
  502   1HE   LYS  16          2HE       LYS  16  -1.924  12.419 -10.103
  503   2HE   LYS  16          1HE       LYS  16  -3.621  12.341  -9.630
  504   1HZ   LYS  16          1HZ       LYS  16  -3.174  13.223 -11.914
  505   2HZ   LYS  16          2HZ       LYS  16  -2.489  14.590 -11.192
  506   3HZ   LYS  16          3HZ       LYS  16  -4.120  14.227 -10.934
  507    H    ASP  17           H        ASP  17   0.882  15.847  -4.421
  508    HA   ASP  17           HA       ASP  17  -1.696  15.287  -3.316
  509   1HB   ASP  17          2HB       ASP  17   0.504  13.235  -3.019
  510   2HB   ASP  17          1HB       ASP  17  -0.909  13.304  -1.971
  511    HA   PRO  18           HA       PRO  18   0.363  18.098  -0.497
  512   1HB   PRO  18          2HB       PRO  18  -1.790  18.343   1.184
  513   2HB   PRO  18          1HB       PRO  18  -1.592  19.264  -0.310
  514   1HG   PRO  18          2HG       PRO  18  -3.209  16.800   0.199
  515   2HG   PRO  18          1HG       PRO  18  -3.623  18.235  -0.757
  516   1HD   PRO  18          2HD       PRO  18  -2.810  15.939  -1.907
  517   2HD   PRO  18          1HD       PRO  18  -2.392  17.527  -2.583
  518    H    ASN  19           H        ASN  19  -1.925  15.918   1.152
  519    HA   ASN  19           HA       ASN  19   0.166  15.289   3.102
  520   1HB   ASN  19          2HB       ASN  19  -2.795  15.353   3.149
  521   2HB   ASN  19          1HB       ASN  19  -2.037  14.078   4.100
  522   1HD2  ASN  19          1HD2      ASN  19  -2.125  17.553   3.570
  523   2HD2  ASN  19          2HD2      ASN  19  -1.622  17.993   5.165
  524    H    ALA  20           H        ALA  20  -1.461  13.970   0.418
  525    HA   ALA  20           HA       ALA  20  -1.695  11.825  -0.399
  526   1HB   ALA  20          1HB       ALA  20   0.697  12.680  -0.797
  527   2HB   ALA  20          2HB       ALA  20   0.364  10.966  -1.045
  528   3HB   ALA  20          3HB       ALA  20   1.163  11.505   0.433
  529    HA   PRO  21           HA       PRO  21  -2.510   9.678   3.526
  530   1HB   PRO  21          2HB       PRO  21  -4.481   8.264   1.858
  531   2HB   PRO  21          1HB       PRO  21  -4.722   9.172   3.352
  532   1HG   PRO  21          2HG       PRO  21  -5.553  10.113   0.976
  533   2HG   PRO  21          1HG       PRO  21  -4.945  11.186   2.250
  534   1HD   PRO  21          2HD       PRO  21  -3.566  10.197  -0.216
  535   2HD   PRO  21          1HD       PRO  21  -3.524  11.809   0.530
  536    H    LYS  22           H        LYS  22  -2.842   7.895   0.452
  537    HA   LYS  22           HA       LYS  22  -1.354   6.219  -0.302
  538   1HB   LYS  22          2HB       LYS  22  -0.805   5.653   2.616
  539   2HB   LYS  22          1HB       LYS  22   0.004   4.931   1.233
  540   1HG   LYS  22          2HG       LYS  22   1.349   6.708   0.917
  541   2HG   LYS  22          1HG       LYS  22   0.100   7.870   1.371
  542   1HD   LYS  22          2HD       LYS  22   0.716   7.879   3.540
  543   2HD   LYS  22          1HD       LYS  22   1.067   6.149   3.553
  544   1HE   LYS  22          2HE       LYS  22   2.817   8.406   2.624
  545   2HE   LYS  22          1HE       LYS  22   3.138   7.219   3.887
  546   1HZ   LYS  22          1HZ       LYS  22   3.310   6.922   0.975
  547   2HZ   LYS  22          2HZ       LYS  22   2.924   5.563   1.905
  548   3HZ   LYS  22          3HZ       LYS  22   4.376   6.388   2.174
  549    H    ARG  23           H        ARG  23  -3.528   5.597  -0.898
  550    HA   ARG  23           HA       ARG  23  -5.415   4.255   0.491
  551   1HB   ARG  23          2HB       ARG  23  -6.115   3.220  -1.553
  552   2HB   ARG  23          1HB       ARG  23  -5.478   4.810  -1.951
  553   1HG   ARG  23          2HG       ARG  23  -3.756   3.974  -3.134
  554   2HG   ARG  23          1HG       ARG  23  -3.546   2.594  -2.055
  555   1HD   ARG  23          2HD       ARG  23  -5.924   2.792  -3.869
  556   2HD   ARG  23          1HD       ARG  23  -4.381   2.173  -4.459
  557    HE   ARG  23           HE       ARG  23  -6.245   0.818  -2.772
  558   1HH1  ARG  23          1HH1      ARG  23  -2.860   1.142  -3.519
  559   2HH1  ARG  23          2HH1      ARG  23  -2.464  -0.472  -3.031
  560   1HH2  ARG  23          1HH2      ARG  23  -5.736  -1.312  -2.131
  561   2HH2  ARG  23          2HH2      ARG  23  -4.101  -1.870  -2.247
  562    H    ALA  24           H        ALA  24  -5.926   1.783   0.045
  563    HA   ALA  24           HA       ALA  24  -4.710   0.214   1.804
  564   1HB   ALA  24          1HB       ALA  24  -5.059  -1.604  -0.246
  565   2HB   ALA  24          2HB       ALA  24  -6.186  -0.304  -0.637
  566   3HB   ALA  24          3HB       ALA  24  -6.275  -1.107   0.932
  567    H    LEU  25           H        LEU  25  -3.056  -1.387   1.829
  568    HA   LEU  25           HA       LEU  25  -0.755  -0.597   0.209
  569   1HB   LEU  25          2HB       LEU  25  -0.693  -0.671   2.748
  570   2HB   LEU  25          1HB       LEU  25  -0.747  -2.417   2.605
  571    HG   LEU  25           HG       LEU  25   1.358  -1.251   0.966
  572   1HD1  LEU  25          1HD1      LEU  25   1.371   0.436   2.734
  573   2HD1  LEU  25          2HD1      LEU  25   2.808  -0.582   2.809
  574   3HD1  LEU  25          3HD1      LEU  25   1.488  -0.834   3.951
  575   1HD2  LEU  25          1HD2      LEU  25   2.219  -3.257   1.373
  576   2HD2  LEU  25          2HD2      LEU  25   0.780  -3.629   2.322
  577   3HD2  LEU  25          3HD2      LEU  25   2.209  -2.965   3.112
  578    H    SER  26           H        SER  26  -2.659  -2.092  -1.114
  579    HA   SER  26           HA       SER  26  -2.904  -3.919  -2.454
  580   1HB   SER  26          2HB       SER  26  -0.304  -2.953  -2.641
  581   2HB   SER  26          1HB       SER  26  -0.102  -4.696  -2.478
  582    HG   SER  26           HG       SER  26  -0.944  -3.283  -4.603
  583    H    ALA  27           H        ALA  27  -3.543  -5.941  -2.202
  584    HA   ALA  27           HA       ALA  27  -3.019  -7.443   0.158
  585   1HB   ALA  27          1HB       ALA  27  -4.304  -9.200  -0.880
  586   2HB   ALA  27          2HB       ALA  27  -4.173  -8.411  -2.452
  587   3HB   ALA  27          3HB       ALA  27  -5.101  -7.652  -1.158
  588    H    TYR  28           H        TYR  28  -1.386  -7.015  -2.805
  589    HA   TYR  28           HA       TYR  28   0.027  -9.519  -2.788
  590   1HB   TYR  28          2HB       TYR  28  -0.431  -8.243  -4.877
  591   2HB   TYR  28          1HB       TYR  28   0.658  -6.980  -4.310
  592    HD1  TYR  28           HD1      TYR  28   0.399 -10.052  -6.097
  593    HD2  TYR  28           HD2      TYR  28   3.097  -7.652  -3.841
  594    HE1  TYR  28           HE1      TYR  28   2.298 -11.248  -7.106
  595    HE2  TYR  28           HE2      TYR  28   5.002  -8.841  -4.845
  596    HH   TYR  28           HH       TYR  28   5.632 -10.274  -6.470
  597    H    MET  29           H        MET  29   0.376  -6.462  -1.265
  598    HA   MET  29           HA       MET  29   3.213  -6.790  -0.762
  599   1HB   MET  29          2HB       MET  29   1.278  -4.731   0.310
  600   2HB   MET  29          1HB       MET  29   3.026  -4.693   0.503
  601   1HG   MET  29          2HG       MET  29   1.360  -3.989  -1.813
  602   2HG   MET  29          1HG       MET  29   2.905  -3.332  -1.278
  603   1HE   MET  29          1HE       MET  29   1.133  -4.713  -3.816
  604   2HE   MET  29          2HE       MET  29   2.164  -5.750  -4.802
  605   3HE   MET  29          3HE       MET  29   2.504  -4.024  -4.683
  606    H    PHE  30           H        PHE  30   0.160  -7.026   1.023
  607    HA   PHE  30           HA       PHE  30   1.305  -7.630   3.548
  608   1HB   PHE  30          2HB       PHE  30  -1.322  -8.742   2.568
  609   2HB   PHE  30          1HB       PHE  30  -0.855  -8.344   4.217
  610    HD1  PHE  30           HD1      PHE  30  -2.897  -7.367   1.678
  611    HD2  PHE  30           HD2      PHE  30  -0.064  -5.734   4.398
  612    HE1  PHE  30           HE1      PHE  30  -3.835  -5.124   1.303
  613    HE2  PHE  30           HE2      PHE  30  -1.031  -3.497   4.073
  614    HZ   PHE  30           HZ       PHE  30  -2.915  -3.188   2.516
  615    H    PHE  31           H        PHE  31   0.111  -9.701   0.920
  616    HA   PHE  31           HA       PHE  31   0.924 -12.157   2.083
  617   1HB   PHE  31          2HB       PHE  31  -0.603 -12.519   0.397
  618   2HB   PHE  31          1HB       PHE  31   0.066 -11.252  -0.627
  619    HD1  PHE  31           HD1      PHE  31   0.434 -14.738   0.470
  620    HD2  PHE  31           HD2      PHE  31   1.809 -11.711  -2.188
  621    HE1  PHE  31           HE1      PHE  31   1.670 -16.434  -0.814
  622    HE2  PHE  31           HE2      PHE  31   3.047 -13.401  -3.477
  623    HZ   PHE  31           HZ       PHE  31   2.988 -15.764  -2.784
  624    H    ALA  32           H        ALA  32   2.427 -10.007  -0.313
  625    HA   ALA  32           HA       ALA  32   4.760 -11.494  -0.755
  626   1HB   ALA  32          1HB       ALA  32   4.262  -8.528  -0.906
  627   2HB   ALA  32          2HB       ALA  32   4.229  -9.696  -2.227
  628   3HB   ALA  32          3HB       ALA  32   5.756  -9.302  -1.437
  629    H    ASN  33           H        ASN  33   3.746  -9.603   1.939
  630    HA   ASN  33           HA       ASN  33   6.331  -9.132   3.064
  631   1HB   ASN  33          2HB       ASN  33   3.518  -8.780   3.906
  632   2HB   ASN  33          1HB       ASN  33   4.670  -9.050   5.212
  633   1HD2  ASN  33          1HD2      ASN  33   3.171  -6.738   3.484
  634   2HD2  ASN  33          2HD2      ASN  33   4.311  -5.449   3.645
  635    H    GLU  34           H        GLU  34   3.760 -11.511   3.665
  636    HA   GLU  34           HA       GLU  34   5.148 -13.007   5.615
  637   1HB   GLU  34          2HB       GLU  34   3.021 -13.888   3.655
  638   2HB   GLU  34          1HB       GLU  34   3.558 -14.823   5.044
  639   1HG   GLU  34          2HG       GLU  34   2.511 -12.050   5.410
  640   2HG   GLU  34          1HG       GLU  34   1.402 -13.408   5.210
  641    H    ASN  35           H        ASN  35   4.948 -13.325   2.098
  642    HA   ASN  35           HA       ASN  35   6.514 -15.670   1.915
  643   1HB   ASN  35          2HB       ASN  35   6.594 -13.754  -0.345
  644   2HB   ASN  35          1HB       ASN  35   6.232 -15.477  -0.340
  645   1HD2  ASN  35          1HD2      ASN  35   4.202 -15.353   1.660
  646   2HD2  ASN  35          2HD2      ASN  35   2.825 -14.589   0.950
  647    H    ARG  36           H        ARG  36   7.457 -12.466   0.701
  648    HA   ARG  36           HA       ARG  36   9.927 -12.327   0.207
  649   1HB   ARG  36          2HB       ARG  36   9.144 -10.238   0.793
  650   2HB   ARG  36          1HB       ARG  36   8.556 -10.780   2.359
  651   1HG   ARG  36          2HG       ARG  36  11.000 -11.030   3.013
  652   2HG   ARG  36          1HG       ARG  36  11.363 -10.100   1.559
  653   1HD   ARG  36          2HD       ARG  36  10.028  -8.253   2.362
  654   2HD   ARG  36          1HD       ARG  36   9.523  -9.189   3.767
  655    HE   ARG  36           HE       ARG  36  12.205  -9.176   4.003
  656   1HH1  ARG  36          1HH1      ARG  36   9.868  -6.648   3.478
  657   2HH1  ARG  36          2HH1      ARG  36  10.801  -5.438   4.294
  658   1HH2  ARG  36          1HH2      ARG  36  13.443  -7.592   5.080
  659   2HH2  ARG  36          2HH2      ARG  36  12.834  -5.975   5.205
  660    H    ASP  37           H        ASP  37   9.265 -12.604   3.701
  661    HA   ASP  37           HA       ASP  37  11.909 -13.425   4.324
  662   1HB   ASP  37          2HB       ASP  37  10.637 -14.193   6.519
  663   2HB   ASP  37          1HB       ASP  37  10.904 -12.488   6.169
  664    H    ILE  38           H        ILE  38   8.823 -15.218   4.284
  665    HA   ILE  38           HA       ILE  38   9.913 -17.758   4.774
  666    HB   ILE  38           HB       ILE  38   7.362 -16.779   3.581
  667   1HG1  ILE  38          2HG1      ILE  38   6.405 -18.078   5.437
  668   2HG1  ILE  38          1HG1      ILE  38   8.015 -18.679   5.851
  669   1HG2  ILE  38          1HG2      ILE  38   7.544 -18.526   2.103
  670   2HG2  ILE  38          2HG2      ILE  38   6.768 -19.326   3.470
  671   3HG2  ILE  38          3HG2      ILE  38   8.503 -19.507   3.210
  672   1HD1  ILE  38          1HD1      ILE  38   7.571 -16.898   7.333
  673   2HD1  ILE  38          2HD1      ILE  38   6.983 -15.864   6.031
  674   3HD1  ILE  38          3HD1      ILE  38   8.697 -16.264   6.133
  675    H    VAL  39           H        VAL  39   8.561 -16.729   1.652
  676    HA   VAL  39           HA       VAL  39   9.584 -18.657   0.041
  677    HB   VAL  39           HB       VAL  39   9.124 -15.743  -0.535
  678   1HG1  VAL  39          1HG1      VAL  39   9.218 -16.604  -2.995
  679   2HG1  VAL  39          2HG1      VAL  39  10.277 -17.842  -2.320
  680   3HG1  VAL  39          3HG1      VAL  39  10.704 -16.137  -2.168
  681   1HG2  VAL  39          1HG2      VAL  39   7.674 -18.225  -1.447
  682   2HG2  VAL  39          2HG2      VAL  39   7.184 -16.553  -1.722
  683   3HG2  VAL  39          3HG2      VAL  39   7.188 -17.212  -0.088
  684    H    ARG  40           H        ARG  40  11.196 -15.504   0.531
  685    HA   ARG  40           HA       ARG  40  13.546 -16.194  -0.828
  686   1HB   ARG  40          2HB       ARG  40  12.633 -13.881   0.034
  687   2HB   ARG  40          1HB       ARG  40  13.613 -14.250   1.447
  688   1HG   ARG  40          2HG       ARG  40  15.321 -14.754  -0.653
  689   2HG   ARG  40          1HG       ARG  40  14.411 -13.341  -1.192
  690   1HD   ARG  40          2HD       ARG  40  15.222 -12.010   0.476
  691   2HD   ARG  40          1HD       ARG  40  15.440 -13.356   1.594
  692    HE   ARG  40           HE       ARG  40  17.274 -13.793  -0.384
  693   1HH1  ARG  40          1HH1      ARG  40  16.567 -11.174   1.798
  694   2HH1  ARG  40          2HH1      ARG  40  18.208 -10.624   1.878
  695   1HH2  ARG  40          1HH2      ARG  40  19.438 -13.079  -0.287
  696   2HH2  ARG  40          2HH2      ARG  40  19.840 -11.707   0.691
  697    H    SER  41           H        SER  41  12.490 -16.867   2.405
  698    HA   SER  41           HA       SER  41  15.038 -17.445   3.529
  699   1HB   SER  41          2HB       SER  41  12.199 -17.963   4.301
  700   2HB   SER  41          1HB       SER  41  13.464 -18.894   5.103
  701    HG   SER  41           HG       SER  41  13.560 -17.181   6.329
  702    H    GLU  42           H        GLU  42  12.810 -19.202   1.537
  703    HA   GLU  42           HA       GLU  42  14.188 -21.734   1.986
  704   1HB   GLU  42          2HB       GLU  42  11.890 -21.111   0.121
  705   2HB   GLU  42          1HB       GLU  42  12.482 -22.710   0.553
  706   1HG   GLU  42          2HG       GLU  42  11.912 -21.502   2.985
  707   2HG   GLU  42          1HG       GLU  42  10.598 -21.005   1.920
  708    H    ASN  43           H        ASN  43  14.164 -19.076  -0.184
  709    HA   ASN  43           HA       ASN  43  16.163 -20.432  -1.844
  710   1HB   ASN  43          2HB       ASN  43  13.935 -18.745  -2.995
  711   2HB   ASN  43          1HB       ASN  43  15.174 -19.624  -3.887
  712   1HD2  ASN  43          1HD2      ASN  43  12.616 -20.174  -1.498
  713   2HD2  ASN  43          2HD2      ASN  43  12.093 -21.685  -2.153
  714    HA   PRO  44           HA       PRO  44  17.216 -16.067  -0.313
  715   1HB   PRO  44          2HB       PRO  44  19.619 -17.517   0.629
  716   2HB   PRO  44          1HB       PRO  44  18.624 -16.324   1.470
  717   1HG   PRO  44          2HG       PRO  44  18.514 -18.907   2.128
  718   2HG   PRO  44          1HG       PRO  44  17.052 -17.902   2.119
  719   1HD   PRO  44          2HD       PRO  44  17.998 -19.892   0.088
  720   2HD   PRO  44          1HD       PRO  44  16.356 -19.603   0.700
  721    H    ASP  45           H        ASP  45  18.990 -18.629  -1.937
  722    HA   ASP  45           HA       ASP  45  20.619 -16.621  -3.339
  723   1HB   ASP  45          2HB       ASP  45  21.240 -19.186  -2.257
  724   2HB   ASP  45          1HB       ASP  45  21.411 -19.282  -4.008
  725    H    ILE  46           H        ILE  46  17.930 -16.857  -3.997
  726    HA   ILE  46           HA       ILE  46  17.794 -18.505  -6.396
  727    HB   ILE  46           HB       ILE  46  15.986 -18.218  -4.488
  728   1HG1  ILE  46          2HG1      ILE  46  15.340 -18.416  -7.440
  729   2HG1  ILE  46          1HG1      ILE  46  15.762 -19.752  -6.366
  730   1HG2  ILE  46          1HG2      ILE  46  14.205 -16.651  -5.239
  731   2HG2  ILE  46          2HG2      ILE  46  15.360 -15.970  -6.385
  732   3HG2  ILE  46          3HG2      ILE  46  15.670 -15.864  -4.652
