*HEADER    RNA                                     10-MAR-05   1Z31              
*TITLE     THE STRUCTURE OF AN ENZYME-ACTIVATING FRAGMENT OF HUMAN               
*TITLE    2 TELOMERASE RNA                                                       
*COMPND    MOL_ID: 1;                                                            
*COMPND   2 MOLECULE: HUMAN TELOMERASE PJ6 HAIRPIN;                              
*COMPND   3 CHAIN: A;                                                            
*COMPND   4 FRAGMENT: HUMAN TELOMERASE RNA;                                      
*COMPND   5 ENGINEERED: YES                                                      
*SOURCE    MOL_ID: 1;                                                            
*SOURCE   2 SYNTHETIC: YES;                                                      
*SOURCE   3 OTHER_DETAILS: T7 RNA POLYMERASE IN VITRO TRANSCRIPTION              
*SOURCE   4 FROM DNA OLIGONUCLEOTIDE TEMPLATE                                    
*KEYWDS    ASYMMETRIC INTERNAL BULGE, RESIDUAL DIPOLAR COUPLINGS,                
*KEYWDS   2 TELOMERASE PROTEIN BINDING SITE                                      
*EXPDTA    NMR, 10 STRUCTURES                                                    
*AUTHOR    T.C.LEEPER, G.VARANI                                                  
*REVDAT   1   22-MAR-05 1Z31    0                                                


 !!htl2bdihedZ.tbl 
 !  Residue G256 present in molecule but unrestrained due to multiple populations   
 !  
  !  G257 beta C4'Pi present and  no H5'/''P peak in HetCOR, trans +30.
   assign (resid 257 and name P  ) (resid 257 and name O5')
        (resid 257 and name C5') (resid 257 and name C4')
       1 180 45 2 
 ! 
 !  G257 epsilon (weak C2'Pi+1 peak, weak C4'Pi+1, exclusion of gauche+)
   assign (resid 257 and name C4') (resid 257 and name C3')
        (resid 257 and name O3') (resid 258 and name P  )
       1 -125 70 2 
 ! 
 !  G257 chi 
   assign (resid 257 and name O4') (resid 257 and name C1')
        (resid 257 and name N9 ) (resid 257 and name C4 )
       1 -158 25 2 
 ! 
 !  G257 nu1, no peak in 3D tocsy, or 2d TOCSY 
   assign (resid 257 and name O4') (resid 257 and name C1')
        (resid 257 and name C2') (resid 257 and name C3')
       5 -20 15 2 
 !  G257 nu2 
   assign (resid 257 and name C1') (resid 257 and name C2')
        (resid 257 and name C3') (resid 257 and name C4')
       5 35 15 2 
 !  G257 delta 
   assign (resid 257 and name C5') (resid 257 and name C4')
        (resid 257 and name C3') (resid 257 and name O3')
       5 80 25 2 
 ! 
 !  A258 beta C4'Pi undetermined and no H5'/''P peak in HetCOR, loose trans +45.
   assign (resid 258 and name P  ) (resid 258 and name O5')
        (resid 258 and name C5') (resid 258 and name C4')
       1 180 45 2 
 !  
 !  A258 chi  
   assign (resid 258 and name O4') (resid 258 and name C1')
        (resid 258 and name N9 ) (resid 258 and name C4 )
       1 -158 25 2  
 ! 
 !  A258 epsilon (3' endo, no C2'Pi+1 peak, no C4'Pi+1 or N.D., trans+45) 
   assign (resid 258 and name C4') (resid 258 and name C3')
        (resid 258 and name O3') (resid 259 and name P  )
       1 -150 45 2 
 ! 
  !  A258 nu1, no peak in 3D tocsy, or 2d TOCSY 
   assign (resid 258 and name O4') (resid 258 and name C1')
        (resid 258 and name C2') (resid 258 and name C3')
       5 -20 15 2 
 !  A258 nu2 
   assign (resid 258 and name C1') (resid 258 and name C2')
        (resid 258 and name C3') (resid 258 and name C4')
       5 35 15 2 
 !  A258 delta 
   assign (resid 258 and name C5') (resid 258 and name C4')
        (resid 258 and name C3') (resid 258 and name O3')
       5 80 25 2  
 ! 
 !  G259 beta C4'Pi present and no H5'/''P peak in HetCOR, trans +30.
   assign (resid 259 and name P  ) (resid 259 and name O5')
        (resid 259 and name C5') (resid 259 and name C4')
       1 180 45 2 
 !  
 !  G259 chi 
   assign (resid 259 and name O4') (resid 259 and name C1')
        (resid 259 and name N9 ) (resid 259 and name C4 )
       1 -158 25 2 
 !  
 !   G259 epsilon (3' endo, no C2'Pi+1 peak, no C4'Pi+1 or N.D., trans+45)
   assign (resid 259 and name C4') (resid 259 and name C3')
       (resid 259 and name O3') (resid 260 and name P  )
      1 -150 45 2 
 !  
 !   G259 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 259 and name O4') (resid 259 and name C1')
       (resid 259 and name C2') (resid 259 and name C3')
      5 -20 15 2 
 !   G259 nu2 
   assign (resid 259 and name C1') (resid 259 and name C2')
       (resid 259 and name C3') (resid 259 and name C4')
      5 35 15 2 
 !   G259 delta 
   assign (resid 259 and name C5') (resid 259 and name C4')
        (resid 259 and name C3') (resid 259 and name O3')
       5 80 25 2 
 !  
 !   G260 beta C4'Pi undetermined and no H5'/''P peak in HetCOR, loose trans +45.
   assign (resid 260 and name P  ) (resid 260 and name O5')
       (resid 260 and name C5') (resid 260 and name C4')
      1 180 45 2 
 !   
 !   G260 chi (weak 1' to Aromatic NOE,) 
   assign (resid 260 and name O4') (resid 260 and name C1')
       (resid 260 and name N9 ) (resid 260 and name C4 )
      1 -158 25 2 
 !  
 !   G260 gamma, equal intensity H5'/Ar and H5''/Ar NOEs
   assign (resid 260 and name O5') (resid 260 and name C5')
       (resid 260 and name C4') (resid 260 and name C3')
      1 60 40 2 
 !  
 !   G260 epsilon (3' endo, no C2'Pi+1 peak, no C4'Pi+1 or N.D., trans+45)
   assign (resid 260 and name C4') (resid 260 and name C3')
       (resid 260 and name O3') (resid 261 and name P  )
      1 -150 45 2 
 !  
  !   G260 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 260 and name O4') (resid 260 and name C1')
       (resid 260 and name C2') (resid 260 and name C3')
      5 -20 15 2 
 !   G260 nu2 
   assign (resid 260 and name C1') (resid 260 and name C2')
       (resid 260 and name C3') (resid 260 and name C4')
      5 35 15 2 
 !  G260 delta 
   assign (resid 260 and name C5') (resid 260 and name C4')
        (resid 260 and name C3') (resid 260 and name O3')
       5 80 25 2 
 ! 