  733   1HD1  ILE  46          1HD1      ILE  46  13.214 -18.399  -6.747
  734   2HD1  ILE  46          2HD1      ILE  46  13.674 -18.559  -5.052
  735   3HD1  ILE  46          3HD1      ILE  46  13.564 -19.991  -6.076
  736    H    THR  47           H        THR  47  17.259 -15.130  -5.417
  737    HA   THR  47           HA       THR  47  18.179 -13.331  -6.702
  738    HB   THR  47           HB       THR  47  17.361 -14.964  -9.120
  739    HG1  THR  47           HG1      THR  47  19.696 -14.875  -7.629
  740   1HG2  THR  47          1HG2      THR  47  17.302 -12.728  -9.769
  741   2HG2  THR  47          2HG2      THR  47  18.922 -13.262 -10.218
  742   3HG2  THR  47          3HG2      THR  47  18.682 -12.302  -8.758
  743    H    PHE  48           H        PHE  48  17.010 -11.602  -7.797
  744    HA   PHE  48           HA       PHE  48  14.467 -11.233  -6.794
  745   1HB   PHE  48          2HB       PHE  48  15.599  -9.284  -7.409
  746   2HB   PHE  48          1HB       PHE  48  15.999  -9.904  -9.007
  747    HD1  PHE  48           HD1      PHE  48  15.201  -8.015 -10.220
  748    HD2  PHE  48           HD2      PHE  48  12.629 -10.120  -7.559
  749    HE1  PHE  48           HE1      PHE  48  13.257  -6.857 -11.189
  750    HE2  PHE  48           HE2      PHE  48  10.682  -8.959  -8.517
  751    HZ   PHE  48           HZ       PHE  48  10.995  -7.328 -10.336
  752    H    GLY  49           H        GLY  49  15.361 -12.110 -10.132
  753   1HA   GLY  49          2HA       GLY  49  12.737 -12.163 -11.121
  754   2HA   GLY  49          1HA       GLY  49  14.112 -12.978 -11.851
  755    H    GLN  50           H        GLN  50  14.121 -14.241  -8.901
  756    HA   GLN  50           HA       GLN  50  12.382 -16.473  -9.693
  757   1HB   GLN  50          2HB       GLN  50  14.154 -16.937  -7.416
  758   2HB   GLN  50          1HB       GLN  50  13.917 -17.896  -8.869
  759   1HG   GLN  50          2HG       GLN  50  15.852 -15.699  -8.338
  760   2HG   GLN  50          1HG       GLN  50  16.121 -17.291  -9.046
  761   1HE2  GLN  50          1HE2      GLN  50  15.830 -14.046  -9.666
  762   2HE2  GLN  50          2HE2      GLN  50  15.536 -14.107 -11.367
  763    H    VAL  51           H        VAL  51  13.544 -15.059  -6.643
  764    HA   VAL  51           HA       VAL  51  11.455 -15.880  -5.020
  765    HB   VAL  51           HB       VAL  51  13.325 -14.994  -3.920
  766   1HG1  VAL  51          1HG1      VAL  51  14.609 -13.407  -4.789
  767   2HG1  VAL  51          2HG1      VAL  51  13.308 -12.224  -4.649
  768   3HG1  VAL  51          3HG1      VAL  51  13.439 -13.224  -6.096
  769   1HG2  VAL  51          1HG2      VAL  51  11.219 -14.402  -2.832
  770   2HG2  VAL  51          2HG2      VAL  51  11.175 -12.888  -3.735
  771   3HG2  VAL  51          3HG2      VAL  51  12.450 -13.170  -2.549
  772    H    GLY  52           H        GLY  52  11.796 -12.836  -6.828
  773   1HA   GLY  52          2HA       GLY  52   9.302 -11.775  -5.972
  774   2HA   GLY  52          1HA       GLY  52  10.279 -11.176  -7.304
  775    H    LYS  53           H        LYS  53  10.163 -12.484  -9.346
  776    HA   LYS  53           HA       LYS  53   7.647 -12.515 -10.392
  777   1HB   LYS  53          2HB       LYS  53  10.085 -14.114 -11.138
  778   2HB   LYS  53          1HB       LYS  53   8.595 -14.233 -12.062
  779   1HG   LYS  53          2HG       LYS  53   8.812 -12.151 -12.951
  780   2HG   LYS  53          1HG       LYS  53   9.669 -11.520 -11.543
  781   1HD   LYS  53          2HD       LYS  53  11.614 -11.831 -12.567
  782   2HD   LYS  53          1HD       LYS  53  11.266 -13.554 -12.732
  783   1HE   LYS  53          2HE       LYS  53  11.041 -13.305 -14.924
  784   2HE   LYS  53          1HE       LYS  53   9.722 -12.164 -14.662
  785   1HZ   LYS  53          1HZ       LYS  53  11.801 -11.419 -15.968
  786   2HZ   LYS  53          2HZ       LYS  53  12.513 -11.253 -14.444
  787   3HZ   LYS  53          3HZ       LYS  53  11.126 -10.365 -14.831
  788    H    LYS  54           H        LYS  54   9.363 -15.332  -9.058
  789    HA   LYS  54           HA       LYS  54   7.288 -17.189  -9.410
  790   1HB   LYS  54          2HB       LYS  54   9.782 -17.533  -8.725
  791   2HB   LYS  54          1HB       LYS  54   9.179 -17.339  -7.084
  792   1HG   LYS  54          2HG       LYS  54   8.002 -19.335  -8.991
  793   2HG   LYS  54          1HG       LYS  54   9.397 -19.705  -7.974
  794   1HD   LYS  54          2HD       LYS  54   7.694 -18.631  -6.154
  795   2HD   LYS  54          1HD       LYS  54   6.561 -19.409  -7.261
  796   1HE   LYS  54          2HE       LYS  54   7.167 -20.951  -5.503
  797   2HE   LYS  54          1HE       LYS  54   7.829 -21.510  -7.039
  798   1HZ   LYS  54          1HZ       LYS  54   9.972 -20.898  -6.422
  799   2HZ   LYS  54          2HZ       LYS  54   9.336 -21.572  -5.007
  800   3HZ   LYS  54          3HZ       LYS  54   9.444 -19.891  -5.169
  801    H    LEU  55           H        LEU  55   7.987 -14.905  -6.819
  802    HA   LEU  55           HA       LEU  55   6.249 -15.756  -4.851
  803   1HB   LEU  55          2HB       LEU  55   7.752 -13.468  -5.347
  804   2HB   LEU  55          1HB       LEU  55   6.106 -12.877  -5.233
  805    HG   LEU  55           HG       LEU  55   6.843 -14.742  -3.096
  806   1HD1  LEU  55          1HD1      LEU  55   8.672 -12.638  -3.792
  807   2HD1  LEU  55          2HD1      LEU  55   8.793 -13.854  -2.521
  808   3HD1  LEU  55          3HD1      LEU  55   7.953 -12.335  -2.210
  809   1HD2  LEU  55          1HD2      LEU  55   5.882 -12.781  -1.770
  810   2HD2  LEU  55          2HD2      LEU  55   4.798 -13.635  -2.868
  811   3HD2  LEU  55          3HD2      LEU  55   5.484 -12.080  -3.338
  812    H    GLY  56           H        GLY  56   5.526 -13.509  -7.512
  813   1HA   GLY  56          2HA       GLY  56   2.772 -13.263  -6.983
  814   2HA   GLY  56          1HA       GLY  56   3.545 -12.949  -8.531
  815    H    GLU  57           H        GLU  57   4.573 -15.580  -8.941
  816    HA   GLU  57           HA       GLU  57   2.434 -16.802 -10.251
  817   1HB   GLU  57          2HB       GLU  57   5.116 -17.165 -10.246
  818   2HB   GLU  57          1HB       GLU  57   4.613 -18.575  -9.323
  819   1HG   GLU  57          2HG       GLU  57   4.833 -19.064 -11.704
  820   2HG   GLU  57          1HG       GLU  57   3.181 -19.290 -11.134
  821    H    LYS  58           H        LYS  58   4.067 -17.910  -7.280
  822    HA   LYS  58           HA       LYS  58   2.109 -19.857  -6.648
  823   1HB   LYS  58          2HB       LYS  58   4.043 -18.486  -4.770
  824   2HB   LYS  58          1HB       LYS  58   3.221 -20.016  -4.493
  825   1HG   LYS  58          2HG       LYS  58   4.799 -19.931  -6.956
  826   2HG   LYS  58          1HG       LYS  58   5.740 -19.747  -5.474
  827   1HD   LYS  58          2HD       LYS  58   5.677 -22.064  -5.888
  828   2HD   LYS  58          1HD       LYS  58   4.493 -21.785  -4.609
  829   1HE   LYS  58          2HE       LYS  58   3.537 -23.286  -6.216
  830   2HE   LYS  58          1HE       LYS  58   2.715 -21.731  -6.342
  831   1HZ   LYS  58          1HZ       LYS  58   4.929 -21.781  -8.090
  832   2HZ   LYS  58          2HZ       LYS  58   3.287 -21.606  -8.463
  833   3HZ   LYS  58          3HZ       LYS  58   3.975 -23.150  -8.367
  834    H    TRP  59           H        TRP  59   2.287 -16.451  -6.188
  835    HA   TRP  59           HA       TRP  59   0.664 -16.088  -3.947
  836   1HB   TRP  59          2HB       TRP  59   1.670 -14.126  -4.680
  837   2HB   TRP  59          1HB       TRP  59   1.277 -14.434  -6.368
  838    HD1  TRP  59           HD1      TRP  59  -0.550 -12.899  -7.273
  839    HE1  TRP  59           HE1      TRP  59  -2.575 -11.650  -6.289
  840    HE3  TRP  59           HE3      TRP  59  -0.143 -14.405  -2.408
  841    HZ2  TRP  59           HZ2      TRP  59  -3.844 -11.361  -3.780
  842    HZ3  TRP  59           HZ3      TRP  59  -1.796 -13.595  -0.779
  843    HH2  TRP  59           HH2      TRP  59  -3.611 -12.109  -1.452
  844    H    LYS  60           H        LYS  60  -0.287 -16.010  -7.378
  845    HA   LYS  60           HA       LYS  60  -3.079 -16.076  -6.759
  846   1HB   LYS  60          2HB       LYS  60  -1.412 -16.062  -9.215
  847   2HB   LYS  60          1HB       LYS  60  -3.025 -16.746  -9.365
  848   1HG   LYS  60          2HG       LYS  60  -3.641 -14.490  -8.075
  849   2HG   LYS  60          1HG       LYS  60  -2.180 -13.955  -8.908
  850   1HD   LYS  60          2HD       LYS  60  -3.246 -13.842 -10.862
  851   2HD   LYS  60          1HD       LYS  60  -3.892 -15.474 -10.670
  852   1HE   LYS  60          2HE       LYS  60  -5.051 -12.981  -9.428
  853   2HE   LYS  60          1HE       LYS  60  -5.663 -13.777 -10.878
  854   1HZ   LYS  60          1HZ       LYS  60  -6.357 -15.622  -9.658
  855   2HZ   LYS  60          2HZ       LYS  60  -6.792 -14.311  -8.682
  856   3HZ   LYS  60          3HZ       LYS  60  -5.415 -15.221  -8.310
  857    H    ALA  61           H        ALA  61  -0.608 -18.432  -7.241
  858    HA   ALA  61           HA       ALA  61  -2.250 -20.613  -8.013
  859   1HB   ALA  61          1HB       ALA  61   0.253 -20.443  -8.276
  860   2HB   ALA  61          2HB       ALA  61  -0.352 -21.983  -7.665
  861   3HB   ALA  61          3HB       ALA  61   0.375 -20.819  -6.557
  862    H    LEU  62           H        LEU  62  -1.587 -19.108  -4.969
  863    HA   LEU  62           HA       LEU  62  -1.988 -21.174  -3.176
  864   1HB   LEU  62          2HB       LEU  62  -3.126 -18.429  -2.726
  865   2HB   LEU  62          1HB       LEU  62  -2.470 -19.542  -1.541
  866    HG   LEU  62           HG       LEU  62  -0.816 -18.164  -3.654
  867   1HD1  LEU  62          1HD1      LEU  62  -1.851 -16.585  -2.041
  868   2HD1  LEU  62          2HD1      LEU  62  -0.090 -16.640  -1.957
  869   3HD1  LEU  62          3HD1      LEU  62  -1.057 -17.466  -0.736
  870   1HD2  LEU  62          1HD2      LEU  62   0.449 -19.128  -1.208
  871   2HD2  LEU  62          2HD2      LEU  62   0.948 -19.304  -2.891
  872   3HD2  LEU  62          3HD2      LEU  62  -0.242 -20.410  -2.204
  873    H    THR  63           H        THR  63  -4.522 -18.773  -3.814
  874    HA   THR  63           HA       THR  63  -6.658 -19.800  -4.784
  875    HB   THR  63           HB       THR  63  -6.077 -21.486  -2.356
  876    HG1  THR  63           HG1      THR  63  -6.975 -23.068  -3.965
  877   1HG2  THR  63          1HG2      THR  63  -8.454 -20.346  -2.437
  878   2HG2  THR  63          2HG2      THR  63  -8.252 -22.038  -1.985
  879   3HG2  THR  63          3HG2      THR  63  -8.756 -21.616  -3.622
  880    HA   PRO  64           HA       PRO  64  -8.674 -16.364  -2.956
  881   1HB   PRO  64          2HB       PRO  64 -10.880 -18.317  -2.403
  882   2HB   PRO  64          1HB       PRO  64 -10.970 -16.687  -3.080
  883   1HG   PRO  64          2HG       PRO  64 -11.104 -18.846  -4.654
  884   2HG   PRO  64          1HG       PRO  64 -10.266 -17.374  -5.175
  885   1HD   PRO  64          2HD       PRO  64  -9.149 -19.989  -4.372
  886   2HD   PRO  64          1HD       PRO  64  -8.446 -18.729  -5.403
  887    H    GLU  65           H        GLU  65  -9.360 -19.381  -1.162
  888    HA   GLU  65           HA       GLU  65  -9.748 -18.245   1.343
  889   1HB   GLU  65          2HB       GLU  65  -9.586 -20.838   0.277
  890   2HB   GLU  65          1HB       GLU  65  -8.388 -20.785   1.564
  891   1HG   GLU  65          2HG       GLU  65 -10.138 -21.363   2.842
  892   2HG   GLU  65          1HG       GLU  65 -10.458 -19.629   2.821
  893    H    GLU  66           H        GLU  66  -6.759 -19.303  -0.218
  894    HA   GLU  66           HA       GLU  66  -5.061 -18.883   2.001
  895   1HB   GLU  66          2HB       GLU  66  -3.923 -18.477  -0.701
  896   2HB   GLU  66          1HB       GLU  66  -3.367 -19.505   0.613
  897   1HG   GLU  66          2HG       GLU  66  -5.533 -20.071  -1.385
  898   2HG   GLU  66          1HG       GLU  66  -4.006 -20.924  -1.164
  899    H    LYS  67           H        LYS  67  -6.389 -16.754  -0.402
  900    HA   LYS  67           HA       LYS  67  -4.545 -14.605   0.087
  901   1HB   LYS  67          2HB       LYS  67  -7.250 -14.376  -1.222
  902   2HB   LYS  67          1HB       LYS  67  -5.846 -13.343  -1.452
  903   1HG   LYS  67          2HG       LYS  67  -4.719 -15.508  -2.334
  904   2HG   LYS  67          1HG       LYS  67  -6.381 -16.074  -2.528
  905   1HD   LYS  67          2HD       LYS  67  -5.173 -13.590  -3.740
  906   2HD   LYS  67          1HD       LYS  67  -5.601 -15.075  -4.592
  907   1HE   LYS  67          2HE       LYS  67  -7.973 -14.652  -3.677
  908   2HE   LYS  67          1HE       LYS  67  -7.402 -13.010  -3.377
  909   1HZ   LYS  67          1HZ       LYS  67  -8.289 -14.133  -5.790
  910   2HZ   LYS  67          2HZ       LYS  67  -6.663 -13.705  -5.974
  911   3HZ   LYS  67          3HZ       LYS  67  -7.794 -12.545  -5.489
  912    H    GLN  68           H        GLN  68  -7.753 -15.512   1.189
  913    HA   GLN  68           HA       GLN  68  -8.836 -13.329   2.268
  914   1HB   GLN  68          2HB       GLN  68  -8.534 -15.786   3.982
  915   2HB   GLN  68          1HB       GLN  68  -9.886 -14.664   3.915
  916   1HG   GLN  68          2HG       GLN  68 -10.288 -15.429   1.568
  917   2HG   GLN  68          1HG       GLN  68  -9.073 -16.675   1.837
  918   1HE2  GLN  68          1HE2      GLN  68 -10.251 -16.455   4.756
  919   2HE2  GLN  68          2HE2      GLN  68 -11.576 -17.562   4.688
  920    HA   PRO  69           HA       PRO  69  -5.763 -13.720   6.198
  921   1HB   PRO  69          2HB       PRO  69  -3.465 -14.383   4.407
  922   2HB   PRO  69          1HB       PRO  69  -3.742 -14.835   6.094
  923   1HG   PRO  69          2HG       PRO  69  -4.127 -16.590   4.121
  924   2HG   PRO  69          1HG       PRO  69  -5.195 -16.549   5.534
  925   1HD   PRO  69          2HD       PRO  69  -5.696 -15.628   2.755
  926   2HD   PRO  69          1HD       PRO  69  -6.834 -16.261   3.959
  927    H    TYR  70           H        TYR  70  -4.176 -12.977   3.088
  928    HA   TYR  70           HA       TYR  70  -3.322 -10.400   4.097
  929   1HB   TYR  70          2HB       TYR  70  -2.900 -10.790   1.260
  930   2HB   TYR  70          1HB       TYR  70  -1.719 -10.551   2.542
  931    HD1  TYR  70           HD1      TYR  70  -3.624 -13.067   0.649
  932    HD2  TYR  70           HD2      TYR  70  -0.568 -12.406   3.534
  933    HE1  TYR  70           HE1      TYR  70  -2.921 -15.414   0.431
  934    HE2  TYR  70           HE2      TYR  70   0.145 -14.750   3.324
  935    HH   TYR  70           HH       TYR  70  -1.233 -17.028   2.526
  936    H    GLU  71           H        GLU  71  -5.023 -11.375   1.111
  937    HA   GLU  71           HA       GLU  71  -5.950  -9.024   0.198
  938   1HB   GLU  71          2HB       GLU  71  -6.468 -11.380  -0.646
  939   2HB   GLU  71          1HB       GLU  71  -7.812 -11.379   0.487
  940   1HG   GLU  71          2HG       GLU  71  -8.359  -9.096  -0.739
  941   2HG   GLU  71          1HG       GLU  71  -7.453  -9.872  -2.038
  942    H    ALA  72           H        ALA  72  -7.546 -10.916   2.752
  943    HA   ALA  72           HA       ALA  72  -9.496  -8.984   3.437
  944   1HB   ALA  72          1HB       ALA  72  -9.935 -10.284   5.330
  945   2HB   ALA  72          2HB       ALA  72  -8.282 -10.897   5.404
  946   3HB   ALA  72          3HB       ALA  72  -9.372 -11.451   4.132
  947    H    LYS  73           H        LYS  73  -6.233  -9.662   4.630
  948    HA   LYS  73           HA       LYS  73  -6.045  -7.596   6.526
  949   1HB   LYS  73          2HB       LYS  73  -4.292  -9.491   5.309
  950   2HB   LYS  73          1HB       LYS  73  -3.532  -7.907   5.234
  951   1HG   LYS  73          2HG       LYS  73  -3.420  -7.702   7.528
  952   2HG   LYS  73          1HG       LYS  73  -4.727  -8.859   7.799
  953   1HD   LYS  73          2HD       LYS  73  -3.280 -10.686   7.103
  954   2HD   LYS  73          1HD       LYS  73  -1.979  -9.545   6.758
  955   1HE   LYS  73          2HE       LYS  73  -3.232  -9.959   9.469
  956   2HE   LYS  73          1HE       LYS  73  -1.722 -10.699   8.936
  957   1HZ   LYS  73          1HZ       LYS  73  -1.319  -8.079   8.422
  958   2HZ   LYS  73          2HZ       LYS  73  -0.780  -8.891   9.805
  959   3HZ   LYS  73          3HZ       LYS  73  -2.228  -8.018   9.847
  960    H    ALA  74           H        ALA  74  -6.319  -7.519   3.154
  961    HA   ALA  74           HA       ALA  74  -4.971  -5.018   2.718
  962   1HB   ALA  74          1HB       ALA  74  -6.992  -6.152   0.829
  963   2HB   ALA  74          2HB       ALA  74  -5.423  -6.934   1.021