 !   U261 beta C4'Pi present and no H5'/''P peak in HetCOR, trans +30.
   assign (resid 261 and name P  ) (resid 261 and name O5')
       (resid 261 and name C5') (resid 261 and name C4')
      1 180 45 2 
 
 !   U261 chi  
   assign (resid 261 and name O4') (resid 261 and name C1')
       (resid 261 and name N1 ) (resid 261 and name C2 )
      1 -158 45 2 

 !   U261 epsilon (2'endo, but no apparent C2'Pi+1 peak, C4'Pi+1 ND, exclusion of gauche+)
   assign (resid 261 and name C4') (resid 261 and name C3')
       (resid 261 and name O3') (resid 262 and name P  )
      1 -125 70 2 
 ! 
 !   U261 nu0, weak peak in 3D tocsy, interconversion? 
 !  
 ! 
 !   C262 nu1, 2' endo, strong TOCSY peaks  
   assign (resid 262 and name O4') (resid 262 and name C1')
       (resid 262 and name C2') (resid 262 and name C3')
      5 35 20 2 
 !   C262 nu2 
   assign (resid 262 and name C1') (resid 262 and name C2')
       (resid 262 and name C3') (resid 262 and name C4')
      5 -35 20 2 
 !  C262 delta 
   assign (resid 262 and name C5') (resid 262 and name C4')
        (resid 262 and name C3') (resid 262 and name O3')
       5 145 30 2 
 ! 
 !   G263 chi  
   assign (resid 263 and name O4') (resid 263 and name C1')
       (resid 263 and name N9 ) (resid 263 and name C4 )
      1 -158 45 2 
 !  
 !   G263 epsilon (3' endo, no C2'Pi+1 peak, no C4'Pi+1 or N.D., trans+45)
 !  mildly violated in structures with RDCs, boosted to +60.
   assign (resid 263 and name C4') (resid 263 and name C3')
       (resid 263 and name O3') (resid 264 and name P  )
      1 -150 60 2 
 
 !   G263 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 263 and name O4') (resid 263 and name C1')
       (resid 263 and name C2') (resid 263 and name C3')
      5 -20 15 2 
 !   G263 nu2 
   assign (resid 263 and name C1') (resid 263 and name C2')
       (resid 263 and name C3') (resid 263 and name C4')
      5 35 15 2 
 !  G263 delta 
   assign (resid 263 and name C5') (resid 263 and name C4')
        (resid 263 and name C3') (resid 263 and name O3')
       5 80 25 2 
 !  
 !   G264 beta C4'Pi present and no H5'/''P peak in HetCOR, trans +30.
 !  mildly violated in structures with RDCs, boosted to +60.
   assign (resid 264 and name P  ) (resid 264 and name O5')
       (resid 264 and name C5') (resid 264 and name C4')
      1 180 60 2 
 !   
 !   G264 chi  
   assign (resid 264 and name O4') (resid 264 and name C1')
       (resid 264 and name N9 ) (resid 264 and name C4 )
      1 -158 25 2 
 !  
 !   G264 epsilon (weak C2'Pi+1 peak, weak C4'Pi+1, exclusion of gauche+)
   assign (resid 264 and name C4') (resid 264 and name C3')
       (resid 264 and name O3') (resid 265 and name P  )
      1 -125 70 2 
 !  
  !   G264 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 264 and name O4') (resid 264 and name C1')
       (resid 264 and name C2') (resid 264 and name C3')
      5 -20 15 2 
 !   G264 nu2 
   assign (resid 264 and name C1') (resid 264 and name C2')
       (resid 264 and name C3') (resid 264 and name C4')
      5 35 15 2 
 !  G264 delta 
   assign (resid 264 and name C5') (resid 264 and name C4')
        (resid 264 and name C3') (resid 264 and name O3')
       5 80 25 2 
 ! 
 !   C265 beta C4'Pi undetermined and no H5'/''P peak in HetCOR, loose trans +45.
   assign (resid 265 and name P  ) (resid 265 and name O5')
       (resid 265 and name C5') (resid 265 and name C4')
      1 180 60 2 
 !   
 !   C265 chi 
   assign (resid 265 and name O4') (resid 265 and name C1')
       (resid 265 and name N1 ) (resid 265 and name C2 )
      1 -158 35 2 
 !  
 !   C265 epsilon (3' endo, no C2'Pi+1 peak, no C4'Pi+1 or N.D., trans+45)
   assign (resid 265 and name C4') (resid 265 and name C3')
       (resid 265 and name O3') (resid 266 and name P  )
      1 -150 45 2 
 !  
  !   C265 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 265 and name O4') (resid 265 and name C1')
       (resid 265 and name C2') (resid 265 and name C3')
      5 -20 15 2 
 !   C265 nu2 
   assign (resid 265 and name C1') (resid 265 and name C2')
       (resid 265 and name C3') (resid 265 and name C4')
      5 35 15 2 
 !  C265 delta 
   assign (resid 265 and name C5') (resid 265 and name C4')
        (resid 265 and name C3') (resid 265 and name O3')
       5 80 25 2 
 ! 
 !  C266 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 266 and name O4') (resid 266 and name C1')
       (resid 266 and name C2') (resid 266 and name C3')
      5 -20 15 2 
 !  C266 nu2 
   assign (resid 266 and name C1') (resid 266 and name C2')
       (resid 266 and name C3') (resid 266 and name C4')
      5 35 15 2 
 !  C266 delta 
   assign (resid 266 and name C5') (resid 266 and name C4')
        (resid 266 and name C3') (resid 266 and name O3')
       5 80 25 2 
 !
 !  C267 beta C4'Pi undetermined and no H5'/''P peak in HetCOR, loose trans +45.
   assign (resid 267 and name P  ) (resid 267 and name O5')
       (resid 267 and name C5') (resid 267 and name C4')
      1 180 60 2 
 ! 
 !  C267 epsilon (partially 2'endo, but no apparent C2'Pi+1 peak, C4'Pi+1 ND, exclusion of gauche+)
   assign (resid 267 and name C4') (resid 267 and name C3')
       (resid 267 and name O3') (resid 268 and name P  )
      1 -125 120 2 
 ! 
 !  C267 nu0-4, leave unrestrained. Too much OL with 291 to assess
 ! 
 !  G268 chi 
   assign (resid 268 and name O4') (resid 268 and name C1')
       (resid 268 and name N9 ) (resid 268 and name C4 )
      1 -158 30 2 
 !  
 !  G268 gamma, equivalent intensity iH5'/iAr and iH5''/iAr NOEs
   assign (resid 268 and name O5') (resid 268 and name C5')
       (resid 268 and name C4') (resid 268 and name C3')
      1 60 40 2 
 ! 
 !  G268 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 268 and name O4') (resid 268 and name C1')
       (resid 268 and name C2') (resid 268 and name C3')
      5 -20 15 2 
 !  G268 nu2 
   assign (resid 268 and name C1') (resid 268 and name C2')
       (resid 268 and name C3') (resid 268 and name C4')
      5 35 15 2 
 !  G268 delta 
   assign (resid 268 and name C5') (resid 268 and name C4')
        (resid 268 and name C3') (resid 268 and name O3')
       5 80 25 2 
 !  
 !  A269 beta C4'Pi undetermined and no H5'/''P peak in HetCOR, loose trans +45.
   assign (resid 269 and name P  ) (resid 269 and name O5')
       (resid 269 and name C5') (resid 269 and name C4')
      1 180 45 2 
 !  
 !  A269 chi (medium to weak 1' to Aromatic NOE,) 
   assign (resid 269 and name O4') (resid 269 and name C1')
       (resid 269 and name N9 ) (resid 269 and name C4 )
      1 -158 25 2  
 ! 
 !  A269 epsilon (3' endo, no C2'Pi+1 peak, strong C4'Pi+1, trans+30)
 !  mildly violated in structures with RDCs, boosted to +60.
   assign (resid 269 and name C4') (resid 269 and name C3')
       (resid 269 and name O3') (resid 270 and name P  )
      1 -150 60 2  
 ! 
 !  C270 chi 
   assign (resid 270 and name O4') (resid 270 and name C1')
       (resid 270 and name N1 ) (resid 270 and name C2 )
      1 -158 25 2 
 ! 
 !  C270 epsilon (3' endo, no C2'Pi+1 peak, strong C4'Pi+1, trans+30)
   assign (resid 270 and name C4') (resid 270 and name C3')
       (resid 270 and name O3') (resid 271 and name P  )
      1 -150 30 2 
 ! 
 !  C270 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 270 and name O4') (resid 270 and name C1')
       (resid 270 and name C2') (resid 270 and name C3')
      5 -20 15 2 
 !  C270 nu2 
   assign (resid 270 and name C1') (resid 270 and name C2')
       (resid 270 and name C3') (resid 270 and name C4')
      5 35 15 2 
 !  C270 delta 
   assign (resid 270 and name C5') (resid 270 and name C4')
        (resid 270 and name C3') (resid 270 and name O3')
       5 80 25 2 
 !
 !  U271 beta C4'Pi undetermined and no H5'/''P peak in HetCOR, loose trans +55.
   assign (resid 271 and name P  ) (resid 271 and name O5')
       (resid 271 and name C5') (resid 271 and name C4')
      1 180 90 2 
 ! 
 !  U271 epsilon (3' endo, no C2'Pi+1 peak, strong C4'Pi+1, trans+30)
   assign (resid 271 and name C4') (resid 271 and name C3')
       (resid 271 and name O3') (resid 272 and name P  )
      1 -150 45 2 
 ! 
 !  U271 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 271 and name O4') (resid 271 and name C1')
       (resid 271 and name C2') (resid 271 and name C3')
      5 -20 20 2 
 !  U271 nu2 
   assign (resid 271 and name C1') (resid 271 and name C2')
       (resid 271 and name C3') (resid 271 and name C4')
      5 35 20 2 
 !  U271 delta 
   assign (resid 271 and name C5') (resid 271 and name C4')
        (resid 271 and name C3') (resid 271 and name O3')
       5 80 35 2 
 ! 
 !  U272 beta C4'Pi present and no H5'/''P peak in HetCOR, trans +30.
   assign (resid 272 and name P  ) (resid 272 and name O5')
       (resid 272 and name C5') (resid 272 and name C4')
      1 180 45 2 
 ! 
 !  U272 epsilon (2'endo, but no apparent C2'Pi+1 peak, C4'Pi+1 ND, exclusion of gauche+)
   assign (resid 272 and name C4') (resid 272 and name C3')
       (resid 272 and name O3') (resid 284 and name P  )
      1 -125 70 2 
 ! 
 !  U272 nu1, 2' endo, strong TOCSY peaks  
   assign (resid 272 and name O4') (resid 272 and name C1')
       (resid 272 and name C2') (resid 272 and name C3')
      5 35 15 2 

 !  C284 beta C4'Pi present and no H5'/''P peak in HetCOR, trans +30.
   assign (resid 284 and name P  ) (resid 284 and name O5')
       (resid 284 and name C5') (resid 284 and name C4')
      1 180 55 2 
 !  
 !  C284 epsilon (strongly 2'endo, strong C2'Pi+1 peak, weak C4'Pi+1, gauche-)
   assign (resid 284 and name C4') (resid 284 and name C3')
       (resid 284 and name O3') (resid 285 and name P  )
      1 -100 90 2 
 ! 
 !  C284 gamma, equivalent intensity iH5'/iAr and iH5''/iAr NOEs
   assign (resid 284 and name O5') (resid 284 and name C5')
       (resid 284 and name C4') (resid 284 and name C3')
      1 60 40 2 
 ! 
 !  C284 nu1, 2' endo, strong TOCSY peaks  
   assign (resid 284 and name O4') (resid 284 and name C1')
       (resid 284 and name C2') (resid 284 and name C3')
      5 35 15 2 

 !  G285 chi, syn base, strong H1' to Ar NOE and GU pair 
   assign (resid 285 and name O4') (resid 285 and name C1')
        (resid 285 and name N9 ) (resid 285 and name C4 )
       5 0 90 2 

 !  G285 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 285 and name O4') (resid 285 and name C1')
       (resid 285 and name C2') (resid 285 and name C3')
      5 -20 15 2 
 !  G285 nu2 
   assign (resid 285 and name C1') (resid 285 and name C2')
       (resid 285 and name C3') (resid 285 and name C4')
      5 35 15 2 
 !  G285 delta 
   assign (resid 285 and name C5') (resid 285 and name C4')
        (resid 285 and name C3') (resid 285 and name O3')
       5 80 25 2 
 !
 !  G286 chi 
   assign (resid 286 and name O4') (resid 286 and name C1')
       (resid 286 and name N9 ) (resid 286 and name C4 )
      1 -158 25 2 
 ! 
 !  G286 epsilon (3' endo, no C2'Pi+1 peak, no C4'Pi+1 or N.D., trans+45)
   assign (resid 286 and name C4') (resid 286 and name C3')
       (resid 286 and name O3') (resid 287 and name P  )
      1 -150 45 2 
 ! 
 !  G286 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 286 and name O4') (resid 286 and name C1')
       (resid 286 and name C2') (resid 286 and name C3')
      5 -20 15 2 
 !  G286 nu2 
   assign (resid 286 and name C1') (resid 286 and name C2')
       (resid 286 and name C3') (resid 286 and name C4')
      5 35 15 2 
 !  G286 delta 
   assign (resid 286 and name C5') (resid 286 and name C4')
        (resid 286 and name C3') (resid 286 and name O3')
       5 80 25 2 
 !  
 !  U287 beta C4'Pi undetermined and no H5'/''P peak in HetCOR, loose trans +45.
   assign (resid 287 and name P  ) (resid 287 and name O5')
       (resid 287 and name C5') (resid 287 and name C4')
      1 180 45 2 
 !  