  964   3HB   ALA  74          3HB       ALA  74  -5.513  -5.257   0.481
  965    H    GLN  75           H        GLN  75  -8.312  -6.135   3.018
  966    HA   GLN  75           HA       GLN  75  -9.528  -3.574   2.795
  967   1HB   GLN  75          2HB       GLN  75 -10.510  -6.022   4.279
  968   2HB   GLN  75          1HB       GLN  75 -11.485  -4.634   3.818
  969   1HG   GLN  75          2HG       GLN  75 -11.633  -5.276   1.654
  970   2HG   GLN  75          1HG       GLN  75 -10.038  -6.028   1.651
  971   1HE2  GLN  75          1HE2      GLN  75 -10.052  -8.140   1.470
  972   2HE2  GLN  75          2HE2      GLN  75 -11.311  -9.205   1.989
  973    H    ALA  76           H        ALA  76  -8.025  -5.370   5.386
  974    HA   ALA  76           HA       ALA  76  -8.891  -3.773   7.558
  975   1HB   ALA  76          1HB       ALA  76  -6.524  -4.689   8.433
  976   2HB   ALA  76          2HB       ALA  76  -6.806  -5.810   7.101
  977   3HB   ALA  76          3HB       ALA  76  -7.991  -5.666   8.400
  978    H    ASP  77           H        ASP  77  -5.928  -3.717   5.591
  979    HA   ASP  77           HA       ASP  77  -4.952  -1.307   6.809
  980   1HB   ASP  77          2HB       ASP  77  -3.257  -2.708   5.954
  981   2HB   ASP  77          1HB       ASP  77  -4.108  -2.954   4.431
  982    H    LYS  78           H        LYS  78  -7.278  -2.023   4.473
  983    HA   LYS  78           HA       LYS  78  -7.033   0.264   2.800
  984   1HB   LYS  78          2HB       LYS  78  -8.494  -2.018   2.669
  985   2HB   LYS  78          1HB       LYS  78  -9.726  -0.887   3.214
  986   1HG   LYS  78          2HG       LYS  78  -8.211   0.273   1.073
  987   2HG   LYS  78          1HG       LYS  78  -8.827  -1.314   0.600
  988   1HD   LYS  78          2HD       LYS  78 -10.391   0.526   0.066
  989   2HD   LYS  78          1HD       LYS  78 -11.078  -0.659   1.179
  990   1HE   LYS  78          2HE       LYS  78  -9.686   1.597   2.450
  991   2HE   LYS  78          1HE       LYS  78 -11.147   2.024   1.560
  992   1HZ   LYS  78          1HZ       LYS  78 -12.301   1.344   3.305
  993   2HZ   LYS  78          2HZ       LYS  78 -10.912   0.777   4.085
  994   3HZ   LYS  78          3HZ       LYS  78 -11.762  -0.236   3.031
  995    H    LYS  79           H        LYS  79  -9.066  -0.498   5.611
  996    HA   LYS  79           HA       LYS  79 -10.240   2.098   5.771
  997   1HB   LYS  79          2HB       LYS  79 -10.932  -0.228   6.853
  998   2HB   LYS  79          1HB       LYS  79  -9.965   0.376   8.192
  999   1HG   LYS  79          2HG       LYS  79 -11.396   2.498   8.006
 1000   2HG   LYS  79          1HG       LYS  79 -12.487   1.502   7.039
 1001   1HD   LYS  79          2HD       LYS  79 -13.380   0.714   8.915
 1002   2HD   LYS  79          1HD       LYS  79 -11.821  -0.003   9.329
 1003   1HE   LYS  79          2HE       LYS  79 -12.454   1.364  11.161
 1004   2HE   LYS  79          1HE       LYS  79 -11.175   2.222  10.302
 1005   1HZ   LYS  79          1HZ       LYS  79 -12.800   3.820  10.749
 1006   2HZ   LYS  79          2HZ       LYS  79 -14.075   2.799  10.307
 1007   3HZ   LYS  79          3HZ       LYS  79 -13.044   3.426   9.122
 1008    H    ARG  80           H        ARG  80  -7.442   0.526   7.225
 1009    HA   ARG  80           HA       ARG  80  -6.693   2.356   9.141
 1010   1HB   ARG  80          2HB       ARG  80  -4.838   1.105   9.246
 1011   2HB   ARG  80          1HB       ARG  80  -5.532   0.148   7.946
 1012   1HG   ARG  80          2HG       ARG  80  -3.325   0.678   7.302
 1013   2HG   ARG  80          1HG       ARG  80  -4.389   1.701   6.334
 1014   1HD   ARG  80          2HD       ARG  80  -2.231   2.549   7.822
 1015   2HD   ARG  80          1HD       ARG  80  -3.522   3.570   7.188
 1016    HE   ARG  80           HE       ARG  80  -4.424   3.723   9.315
 1017   1HH1  ARG  80          1HH1      ARG  80  -1.800   1.435   9.259
 1018   2HH1  ARG  80          2HH1      ARG  80  -1.682   1.332  10.985
 1019   1HH2  ARG  80          1HH2      ARG  80  -4.277   3.595  11.587
 1020   2HH2  ARG  80          2HH2      ARG  80  -3.091   2.560  12.308
 1021    H    TYR  81           H        TYR  81  -5.945   2.425   5.669
 1022    HA   TYR  81           HA       TYR  81  -4.638   4.967   5.792
 1023   1HB   TYR  81          2HB       TYR  81  -3.912   4.185   3.823
 1024   2HB   TYR  81          1HB       TYR  81  -5.157   2.940   3.803
 1025    HD1  TYR  81           HD1      TYR  81  -4.093   6.124   2.464
 1026    HD2  TYR  81           HD2      TYR  81  -7.389   3.455   2.804
 1027    HE1  TYR  81           HE1      TYR  81  -5.194   7.251   0.575
 1028    HE2  TYR  81           HE2      TYR  81  -8.508   4.587   0.930
 1029    HH   TYR  81           HH       TYR  81  -7.797   5.982  -1.067
 1030    H    GLU  82           H        GLU  82  -7.880   3.843   4.952
 1031    HA   GLU  82           HA       GLU  82  -9.045   6.052   3.878
 1032   1HB   GLU  82          2HB       GLU  82 -10.364   4.093   4.171
 1033   2HB   GLU  82          1HB       GLU  82 -10.138   4.116   5.915
 1034   1HG   GLU  82          2HG       GLU  82 -11.305   6.557   5.372
 1035   2HG   GLU  82          1HG       GLU  82 -12.125   5.441   4.281
 1036    H    SER  83           H        SER  83  -8.093   5.561   7.214
 1037    HA   SER  83           HA       SER  83  -9.360   7.920   8.226
 1038   1HB   SER  83          2HB       SER  83  -7.409   5.918   9.263
 1039   2HB   SER  83          1HB       SER  83  -7.469   7.488  10.063
 1040    HG   SER  83           HG       SER  83  -8.917   5.913  10.962
 1041    H    GLU  84           H        GLU  84  -5.994   7.095   7.431
 1042    HA   GLU  84           HA       GLU  84  -4.833   9.576   7.875
 1043   1HB   GLU  84          2HB       GLU  84  -3.249   7.970   7.462
 1044   2HB   GLU  84          1HB       GLU  84  -4.188   7.217   6.181
 1045   1HG   GLU  84          2HG       GLU  84  -2.340   8.138   5.106
 1046   2HG   GLU  84          1HG       GLU  84  -3.652   9.273   4.791
 1047    H    LYS  85           H        LYS  85  -6.965   8.553   5.361
 1048    HA   LYS  85           HA       LYS  85  -6.317  10.772   3.609
 1049   1HB   LYS  85          2HB       LYS  85  -7.776   9.837   2.061
 1050   2HB   LYS  85          1HB       LYS  85  -7.164   8.420   2.905
 1051   1HG   LYS  85          2HG       LYS  85  -9.217   7.821   3.462
 1052   2HG   LYS  85          1HG       LYS  85  -9.498   9.375   4.247
 1053   1HD   LYS  85          2HD       LYS  85 -10.972   9.839   2.648
 1054   2HD   LYS  85          1HD       LYS  85  -9.630   9.891   1.502
 1055   1HE   LYS  85          2HE       LYS  85 -10.184   7.925   0.579
 1056   2HE   LYS  85          1HE       LYS  85 -10.545   7.188   2.140
 1057   1HZ   LYS  85          1HZ       LYS  85 -12.350   9.047   0.689
 1058   2HZ   LYS  85          2HZ       LYS  85 -12.695   8.235   2.133
 1059   3HZ   LYS  85          3HZ       LYS  85 -12.502   7.362   0.697
 1060    H    GLU  86           H        GLU  86  -8.760   9.882   5.971
 1061    HA   GLU  86           HA       GLU  86 -10.593  11.958   5.532
 1062   1HB   GLU  86          2HB       GLU  86 -11.556  11.352   7.539
 1063   2HB   GLU  86          1HB       GLU  86 -10.669   9.887   7.146
 1064   1HG   GLU  86          2HG       GLU  86  -9.178  10.163   8.832
 1065   2HG   GLU  86          1HG       GLU  86  -9.263  11.923   8.770
 1066    H    LEU  87           H        LEU  87  -7.513  11.853   7.175
 1067    HA   LEU  87           HA       LEU  87  -7.765  14.564   8.187
 1068   1HB   LEU  87          2HB       LEU  87  -6.424  13.485   9.659
 1069   2HB   LEU  87          1HB       LEU  87  -5.842  12.345   8.462
 1070    HG   LEU  87           HG       LEU  87  -4.860  15.070   8.037
 1071   1HD1  LEU  87          1HD1      LEU  87  -3.740  13.635  10.416
 1072   2HD1  LEU  87          2HD1      LEU  87  -5.052  14.800  10.588
 1073   3HD1  LEU  87          3HD1      LEU  87  -3.505  15.309   9.912
 1074   1HD2  LEU  87          1HD2      LEU  87  -2.777  13.240   8.437
 1075   2HD2  LEU  87          2HD2      LEU  87  -3.428  13.813   6.901
 1076   3HD2  LEU  87          3HD2      LEU  87  -4.065  12.340   7.634
 1077    H    TYR  88           H        TYR  88  -6.051  12.799   5.660
 1078    HA   TYR  88           HA       TYR  88  -4.422  14.631   4.505
 1079   1HB   TYR  88          2HB       TYR  88  -4.608  12.533   3.445
 1080   2HB   TYR  88          1HB       TYR  88  -6.354  12.681   3.272
 1081    HD1  TYR  88           HD1      TYR  88  -3.119  13.954   1.994
 1082    HD2  TYR  88           HD2      TYR  88  -7.316  13.658   1.358
 1083    HE1  TYR  88           HE1      TYR  88  -2.828  14.811  -0.292
 1084    HE2  TYR  88           HE2      TYR  88  -7.035  14.502  -0.931
 1085    HH   TYR  88           HH       TYR  88  -4.544  14.455  -2.622
 1086    H    ASN  89           H        ASN  89  -7.944  14.557   4.365
 1087    HA   ASN  89           HA       ASN  89  -7.989  17.059   2.856
 1088   1HB   ASN  89          2HB       ASN  89 -10.328  16.682   2.547
 1089   2HB   ASN  89          1HB       ASN  89  -9.528  15.134   2.288
 1090   1HD2  ASN  89          1HD2      ASN  89 -10.259  13.443   3.365
 1091   2HD2  ASN  89          2HD2      ASN  89 -11.320  13.495   4.729
 1092    H    ALA  90           H        ALA  90  -8.546  15.786   6.054
 1093    HA   ALA  90           HA       ALA  90  -9.896  18.114   7.052
 1094   1HB   ALA  90          1HB       ALA  90  -9.995  17.031   9.093
 1095   2HB   ALA  90          2HB       ALA  90  -8.494  16.148   8.814
 1096   3HB   ALA  90          3HB       ALA  90  -9.963  15.686   7.952
 1097    H    THR  91           H        THR  91  -6.881  17.831   5.963
 1098    HA   THR  91           HA       THR  91  -5.861  19.855   7.827
 1099    HB   THR  91           HB       THR  91  -4.917  17.343   7.975
 1100    HG1  THR  91           HG1      THR  91  -3.920  19.813   8.550
 1101   1HG2  THR  91          1HG2      THR  91  -2.820  17.178   6.728
 1102   2HG2  THR  91          2HG2      THR  91  -3.215  18.672   5.878
 1103   3HG2  THR  91          3HG2      THR  91  -4.219  17.239   5.656
 1104    H    LEU  92           H        LEU  92  -5.441  18.265   4.685
 1105    HA   LEU  92           HA       LEU  92  -3.922  20.413   3.565
 1106   1HB   LEU  92          2HB       LEU  92  -3.717  19.106   1.714
 1107   2HB   LEU  92          1HB       LEU  92  -4.141  17.866   2.878
 1108    HG   LEU  92           HG       LEU  92  -6.574  18.264   2.100
 1109   1HD1  LEU  92          1HD1      LEU  92  -5.582  18.985  -0.545
 1110   2HD1  LEU  92          2HD1      LEU  92  -5.416  20.274   0.646
 1111   3HD1  LEU  92          3HD1      LEU  92  -6.998  19.562   0.333
 1112   1HD2  LEU  92          1HD2      LEU  92  -6.335  16.354   0.970
 1113   2HD2  LEU  92          2HD2      LEU  92  -4.625  16.473   1.386
 1114   3HD2  LEU  92          3HD2      LEU  92  -5.197  17.068  -0.173
 1115    H    ALA  93           HN       ALA  93  -7.306  19.595   3.772
 1116    HA   ALA  93           HA       ALA  93  -7.948  22.132   2.433
 1117   1HB   ALA  93          1HB       ALA  93  -8.528  19.562   1.419
 1118   2HB   ALA  93          2HB       ALA  93  -9.046  21.127   0.790
 1119   3HB   ALA  93          3HB       ALA  93 -10.052  20.268   1.957
  Start of MODEL    9
    1   1H5*    G 101          H5''        G 101 -29.391   3.571 -13.842
    2   2H5*    G 101          H5'         G 101 -28.920   1.919 -13.367
    3    H4*    G 101           H4'        G 101 -27.144   2.885 -14.678
    4    H3*    G 101           H3'        G 101 -26.834   1.976 -11.987
    5    H1*    G 101           H1'        G 101 -25.039   4.862 -13.776
    6    H8     G 101           H8         G 101 -26.511   5.885 -10.367
    7    H1     G 101           H1         G 101 -24.174  10.718 -13.865
    8   1H2     G 101          1H2         G 101 -23.655  10.023 -15.892
    9   2H2     G 101          2H2         G 101 -23.881   8.365 -16.405
   10    H5T    G 101           H5T        G 101 -28.061   3.480 -11.466
   11   1H2*    G 101          H2'         G 101 -26.129   3.966 -11.110
   12   2H2*    G 101          H2''        G 101 -24.587   3.563 -11.913
   13   1H5*    G 102          H5''        G 102 -25.566   2.413 -16.072
   14   2H5*    G 102          H5'         G 102 -25.070   1.370 -17.417
   15    H4*    G 102           H4'        G 102 -23.450   3.022 -17.409
   16    H3*    G 102           H3'        G 102 -22.627   0.479 -16.202
   17    H1*    G 102           H1'        G 102 -21.426   4.144 -15.666
   18    H8     G 102           H8         G 102 -22.327   2.019 -12.504
   19    H1     G 102           H1         G 102 -19.987   7.901 -11.479
   20   1H2     G 102          1H2         G 102 -19.665   8.949 -13.420
   21   2H2     G 102          2H2         G 102 -20.030   8.196 -14.956
   22   1H2*    G 102          H2'         G 102 -21.269   1.356 -14.631
   23   2H2*    G 102          H2''        G 102 -20.357   2.189 -15.879
   24   1H5*    G 103          H5''        G 103 -20.418   3.600 -17.544
   25   2H5*    G 103          H5'         G 103 -20.020   3.299 -19.258
   26    H4*    G 103           H4'        G 103 -18.644   5.081 -18.814
   27    H3*    G 103           H3'        G 103 -17.165   2.605 -18.379
   28    H1*    G 103           H1'        G 103 -16.961   5.913 -16.359
   29    H8     G 103           H8         G 103 -17.959   2.612 -14.550
   30    H1     G 103           H1         G 103 -16.669   7.622 -10.759
   31   1H2     G 103          1H2         G 103 -16.213   9.412 -11.995
   32   2H2     G 103          2H2         G 103 -16.228   9.368 -13.747
   33   1H2*    G 103          H2'         G 103 -16.416   3.012 -16.354
   34   2H2*    G 103          H2''        G 103 -15.507   4.387 -17.037
   35   1H5*    G 104          H5''        G 104 -14.312   6.629 -18.736
   36   2H5*    G 104          H5'         G 104 -13.276   5.967 -20.017
   37    H4*    G 104           H4'        G 104 -11.903   7.199 -18.456
   38    H3*    G 104           H3'        G 104 -11.624   4.349 -18.992
   39    H1*    G 104           H1'        G 104 -11.085   6.101 -15.550
   40    H8     G 104           H8         G 104 -13.738   3.387 -15.848
   41    H1     G 104           H1         G 104 -13.144   5.996 -10.023
   42   1H2     G 104          1H2         G 104 -11.703   7.698 -10.100
   43   2H2     G 104          2H2         G 104 -10.902   8.168 -11.583
   44   1H2*    G 104          H2'         G 104 -11.880   3.573 -16.905
   45   2H2*    G 104          H2''        G 104 -10.285   4.224 -16.592
   46   1H5*    T 105          H5''        T 105 -10.779   9.579 -16.778
   47   2H5*    T 105          H5'         T 105  -9.301   9.553 -17.758
   48    H4*    T 105           H4'        T 105  -8.939  10.286 -15.421
   49    H3*    T 105           H3'        T 105  -7.505   8.050 -16.692
   50   1H2*    T 105          H2'         T 105  -6.976   6.984 -14.788
   51   2H2*    T 105          H2''        T 105  -6.376   8.509 -14.094
   52    H1*    T 105           H1'        T 105  -8.231   8.962 -13.014
   53    H3     T 105           H3         T 105  -9.543   6.108  -9.833
   54   1H5M    T 105          1H7         T 105 -10.096   3.144 -13.974
   55   2H5M    T 105          2H7         T 105  -9.121   2.453 -12.653
   56   3H5M    T 105          3H7         T 105  -8.319   3.143 -14.085
   57    H6     T 105           H6         T 105  -8.609   5.564 -14.512
   58   1H5*    G 106          H5''        G 106  -6.021  10.663 -14.054
   59   2H5*    G 106          H5'         G 106  -4.532  11.618 -14.184
   60    H4*    G 106           H4'        G 106  -4.591  11.059 -11.894
   61    H3*    G 106           H3'        G 106  -2.765   9.348 -13.514
   62    H1*    G 106           H1'        G 106  -4.787   8.377 -10.270
   63    H8     G 106           H8         G 106  -4.853   6.976 -13.850
   64    H1     G 106           H1         G 106  -6.884   2.902  -9.343
   65   1H2     G 106          1H2         G 106  -6.763   3.861  -7.326
   66   2H2     G 106          2H2         G 106  -6.181   5.498  -7.118
   67   1H2*    G 106          H2'         G 106  -2.825   7.603 -12.211
   68   2H2*    G 106          H2''        G 106  -2.662   8.664 -10.753
   69   1H5*    A 107          H5''        A 107  -2.609  10.580  -9.746
   70   2H5*    A 107          H5'         A 107  -1.234  11.225  -8.835
   71    H4*    A 107           H4'        A 107  -2.484   9.953  -7.291
   72    H3*    A 107           H3'        A 107   0.111   8.930  -8.223
   73    H1*    A 107           H1'        A 107  -3.015   6.734  -7.089
   74    H8     A 107           H8         A 107  -1.588   6.772 -10.635
   75   1H6     A 107          1H6         A 107  -3.532   0.827 -10.568
   76   2H6     A 107          2H6         A 107  -2.787   2.059 -11.567
   77    H2     A 107           H2         A 107  -4.304   2.630  -6.568
   78   1H2*    A 107          H2'         A 107  -0.289   6.699  -7.825
   79   2H2*    A 107          H2''        A 107  -1.058   7.148  -6.270
   80   1H5*    T 108          H5''        T 108  -1.212   7.578  -4.178
   81   2H5*    T 108          H5'         T 108   0.151   7.667  -3.053
   82    H4*    T 108           H4'        T 108  -0.990   5.562  -2.830
   83    H3*    T 108           H3'        T 108   1.821   5.729  -3.691
   84   1H2*    T 108          H2'         T 108   1.815   3.742  -4.803
   85   2H2*    T 108          H2''        T 108   1.126   2.957  -3.345
   86    H1*    T 108           H1'        T 108  -0.966   3.038  -4.063
   87    H3     T 108           H3         T 108  -0.906   0.007  -7.316
   88   1H5M    T 108          1H7         T 108   0.113   4.838  -9.415
   89   2H5M    T 108          2H7         T 108  -0.322   3.460 -10.465
   90   3H5M    T 108          3H7         T 108   1.354   3.646  -9.884
   91    H6     T 108           H6         T 108   0.213   4.669  -7.185
   92   1H5*    T 109          H5''        T 109   0.030   2.943  -0.966
   93   2H5*    T 109          H5'         T 109   0.186   2.443   0.715
   94    H4*    T 109           H4'        T 109   0.665   0.424   0.023
   95    H3*    T 109           H3'        T 109   3.218   1.843  -0.535
   96   1H2*    T 109          H2'         T 109   3.808   0.417  -2.169
   97   2H2*    T 109          H2''        T 109   3.380  -0.983  -1.142
   98    H1*    T 109           H1'        T 109   1.358  -1.228  -2.101
   99    H3     T 109           H3         T 109   2.088  -2.369  -6.352
  100   1H5M    T 109          1H7         T 109   3.796   1.791  -7.454
  101   2H5M    T 109          2H7         T 109   4.147   2.498  -5.856
  102   3H5M    T 109          3H7         T 109   2.547   2.734  -6.602
  103    H6     T 109           H6         T 109   2.728   1.727  -3.942
  104   1H5*    G 110          H5''        G 110   3.335  -1.830   0.867
  105   2H5*    G 110          H5'         G 110   3.758  -2.245   2.547
  106    H4*    G 110           H4'        G 110   4.695  -4.108   1.699
  107    H3*    G 110           H3'        G 110   6.643  -2.000   1.381
  108    H1*    G 110           H1'        G 110   5.874  -4.834  -1.276
  109    H8     G 110           H8         G 110   5.438  -0.989  -1.846
  110    H1     G 110           H1         G 110   5.327  -4.733  -7.052
  111   1H2     G 110          1H2         G 110   5.525  -6.868  -6.459
  112   2H2     G 110          2H2         G 110   5.684  -7.360  -4.788
  113   1H2*    G 110          H2'         G 110   7.283  -2.384  -0.755
  114   2H2*    G 110          H2''        G 110   7.670  -4.059  -0.281
  115   1H5*    T 111          H5''        T 111   7.328  -6.067   0.554
  116   2H5*    T 111          H5'         T 111   8.123  -6.706   2.006
  117    H4*    T 111           H4'        T 111   8.819  -8.333   0.631
  118    H3*    T 111           H3'        T 111  10.811  -6.171   0.425
  119   1H2*    T 111          H2'         T 111  11.156  -6.245  -1.727
  120   2H2*    T 111          H2''        T 111  11.510  -7.989  -1.635
  121    H1*    T 111           H1'        T 111   9.550  -8.485  -2.551
  122    H3     T 111           H3         T 111   9.010  -6.403  -6.472
  123   1H5M    T 111          1H7         T 111   8.176  -2.336  -4.208
  124   2H5M    T 111          2H7         T 111   9.930  -2.323  -3.930
  125   3H5M    T 111          3H7         T 111   8.835  -2.665  -2.574
  126    H6     T 111           H6         T 111   9.241  -4.812  -1.948
  127   1H5*    T 112          H5''        T 112  12.110  -9.875  -0.769
  128   2H5*    T 112          H5'         T 112  13.603 -10.526  -0.074
  129    H4*    T 112           H4'        T 112  13.791 -10.982  -2.356
  130    H3*    T 112           H3'        T 112  15.414  -8.823  -1.259
  131   1H2*    T 112          H2'         T 112  15.426  -7.426  -2.944
  132   2H2*    T 112          H2''        T 112  15.980  -8.716  -4.038
  133    H1*    T 112           H1'        T 112  14.005  -9.005  -4.891
  134    H3     T 112           H3         T 112  12.504  -5.170  -6.642
  135   1H5M    T 112          1H7         T 112  12.850  -3.237  -2.258
  136   2H5M    T 112          2H7         T 112  12.605  -4.677  -1.240
  137   3H5M    T 112          3H7         T 112  11.230  -3.959  -2.115
  138    H6     T 112           H6         T 112  13.230  -6.720  -2.159
  139   1H5*    C 113          H5''        C 113  16.995 -10.215  -5.194
  140   2H5*    C 113          H5'         C 113  18.615 -10.834  -4.837
  141    H4*    C 113           H4'        C 113  19.080  -9.579  -6.705
  142    H3*    C 113           H3'        C 113  19.525  -8.029  -4.206
  143    H1*    C 113           H1'        C 113  18.331  -6.534  -7.641
  144   1H4     C 113          1H4         C 113  14.291  -2.482  -4.796
  145   2H4     C 113          2H4         C 113  14.504  -3.264  -3.248
  146    H5     C 113           H5         C 113  15.967  -5.284  -2.957
  147    H6     C 113           H6         C 113  17.398  -6.816  -4.118
  148   1H2*    C 113          H2'         C 113  19.250  -6.054  -4.969
  149   2H2*    C 113          H2''        C 113  20.173  -6.440  -6.449
  150   1H5*    A 114          H5''        A 114  21.145  -7.632  -7.866
  151   2H5*    A 114          H5'         A 114  22.886  -7.654  -8.215
  152    H4*    A 114           H4'        A 114  21.880  -6.204  -9.824
  153    H3*    A 114           H3'        A 114  23.527  -5.032  -7.682
  154    H1*    A 114           H1'        A 114  20.476  -3.299  -9.368
  155    H8     A 114           H8         A 114  21.196  -4.147  -5.681
  156   1H6     A 114          1H6         A 114  16.951   0.246  -4.514
  157   2H6     A 114          2H6         A 114  18.054  -0.909  -3.799
  158    H2     A 114           H2         A 114  17.425  -0.188  -8.988
  159   1H2*    A 114          H2'         A 114  22.640  -3.046  -7.565
  160   2H2*    A 114          H2''        A 114  22.654  -2.920  -9.342
  161   1H5*    G 115          H5''        G 115  25.284  -3.100 -12.246
  162   2H5*    G 115          H5'         G 115  26.765  -2.504 -11.482
  163    H4*    G 115           H4'        G 115  25.059  -0.984 -12.965
  164    H3*    G 115           H3'        G 115  27.299  -0.457 -11.242
  165    H1*    G 115           H1'        G 115  23.762   1.427 -10.820
  166    H8     G 115           H8         G 115  25.275  -1.209  -8.412
  167    H1     G 115           H1         G 115  20.826   2.676  -5.928
  168   1H2     G 115          1H2         G 115  20.100   4.100  -7.479
  169   2H2     G 115          2H2         G 115  20.716   4.086  -9.117
  170    H3T    G 115           H3T        G 115  26.897   1.617 -12.643
  171   1H2*    G 115          H2'         G 115  26.334   1.000  -9.706
  172   2H2*    G 115          H2''        G 115  25.839   1.994 -11.052
  173   1H5*    C 116          H5''        C 116  18.238   8.005  -1.710
  174   2H5*    C 116          H5'         C 116  16.986   9.222  -1.385
  175    H4*    C 116           H4'        C 116  16.751   9.239  -3.671
  176    H3*    C 116           H3'        C 116  15.039   7.127  -2.657
  177    H1*    C 116           H1'        C 116  17.252   6.914  -5.928
  178   1H4     C 116          1H4         C 116  20.403   1.482  -4.245
  179   2H4     C 116          2H4         C 116  19.781   1.603  -2.612
  180    H5     C 116           H5         C 116  18.323   3.437  -1.864
  181    H6     C 116           H6         C 116  17.205   5.479  -2.574
  182    H5T    C 116           H5T        C 116  15.694   7.714  -0.655
  183   1H2*    C 116          H2'         C 116  15.582   5.528  -4.037
  184   2H2*    C 116          H2''        C 116  15.180   6.571  -5.409
  185   1H5*    T 117          H5''        T 117  14.805   8.052  -6.707
  186   2H5*    T 117          H5'         T 117  13.217   8.595  -7.287
  187    H4*    T 117           H4'        T 117  13.978   7.192  -8.982
  188    H3*    T 117           H3'        T 117  11.956   6.070  -7.164
  189   1H2*    T 117          H2'         T 117  12.475   3.917  -7.354
  190   2H2*    T 117          H2''        T 117  12.634   4.025  -9.117
  191    H1*    T 117           H1'        T 117  14.870   3.996  -8.915
  192    H3     T 117           H3         T 117  16.164   0.770  -5.999
  193   1H5M    T 117          1H7         T 117  14.945   4.064  -2.541
  194   2H5M    T 117          2H7         T 117  13.535   2.973  -2.649
  195   3H5M    T 117          3H7         T 117  13.450   4.609  -3.356
  196    H6     T 117           H6         T 117  13.818   4.919  -5.451
  197   1H5*    G 118          H5''        G 118  12.960   5.264 -10.756
  198   2H5*    G 118          H5'         G 118  12.489   5.656 -12.417
  199    H4*    G 118           H4'        G 118  13.524   3.650 -12.797
  200    H3*    G 118           H3'        G 118  10.635   3.251 -12.452
  201    H1*    G 118           H1'        G 118  13.651   0.912 -11.574
  202    H8     G 118           H8         G 118  11.229   2.183  -8.736
  203    H1     G 118           H1         G 118  14.718  -3.018  -7.375
  204   1H2     G 118          1H2         G 118  15.979  -3.582  -9.111
  205   2H2     G 118          2H2         G 118  15.962  -2.683 -10.613
  206   1H2*    G 118          H2'         G 118  10.765   1.246 -11.372
  207   2H2*    G 118          H2''        G 118  11.800   0.648 -12.684
  208   1H5*    A 119          H5''        A 119  12.965   0.158 -14.415
  209   2H5*    A 119          H5'         A 119  12.385  -0.043 -16.082
  210    H4*    A 119           H4'        A 119  12.851  -2.251 -15.533
  211    H3*    A 119           H3'        A 119  10.018  -1.615 -15.177
  212    H1*    A 119           H1'        A 119  12.185  -4.020 -12.787
  213    H8     A 119           H8         A 119  10.262  -0.726 -12.144
  214   1H6     A 119          1H6         A 119  10.852  -2.446  -6.173
  215   2H6     A 119          2H6         A 119  10.197  -1.218  -7.235
  216    H2     A 119           H2         A 119  12.853  -5.502  -8.812
  217   1H2*    A 119          H2'         A 119   9.616  -2.863 -13.378
  218   2H2*    A 119          H2''        A 119  10.434  -4.265 -14.154
  219   1H5*    A 120          H5''        A 120   9.279  -7.058 -17.158
  220   2H5*    A 120          H5'         A 120   8.016  -6.394 -16.104
  221    H4*    A 120           H4'        A 120  10.118  -8.435 -15.524
  222    H3*    A 120           H3'        A 120   7.337  -8.429 -15.700
  223    H1*    A 120           H1'        A 120   9.118  -8.310 -12.204
  224    H8     A 120           H8         A 120   8.349  -4.803 -13.564
  225   1H6     A 120          1H6         A 120   7.670  -3.458  -7.516
  226   2H6     A 120          2H6         A 120   7.681  -2.794  -9.134
  227    H2     A 120           H2         A 120   8.461  -7.896  -7.989
  228   1H2*    A 120          H2'         A 120   6.865  -7.271 -13.765
  229   2H2*    A 120          H2''        A 120   7.109  -8.861 -13.003
  230   1H5*    C 121          H5''        C 121   7.678 -10.776 -12.123
  231   2H5*    C 121          H5'         C 121   6.971 -12.368 -12.469
  232    H4*    C 121           H4'        C 121   5.607 -12.025 -10.771
  233    H3*    C 121           H3'        C 121   4.419 -10.334 -12.900
  234    H1*    C 121           H1'        C 121   4.611  -9.835  -8.952
  235   1H4     C 121          1H4         C 121   5.327  -3.563  -8.352
  236   2H4     C 121          2H4         C 121   5.630  -3.342 -10.057
  237    H5     C 121           H5         C 121   5.710  -5.263 -11.673
  238    H6     C 121           H6         C 121   5.471  -7.614 -11.886
  239   1H2*    C 121          H2'         C 121   3.596  -8.792 -11.511
  240   2H2*    C 121          H2''        C 121   2.918 -10.038 -10.446
  241   1H5*    A 122          H5''        A 122   1.903 -11.637  -9.623
  242   2H5*    A 122          H5'         A 122   0.528 -12.541 -10.281
  243    H4*    A 122           H4'        A 122  -0.402 -11.272  -8.556
  244    H3*    A 122           H3'        A 122  -0.938 -10.415 -11.299
  245    H1*    A 122           H1'        A 122  -0.633  -8.167  -8.028
  246    H8     A 122           H8         A 122   1.296  -7.643 -11.377
  247   1H6     A 122          1H6         A 122   2.816  -2.162  -8.845
  248   2H6     A 122          2H6         A 122   2.969  -3.162 -10.276
  249    H2     A 122           H2         A 122   0.392  -4.449  -5.877
  250   1H2*    A 122          H2'         A 122  -1.010  -8.188 -10.940
  251   2H2*    A 122          H2''        A 122  -2.196  -8.437  -9.633
  252   1H5*    A 123          H5''        A 123  -2.556  -9.764  -7.929
  253   2H5*    A 123          H5'         A 123  -3.990 -10.610  -7.314
  254    H4*    A 123           H4'        A 123  -3.674  -8.840  -5.771
  255    H3*    A 123           H3'        A 123  -5.926  -8.677  -7.553
  256    H1*    A 123           H1'        A 123  -3.850  -5.808  -6.111
  257    H8     A 123           H8         A 123  -3.508  -6.450  -9.878
  258   1H6     A 123          1H6         A 123  -1.122  -0.702 -10.166
  259   2H6     A 123          2H6         A 123  -1.561  -2.109 -11.109
  260    H2     A 123           H2         A 123  -2.106  -1.626  -5.896
  261   1H2*    A 123          H2'         A 123  -5.318  -6.813  -8.527
  262   2H2*    A 123          H2''        A 123  -5.976  -6.070  -7.014
  263   1H5*    T 124          H5''        T 124  -5.566  -5.986  -4.788
  264   2H5*    T 124          H5'         T 124  -5.842  -6.024  -3.035
  265    H4*    T 124           H4'        T 124  -6.619  -3.907  -3.014
  266    H3*    T 124           H3'        T 124  -8.110  -4.852  -5.459
  267   1H2*    T 124          H2'         T 124  -7.948  -2.826  -6.498
  268   2H2*    T 124          H2''        T 124  -8.275  -1.952  -4.975
  269    H1*    T 124           H1'        T 124  -6.076  -1.538  -4.658
  270    H3     T 124           H3         T 124  -4.186   0.380  -8.172
  271   1H5M    T 124          1H7         T 124  -5.485  -4.634  -9.626
  272   2H5M    T 124          2H7         T 124  -4.645  -3.518 -10.739
  273   3H5M    T 124          3H7         T 124  -6.413  -3.422 -10.538
  274    H6     T 124           H6         T 124  -6.230  -3.902  -7.479
  275   1H5*    C 125          H5''        C 125  -7.383  -2.041  -3.034
  276   2H5*    C 125          H5'         C 125  -7.176  -1.546  -1.345
  277    H4*    C 125           H4'        C 125  -8.011   0.471  -1.761
  278    H3*    C 125           H3'        C 125 -10.403  -0.951  -2.324
  279    H1*    C 125           H1'        C 125  -8.837   1.895  -4.335
  280   1H4     C 125          1H4         C 125  -7.041   1.472 -10.387
  281   2H4     C 125          2H4         C 125  -7.893  -0.045 -10.576
  282    H5     C 125           H5         C 125  -8.983  -1.182  -8.761
  283    H6     C 125           H6         C 125  -9.524  -1.111  -6.419
  284   1H2*    C 125          H2'         C 125 -10.287  -0.721  -4.599
  285   2H2*    C 125          H2''        C 125 -10.905   0.912  -4.280
  286   1H5*    A 126          H5''        A 126  -9.827   3.151  -1.108
  287   2H5*    A 126          H5'         A 126 -10.842   3.541   0.294
  288    H4*    A 126           H4'        A 126  -9.991   5.617  -0.436
  289    H3*    A 126           H3'        A 126 -12.746   5.091  -0.595
  290    H1*    A 126           H1'        A 126 -10.884   6.775  -3.750
  291    H8     A 126           H8         A 126 -12.417   3.234  -3.578
  292   1H6     A 126          1H6         A 126 -11.121   3.244  -9.667
  293   2H6     A 126          2H6         A 126 -11.843   2.332  -8.361
  294    H2     A 126           H2         A 126  -9.620   7.099  -7.810
  295   1H2*    A 126          H2'         A 126 -13.114   5.105  -2.697
  296   2H2*    A 126          H2''        A 126 -12.986   6.864  -2.627
  297   1H5*    C 127          H5''        C 127  -9.620   9.031  -2.713
  298   2H5*    C 127          H5'         C 127 -10.608  10.188  -1.803
  299    H4*    C 127           H4'        C 127 -10.273  11.037  -4.029
  300    H3*    C 127           H3'        C 127 -12.908  10.349  -3.003
  301    H1*    C 127           H1'        C 127 -11.699  10.198  -6.715
  302   1H4     C 127          1H4         C 127 -13.722   4.616  -9.074
  303   2H4     C 127          2H4         C 127 -14.362   4.154  -7.510
  304    H5     C 127           H5         C 127 -14.136   5.550  -5.492
  305    H6     C 127           H6         C 127 -13.259   7.607  -4.639
  306   1H2*    C 127          H2'         C 127 -13.788   9.466  -4.788