 !  U287 chi (very weak 1' to Aromatic NOE) 
   assign (resid 287 and name O4') (resid 287 and name C1')
       (resid 287 and name N1 ) (resid 287 and name C2 )
      1 -158 25 2 
 ! 
 !  U287 epsilon (weak C2'Pi+1 peak, weak C4'Pi+1, exclusion of gauche+)
   assign (resid 287 and name C4') (resid 287 and name C3')
       (resid 287 and name O3') (resid 288 and name P  )
      1 -125 70 2 
 ! 
 !  U287 nu1, no peak in 3D tocsy, or 2d TOCSY   
   assign (resid 287 and name O4') (resid 287 and name C1')
       (resid 287 and name C2') (resid 287 and name C3')
      5 -20 15 2 
 !  U287 nu2 
   assign (resid 287 and name C1') (resid 287 and name C2')
       (resid 287 and name C3') (resid 287 and name C4')
      5 35 15 2 
 !  U287 delta 
   assign (resid 287 and name C5') (resid 287 and name C4')
        (resid 287 and name C3') (resid 287 and name O3')
       5 80 25 2 
 !
 !  C288 beta C4'Pi undetermined and no H5'/''P peak in HetCOR, loose trans +45.
   assign (resid 288 and name P  ) (resid 288 and name O5')
       (resid 288 and name C5') (resid 288 and name C4')
      1 180 45 2 
 !  
 !  C288 chi (too much OL to reliably quantitate 1' to H6 intra) 
 ! 
 !  C288 epsilon (3' endo, no C2'Pi+1 peak, no C4'Pi+1 or N.D., trans+45)
   assign (resid 288 and name C4') (resid 288 and name C3')
       (resid 288 and name O3') (resid 289 and name P  )
      1 -150 45 2 
 ! 
 !  C288 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 288 and name O4') (resid 288 and name C1')
       (resid 288 and name C2') (resid 288 and name C3')
      5 -20 15 2 
 !  C288 nu2 
   assign (resid 288 and name C1') (resid 288 and name C2')
       (resid 288 and name C3') (resid 288 and name C4')
      5 35 15 2 
 !  C288 delta 
   assign (resid 288 and name C5') (resid 288 and name C4')
        (resid 288 and name C3') (resid 288 and name O3')
       5 80 25 2 
  
 !  A289 epsilon (3' endo, no C2'Pi+1 peak, no C4'Pi+1 or N.D., trans+45)
   assign (resid 289 and name C4') (resid 289 and name C3')
       (resid 289 and name O3') (resid 290 and name P  )
      1 -150 45 2 
 ! 
 !  A289 gamma, equivalent intensity iH5'/iAr and iH5''/iAr NOEs
   assign (resid 289 and name O5') (resid 289 and name C5')
       (resid 289 and name C4') (resid 289 and name C3')
      1 60 40 2 
 ! 
 !  A289 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 289 and name O4') (resid 289 and name C1')
       (resid 289 and name C2') (resid 289 and name C3')
      5 -20 15 2 
 !  A289 nu2 
   assign (resid 289 and name C1') (resid 289 and name C2')
       (resid 289 and name C3') (resid 289 and name C4')
      5 35 15 2 
 !  A289 delta 
   assign (resid 289 and name C5') (resid 289 and name C4')
        (resid 289 and name C3') (resid 289 and name O3')
       5 80 25 2 
 ! 
 !  C290 beta C4'Pi undetermined and no H5'/''P peak in HetCOR, loose trans +45.
   assign (resid 290 and name P  ) (resid 290 and name O5')
       (resid 290 and name C5') (resid 290 and name C4')
      1 180 45 2 
 ! 
 !  C290 epsilon (3' endo, no C2'Pi+1 peak, strong C4'Pi+1, trans+30)
   assign (resid 290 and name C4') (resid 290 and name C3')
       (resid 290 and name O3') (resid 291 and name P  )
      1 -150 30 2 
 ! 
 !  C290 gamma, equivalent intensity iH5'/iAr and iH5''/iAr NOEs
   assign (resid 290 and name O5') (resid 290 and name C5')
       (resid 290 and name C4') (resid 290 and name C3')
      1 60 40 2 
 ! 
 !  C290 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 290 and name O4') (resid 290 and name C1')
       (resid 290 and name C2') (resid 290 and name C3')
      5 -20 15 2 
 !  C290 nu2 
   assign (resid 290 and name C1') (resid 290 and name C2')
       (resid 290 and name C3') (resid 290 and name C4')
      5 35 15 2 
 !  C290 delta 
   assign (resid 290 and name C5') (resid 290 and name C4')
        (resid 290 and name C3') (resid 290 and name O3')
       5 80 25 2 
 ! 
 !  U291 beta C4'Pi undetermined and no H5'/''P peak in HetCOR, loose trans +45.
   assign (resid 291 and name P  ) (resid 291 and name O5')
       (resid 291 and name C5') (resid 291 and name C4')
      1 180 45 2 
 ! 
 !  U291 epsilon (3' endo, no C2'Pi+1 peak, strong C4'Pi+1, trans+30)
   assign (resid 291 and name C4') (resid 291 and name C3')
       (resid 291 and name O3') (resid 292 and name P  )
      1 -150 30 2 
 ! 
 !  U291 gamma, equivalent intensity iH5'/iAr and iH5''/iAr NOEs
   assign (resid 291 and name O5') (resid 291 and name C5')
       (resid 291 and name C4') (resid 291 and name C3')
      1 60 40 2 
 ! 
 !  U291 nu0-4, leave unrestrained. Too much OL with C267 to assess
 ! 
 !  
 !  G292 chi 
   assign (resid 292 and name O4') (resid 292 and name C1')
       (resid 292 and name N9 ) (resid 292 and name C4 )
      1 -158 35 2 
 ! 
 !  G292 epsilon (3' endo, no C2'Pi+1 peak, strong C4'Pi+1, trans+30)
   assign (resid 292 and name C4') (resid 292 and name C3')
       (resid 292 and name O3') (resid 293 and name P  )
      1 -150 30 2 
 ! 
 !  G292 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 292 and name O4') (resid 292 and name C1')
       (resid 292 and name C2') (resid 292 and name C3')
      5 -20 20 2 
 !  G292 nu2 
   assign (resid 292 and name C1') (resid 292 and name C2')
       (resid 292 and name C3') (resid 292 and name C4')
      5 35 20 2 
 !  G292 delta 
   assign (resid 292 and name C5') (resid 292 and name C4')
        (resid 292 and name C3') (resid 292 and name O3')
       5 80 30 2 
 ! 
 !  C293 beta C4'Pi undetermined and no H5'/''P peak in HetCOR, loose trans +45.
   assign (resid 293 and name P  ) (resid 293 and name O5')
       (resid 293 and name C5') (resid 293 and name C4')
      1 180 45 2 
 !  
 !  C293 chi 
   assign (resid 293 and name O4') (resid 293 and name C1')
       (resid 293 and name N1 ) (resid 293 and name C2 )
      1 -158 25 2 
 ! 