  307   2H2*    C 127          H2''        C 127 -13.518  10.935  -5.696
  308   1H5*    C 128          H5''        C 128 -12.734  13.103  -5.999
  309   2H5*    C 128          H5'         C 128 -13.224  14.782  -5.698
  310    H4*    C 128           H4'        C 128 -13.961  14.574  -7.835
  311    H3*    C 128           H3'        C 128 -16.155  13.961  -5.967
  312    H1*    C 128           H1'        C 128 -15.466  12.393  -9.571
  313   1H4     C 128          1H4         C 128 -16.899   6.290  -8.595
  314   2H4     C 128          2H4         C 128 -16.998   6.532  -6.863
  315    H5     C 128           H5         C 128 -16.576   8.718  -5.793
  316    H6     C 128           H6         C 128 -15.923  10.974  -6.170
  317   1H2*    C 128          H2'         C 128 -17.141  12.370  -7.169
  318   2H2*    C 128          H2''        C 128 -17.152  13.496  -8.556
  319   1H5*    C 129          H5''        C 129 -15.986  15.400  -9.859
  320   2H5*    C 129          H5'         C 129 -16.899  16.837 -10.362
  321    H4*    C 129           H4'        C 129 -16.492  15.489 -12.299
  322    H3*    C 129           H3'        C 129 -19.264  15.809 -11.370
  323    H1*    C 129           H1'        C 129 -17.705  12.753 -13.263
  324   1H4     C 129          1H4         C 129 -20.283   8.027  -9.732
  325   2H4     C 129          2H4         C 129 -20.138   9.018  -8.296
  326    H5     C 129           H5         C 129 -19.290  11.340  -8.335
  327    H6     C 129           H6         C 129 -18.429  13.085  -9.794
  328   1H2*    C 129          H2'         C 129 -19.977  13.789 -11.919
  329   2H2*    C 129          H2''        C 129 -19.418  14.069 -13.602
  330   1H5*    C 130          H5''        C 130 -18.905  15.502 -15.164
  331   2H5*    C 130          H5'         C 130 -18.477  16.836 -16.262
  332    H4*    C 130           H4'        C 130 -19.569  15.537 -17.828
  333    H3*    C 130           H3'        C 130 -21.555  17.171 -16.505
  334    H1*    C 130           H1'        C 130 -22.045  13.227 -17.175
  335   1H4     C 130          1H4         C 130 -23.860  12.178 -11.094
  336   2H4     C 130          2H4         C 130 -23.018  13.611 -10.547
  337    H5     C 130           H5         C 130 -21.780  15.120 -12.107
  338    H6     C 130           H6         C 130 -21.160  15.469 -14.354
  339    H3T    C 130           H3T        C 130 -22.288  17.300 -18.633
  340   1H2*    C 130          H2'         C 130 -23.105  15.650 -16.055
  341   2H2*    C 130          H2''        C 130 -23.113  15.109 -17.749
  342   1H    MET   1          1HT       MET   1 -11.698  -7.830 -13.308
  343   2H    MET   1          2HT       MET   1 -10.966  -9.382 -13.336
  344   3H    MET   1          3HT       MET   1 -12.524  -9.154 -14.020
  345    HA   MET   1           HA       MET   1 -10.363  -9.243 -15.442
  346   1HB   MET   1          2HB       MET   1 -11.655  -7.553 -16.987
  347   2HB   MET   1          1HB       MET   1 -12.337  -9.133 -16.625
  348   1HG   MET   1          2HG       MET   1 -14.141  -8.193 -15.771
  349   2HG   MET   1          1HG       MET   1 -13.161  -7.297 -14.611
  350   1HE   MET   1          1HE       MET   1 -14.573  -4.212 -15.170
  351   2HE   MET   1          2HE       MET   1 -14.852  -5.791 -14.436
  352   3HE   MET   1          3HE       MET   1 -15.855  -5.256 -15.785
  353    H    VAL   2           H        VAL   2  -9.099  -7.700 -16.696
  354    HA   VAL   2           HA       VAL   2  -8.757  -5.051 -15.536
  355    HB   VAL   2           HB       VAL   2  -7.244  -6.676 -14.293
  356   1HG1  VAL   2          1HG1      VAL   2  -6.550  -7.399 -16.923
  357   2HG1  VAL   2          2HG1      VAL   2  -5.860  -8.000 -15.415
  358   3HG1  VAL   2          3HG1      VAL   2  -5.134  -6.610 -16.225
  359   1HG2  VAL   2          1HG2      VAL   2  -6.701  -4.449 -13.990
  360   2HG2  VAL   2          2HG2      VAL   2  -6.319  -4.203 -15.695
  361   3HG2  VAL   2          3HG2      VAL   2  -5.208  -5.103 -14.663
  362    H    THR   3           H        THR   3  -9.571  -6.321 -18.126
  363    HA   THR   3           HA       THR   3  -7.754  -6.209 -20.148
  364    HB   THR   3           HB       THR   3 -10.626  -5.286 -20.081
  365    HG1  THR   3           HG1      THR   3  -9.733  -7.631 -20.032
  366   1HG2  THR   3          1HG2      THR   3  -9.890  -4.043 -21.881
  367   2HG2  THR   3          2HG2      THR   3 -10.374  -5.560 -22.640
  368   3HG2  THR   3          3HG2      THR   3  -8.668  -5.232 -22.333
  369    HA   PRO   4           HA       PRO   4  -8.236  -1.408 -20.538
  370   1HB   PRO   4          2HB       PRO   4  -9.360  -0.111 -18.431
  371   2HB   PRO   4          1HB       PRO   4 -10.295  -0.705 -19.807
  372   1HG   PRO   4          2HG       PRO   4  -9.902  -1.938 -17.107
  373   2HG   PRO   4          1HG       PRO   4 -11.386  -1.798 -18.067
  374   1HD   PRO   4          2HD       PRO   4  -9.947  -4.085 -17.949
  375   2HD   PRO   4          1HD       PRO   4 -10.840  -3.598 -19.403
  376    H    ARG   5           H        ARG   5  -6.049  -1.267 -20.299
  377    HA   ARG   5           HA       ARG   5  -4.912  -1.198 -17.606
  378   1HB   ARG   5          2HB       ARG   5  -3.517  -1.177 -20.290
  379   2HB   ARG   5          1HB       ARG   5  -2.741  -1.345 -18.721
  380   1HG   ARG   5          2HG       ARG   5  -4.817  -3.325 -19.129
  381   2HG   ARG   5          1HG       ARG   5  -3.567  -3.392 -20.373
  382   1HD   ARG   5          2HD       ARG   5  -2.793  -3.194 -17.495
  383   2HD   ARG   5          1HD       ARG   5  -3.287  -4.748 -18.164
  384    HE   ARG   5           HE       ARG   5  -1.248  -3.357 -19.669
  385   1HH1  ARG   5          1HH1      ARG   5  -1.946  -5.670 -17.161
  386   2HH1  ARG   5          2HH1      ARG   5  -0.406  -6.454 -17.276
  387   1HH2  ARG   5          1HH2      ARG   5   0.783  -4.382 -19.830
  388   2HH2  ARG   5          2HH2      ARG   5   1.146  -5.722 -18.793
  389    H    GLU   6           H        GLU   6  -2.852   0.408 -17.650
  390    HA   GLU   6           HA       GLU   6  -4.025   3.053 -18.124
  391   1HB   GLU   6          2HB       GLU   6  -2.413   1.903 -16.027
  392   2HB   GLU   6          1HB       GLU   6  -1.617   3.323 -16.691
  393   1HG   GLU   6          2HG       GLU   6  -2.939   4.611 -15.481
  394   2HG   GLU   6          1HG       GLU   6  -4.336   3.986 -16.356
  395    HA   PRO   7           HA       PRO   7  -1.354   4.408 -21.328
  396   1HB   PRO   7          2HB       PRO   7  -0.276   6.480 -19.474
  397   2HB   PRO   7          1HB       PRO   7  -0.961   6.664 -21.094
  398   1HG   PRO   7          2HG       PRO   7  -2.373   7.338 -18.939
  399   2HG   PRO   7          1HG       PRO   7  -3.147   6.549 -20.325
  400   1HD   PRO   7          2HD       PRO   7  -2.396   5.414 -17.670
  401   2HD   PRO   7          1HD       PRO   7  -3.791   5.044 -18.704
  402    H    LYS   8           H        LYS   8   1.125   5.524 -21.338
  403    HA   LYS   8           HA       LYS   8   2.776   3.424 -20.102
  404   1HB   LYS   8          2HB       LYS   8   4.416   3.923 -21.903
  405   2HB   LYS   8          1HB       LYS   8   2.871   3.343 -22.512
  406   1HG   LYS   8          2HG       LYS   8   2.589   5.172 -23.730
  407   2HG   LYS   8          1HG       LYS   8   2.873   6.214 -22.335
  408   1HD   LYS   8          2HD       LYS   8   5.133   6.402 -22.767
  409   2HD   LYS   8          1HD       LYS   8   5.190   4.889 -23.674
  410   1HE   LYS   8          2HE       LYS   8   3.921   7.468 -24.587
  411   2HE   LYS   8          1HE       LYS   8   5.452   6.804 -25.157
  412   1HZ   LYS   8          1HZ       LYS   8   3.957   6.145 -26.768
  413   2HZ   LYS   8          2HZ       LYS   8   2.716   5.831 -25.662
  414   3HZ   LYS   8          3HZ       LYS   8   4.032   4.774 -25.781
  415    H    LYS   9           H        LYS   9   4.434   3.953 -18.790
  416    HA   LYS   9           HA       LYS   9   5.862   6.342 -18.766
  417   1HB   LYS   9          2HB       LYS   9   3.365   6.886 -17.874
  418   2HB   LYS   9          1HB       LYS   9   4.146   6.451 -16.359
  419   1HG   LYS   9          2HG       LYS   9   4.653   8.641 -16.326
  420   2HG   LYS   9          1HG       LYS   9   5.992   8.124 -17.353
  421   1HD   LYS   9          2HD       LYS   9   3.503   8.678 -18.798
  422   2HD   LYS   9          1HD       LYS   9   4.200  10.081 -17.985
  423   1HE   LYS   9          2HE       LYS   9   5.450  10.269 -19.837
  424   2HE   LYS   9          1HE       LYS   9   6.404   8.969 -19.123
  425   1HZ   LYS   9          1HZ       LYS   9   4.096   8.428 -20.892
  426   2HZ   LYS   9          2HZ       LYS   9   5.344   7.377 -20.447
  427   3HZ   LYS   9          3HZ       LYS   9   5.657   8.662 -21.502
  428    H    ARG  10           H        ARG  10   7.535   6.311 -17.278
  429    HA   ARG  10           HA       ARG  10   7.837   3.780 -15.845
  430   1HB   ARG  10          2HB       ARG  10  10.032   5.794 -16.004
  431   2HB   ARG  10          1HB       ARG  10  10.120   4.038 -16.035
  432   1HG   ARG  10          2HG       ARG  10   8.779   4.565 -18.347
  433   2HG   ARG  10          1HG       ARG  10   9.866   5.949 -18.231
  434   1HD   ARG  10          2HD       ARG  10  11.474   3.813 -17.556
  435   2HD   ARG  10          1HD       ARG  10  10.446   3.162 -18.834
  436    HE   ARG  10           HE       ARG  10  11.681   5.730 -19.379
  437   1HH1  ARG  10          1HH1      ARG  10  11.829   2.268 -19.726
  438   2HH1  ARG  10          2HH1      ARG  10  12.898   2.319 -21.087
  439   1HH2  ARG  10          1HH2      ARG  10  13.090   5.809 -21.172
  440   2HH2  ARG  10          2HH2      ARG  10  13.615   4.333 -21.909
  441    H    THR  11           H        THR  11   8.987   7.074 -15.133
  442    HA   THR  11           HA       THR  11   9.391   7.014 -12.514
  443    HB   THR  11           HB       THR  11   7.691   9.314 -13.030
  444    HG1  THR  11           HG1      THR  11   9.062  10.108 -14.760
  445   1HG2  THR  11          1HG2      THR  11  10.438   9.954 -13.064
  446   2HG2  THR  11          2HG2      THR  11  10.209   8.663 -11.883
  447   3HG2  THR  11          3HG2      THR  11   9.281  10.157 -11.747
  448    H    THR  12           H        THR  12   6.182   8.179 -13.506
  449    HA   THR  12           HA       THR  12   4.110   7.892 -12.611
  450    HB   THR  12           HB       THR  12   4.931   5.375 -11.218
  451    HG1  THR  12           HG1      THR  12   5.482   4.392 -13.012
  452   1HG2  THR  12          1HG2      THR  12   2.744   5.055 -11.240
  453   2HG2  THR  12          2HG2      THR  12   2.729   5.146 -13.002
  454   3HG2  THR  12          3HG2      THR  12   2.533   6.612 -12.042
  455    H    ARG  13           H        ARG  13   3.034   7.190 -10.331
  456    HA   ARG  13           HA       ARG  13   2.667   8.332  -8.331
  457   1HB   ARG  13          2HB       ARG  13   3.790   7.155  -6.588
  458   2HB   ARG  13          1HB       ARG  13   3.560   6.020  -7.911
  459   1HG   ARG  13          2HG       ARG  13   6.011   6.985  -8.510
  460   2HG   ARG  13          1HG       ARG  13   6.033   7.096  -6.749
  461   1HD   ARG  13          2HD       ARG  13   6.331   4.903  -6.568
  462   2HD   ARG  13          1HD       ARG  13   4.897   4.590  -7.543
  463    HE   ARG  13           HE       ARG  13   7.038   5.308  -9.224
  464   1HH1  ARG  13          1HH1      ARG  13   5.956   2.697  -7.189
  465   2HH1  ARG  13          2HH1      ARG  13   6.779   1.474  -8.100
  466   1HH2  ARG  13          1HH2      ARG  13   8.125   3.706 -10.430
  467   2HH2  ARG  13          2HH2      ARG  13   8.013   2.049  -9.943
  468    H    LYS  14           H        LYS  14   3.165  10.501  -8.953
  469    HA   LYS  14           HA       LYS  14   5.852  11.487  -8.510
  470   1HB   LYS  14          2HB       LYS  14   3.275  12.802  -9.361
  471   2HB   LYS  14          1HB       LYS  14   4.738  13.722  -9.039
  472   1HG   LYS  14          2HG       LYS  14   4.594  11.485 -11.043
  473   2HG   LYS  14          1HG       LYS  14   4.321  13.182 -11.443
  474   1HD   LYS  14          2HD       LYS  14   6.821  12.286 -10.046
  475   2HD   LYS  14          1HD       LYS  14   6.675  12.221 -11.803
  476   1HE   LYS  14          2HE       LYS  14   6.038  14.739 -10.319
  477   2HE   LYS  14          1HE       LYS  14   7.710  14.321 -10.691
  478   1HZ   LYS  14          1HZ       LYS  14   6.657  15.754 -12.377
  479   2HZ   LYS  14          2HZ       LYS  14   5.546  14.525 -12.713
  480   3HZ   LYS  14          3HZ       LYS  14   7.191  14.282 -13.015
  481    H    LYS  15           H        LYS  15   3.011  13.265  -7.492
  482    HA   LYS  15           HA       LYS  15   3.338  12.782  -4.701
  483   1HB   LYS  15          2HB       LYS  15   5.292  14.159  -4.913
  484   2HB   LYS  15          1HB       LYS  15   4.414  15.356  -5.856
  485   1HG   LYS  15          2HG       LYS  15   2.959  15.675  -3.790
  486   2HG   LYS  15          1HG       LYS  15   4.200  14.767  -2.924
  487   1HD   LYS  15          2HD       LYS  15   5.762  16.535  -4.190
  488   2HD   LYS  15          1HD       LYS  15   4.286  17.497  -4.066
  489   1HE   LYS  15          2HE       LYS  15   5.437  18.019  -2.112
  490   2HE   LYS  15          1HE       LYS  15   4.282  16.792  -1.594
  491   1HZ   LYS  15          1HZ       LYS  15   7.191  16.527  -2.000
  492   2HZ   LYS  15          2HZ       LYS  15   6.189  15.167  -2.035
  493   3HZ   LYS  15          3HZ       LYS  15   6.268  16.122  -0.642
  494    H    LYS  16           H        LYS  16   2.635  15.985  -5.902
  495    HA   LYS  16           HA       LYS  16   0.746  17.256  -5.750
  496   1HB   LYS  16          2HB       LYS  16  -1.139  16.442  -6.988
  497   2HB   LYS  16          1HB       LYS  16   0.317  15.866  -7.788
  498   1HG   LYS  16          2HG       LYS  16   0.009  13.670  -6.994
  499   2HG   LYS  16          1HG       LYS  16  -1.216  14.182  -5.832
  500   1HD   LYS  16          2HD       LYS  16  -2.583  14.927  -7.851
  501   2HD   LYS  16          1HD       LYS  16  -1.440  13.997  -8.823
  502   1HE   LYS  16          2HE       LYS  16  -3.016  12.390  -8.467
  503   2HE   LYS  16          1HE       LYS  16  -2.007  12.125  -7.045
  504   1HZ   LYS  16          1HZ       LYS  16  -4.358  12.197  -6.480
  505   2HZ   LYS  16          2HZ       LYS  16  -4.485  13.761  -7.113
  506   3HZ   LYS  16          3HZ       LYS  16  -3.525  13.475  -5.750
  507    H    ASP  17           H        ASP  17  -1.636  17.253  -4.934
  508    HA   ASP  17           HA       ASP  17  -3.135  16.955  -3.241
  509   1HB   ASP  17          2HB       ASP  17  -1.786  14.370  -3.398
  510   2HB   ASP  17          1HB       ASP  17  -2.348  14.741  -1.771
  511    HA   PRO  18           HA       PRO  18  -1.027  19.127  -0.006
  512   1HB   PRO  18          2HB       PRO  18  -3.074  19.069   1.824
  513   2HB   PRO  18          1HB       PRO  18  -2.974  20.215   0.484
  514   1HG   PRO  18          2HG       PRO  18  -4.540  17.677   0.695
  515   2HG   PRO  18          1HG       PRO  18  -5.019  19.235  -0.001
  516   1HD   PRO  18          2HD       PRO  18  -4.263  17.162  -1.542
  517   2HD   PRO  18          1HD       PRO  18  -3.888  18.841  -1.981
  518    H    ASN  19           H        ASN  19  -3.169  16.620   1.354
  519    HA   ASN  19           HA       ASN  19  -1.002  15.778   3.129
  520   1HB   ASN  19          2HB       ASN  19  -3.952  15.632   3.196
  521   2HB   ASN  19          1HB       ASN  19  -3.117  14.216   3.830
  522   1HD2  ASN  19          1HD2      ASN  19  -3.126  17.748   4.032
  523   2HD2  ASN  19          2HD2      ASN  19  -2.724  17.827   5.711
  524    H    ALA  20           H        ALA  20  -2.794  14.782   0.350
  525    HA   ALA  20           HA       ALA  20  -2.889  12.770  -0.795
  526   1HB   ALA  20          1HB       ALA  20   0.061  12.663  -0.639
  527   2HB   ALA  20          2HB       ALA  20  -0.657  14.163  -1.225
  528   3HB   ALA  20          3HB       ALA  20  -1.005  12.640  -2.044
  529    HA   PRO  21           HA       PRO  21  -2.479   9.947   2.865
  530   1HB   PRO  21          2HB       PRO  21  -4.633   8.678   1.254
  531   2HB   PRO  21          1HB       PRO  21  -4.561   8.976   2.993
  532   1HG   PRO  21          2HG       PRO  21  -6.102  10.477   1.424
  533   2HG   PRO  21          1HG       PRO  21  -5.199  11.200   2.769
  534   1HD   PRO  21          2HD       PRO  21  -4.613  11.264  -0.162
  535   2HD   PRO  21          1HD       PRO  21  -4.406  12.537   1.059
  536    H    LYS  22           H        LYS  22  -3.086   9.065  -0.523
  537    HA   LYS  22           HA       LYS  22  -1.730   7.847  -1.941
  538   1HB   LYS  22          2HB       LYS  22  -0.224   6.833   0.468
  539   2HB   LYS  22          1HB       LYS  22   0.294   6.819  -1.213
  540   1HG   LYS  22          2HG       LYS  22   0.173   9.374  -1.072
  541   2HG   LYS  22          1HG       LYS  22   0.120   9.136   0.676
  542   1HD   LYS  22          2HD       LYS  22   2.299   8.625   0.782
  543   2HD   LYS  22          1HD       LYS  22   2.212   7.585  -0.642
  544   1HE   LYS  22          2HE       LYS  22   3.641   9.301  -1.302
  545   2HE   LYS  22          1HE       LYS  22   2.083   9.772  -1.980
  546   1HZ   LYS  22          1HZ       LYS  22   2.484  11.711  -0.980
  547   2HZ   LYS  22          2HZ       LYS  22   3.676  11.071   0.036
  548   3HZ   LYS  22          3HZ       LYS  22   2.042  10.931   0.455
  549    H    ARG  23           H        ARG  23  -4.132   6.969  -1.404
  550    HA   ARG  23           HA       ARG  23  -5.486   5.138  -0.914
  551   1HB   ARG  23          2HB       ARG  23  -5.225   3.540  -2.627
  552   2HB   ARG  23          1HB       ARG  23  -4.575   5.033  -3.289
  553   1HG   ARG  23          2HG       ARG  23  -2.466   4.238  -3.387
  554   2HG   ARG  23          1HG       ARG  23  -2.649   3.257  -1.933
  555   1HD   ARG  23          2HD       ARG  23  -3.609   2.638  -4.717
  556   2HD   ARG  23          1HD       ARG  23  -2.410   1.762  -3.768
  557    HE   ARG  23           HE       ARG  23  -5.180   1.884  -2.820
  558   1HH1  ARG  23          1HH1      ARG  23  -2.543   0.044  -4.159
  559   2HH1  ARG  23          2HH1      ARG  23  -3.223  -1.488  -3.725
  560   1HH2  ARG  23          1HH2      ARG  23  -6.079  -0.126  -2.240
  561   2HH2  ARG  23          2HH2      ARG  23  -5.235  -1.586  -2.639
  562    H    ALA  24           H        ALA  24  -4.692   2.374  -1.152
  563    HA   ALA  24           HA       ALA  24  -3.232   2.057   1.391
  564   1HB   ALA  24          1HB       ALA  24  -5.861   1.312   0.799
  565   2HB   ALA  24          2HB       ALA  24  -4.913   0.866   2.218
  566   3HB   ALA  24          3HB       ALA  24  -4.930  -0.187   0.802
  567    H    LEU  25           H        LEU  25  -2.506  -0.348   1.619
  568    HA   LEU  25           HA       LEU  25  -0.670  -0.919  -0.493
  569   1HB   LEU  25          2HB       LEU  25  -1.257  -1.918   2.180
  570   2HB   LEU  25          1HB       LEU  25  -0.852  -3.206   1.063
  571    HG   LEU  25           HG       LEU  25   1.175  -1.573   0.496
  572   1HD1  LEU  25          1HD1      LEU  25   0.438   0.192   2.012
  573   2HD1  LEU  25          2HD1      LEU  25   1.987  -0.479   2.522
  574   3HD1  LEU  25          3HD1      LEU  25   0.507  -0.934   3.367
  575   1HD2  LEU  25          1HD2      LEU  25   1.912  -2.871   2.920
  576   2HD2  LEU  25          2HD2      LEU  25   2.244  -3.362   1.259
  577   3HD2  LEU  25          3HD2      LEU  25   0.767  -3.898   2.059
  578    H    SER  26           H        SER  26  -0.736  -3.653  -0.747
  579    HA   SER  26           HA       SER  26  -3.377  -4.220  -1.903
  580   1HB   SER  26          2HB       SER  26  -1.406  -3.524  -3.538
  581   2HB   SER  26          1HB       SER  26  -0.936  -5.211  -3.321
  582    HG   SER  26           HG       SER  26  -3.610  -4.879  -3.806
  583    H    ALA  27           H        ALA  27  -3.749  -6.537  -2.308
  584    HA   ALA  27           HA       ALA  27  -3.127  -8.131  -0.073
  585   1HB   ALA  27          1HB       ALA  27  -5.094  -8.365  -1.667
  586   2HB   ALA  27          2HB       ALA  27  -4.326  -9.856  -1.122
  587   3HB   ALA  27          3HB       ALA  27  -3.985  -9.225  -2.734
  588    H    TYR  28           H        TYR  28  -1.411  -7.453  -2.952
  589    HA   TYR  28           HA       TYR  28   0.201  -9.839  -2.927
  590   1HB   TYR  28          2HB       TYR  28  -0.300  -8.626  -5.026
  591   2HB   TYR  28          1HB       TYR  28   0.614  -7.244  -4.429
  592    HD1  TYR  28           HD1      TYR  28   0.781 -10.090  -6.439
  593    HD2  TYR  28           HD2      TYR  28   3.091  -7.859  -3.648
  594    HE1  TYR  28           HE1      TYR  28   2.837 -11.081  -7.359
  595    HE2  TYR  28           HE2      TYR  28   5.153  -8.843  -4.559
  596    HH   TYR  28           HH       TYR  28   5.830 -10.878  -5.807
  597    H    MET  29           H        MET  29   0.303  -6.706  -1.473
  598    HA   MET  29           HA       MET  29   3.127  -6.785  -0.892
  599   1HB   MET  29          2HB       MET  29   1.136  -4.993   0.476
  600   2HB   MET  29          1HB       MET  29   2.841  -4.696   0.155
  601   1HG   MET  29          2HG       MET  29   0.651  -4.810  -1.908
  602   2HG   MET  29          1HG       MET  29   1.406  -3.348  -1.275
  603   1HE   MET  29          1HE       MET  29   2.195  -6.328  -4.158
  604   2HE   MET  29          2HE       MET  29   2.197  -4.803  -5.046
  605   3HE   MET  29          3HE       MET  29   0.878  -5.177  -3.935
  606    H    PHE  30           H        PHE  30   0.113  -7.225   0.934
  607    HA   PHE  30           HA       PHE  30   1.378  -7.795   3.409
  608   1HB   PHE  30          2HB       PHE  30  -1.309  -8.918   2.689
  609   2HB   PHE  30          1HB       PHE  30  -0.749  -8.278   4.231
  610    HD1  PHE  30           HD1      PHE  30  -2.689  -7.631   1.384
  611    HD2  PHE  30           HD2      PHE  30  -0.188  -5.723   4.249
  612    HE1  PHE  30           HE1      PHE  30  -3.640  -5.450   0.758
  613    HE2  PHE  30           HE2      PHE  30  -1.170  -3.545   3.663
  614    HZ   PHE  30           HZ       PHE  30  -2.897  -3.406   1.911
  615    H    PHE  31           H        PHE  31   0.127  -9.844   0.799
  616    HA   PHE  31           HA       PHE  31   0.830 -12.316   2.023
  617   1HB   PHE  31          2HB       PHE  31  -0.742 -12.594   0.340
  618   2HB   PHE  31          1HB       PHE  31   0.062 -11.458  -0.741
  619    HD1  PHE  31           HD1      PHE  31   0.190 -14.873   0.643
  620    HD2  PHE  31           HD2      PHE  31   1.689 -12.182  -2.294
  621    HE1  PHE  31           HE1      PHE  31   1.285 -16.750  -0.511
  622    HE2  PHE  31           HE2      PHE  31   2.788 -14.054  -3.454
  623    HZ   PHE  31           HZ       PHE  31   2.593 -16.341  -2.557
  624    H    ALA  32           H        ALA  32   2.353 -10.439  -0.599
  625    HA   ALA  32           HA       ALA  32   4.662 -11.972  -0.888
  626   1HB   ALA  32          1HB       ALA  32   5.678  -9.992  -1.876
  627   2HB   ALA  32          2HB       ALA  32   4.389  -8.987  -1.216
  628   3HB   ALA  32          3HB       ALA  32   4.022 -10.199  -2.446
  629    H    ASN  33           H        ASN  33   3.716  -9.781   1.615
  630    HA   ASN  33           HA       ASN  33   6.285  -9.272   2.716
  631   1HB   ASN  33          2HB       ASN  33   3.470  -8.921   3.571
  632   2HB   ASN  33          1HB       ASN  33   4.656  -9.062   4.866
  633   1HD2  ASN  33          1HD2      ASN  33   2.995  -6.868   3.319
  634   2HD2  ASN  33          2HD2      ASN  33   4.126  -5.564   3.233
  635    H    GLU  34           H        GLU  34   3.733 -11.621   3.506
  636    HA   GLU  34           HA       GLU  34   5.166 -12.989   5.514
  637   1HB   GLU  34          2HB       GLU  34   3.025 -14.064   3.671
  638   2HB   GLU  34          1HB       GLU  34   3.544 -14.793   5.184
  639   1HG   GLU  34          2HG       GLU  34   2.869 -12.204   5.887
  640   2HG   GLU  34          1HG       GLU  34   1.645 -12.666   4.705
  641    H    ASN  35           H        ASN  35   4.832 -13.588   2.038
  642    HA   ASN  35           HA       ASN  35   6.398 -15.929   1.971
  643   1HB   ASN  35          2HB       ASN  35   6.447 -14.173  -0.414
  644   2HB   ASN  35          1HB       ASN  35   6.069 -15.888  -0.284
  645   1HD2  ASN  35          1HD2      ASN  35   4.076 -15.578   1.754
  646   2HD2  ASN  35          2HD2      ASN  35   2.692 -14.869   1.001
  647    H    ARG  36           H        ARG  36   7.349 -12.849   0.484
  648    HA   ARG  36           HA       ARG  36   9.807 -12.732  -0.033
  649   1HB   ARG  36          2HB       ARG  36   9.040 -10.608   0.429
  650   2HB   ARG  36          1HB       ARG  36   8.446 -11.054   2.022
  651   1HG   ARG  36          2HG       ARG  36  11.026 -11.340   2.513
  652   2HG   ARG  36          1HG       ARG  36  11.154 -10.194   1.178
  653   1HD   ARG  36          2HD       ARG  36   9.921  -8.558   2.322
  654   2HD   ARG  36          1HD       ARG  36   9.305  -9.721   3.494
  655    HE   ARG  36           HE       ARG  36  12.007  -9.752   3.863
  656   1HH1  ARG  36          1HH1      ARG  36   9.547  -7.288   3.887
  657   2HH1  ARG  36          2HH1      ARG  36  10.373  -6.291   5.039
  658   1HH2  ARG  36          1HH2      ARG  36  13.104  -8.448   5.380
  659   2HH2  ARG  36          2HH2      ARG  36  12.397  -6.952   5.887
  660    H    ASP  37           H        ASP  37   9.228 -12.728   3.485
  661    HA   ASP  37           HA       ASP  37  11.863 -13.525   4.131
  662   1HB   ASP  37          2HB       ASP  37   9.556 -14.039   5.975
  663   2HB   ASP  37          1HB       ASP  37  11.182 -13.478   6.355
  664    H    ILE  38           H        ILE  38   8.789 -15.332   4.277
  665    HA   ILE  38           HA       ILE  38   9.904 -17.829   4.901
  666    HB   ILE  38           HB       ILE  38   7.325 -16.973   3.652
  667   1HG1  ILE  38          2HG1      ILE  38   6.582 -18.439   5.709
  668   2HG1  ILE  38          1HG1      ILE  38   8.251 -18.183   6.233
  669   1HG2  ILE  38          1HG2      ILE  38   8.505 -19.700   3.583
  670   2HG2  ILE  38          2HG2      ILE  38   7.454 -18.890   2.420
  671   3HG2  ILE  38          3HG2      ILE  38   6.779 -19.541   3.914
  672   1HD1  ILE  38          1HD1      ILE  38   7.024 -16.444   7.216
  673   2HD1  ILE  38          2HD1      ILE  38   6.114 -16.137   5.737
  674   3HD1  ILE  38          3HD1      ILE  38   7.823 -15.709   5.827
  675    H    VAL  39           H        VAL  39   8.498 -16.967   1.750
  676    HA   VAL  39           HA       VAL  39   9.399 -18.983   0.209
  677    HB   VAL  39           HB       VAL  39   9.093 -16.073  -0.446
  678   1HG1  VAL  39          1HG1      VAL  39  10.024 -18.246  -2.314
  679   2HG1  VAL  39          2HG1      VAL  39  10.851 -16.739  -1.919
  680   3HG1  VAL  39          3HG1      VAL  39   9.355 -16.705  -2.851
  681   1HG2  VAL  39          1HG2      VAL  39   7.118 -17.542  -0.050
  682   2HG2  VAL  39          2HG2      VAL  39   7.616 -18.504  -1.441
  683   3HG2  VAL  39          3HG2      VAL  39   7.162 -16.813  -1.656
  684    H    ARG  40           H        ARG  40  11.238 -15.926   0.470
  685    HA   ARG  40           HA       ARG  40  13.530 -16.935  -0.804
  686   1HB   ARG  40          2HB       ARG  40  12.915 -14.506  -0.468
  687   2HB   ARG  40          1HB       ARG  40  13.486 -14.669   1.188
  688   1HG   ARG  40          2HG       ARG  40  15.589 -15.657  -0.261
  689   2HG   ARG  40          1HG       ARG  40  14.984 -14.357  -1.290
  690   1HD   ARG  40          2HD       ARG  40  15.118 -12.803   0.592
  691   2HD   ARG  40          1HD       ARG  40  15.716 -14.102   1.624
  692    HE   ARG  40           HE       ARG  40  17.345 -13.787  -0.681
  693   1HH1  ARG  40          1HH1      ARG  40  16.635 -12.382   2.425
  694   2HH1  ARG  40          2HH1      ARG  40  18.208 -11.681   2.613
  695   1HH2  ARG  40          1HH2      ARG  40  19.420 -12.869  -0.444
  696   2HH2  ARG  40          2HH2      ARG  40  19.791 -11.958   0.982
  697    H    SER  41           H        SER  41  12.422 -17.174   2.462
  698    HA   SER  41           HA       SER  41  14.919 -17.751   3.692
  699   1HB   SER  41          2HB       SER  41  12.047 -18.050   4.454
  700   2HB   SER  41          1HB       SER  41  13.249 -18.955   5.373
  701    HG   SER  41           HG       SER  41  14.285 -17.005   5.849
  702    H    GLU  42           H        GLU  42  12.681 -19.586   1.805
  703    HA   GLU  42           HA       GLU  42  13.948 -22.118   2.539
  704   1HB   GLU  42          2HB       GLU  42  11.678 -21.639   0.600
  705   2HB   GLU  42          1HB       GLU  42  12.198 -23.186   1.253
  706   1HG   GLU  42          2HG       GLU  42  11.623 -21.498   3.444
  707   2HG   GLU  42          1HG       GLU  42  10.294 -21.350   2.295
  708    H    ASN  43           H        ASN  43  13.983 -19.688   0.121
  709    HA   ASN  43           HA       ASN  43  15.909 -21.277  -1.424
  710   1HB   ASN  43          2HB       ASN  43  13.849 -19.476  -2.704
  711   2HB   ASN  43          1HB       ASN  43  14.982 -20.554  -3.514
  712   1HD2  ASN  43          1HD2      ASN  43  12.129 -20.403  -1.494
  713   2HD2  ASN  43          2HD2      ASN  43  11.541 -21.981  -1.877
  714    HA   PRO  44           HA       PRO  44  17.302 -16.947  -0.076
  715   1HB   PRO  44          2HB       PRO  44  19.651 -18.581   0.719
  716   2HB   PRO  44          1HB       PRO  44  18.844 -17.272   1.590
  717   1HG   PRO  44          2HG       PRO  44  18.526 -19.804   2.350
  718   2HG   PRO  44          1HG       PRO  44  17.166 -18.665   2.391
  719   1HD   PRO  44          2HD       PRO  44  17.781 -20.816   0.400
  720   2HD   PRO  44          1HD       PRO  44  16.216 -20.324   1.079
  721    H    ASP  45           H        ASP  45  18.324 -19.483  -2.122
  722    HA   ASP  45           HA       ASP  45  20.627 -18.152  -3.210
  723   1HB   ASP  45          2HB       ASP  45  19.046 -20.545  -4.174
  724   2HB   ASP  45          1HB       ASP  45  20.534 -19.973  -4.922
  725    H    ILE  46           H        ILE  46  17.381 -18.916  -4.480
  726    HA   ILE  46           HA       ILE  46  17.509 -17.726  -6.928
  727    HB   ILE  46           HB       ILE  46  15.036 -17.132  -6.545
  728   1HG1  ILE  46          2HG1      ILE  46  15.296 -18.924  -4.148
  729   2HG1  ILE  46          1HG1      ILE  46  15.466 -17.174  -3.977
  730   1HG2  ILE  46          1HG2      ILE  46  15.460 -20.014  -5.998
  731   2HG2  ILE  46          2HG2      ILE  46  16.218 -19.333  -7.438
  732   3HG2  ILE  46          3HG2      ILE  46  14.470 -19.227  -7.227
  733   1HD1  ILE  46          1HD1      ILE  46  13.216 -17.459  -3.603
  734   2HD1  ILE  46          2HD1      ILE  46  13.082 -18.778  -4.766
  735   3HD1  ILE  46          3HD1      ILE  46  13.241 -17.115  -5.333
  736    H    THR  47           H        THR  47  17.434 -15.711  -7.763
  737    HA   THR  47           HA       THR  47  17.764 -13.475  -5.926
  738    HB   THR  47           HB       THR  47  17.720 -12.825  -8.777
  739    HG1  THR  47           HG1      THR  47  19.816 -14.535  -7.917
  740   1HG2  THR  47          1HG2      THR  47  18.697 -11.581  -6.731
  741   2HG2  THR  47          2HG2      THR  47  19.590 -11.577  -8.252
  742   3HG2  THR  47          3HG2      THR  47  20.074 -12.661  -6.949
  743    H    PHE  48           H        PHE  48  16.726 -11.380  -7.346
  744    HA   PHE  48           HA       PHE  48  14.051 -11.362  -6.583
  745   1HB   PHE  48          2HB       PHE  48  15.025  -9.255  -6.819
  746   2HB   PHE  48          1HB       PHE  48  15.696  -9.633  -8.402
  747    HD1  PHE  48           HD1      PHE  48  12.214 -10.002  -7.147
  748    HD2  PHE  48           HD2      PHE  48  14.858  -8.026  -9.835
  749    HE1  PHE  48           HE1      PHE  48  10.290  -8.927  -8.242
  750    HE2  PHE  48           HE2      PHE  48  12.939  -6.946 -10.935
  751    HZ   PHE  48           HZ       PHE  48  10.652  -7.396 -10.138
  752    H    GLY  49           H        GLY  49  15.532 -12.251  -9.638
  753   1HA   GLY  49          2HA       GLY  49  13.109 -12.171 -11.135
  754   2HA   GLY  49          1HA       GLY  49  14.625 -12.891 -11.656
  755    H    GLN  50           H        GLN  50  14.127 -14.357  -8.828
  756    HA   GLN  50           HA       GLN  50  12.499 -16.495 -10.035
  757   1HB   GLN  50          2HB       GLN  50  13.915 -17.551  -7.837
  758   2HB   GLN  50          1HB       GLN  50  14.162 -17.900  -9.542
  759   1HG   GLN  50          2HG       GLN  50  15.505 -15.713  -7.971
  760   2HG   GLN  50          1HG       GLN  50  16.234 -17.241  -8.465
  761   1HE2  GLN  50          1HE2      GLN  50  15.859 -14.041  -9.231
  762   2HE2  GLN  50          2HE2      GLN  50  16.308 -14.097 -10.898
  763    H    VAL  51           H        VAL  51  13.473 -15.290  -6.826
  764    HA   VAL  51           HA       VAL  51  11.277 -16.277  -5.408
  765    HB   VAL  51           HB       VAL  51  13.063 -15.541  -4.090
  766   1HG1  VAL  51          1HG1      VAL  51  13.207 -13.400  -6.030
  767   2HG1  VAL  51          2HG1      VAL  51  14.459 -14.053  -4.974
  768   3HG1  VAL  51          3HG1      VAL  51  13.368 -12.802  -4.378