 !  C293 epsilon (3' endo, no C2'Pi+1 peak, no C4'Pi+1 or N.D., trans+45)
 !  mildly violated in structures with RDCs, boosted to +60.
   assign (resid 293 and name C4') (resid 293 and name C3')
       (resid 293 and name O3') (resid 294 and name P  )
      1 -150 60 2 
 ! 
 !  C293 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 293 and name O4') (resid 293 and name C1')
       (resid 293 and name C2') (resid 293 and name C3')
      5 -20 15 2 
 !  C293 nu2 
   assign (resid 293 and name C1') (resid 293 and name C2')
       (resid 293 and name C3') (resid 293 and name C4')
      5 35 15 2 
 !  C293 delta 
   assign (resid 293 and name C5') (resid 293 and name C4')
        (resid 293 and name C3') (resid 293 and name O3')
       5 80 25 2 
 ! 
 !  C294 beta C4'Pi present and no H5'/''P peak in HetCOR, trans +30.
   assign (resid 294 and name P  ) (resid 294 and name O5')
       (resid 294 and name C5') (resid 294 and name C4')
      1 180 45 2 
 !  
 !  C294 chi  
   assign (resid 294 and name O4') (resid 294 and name C1')
       (resid 294 and name N1 ) (resid 294 and name C2 )
      1 -158 45 2 
 ! 
 !  C294 epsilon (3' endo, no C2'Pi+1 peak, strong C4'Pi+1, trans+30)
   assign (resid 294 and name C4') (resid 294 and name C3')
       (resid 294 and name O3') (resid 295 and name P  )
      1 -150 45 2 
 ! 
 !  C294 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 294 and name O4') (resid 294 and name C1')
       (resid 294 and name C2') (resid 294 and name C3')
      5 -20 15 2 
 !  C294 nu2 
   assign (resid 294 and name C1') (resid 294 and name C2')
       (resid 294 and name C3') (resid 294 and name C4')
      5 35 15 2 
 !  C294 delta 
   assign (resid 294 and name C5') (resid 294 and name C4')
        (resid 294 and name C3') (resid 294 and name O3')
       5 80 25 2 
 ! 
 !  A295 beta C4'Pi present and no H5'/''P peak in HetCOR, trans +40.
   assign (resid 295 and name P  ) (resid 295 and name O5')
       (resid 295 and name C5') (resid 295 and name C4')
      1 180 45 2 
 !  
 !  A295 chi 
   assign (resid 295 and name O4') (resid 295 and name C1')
       (resid 295 and name N9 ) (resid 295 and name C4 )
      1 -158 45 2 
 ! 
 !  A295 epsilon (3' endo, no C2'Pi+1 peak, strong C4'Pi+1, trans+30)
   assign (resid 295 and name C4') (resid 295 and name C3')
       (resid 295 and name O3') (resid 296 and name P  )
      1 -150 30 2 
 ! 
 !  A295 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 295 and name O4') (resid 295 and name C1')
       (resid 295 and name C2') (resid 295 and name C3')
      5 -20 15 2 
 !  A295 nu2 
   assign (resid 295 and name C1') (resid 295 and name C2')
       (resid 295 and name C3') (resid 295 and name C4')
      5 35 15 2 
 !  A295 delta 
   assign (resid 295 and name C5') (resid 295 and name C4')
        (resid 295 and name C3') (resid 295 and name O3')
       5 80 25 2 
 ! 
 !  C296 beta C4'Pi undetermined and no H5'/''P peak in HetCOR, loose trans +45.
   assign (resid 296 and name P  ) (resid 296 and name O5')
       (resid 296 and name C5') (resid 296 and name C4')
      1 180 45 2 
 !  
 !  C296 chi  
   assign (resid 296 and name O4') (resid 296 and name C1')
       (resid 296 and name N1 ) (resid 296 and name C2 )
      1 -158 30 2 
 ! 
 !  C296 epsilon (3' endo, no C2'Pi+1 peak, no C4'Pi+1 or N.D., trans+45)
   assign (resid 296 and name C4') (resid 296 and name C3')
       (resid 296 and name O3') (resid 297 and name P  )
      1 -150 45 2 
 ! 
 !  C296 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 296 and name O4') (resid 296 and name C1')
       (resid 296 and name C2') (resid 296 and name C3')
      5 -20 15 2 
 !  C296 nu2 
   assign (resid 296 and name C1') (resid 296 and name C2')
       (resid 296 and name C3') (resid 296 and name C4')
      5 35 15 2 
 !  C296 delta 
   assign (resid 296 and name C5') (resid 296 and name C4')
        (resid 296 and name C3') (resid 296 and name O3')
       5 80 25 2 
 ! 
 !  C297 beta C4'Pi undetermined and no H5'/''P peak in HetCOR, loose trans +45.
   assign (resid 297 and name P  ) (resid 297 and name O5')
       (resid 297 and name C5') (resid 297 and name C4')
      1 180 45 2 
 !  
 !  C297 chi  
   assign (resid 297 and name O4') (resid 297 and name C1')
       (resid 297 and name N1 ) (resid 297 and name C2 )
      1 -158 25 2 
 ! 
 !  C297 epsilon (3' endo, no C2'Pi+1 peak, no C4'Pi+1 or N.D., trans+45)
   assign (resid 297 and name C4') (resid 297 and name C3')
       (resid 297 and name O3') (resid 298 and name P  )
      1 -150 45 2 
 ! 
 !  C297 gamma, equivalent intensity iH5'/iAr and iH5''/iAr NOEs
   assign (resid 297 and name O5') (resid 297 and name C5')
       (resid 297 and name C4') (resid 297 and name C3')
      1 60 40 2 
 ! 
 !  C297 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 297 and name O4') (resid 297 and name C1')
       (resid 297 and name C2') (resid 297 and name C3')
      5 -20 15 2 
 !  C297 nu2 
   assign (resid 297 and name C1') (resid 297 and name C2')
       (resid 297 and name C3') (resid 297 and name C4')
      5 35 15 2 
 !  C297 delta 
   assign (resid 297 and name C5') (resid 297 and name C4')
        (resid 297 and name C3') (resid 297 and name O3')
       5 80 25 2 
 ! 
 !  U298 beta C4'Pi undetermined and no H5'/''P peak in HetCOR, loose trans +45.
   assign (resid 298 and name P  ) (resid 298 and name O5')
       (resid 298 and name C5') (resid 298 and name C4')
      1 180 45 2 
 !  
 !  U298 chi 
   assign (resid 298 and name O4') (resid 298 and name C1')
       (resid 298 and name N1 ) (resid 298 and name C2 )
      1 -158 25 2 
 ! 
 !  U298 epsilon (3' endo, no C2'Pi+1 peak, no C4'Pi+1 or N.D., trans+45)
   assign (resid 298 and name C4') (resid 298 and name C3')
       (resid 298 and name O3') (resid 299 and name P  )
      1 -150 45 2 
 ! 