  769   1HG2  VAL  51          1HG2      VAL  51  10.912 -13.436  -3.911
  770   2HG2  VAL  51          2HG2      VAL  51  12.132 -13.742  -2.674
  771   3HG2  VAL  51          3HG2      VAL  51  10.944 -14.986  -3.068
  772    H    GLY  52           H        GLY  52  11.722 -13.274  -7.204
  773   1HA   GLY  52          2HA       GLY  52   9.326 -12.032  -6.299
  774   2HA   GLY  52          1HA       GLY  52  10.273 -11.557  -7.702
  775    H    LYS  53           H        LYS  53   9.977 -12.900  -9.678
  776    HA   LYS  53           HA       LYS  53   7.387 -12.910 -10.557
  777   1HB   LYS  53          2HB       LYS  53   9.613 -14.744 -11.472
  778   2HB   LYS  53          1HB       LYS  53   8.138 -14.415 -12.370
  779   1HG   LYS  53          2HG       LYS  53   8.861 -12.407 -13.087
  780   2HG   LYS  53          1HG       LYS  53   9.692 -12.046 -11.572
  781   1HD   LYS  53          2HD       LYS  53  11.632 -12.608 -12.493
  782   2HD   LYS  53          1HD       LYS  53  11.019 -14.232 -12.813
  783   1HE   LYS  53          2HE       LYS  53  11.505 -13.588 -14.945
  784   2HE   LYS  53          1HE       LYS  53   9.844 -13.004 -14.834
  785   1HZ   LYS  53          1HZ       LYS  53  10.506 -10.848 -14.770
  786   2HZ   LYS  53          2HZ       LYS  53  11.792 -11.473 -15.673
  787   3HZ   LYS  53          3HZ       LYS  53  11.983 -11.186 -14.016
  788    H    LYS  54           H        LYS  54   9.169 -15.629  -9.138
  789    HA   LYS  54           HA       LYS  54   7.153 -17.567  -9.394
  790   1HB   LYS  54          2HB       LYS  54   9.353 -17.289  -7.340
  791   2HB   LYS  54          1HB       LYS  54   8.334 -18.711  -7.501
  792   1HG   LYS  54          2HG       LYS  54   9.520 -17.961 -10.029
  793   2HG   LYS  54          1HG       LYS  54  10.739 -18.241  -8.783
  794   1HD   LYS  54          2HD       LYS  54  10.053 -20.445  -8.438
  795   2HD   LYS  54          1HD       LYS  54   8.491 -20.177  -9.216
  796   1HE   LYS  54          2HE       LYS  54  10.610 -19.604 -11.059
  797   2HE   LYS  54          1HE       LYS  54  10.841 -21.209 -10.366
  798   1HZ   LYS  54          1HZ       LYS  54   8.238 -20.338 -11.469
  799   2HZ   LYS  54          2HZ       LYS  54   8.764 -21.912 -11.144
  800   3HZ   LYS  54          3HZ       LYS  54   9.427 -21.050 -12.439
  801    H    LEU  55           H        LEU  55   7.786 -15.142  -6.914
  802    HA   LEU  55           HA       LEU  55   5.997 -15.977  -4.959
  803   1HB   LEU  55          2HB       LEU  55   7.586 -13.720  -5.438
  804   2HB   LEU  55          1HB       LEU  55   5.955 -13.103  -5.253
  805    HG   LEU  55           HG       LEU  55   6.728 -15.056  -3.208
  806   1HD1  LEU  55          1HD1      LEU  55   8.698 -14.213  -2.638
  807   2HD1  LEU  55          2HD1      LEU  55   7.899 -12.680  -2.292
  808   3HD1  LEU  55          3HD1      LEU  55   8.578 -12.979  -3.893
  809   1HD2  LEU  55          1HD2      LEU  55   4.720 -13.949  -2.834
  810   2HD2  LEU  55          2HD2      LEU  55   5.373 -12.391  -3.338
  811   3HD2  LEU  55          3HD2      LEU  55   5.856 -13.092  -1.794
  812    H    GLY  56           H        GLY  56   5.424 -13.686  -7.621
  813   1HA   GLY  56          2HA       GLY  56   2.727 -13.199  -7.138
  814   2HA   GLY  56          1HA       GLY  56   3.494 -13.089  -8.716
  815    H    GLU  57           H        GLU  57   4.088 -15.560  -9.448
  816    HA   GLU  57           HA       GLU  57   1.735 -16.671 -10.344
  817   1HB   GLU  57          2HB       GLU  57   3.057 -18.755 -10.738
  818   2HB   GLU  57          1HB       GLU  57   3.825 -17.296 -11.348
  819   1HG   GLU  57          2HG       GLU  57   5.325 -17.244  -9.465
  820   2HG   GLU  57          1HG       GLU  57   4.501 -18.619  -8.730
  821    H    LYS  58           H        LYS  58   3.598 -17.570  -7.463
  822    HA   LYS  58           HA       LYS  58   1.798 -19.627  -6.651
  823   1HB   LYS  58          2HB       LYS  58   3.858 -18.114  -5.034
  824   2HB   LYS  58          1HB       LYS  58   3.060 -19.600  -4.541
  825   1HG   LYS  58          2HG       LYS  58   4.684 -19.446  -7.055
  826   2HG   LYS  58          1HG       LYS  58   5.419 -19.776  -5.484
  827   1HD   LYS  58          2HD       LYS  58   3.053 -21.379  -6.324
  828   2HD   LYS  58          1HD       LYS  58   4.620 -21.735  -7.052
  829   1HE   LYS  58          2HE       LYS  58   5.074 -22.975  -5.263
  830   2HE   LYS  58          1HE       LYS  58   5.142 -21.480  -4.331
  831   1HZ   LYS  58          1HZ       LYS  58   2.568 -22.836  -4.811
  832   2HZ   LYS  58          2HZ       LYS  58   2.984 -21.753  -3.580
  833   3HZ   LYS  58          3HZ       LYS  58   3.582 -23.335  -3.553
  834    H    TRP  59           H        TRP  59   1.943 -16.193  -6.216
  835    HA   TRP  59           HA       TRP  59   0.433 -15.869  -3.894
  836   1HB   TRP  59          2HB       TRP  59   1.410 -13.902  -4.699
  837   2HB   TRP  59          1HB       TRP  59   0.840 -14.176  -6.341
  838    HD1  TRP  59           HD1      TRP  59  -0.877 -12.383  -6.945
  839    HE1  TRP  59           HE1      TRP  59  -2.865 -11.256  -5.760
  840    HE3  TRP  59           HE3      TRP  59  -0.419 -14.566  -2.350
  841    HZ2  TRP  59           HZ2      TRP  59  -4.087 -11.302  -3.213
  842    HZ3  TRP  59           HZ3      TRP  59  -2.028 -13.963  -0.591
  843    HH2  TRP  59           HH2      TRP  59  -3.829 -12.370  -1.016
  844    H    LYS  60           H        LYS  60  -0.662 -15.885  -7.278
  845    HA   LYS  60           HA       LYS  60  -3.432 -16.049  -6.457
  846   1HB   LYS  60          2HB       LYS  60  -1.979 -15.794  -9.055
  847   2HB   LYS  60          1HB       LYS  60  -3.635 -16.387  -9.072
  848   1HG   LYS  60          2HG       LYS  60  -4.132 -14.291  -7.629
  849   2HG   LYS  60          1HG       LYS  60  -2.594 -13.708  -8.266
  850   1HD   LYS  60          2HD       LYS  60  -3.577 -13.132 -10.174
  851   2HD   LYS  60          1HD       LYS  60  -4.123 -14.793 -10.415
  852   1HE   LYS  60          2HE       LYS  60  -5.562 -12.785  -8.692
  853   2HE   LYS  60          1HE       LYS  60  -5.947 -13.079 -10.387
  854   1HZ   LYS  60          1HZ       LYS  60  -7.398 -14.498  -9.401
  855   2HZ   LYS  60          2HZ       LYS  60  -6.416 -14.775  -8.053
  856   3HZ   LYS  60          3HZ       LYS  60  -6.073 -15.543  -9.520
  857    H    ALA  61           H        ALA  61  -0.891 -18.210  -7.143
  858    HA   ALA  61           HA       ALA  61  -2.312 -20.396  -8.203
  859   1HB   ALA  61          1HB       ALA  61   0.170 -20.479  -6.495
  860   2HB   ALA  61          2HB       ALA  61   0.147 -20.187  -8.234
  861   3HB   ALA  61          3HB       ALA  61  -0.401 -21.736  -7.593
  862    H    LEU  62           H        LEU  62  -1.753 -19.318  -4.895
  863    HA   LEU  62           HA       LEU  62  -2.549 -21.609  -3.528
  864   1HB   LEU  62          2HB       LEU  62  -3.246 -18.857  -2.552
  865   2HB   LEU  62          1HB       LEU  62  -2.783 -20.265  -1.617
  866    HG   LEU  62           HG       LEU  62  -0.651 -19.498  -3.405
  867   1HD1  LEU  62          1HD1      LEU  62  -0.625 -17.412  -1.465
  868   2HD1  LEU  62          2HD1      LEU  62  -2.123 -17.314  -2.390
  869   3HD1  LEU  62          3HD1      LEU  62  -0.570 -17.291  -3.223
  870   1HD2  LEU  62          1HD2      LEU  62   0.114 -19.080  -0.768
  871   2HD2  LEU  62          2HD2      LEU  62   0.331 -20.553  -1.714
  872   3HD2  LEU  62          3HD2      LEU  62  -1.091 -20.364  -0.688
  873    H    THR  63           H        THR  63  -4.619 -18.728  -3.646
  874    HA   THR  63           HA       THR  63  -6.829 -19.337  -4.927
  875    HB   THR  63           HB       THR  63  -6.502 -21.330  -2.765
  876    HG1  THR  63           HG1      THR  63  -7.810 -21.157  -5.269
  877   1HG2  THR  63          1HG2      THR  63  -9.121 -21.451  -2.765
  878   2HG2  THR  63          2HG2      THR  63  -8.982 -19.720  -3.064
  879   3HG2  THR  63          3HG2      THR  63  -8.257 -20.426  -1.620
  880    HA   PRO  64           HA       PRO  64  -8.366 -15.686  -2.993
  881   1HB   PRO  64          2HB       PRO  64 -10.902 -17.264  -2.764
  882   2HB   PRO  64          1HB       PRO  64 -10.660 -15.607  -3.328
  883   1HG   PRO  64          2HG       PRO  64 -11.020 -17.615  -5.057
  884   2HG   PRO  64          1HG       PRO  64  -9.902 -16.285  -5.408
  885   1HD   PRO  64          2HD       PRO  64  -9.321 -19.097  -4.691
  886   2HD   PRO  64          1HD       PRO  64  -8.338 -17.937  -5.604
  887    H    GLU  65           H        GLU  65  -9.511 -18.739  -1.549
  888    HA   GLU  65           HA       GLU  65  -9.980 -17.775   1.034
  889   1HB   GLU  65          2HB       GLU  65 -10.036 -20.271  -0.276
  890   2HB   GLU  65          1HB       GLU  65  -8.974 -20.472   1.110
  891   1HG   GLU  65          2HG       GLU  65 -10.781 -20.769   2.346
  892   2HG   GLU  65          1HG       GLU  65 -11.161 -19.066   2.093
  893    H    GLU  66           H        GLU  66  -7.072 -19.256  -0.368
  894    HA   GLU  66           HA       GLU  66  -5.454 -19.152   1.921
  895   1HB   GLU  66          2HB       GLU  66  -4.214 -18.679  -0.747
  896   2HB   GLU  66          1HB       GLU  66  -3.715 -19.761   0.545
  897   1HG   GLU  66          2HG       GLU  66  -5.912 -20.179  -1.459
  898   2HG   GLU  66          1HG       GLU  66  -4.420 -21.101  -1.275
  899    H    LYS  67           H        LYS  67  -6.484 -16.697  -0.283
  900    HA   LYS  67           HA       LYS  67  -4.448 -14.796   0.464
  901   1HB   LYS  67          2HB       LYS  67  -7.038 -14.174  -0.944
  902   2HB   LYS  67          1HB       LYS  67  -5.521 -13.287  -1.020
  903   1HG   LYS  67          2HG       LYS  67  -4.523 -15.321  -2.124
  904   2HG   LYS  67          1HG       LYS  67  -6.169 -15.948  -2.252
  905   1HD   LYS  67          2HD       LYS  67  -4.948 -13.559  -3.584
  906   2HD   LYS  67          1HD       LYS  67  -5.831 -14.906  -4.305
  907   1HE   LYS  67          2HE       LYS  67  -7.735 -13.900  -2.688
  908   2HE   LYS  67          1HE       LYS  67  -6.833 -12.431  -3.053
  909   1HZ   LYS  67          1HZ       LYS  67  -8.156 -12.400  -4.848
  910   2HZ   LYS  67          2HZ       LYS  67  -8.497 -14.056  -4.780
  911   3HZ   LYS  67          3HZ       LYS  67  -7.054 -13.518  -5.480
  912    H    GLN  68           H        GLN  68  -7.615 -15.692   1.533
  913    HA   GLN  68           HA       GLN  68  -8.812 -13.629   2.659
  914   1HB   GLN  68          2HB       GLN  68  -8.174 -16.239   4.033
  915   2HB   GLN  68          1HB       GLN  68  -9.282 -15.051   4.705
  916   1HG   GLN  68          2HG       GLN  68 -10.162 -15.396   2.106
  917   2HG   GLN  68          1HG       GLN  68  -9.701 -17.015   2.629
  918   1HE2  GLN  68          1HE2      GLN  68 -12.072 -14.639   2.715
  919   2HE2  GLN  68          2HE2      GLN  68 -13.104 -15.356   3.902
  920    HA   PRO  69           HA       PRO  69  -5.660 -13.525   6.464
  921   1HB   PRO  69          2HB       PRO  69  -3.263 -14.300   4.876
  922   2HB   PRO  69          1HB       PRO  69  -3.662 -14.659   6.561
  923   1HG   PRO  69          2HG       PRO  69  -3.882 -16.535   4.681
  924   2HG   PRO  69          1HG       PRO  69  -5.071 -16.412   5.991
  925   1HD   PRO  69          2HD       PRO  69  -5.303 -15.587   3.133
  926   2HD   PRO  69          1HD       PRO  69  -6.531 -16.272   4.214
  927    H    TYR  70           H        TYR  70  -4.038 -13.037   3.324
  928    HA   TYR  70           HA       TYR  70  -3.096 -10.437   4.153
  929   1HB   TYR  70          2HB       TYR  70  -2.786 -11.034   1.324
  930   2HB   TYR  70          1HB       TYR  70  -1.558 -10.706   2.541
  931    HD1  TYR  70           HD1      TYR  70  -3.471 -13.317   0.832
  932    HD2  TYR  70           HD2      TYR  70  -0.490 -12.513   3.759
  933    HE1  TYR  70           HE1      TYR  70  -2.835 -15.692   0.827
  934    HE2  TYR  70           HE2      TYR  70   0.165 -14.884   3.752
  935    HH   TYR  70           HH       TYR  70  -1.354 -17.205   1.547
  936    H    GLU  71           H        GLU  71  -5.015 -11.547   1.348
  937    HA   GLU  71           HA       GLU  71  -5.881  -9.195   0.321
  938   1HB   GLU  71          2HB       GLU  71  -6.525 -11.636  -0.288
  939   2HB   GLU  71          1HB       GLU  71  -7.869 -11.393   0.819
  940   1HG   GLU  71          2HG       GLU  71  -8.599  -9.466  -0.516
  941   2HG   GLU  71          1HG       GLU  71  -7.276  -9.766  -1.642
  942    H    ALA  72           H        ALA  72  -7.352 -10.888   3.075
  943    HA   ALA  72           HA       ALA  72  -9.232  -8.877   3.742
  944   1HB   ALA  72          1HB       ALA  72  -7.919 -10.791   5.661
  945   2HB   ALA  72          2HB       ALA  72  -9.233 -11.250   4.578
  946   3HB   ALA  72          3HB       ALA  72  -9.499 -10.018   5.812
  947    H    LYS  73           H        LYS  73  -5.901  -9.527   4.714
  948    HA   LYS  73           HA       LYS  73  -5.578  -7.379   6.512
  949   1HB   LYS  73          2HB       LYS  73  -3.957  -9.405   5.424
  950   2HB   LYS  73          1HB       LYS  73  -3.179  -7.888   4.994
  951   1HG   LYS  73          2HG       LYS  73  -3.930  -7.643   7.687
  952   2HG   LYS  73          1HG       LYS  73  -3.227  -9.254   7.507
  953   1HD   LYS  73          2HD       LYS  73  -1.162  -8.443   7.154
  954   2HD   LYS  73          1HD       LYS  73  -1.749  -7.131   6.129
  955   1HE   LYS  73          2HE       LYS  73  -1.761  -7.210   9.143
  956   2HE   LYS  73          1HE       LYS  73  -0.724  -6.218   8.118
  957   1HZ   LYS  73          1HZ       LYS  73  -2.278  -4.665   8.152
  958   2HZ   LYS  73          2HZ       LYS  73  -3.306  -5.646   9.068
  959   3HZ   LYS  73          3HZ       LYS  73  -3.359  -5.711   7.379
  960    H    ALA  74           H        ALA  74  -6.030  -7.486   3.155
  961    HA   ALA  74           HA       ALA  74  -4.679  -5.044   2.488
  962   1HB   ALA  74          1HB       ALA  74  -5.280  -7.001   0.922
  963   2HB   ALA  74          2HB       ALA  74  -5.466  -5.354   0.317
  964   3HB   ALA  74          3HB       ALA  74  -6.880  -6.260   0.856
  965    H    GLN  75           H        GLN  75  -8.061  -6.025   2.941
  966    HA   GLN  75           HA       GLN  75  -9.202  -3.448   2.738
  967   1HB   GLN  75          2HB       GLN  75 -10.143  -5.819   4.365
  968   2HB   GLN  75          1HB       GLN  75 -11.113  -4.414   3.950
  969   1HG   GLN  75          2HG       GLN  75 -11.650  -5.266   1.978
  970   2HG   GLN  75          1HG       GLN  75  -9.964  -5.613   1.594
  971   1HE2  GLN  75          1HE2      GLN  75 -10.087  -7.619   0.798
  972   2HE2  GLN  75          2HE2      GLN  75 -10.715  -8.985   1.650
  973    H    ALA  76           H        ALA  76  -7.586  -5.168   5.311
  974    HA   ALA  76           HA       ALA  76  -8.278  -3.460   7.458
  975   1HB   ALA  76          1HB       ALA  76  -6.028  -5.380   6.981
  976   2HB   ALA  76          2HB       ALA  76  -7.387  -5.514   8.098
  977   3HB   ALA  76          3HB       ALA  76  -6.082  -4.375   8.430
  978    H    ASP  77           H        ASP  77  -5.506  -3.519   5.240
  979    HA   ASP  77           HA       ASP  77  -4.313  -1.150   6.309
  980   1HB   ASP  77          2HB       ASP  77  -2.982  -2.845   5.116
  981   2HB   ASP  77          1HB       ASP  77  -3.881  -2.515   3.639
  982    H    LYS  78           H        LYS  78  -6.861  -1.804   4.114
  983    HA   LYS  78           HA       LYS  78  -6.791   0.555   2.555
  984   1HB   LYS  78          2HB       LYS  78  -8.358  -1.723   2.633
  985   2HB   LYS  78          1HB       LYS  78  -9.470  -0.458   3.137
  986   1HG   LYS  78          2HG       LYS  78  -8.439   0.777   1.034
  987   2HG   LYS  78          1HG       LYS  78  -8.134  -0.886   0.526
  988   1HD   LYS  78          2HD       LYS  78 -10.751   0.466   1.087
  989   2HD   LYS  78          1HD       LYS  78 -10.242  -0.414  -0.356
  990   1HE   LYS  78          2HE       LYS  78 -10.213  -2.499   0.994
  991   2HE   LYS  78          1HE       LYS  78 -10.866  -1.583   2.351
  992   1HZ   LYS  78          1HZ       LYS  78 -12.191  -1.904  -0.288
  993   2HZ   LYS  78          2HZ       LYS  78 -12.823  -1.085   1.051
  994   3HZ   LYS  78          3HZ       LYS  78 -12.593  -2.759   1.115
  995    H    LYS  79           H        LYS  79  -8.547  -0.290   5.526
  996    HA   LYS  79           HA       LYS  79  -9.684   2.283   5.921
  997   1HB   LYS  79          2HB       LYS  79 -10.398   0.084   7.005
  998   2HB   LYS  79          1HB       LYS  79  -9.035   0.295   8.095
  999   1HG   LYS  79          2HG       LYS  79 -10.288   1.564   9.397
 1000   2HG   LYS  79          1HG       LYS  79 -10.479   2.723   8.078
 1001   1HD   LYS  79          2HD       LYS  79 -12.649   1.985   8.915
 1002   2HD   LYS  79          1HD       LYS  79 -12.404   1.461   7.247
 1003   1HE   LYS  79          2HE       LYS  79 -12.901  -0.602   7.910
 1004   2HE   LYS  79          1HE       LYS  79 -11.382  -0.608   8.806
 1005   1HZ   LYS  79          1HZ       LYS  79 -12.504  -0.650  10.696
 1006   2HZ   LYS  79          2HZ       LYS  79 -13.954  -0.755   9.834
 1007   3HZ   LYS  79          3HZ       LYS  79 -13.350   0.758  10.291
 1008    H    ARG  80           H        ARG  80  -6.705   0.723   6.978
 1009    HA   ARG  80           HA       ARG  80  -5.675   2.459   8.807
 1010   1HB   ARG  80          2HB       ARG  80  -4.159   0.812   8.428
 1011   2HB   ARG  80          1HB       ARG  80  -4.524   0.730   6.710
 1012   1HG   ARG  80          2HG       ARG  80  -2.294   1.448   6.866
 1013   2HG   ARG  80          1HG       ARG  80  -3.231   2.888   6.463
 1014   1HD   ARG  80          2HD       ARG  80  -2.565   2.181   9.303
 1015   2HD   ARG  80          1HD       ARG  80  -1.444   3.088   8.289
 1016    HE   ARG  80           HE       ARG  80  -3.988   4.017   9.350
 1017   1HH1  ARG  80          1HH1      ARG  80  -1.296   4.579   7.210
 1018   2HH1  ARG  80          2HH1      ARG  80  -1.568   6.287   7.107
 1019   1HH2  ARG  80          1HH2      ARG  80  -4.356   6.264   9.219
 1020   2HH2  ARG  80          2HH2      ARG  80  -3.308   7.245   8.248
 1021    H    TYR  81           H        TYR  81  -5.184   2.778   5.287
 1022    HA   TYR  81           HA       TYR  81  -4.186   5.442   5.496
 1023   1HB   TYR  81          2HB       TYR  81  -3.475   4.909   3.446
 1024   2HB   TYR  81          1HB       TYR  81  -4.483   3.466   3.444
 1025    HD1  TYR  81           HD1      TYR  81  -7.052   3.945   2.949
 1026    HD2  TYR  81           HD2      TYR  81  -3.837   6.484   1.796
 1027    HE1  TYR  81           HE1      TYR  81  -8.467   4.931   1.196
 1028    HE2  TYR  81           HE2      TYR  81  -5.237   7.462   0.027
 1029    HH   TYR  81           HH       TYR  81  -7.301   6.708  -1.327
 1030    H    GLU  82           H        GLU  82  -7.335   4.019   5.134
 1031    HA   GLU  82           HA       GLU  82  -8.773   6.157   4.079
 1032   1HB   GLU  82          2HB       GLU  82  -9.740   3.928   4.401
 1033   2HB   GLU  82          1HB       GLU  82  -9.665   4.137   6.146
 1034   1HG   GLU  82          2HG       GLU  82 -11.063   6.353   5.127
 1035   2HG   GLU  82          1HG       GLU  82 -11.709   4.924   4.319
 1036    H    SER  83           H        SER  83  -7.341   5.723   7.185
 1037    HA   SER  83           HA       SER  83  -8.850   7.802   8.496
 1038   1HB   SER  83          2HB       SER  83  -7.314   5.734   9.418
 1039   2HB   SER  83          1HB       SER  83  -6.213   7.099   9.611
 1040    HG   SER  83           HG       SER  83  -7.574   8.024  11.017
 1041    H    GLU  84           H        GLU  84  -5.829   7.491   6.762
 1042    HA   GLU  84           HA       GLU  84  -4.793  10.058   7.393
 1043   1HB   GLU  84          2HB       GLU  84  -3.212   8.514   6.610
 1044   2HB   GLU  84          1HB       GLU  84  -4.223   8.022   5.259
 1045   1HG   GLU  84          2HG       GLU  84  -2.290   9.343   4.559
 1046   2HG   GLU  84          1HG       GLU  84  -3.818  10.113   4.134
 1047    H    LYS  85           H        LYS  85  -6.975   8.837   4.938
 1048    HA   LYS  85           HA       LYS  85  -6.980  11.267   3.395
 1049   1HB   LYS  85          2HB       LYS  85  -8.462  10.204   1.966
 1050   2HB   LYS  85          1HB       LYS  85  -7.580   8.839   2.640
 1051   1HG   LYS  85          2HG       LYS  85  -9.367   8.267   4.072
 1052   2HG   LYS  85          1HG       LYS  85 -10.198   9.793   3.761
 1053   1HD   LYS  85          2HD       LYS  85 -11.055   9.081   1.793
 1054   2HD   LYS  85          1HD       LYS  85  -9.625   8.126   1.396
 1055   1HE   LYS  85          2HE       LYS  85 -11.247   6.505   1.744
 1056   2HE   LYS  85          1HE       LYS  85 -10.416   6.572   3.297
 1057   1HZ   LYS  85          1HZ       LYS  85 -12.795   6.539   3.610
 1058   2HZ   LYS  85          2HZ       LYS  85 -12.984   7.908   2.634
 1059   3HZ   LYS  85          3HZ       LYS  85 -12.178   8.030   4.117
 1060    H    GLU  86           H        GLU  86  -9.173   9.730   5.731
 1061    HA   GLU  86           HA       GLU  86 -11.198  11.642   5.749
 1062   1HB   GLU  86          2HB       GLU  86 -11.940  10.668   7.717
 1063   2HB   GLU  86          1HB       GLU  86 -10.986   9.369   7.015
 1064   1HG   GLU  86          2HG       GLU  86  -9.295   9.592   8.555
 1065   2HG   GLU  86          1HG       GLU  86  -9.701  11.267   8.920
 1066    H    LEU  87           H        LEU  87  -8.025  11.643   7.224
 1067    HA   LEU  87           HA       LEU  87  -8.512  14.181   8.568
 1068   1HB   LEU  87          2HB       LEU  87  -7.074  13.088   9.926
 1069   2HB   LEU  87          1HB       LEU  87  -6.411  12.118   8.626
 1070    HG   LEU  87           HG       LEU  87  -5.661  14.954   8.498
 1071   1HD1  LEU  87          1HD1      LEU  87  -5.762  14.405  10.988
 1072   2HD1  LEU  87          2HD1      LEU  87  -4.240  15.035  10.357
 1073   3HD1  LEU  87          3HD1      LEU  87  -4.416  13.310  10.677
 1074   1HD2  LEU  87          1HD2      LEU  87  -3.720  12.719   8.672
 1075   2HD2  LEU  87          2HD2      LEU  87  -3.740  14.127   7.608
 1076   3HD2  LEU  87          3HD2      LEU  87  -4.804  12.758   7.281
 1077    H    TYR  88           H        TYR  88  -7.199  12.924   5.636
 1078    HA   TYR  88           HA       TYR  88  -5.523  14.953   4.763
 1079   1HB   TYR  88          2HB       TYR  88  -5.716  13.066   3.362
 1080   2HB   TYR  88          1HB       TYR  88  -7.472  13.177   3.314
 1081    HD1  TYR  88           HD1      TYR  88  -4.351  14.417   1.890
 1082    HD2  TYR  88           HD2      TYR  88  -8.589  14.800   1.885
 1083    HE1  TYR  88           HE1      TYR  88  -4.226  15.721  -0.190
 1084    HE2  TYR  88           HE2      TYR  88  -8.476  16.084  -0.205
 1085    HH   TYR  88           HH       TYR  88  -6.858  16.298  -2.154
 1086    H    ASN  89           H        ASN  89  -9.041  14.768   4.800
 1087    HA   ASN  89           HA       ASN  89  -9.240  17.508   3.797
 1088   1HB   ASN  89          2HB       ASN  89 -11.795  16.878   4.193
 1089   2HB   ASN  89          1HB       ASN  89 -10.926  16.358   2.752
 1090   1HD2  ASN  89          1HD2      ASN  89 -10.246  14.206   2.588
 1091   2HD2  ASN  89          2HD2      ASN  89 -10.951  12.959   3.554
 1092    H    ALA  90           H        ALA  90  -9.618  15.609   6.708
 1093    HA   ALA  90           HA       ALA  90 -10.987  17.543   8.267
 1094   1HB   ALA  90          1HB       ALA  90  -9.067  15.658   9.538
 1095   2HB   ALA  90          2HB       ALA  90 -10.474  15.000   8.703
 1096   3HB   ALA  90          3HB       ALA  90 -10.690  16.127  10.041
 1097    H    THR  91           H        THR  91  -7.911  17.537   6.956
 1098    HA   THR  91           HA       THR  91  -7.021  19.601   8.857
 1099    HB   THR  91           HB       THR  91  -5.756  17.208   8.537
 1100    HG1  THR  91           HG1      THR  91  -4.082  18.186   9.602
 1101   1HG2  THR  91          1HG2      THR  91  -5.287  17.833   6.150
 1102   2HG2  THR  91          2HG2      THR  91  -3.875  17.414   7.120
 1103   3HG2  THR  91          3HG2      THR  91  -4.236  19.105   6.772
 1104    H    LEU  92           H        LEU  92  -6.962  18.413   5.539
 1105    HA   LEU  92           HA       LEU  92  -5.637  20.416   4.214
 1106   1HB   LEU  92          2HB       LEU  92  -6.450  18.495   3.035
 1107   2HB   LEU  92          1HB       LEU  92  -8.113  18.891   3.419
 1108    HG   LEU  92           HG       LEU  92  -7.515  19.356   1.066
 1109   1HD1  LEU  92          1HD1      LEU  92  -9.155  20.744   2.603
 1110   2HD1  LEU  92          2HD1      LEU  92  -8.825  21.215   0.935
 1111   3HD1  LEU  92          3HD1      LEU  92  -7.997  22.029   2.262
 1112   1HD2  LEU  92          1HD2      LEU  92  -5.959  20.996   0.445
 1113   2HD2  LEU  92          2HD2      LEU  92  -5.142  20.040   1.681
 1114   3HD2  LEU  92          3HD2      LEU  92  -5.825  21.614   2.091
 1115    H    ALA  93           HN       ALA  93  -9.045  20.385   5.215
 1116    HA   ALA  93           HA       ALA  93 -10.569  22.051   5.499
 1117   1HB   ALA  93          1HB       ALA  93  -9.851  24.032   6.490
 1118   2HB   ALA  93          2HB       ALA  93  -8.323  24.032   5.608
 1119   3HB   ALA  93          3HB       ALA  93  -8.587  22.877   6.915
  Start of MODEL   10
    1   1H5*    G 101          H5''        G 101 -29.597  11.272 -14.663
    2   2H5*    G 101          H5'         G 101 -30.308   9.634 -14.630
    3    H4*    G 101           H4'        G 101 -28.263   9.471 -15.854
    4    H3*    G 101           H3'        G 101 -28.646   8.170 -13.338
    5    H1*    G 101           H1'        G 101 -25.356   9.680 -14.778
    6    H8     G 101           H8         G 101 -25.912  10.365 -11.079
    7    H1     G 101           H1         G 101 -22.094  14.635 -13.962
    8   1H2     G 101          1H2         G 101 -22.172  14.376 -16.159
    9   2H2     G 101          2H2         G 101 -23.161  13.153 -16.926
   10    H5T    G 101           H5T        G 101 -28.995  11.054 -12.571
   11   1H2*    G 101          H2'         G 101 -26.829   8.955 -12.272
   12   2H2*    G 101          H2''        G 101 -25.874   7.937 -13.393
   13   1H5*    G 102          H5''        G 102 -26.063   7.221 -16.597
   14   2H5*    G 102          H5'         G 102 -25.767   5.570 -17.177
   15    H4*    G 102           H4'        G 102 -23.890   7.062 -17.743
   16    H3*    G 102           H3'        G 102 -23.679   4.615 -16.195
   17    H1*    G 102           H1'        G 102 -21.514   7.891 -15.967
   18    H8     G 102           H8         G 102 -23.425   6.505 -12.854
   19    H1     G 102           H1         G 102 -19.179  11.174 -11.722
   20   1H2     G 102          1H2         G 102 -18.267  11.859 -13.637
   21   2H2     G 102          2H2         G 102 -18.707  11.164 -15.180
   22   1H2*    G 102          H2'         G 102 -22.173   5.317 -14.654
   23   2H2*    G 102          H2''        G 102 -21.065   5.713 -15.955
   24   1H5*    G 103          H5''        G 103 -20.856   6.824 -17.815
   25   2H5*    G 103          H5'         G 103 -20.629   6.489 -19.554
   26    H4*    G 103           H4'        G 103 -18.916   7.973 -19.185
   27    H3*    G 103           H3'        G 103 -17.900   5.250 -18.855
   28    H1*    G 103           H1'        G 103 -16.964   8.446 -16.828
   29    H8     G 103           H8         G 103 -18.523   5.353 -15.065
   30    H1     G 103           H1         G 103 -15.820   9.703 -11.211
   31   1H2     G 103          1H2         G 103 -15.036  11.400 -12.411
   32   2H2     G 103          2H2         G 103 -15.182  11.458 -14.156
   33   1H2*    G 103          H2'         G 103 -16.915   5.498 -16.904
   34   2H2*    G 103          H2''        G 103 -15.854   6.714 -17.661
   35   1H5*    G 104          H5''        G 104 -14.949   8.591 -18.972
   36   2H5*    G 104          H5'         G 104 -14.070   8.349 -20.493
   37    H4*    G 104           H4'        G 104 -12.431   9.279 -19.075
   38    H3*    G 104           H3'        G 104 -12.223   6.542 -19.797
   39    H1*    G 104           H1'        G 104 -11.322   7.982 -16.275
   40    H8     G 104           H8         G 104 -14.160   5.445 -16.641
   41    H1     G 104           H1         G 104 -12.747   7.129 -10.610
   42   1H2     G 104          1H2         G 104 -11.188   8.725 -10.620
   43   2H2     G 104          2H2         G 104 -10.517   9.358 -12.106
   44   1H2*    G 104          H2'         G 104 -12.265   5.612 -17.747
   45   2H2*    G 104          H2''        G 104 -10.651   6.255 -17.541
   46   1H5*    T 105          H5''        T 105  -9.612   9.090 -17.096
   47   2H5*    T 105          H5'         T 105  -8.297   9.329 -18.262
   48    H4*    T 105           H4'        T 105  -7.281   9.928 -16.281
   49    H3*    T 105           H3'        T 105  -6.638   7.240 -17.180
   50   1H2*    T 105          H2'         T 105  -6.451   6.184 -15.232
   51   2H2*    T 105          H2''        T 105  -5.387   7.477 -14.624
   52    H1*    T 105           H1'        T 105  -6.988   8.356 -13.418
   53    H3     T 105           H3         T 105  -9.547   5.754 -10.770
   54   1H5M    T 105          1H7         T 105  -9.394   3.127 -15.267
   55   2H5M    T 105          2H7         T 105 -10.745   4.224 -15.648
   56   3H5M    T 105          3H7         T 105 -10.886   3.077 -14.292
   57    H6     T 105           H6         T 105  -8.635   5.745 -15.481
   58   1H5*    G 106          H5''        G 106  -4.572   9.998 -15.069
   59   2H5*    G 106          H5'         G 106  -2.890  10.556 -15.095
   60    H4*    G 106           H4'        G 106  -3.730  10.650 -12.789
   61    H3*    G 106           H3'        G 106  -1.534   8.816 -13.562
   62    H1*    G 106           H1'        G 106  -4.280   8.211 -10.787
   63    H8     G 106           H8         G 106  -3.603   6.344 -14.079
   64    H1     G 106           H1         G 106  -6.429   2.835  -9.525
   65   1H2     G 106          1H2         G 106  -6.697   4.060  -7.679
   66   2H2     G 106          2H2         G 106  -6.178   5.727  -7.587
   67   1H2*    G 106          H2'         G 106  -1.924   7.243 -12.104
   68   2H2*    G 106          H2''        G 106  -2.106   8.499 -10.804
   69   1H5*    A 107          H5''        A 107  -2.135  10.386  -9.714
   70   2H5*    A 107          H5'         A 107  -0.763  11.191  -8.931
   71    H4*    A 107           H4'        A 107  -1.931  10.133  -7.194
   72    H3*    A 107           H3'        A 107   0.658   9.057  -7.974
   73    H1*    A 107           H1'        A 107  -2.419   6.873  -6.642
   74    H8     A 107           H8         A 107  -1.061   6.676 -10.213
   75   1H6     A 107          1H6         A 107  -3.197   0.819  -9.796
   76   2H6     A 107          2H6         A 107  -2.418   1.975 -10.852
   77    H2     A 107           H2         A 107  -3.862   2.886  -5.874
   78   1H2*    A 107          H2'         A 107   0.273   6.830  -7.508
   79   2H2*    A 107          H2''        A 107  -0.439   7.347  -5.946
   80   1H5*    T 108          H5''        T 108  -0.713   7.779  -3.867
   81   2H5*    T 108          H5'         T 108   0.630   8.060  -2.747
   82    H4*    T 108           H4'        T 108  -0.246   5.904  -2.303
   83    H3*    T 108           H3'        T 108   2.431   6.099  -3.534
   84   1H2*    T 108          H2'         T 108   2.415   4.028  -4.404
   85   2H2*    T 108          H2''        T 108   1.898   3.320  -2.866
   86    H1*    T 108           H1'        T 108  -0.270   3.277  -3.401
   87    H3     T 108           H3         T 108  -0.374   0.157  -6.582
   88   1H5M    T 108          1H7         T 108   0.203   3.518  -9.852
   89   2H5M    T 108          2H7         T 108   1.900   3.642  -9.317
   90   3H5M    T 108          3H7         T 108   0.732   4.904  -8.851
   91    H6     T 108           H6         T 108   0.807   4.808  -6.632
   92   1H5*    T 109          H5''        T 109  -0.008   2.312   0.406
   93   2H5*    T 109          H5'         T 109   1.565   2.704   1.123
   94    H4*    T 109           H4'        T 109   1.084   0.267   0.575
   95    H3*    T 109           H3'        T 109   3.512   1.842  -0.027
   96   1H2*    T 109          H2'         T 109   4.247   0.475  -1.681
   97   2H2*    T 109          H2''        T 109   3.882  -0.969  -0.698
   98    H1*    T 109           H1'        T 109   1.937  -1.339  -1.731
   99    H3     T 109           H3         T 109   2.377  -1.943  -6.125
  100   1H5M    T 109          1H7         T 109   4.408   2.905  -4.965
  101   2H5M    T 109          2H7         T 109   3.120   2.967  -6.191
  102   3H5M    T 109          3H7         T 109   4.654   2.136  -6.553
  103    H6     T 109           H6         T 109   3.276   1.807  -3.270
  104   1H5*    G 110          H5''        G 110   3.746  -1.949   1.239
  105   2H5*    G 110          H5'         G 110   4.388  -2.379   2.845
  106    H4*    G 110           H4'        G 110   5.103  -4.259   1.825
  107    H3*    G 110           H3'        G 110   7.121  -2.208   1.501
  108    H1*    G 110           H1'        G 110   6.113  -4.907  -1.208
  109    H8     G 110           H8         G 110   5.824  -1.034  -1.662
  110    H1     G 110           H1         G 110   5.317  -4.630  -6.947
  111   1H2     G 110          1H2