 !  U298 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 298 and name O4') (resid 298 and name C1')
       (resid 298 and name C2') (resid 298 and name C3')
      5 -20 15 2 
 !  U298 nu2 
   assign (resid 298 and name C1') (resid 298 and name C2')
       (resid 298 and name C3') (resid 298 and name C4')
      5 35 15 2 
 !  U298 delta 
   assign (resid 298 and name C5') (resid 298 and name C4')
        (resid 298 and name C3') (resid 298 and name O3')
       5 80 25 2 
 ! 
 !  C299 beta C4'Pi undetermined and no H5'/''P peak in HetCOR, loose trans +45.
   assign (resid 299 and name P  ) (resid 299 and name O5')
       (resid 299 and name C5') (resid 299 and name C4')
      1 180 45 2 
 !  
 !  C299 chi (weak 1' to Aromatic NOE) 
   assign (resid 299 and name O4') (resid 299 and name C1')
       (resid 299 and name N1 ) (resid 299 and name C2 )
      1 -158 25 2 
 ! 
 !  C299 nu1, no peak in 3D tocsy, or 2d TOCSY  
   assign (resid 299 and name O4') (resid 299 and name C1')
       (resid 299 and name C2') (resid 299 and name C3')
      5 -20 15 2 
 !  C299 nu2 
   assign (resid 299 and name C1') (resid 299 and name C2')
       (resid 299 and name C3') (resid 299 and name C4')
      5 35 15 2 
 !  C299 delta 
   assign (resid 299 and name C5') (resid 299 and name C4')
        (resid 299 and name C3') (resid 299 and name O3')
       5 80 25 2 

 !! 
 !!htl2bhbond.tbl 

   ! for G257/ C299  base pair 
  assign (resid 257 and name N1)  (resid 299 and name N3)    2.95 0.2 0.2 
  assign (resid 257 and name O6)  (resid 299 and name N4)    2.91 0.2 0.2 
  assign (resid 257 and name N2)  (resid 299 and name O2)    2.86 0.2 0.2 
  assign (resid 257 and name H1)  (resid 299 and name N3)    1.95 0.2 0.2 
  assign (resid 257 and name O6)  (resid 299 and name H41)   1.91 0.2 0.2 
  assign (resid 257 and name H21) (resid 299 and name O2)    1.86 0.2 0.2 
  ! 
  ! for A258/ U298 base pair 
  assign (resid 258 and name N1)  (resid 298 and name N3)    2.73 0.2 0.2 
  assign (resid 258 and name N6)  (resid 298 and name O4)    2.92 0.2 0.2 
  assign (resid 258 and name N1)  (resid 298 and name H3)    1.73 0.2 0.2 
  assign (resid 258 and name H61) (resid 298 and name O4)    1.92 0.2 0.2 
  ! 
  ! for G259/ C297  base pair 
  assign (resid 259 and name N1)  (resid 297 and name N3)    2.95 0.2 0.2 
  assign (resid 259 and name O6)  (resid 297 and name N4)    2.91 0.2 0.2 
  assign (resid 259 and name N2)  (resid 297 and name O2)    2.86 0.2 0.2 
  assign (resid 259 and name H1)  (resid 297 and name N3)    1.95 0.2 0.2 
  assign (resid 259 and name O6)  (resid 297 and name H41)   1.91 0.2 0.2 
  assign (resid 259 and name H21) (resid 297 and name O2)    1.86 0.2 0.2 
  ! 
  ! for G260/ C296  base pair 
  assign (resid 260 and name N1)  (resid 296 and name N3)    2.95 0.2 0.2 
  assign (resid 260 and name O6)  (resid 296 and name N4)    2.91 0.2 0.2 
  assign (resid 260 and name N2)  (resid 296 and name O2)    2.86 0.2 0.2 
  assign (resid 260 and name H1)  (resid 296 and name N3)    1.95 0.2 0.2 
  assign (resid 260 and name O6)  (resid 296 and name H41)   1.91 0.2 0.2 
  assign (resid 260 and name H21) (resid 296 and name O2)    1.86 0.2 0.2 
  !  
  !  
  !
  ! for A295/ U261 base pair, added as a result of this pair being indicated
  ! by low energy structures 082103. 
  assign (resid 295 and name N1)  (resid 261 and name N3)    2.73 0.3 0.3 
  assign (resid 295 and name N6)  (resid 261 and name O4)    2.92 0.3 0.3 
  assign (resid 295 and name N1)  (resid 261 and name H3)    1.73 0.3 0.3 
  assign (resid 295 and name H61) (resid 261 and name O4)    1.92 0.3 0.3 
  !  
  !  
  ! for G263/ C294 base pair 
  assign (resid 263 and name N1)  (resid 294 and name N3)    2.95 0.2 0.2 
  assign (resid 263 and name O6)  (resid 294 and name N4)    2.91 0.2 0.2 
  assign (resid 263 and name N2)  (resid 294 and name O2)    2.86 0.2 0.2 
  assign (resid 263 and name H1)  (resid 294 and name N3)    1.95 0.2 0.2 
  assign (resid 263 and name O6)  (resid 294 and name H41)   1.91 0.2 0.2 
  assign (resid 263 and name H21) (resid 294 and name O2)    1.86 0.2 0.2 
  ! 
  ! for G264/ C293 base pair 
  assign (resid 264 and name N1)  (resid 293 and name N3)    2.95 0.2 0.2 
  assign (resid 264 and name O6)  (resid 293 and name N4)    2.91 0.2 0.2 
  assign (resid 264 and name N2)  (resid 293 and name O2)    2.86 0.2 0.2 
  assign (resid 264 and name H1)  (resid 293 and name N3)    1.95 0.2 0.2 
  assign (resid 264 and name O6)  (resid 293 and name H41)   1.91 0.2 0.2 
  assign (resid 264 and name H21) (resid 293 and name O2)    1.86 0.2 0.2 
  ! 
  ! for G292/ C265 base pair 
  assign (resid 292 and name N1)  (resid 265 and name N3)    2.95 0.2 0.2 
  assign (resid 292 and name O6)  (resid 265 and name N4)    2.91 0.2 0.2 
  assign (resid 292 and name N2)  (resid 265 and name O2)    2.86 0.2 0.2 
  assign (resid 292 and name H1)  (resid 265 and name N3)    1.95 0.2 0.2 
  assign (resid 292 and name O6)  (resid 265 and name H41)   1.91 0.2 0.2 
  assign (resid 292 and name H21) (resid 265 and name O2)    1.86 0.2 0.2 
  ! 
  ! for G268/ C288 base pair 
  assign (resid 268 and name N1)  (resid 288 and name N3)    2.95 0.2 0.2 
  assign (resid 268 and name O6)  (resid 288 and name N4)    2.91 0.2 0.2 
  assign (resid 268 and name N2)  (resid 288 and name O2)    2.86 0.2 0.2 
  assign (resid 268 and name H1)  (resid 288 and name N3)    1.95 0.2 0.2 
  assign (resid 268 and name O6)  (resid 288 and name H41)   1.91 0.2 0.2 
  assign (resid 268 and name H21) (resid 288 and name O2)    1.86 0.2 0.2 
  ! 
  ! for A269/ U287 base pair 
  assign (resid 269 and name N1)  (resid 287 and name N3)    2.73 0.2 0.2 
  assign (resid 269 and name N6)  (resid 287 and name O4)    2.92 0.2 0.2 
  assign (resid 269 and name N1)  (resid 287 and name H3)    1.73 0.2 0.2 
  assign (resid 269 and name H61) (resid 287 and name O4)    1.92 0.2 0.2 
  ! 
  ! for G286/ C270 base pair 
  assign (resid 286 and name N1)  (resid 270 and name N3)    2.95 0.2 0.2 
  assign (resid 286 and name O6)  (resid 270 and name N4)    2.91 0.2 0.2 
  assign (resid 286 and name N2)  (resid 270 and name O2)    2.86 0.2 0.2 
  assign (resid 286 and name H1)  (resid 270 and name N3)    1.95 0.2 0.2 
  assign (resid 286 and name O6)  (resid 270 and name H41)   1.91 0.2 0.2 
  assign (resid 286 and name H21) (resid 270 and name O2)    1.86 0.2 0.2 
  ! 
  ! for likely sheared GU pair at G285/U271; 
  ! consistent with this pair, no acceptor 15N frequency for hbonded G285 H1 
  ! in hnncosy spectra, indicating an H-bond to oxygen.  
  assign (resid 285 and name N1)  (resid 271 and name O2)    2.71 0.2 0.2 
  assign (resid 285 and name O6)  (resid 271 and name H2')   2.71 0.2 0.2 
  ! 
  !

 !! 
 !!htl2bnoe.refinedA.tbl 
 
!   
! G257 
  assign (resid 257 and name H3' ) (resid 257 and name H8  ) 3.0 1.0 1.0  
  assign (resid 257 and name H8  ) (resid 257 and name H1' ) 4.0 1.4 1.4  
  assign (resid 257 and name H2'') (resid 257 and name H8  ) 3.0 1.0 1.0  
  assign (resid 257 and name H1' ) (resid 258 and name H8  ) 4.0 1.4 2.0     
  assign (resid 257 and name H2'') (resid 258 and name H8  ) 2.4 0.6 0.6   
  assign (resid 257 and name H3' ) (resid 258 and name H8  ) 4.0 1.4 1.4  
  assign (resid 257 and name H8  ) (resid 258 and name H8  ) 4.0 1.4 1.4   
  assign (resid 257 and name H1' ) (resid 258 and name H1' ) 4.0 1.4 2.0  
! A258 
  assign (resid 258 and name H2'') (resid 258 and name H8  ) 4.0 1.4 1.4   
  assign (resid 258 and name H3' ) (resid 258 and name H8  ) 3.0 1.0 1.0    
  assign (resid 258 and name H8  ) (resid 258 and name H1' ) 4.0 1.4 1.4   
  assign (resid 258 and name H2  ) (resid 258 and name H1' ) 4.0 1.4 2.0  
  assign (resid 258 and name H1' ) (resid 259 and name H8  ) 4.0 1.4 1.4  
  assign (resid 258 and name H2'') (resid 259 and name H8  ) 2.4 0.6 0.6  
  assign (resid 258 and name H2  ) (resid 259 and name H1' ) 4.0 1.0 1.0   
  assign (resid 258 and name H8  ) (resid 259 and name H8  ) 4.0 1.4 1.4   
! cross-strand 
  assign (resid 258 and name H2  ) (resid 299 and name H1' ) 4.0 1.0 1.0   
! G259
  assign (resid 259 and name H1' ) (resid 259 and name H8  ) 4.0 1.4 1.4 
  assign (resid 259 and name H2'') (resid 259 and name H8  ) 3.0 1.0 1.0      
  assign (resid 259 and name H3' ) (resid 259 and name H8  ) 3.0 1.0 1.0   
  assign (resid 259 and name H5'') (resid 259 and name H8  ) 3.0 1.0 1.0   
  assign (resid 259 and name H1' ) (resid 260 and name H8  ) 4.0 1.4 1.4  
  assign (resid 259 and name H1' ) (resid 260 and name H1' ) 4.0 1.4 2.0   
  assign (resid 259 and name H2'') (resid 260 and name H8  ) 2.4 0.6 0.6 
  assign (resid 259 and name H8  ) (resid 260 and name H8  ) 4.0 1.4 2.0     
  assign (resid 259 and name H8  ) (resid 258 and name H2  ) 4.0 1.4 2.0     
! G260
  assign (resid 260 and name H1' ) (resid 260 and name H8  ) 4.0 1.4 1.4  
  assign (resid 260 and name H3' ) (resid 260 and name H8  ) 2.4 0.6 0.6  
  assign (resid 260 and name H2'') (resid 260 and name H8  ) 3.0 1.0 1.0  
  assign (resid 260 and name H5'') (resid 260 and name H8  ) 3.0 1.0 1.0  
  assign (resid 260 and name H1' ) (resid 261 and name H6  ) 4.0 1.4 1.4  
  assign (resid 261 and name H5  ) (resid 260 and name H8  ) 4.0 1.4 1.4    
  assign (resid 261 and name H6  ) (resid 260 and name H8  ) 4.0 1.4 1.4   
  assign (resid 260 and name H2'') (resid 261 and name H6  ) 2.4 0.6 0.6   
  assign (resid 260 and name H1' ) (resid 261 and name H1' ) 4.0 1.4 2.0    
  assign (resid 260 and name H3' ) (resid 261 and name H5  ) 4.0 1.4 1.4  
  assign (resid 260 and name H3' ) (resid 261 and name H6  ) 4.0 1.4 1.4  
  assign (resid 260 and name H3' ) (resid 260 and name H8  ) 3.0 1.0 1.0    
! U261
  assign (resid 261 and name H1' ) (resid 261 and name H5  ) 4.0 1.4 1.4    
  assign (resid 261 and name H1' ) (resid 261 and name H6  ) 4.0 1.4 1.4  
  assign (resid 261 and name H2'') (resid 261 and name H5  ) 4.0 1.4 1.4  
  assign (resid 261 and name H2'') (resid 261 and name H6  ) 3.0 1.0 1.0  
  assign (resid 261 and name H1' ) (resid 262 and name H5  ) 4.0 1.4 1.4  
  assign (resid 261 and name H1' ) (resid 262 and name H6  ) 4.0 1.4 1.4  
  assign (resid 261 and name H3' ) (resid 262 and name H5  ) 4.0 1.4 1.4   
  assign (resid 261 and name H3' ) (resid 261 and name H6  ) 3.0 1.0 1.0      
  assign (resid 261 and name H6  ) (resid 262 and name H6  ) 4.0 1.4 2.0     
! cross strand   
  assign (resid 262 and name H5  ) (resid 295 and name H2  ) 4.0 1.4 1.4   
  assign (resid 262 and name H6  ) (resid 295 and name H2  ) 4.0 1.4 1.4  
  assign (resid 263 and name H1' ) (resid 295 and name H2  ) 4.0 1.4 1.4  
  assign (resid 263 and name H8  ) (resid 295 and name H2  ) 4.0 1.4 1.4  
! cross-bulge 
  assign (resid 261 and name H1' ) (resid 263 and name H8  ) 4.0 1.4 2.0     
  assign (resid 261 and name H2'') (resid 263 and name H8  ) 4.0 1.4 1.4  
  assign (resid 261 and name H6  ) (resid 263 and name H8  ) 4.0 1.4 2.0     
! C262, bulged C 
  assign (resid 262 and name H1' ) (resid 262 and name H6  ) 4.0 1.4 1.4  
  assign (resid 262 and name H2'') (resid 262 and name H5  ) 4.0 1.4 1.4    
  assign (resid 262 and name H2'') (resid 262 and name H6  ) 3.0 1.4 1.4    
  assign (resid 262 and name H2'') (resid 263 and name H8  ) 4.0 1.4 2.0    
  assign (resid 262 and name H1' ) (resid 263 and name H1' ) 4.0 1.4 2.0  
  assign (resid 262 and name H5  ) (resid 261 and name H2'') 4.0 1.4 2.0    
! G263 
  assign (resid 263 and name H1' ) (resid 263 and name H8  ) 4.0 1.4 1.4  
  assign (resid 263 and name H2'') (resid 263 and name H8  ) 4.0 1.4 1.4  
  assign (resid 263 and name H3' ) (resid 263 and name H8  ) 3.0 1.0 1.0    
  assign (resid 263 and name H5' ) (resid 262 and name H1' ) 4.0 1.4 2.0   
  assign (resid 263 and name H5'*) (resid 263 and name H8  ) 4.0 1.4 1.4    
  assign (resid 263 and name H1' ) (resid 264 and name H8  ) 4.0 1.4 1.4  
  assign (resid 263 and name H2'') (resid 264 and name H8  ) 2.4 0.6 0.6    
  assign (resid 263 and name H8  ) (resid 264 and name H8  ) 4.0 1.4 1.4  
  assign (resid 263 and name H1' ) (resid 264 and name H1' ) 4.0 1.4 2.0     
! G264 
  assign (resid 264 and name H1' ) (resid 264 and name H8  ) 4.0 1.4 1.4  
  assign (resid 264 and name H2'') (resid 264 and name H8  ) 3.0 1.0 1.0  
  assign (resid 264 and name H1' ) (resid 265 and name H6  ) 4.0 1.4 2.0  
  assign (resid 264 and name H2'') (resid 265 and name H5  ) 3.0 1.0 1.0  
  assign (resid 264 and name H2'') (resid 265 and name H6  ) 2.4 0.6 0.6  
  assign (resid 264 and name H8  ) (resid 265 and name H5  ) 4.0 1.4 1.4  
  assign (resid 264 and name H1' ) (resid 265 and name H5  ) 4.0 1.4 2.0    
  assign (resid 264 and name H3' ) (resid 265 and name H6  ) 3.0 1.0 1.0  
! C265 
  assign (resid 265 and name H1' ) (resid 265 and name H5  ) 4.0 1.4 2.0    
  assign (resid 265 and name H1' ) (resid 265 and name H6  ) 4.0 1.4 1.4  
  assign (resid 265 and name H2'') (resid 265 and name H5  ) 4.0 1.4 2.0       
  assign (resid 265 and name H2'') (resid 265 and name H6  ) 3.0 1.0 1.0  
  assign (resid 265 and name H3' ) (resid 265 and name H5  ) 4.0 1.4 1.4  
  assign (resid 265 and name H3' ) (resid 265 and name H6  ) 3.0 1.0 1.0  
  assign (resid 265 and name H1' ) (resid 266 and name H1' ) 4.0 1.4 2.0   
  assign (resid 265 and name H1' ) (resid 266 and name H6  ) 4.0 1.4 1.4    
  assign (resid 265 and name H5  ) (resid 266 and name H5  ) 3.0 1.0 1.0  
  assign (resid 265 and name H6  ) (resid 266 and name H6  ) 4.0 1.4 1.4  
  assign (resid 265 and name H1' ) (resid 266 and name H5  ) 4.0 1.4 2.0        
! C266, Loop 2 
  assign (resid 266 and name H1' ) (resid 266 and name H6  ) 3.0 1.0 1.0  
  assign (resid 266 and name H3' ) (resid 266 and name H6  ) 2.4 0.6 0.6  
  assign (resid 266 and name H1' ) (resid 267 and name H6  ) 4.0 1.4 2.0  
  assign (resid 266 and name H2'') (resid 266 and name H6  ) 2.4 0.6 1.0  
  assign (resid 266 and name H2'') (resid 267 and name H6  ) 2.4 0.6 1.0  
  assign (resid 266 and name H2'') (resid 267 and name H5  ) 4.0 1.4 2.0    
  assign (resid 266 and name H3' ) (resid 266 and name H5  ) 3.0 1.0 1.6    
  assign (resid 266 and name H3' ) (resid 267 and name H5  ) 3.0 1.0 1.6    
  assign (resid 266 and name H3' ) (resid 267 and name H6  ) 3.0 1.0 1.6    
  assign (resid 266 and name H5  ) (resid 267 and name H5  ) 3.0 1.0 1.0  
  assign (resid 266 and name H5  ) (resid 265 and name H2'') 3.0 1.0 1.6   
  assign (resid 266 and name H5  ) (resid 265 and name H3' ) 3.0 1.0 1.6   
  assign (resid 266 and name H5  ) (resid 267 and name H5'') 4.0 1.4 2.0       
  assign (resid 266 and name H6  ) (resid 267 and name H5  ) 3.0 1.0 1.0   
! C267 Loop 2 
  assign (resid 267 and name H1' ) (resid 267 and name H6  ) 3.0 1.0 1.0  
  assign (resid 267 and name H2'') (resid 267 and name H6  ) 2.4 0.6 0.6  
  assign (resid 267 and name H2'') (resid 268 and name H8  ) 3.0 1.0 1.0   
  assign (resid 267 and name H3' ) (resid 266 and name H6  ) 4.0 1.4 2.0   
  assign (resid 267 and name H3' ) (resid 267 and name H6  ) 3.0 1.0 1.6    
  assign (resid 267 and name H3' ) (resid 268 and name H8  ) 3.0 1.0 1.6    
  assign (resid 267 and name H5  ) (resid 267 and name H5' ) 3.0 1.0 1.6    
  assign (resid 267 and name H5  ) (resid 267 and name H3' ) 3.0 1.0 1.6    
  assign (resid 267 and name H6  ) (resid 268 and name H8  ) 4.0 1.4 1.4  
  assign (resid 267 and name H6  ) (resid 267 and name H5' ) 2.4 0.6 1.0    
  assign (resid 267 and name H1' ) (resid 268 and name H8  ) 4.0 1.4 2.0    
! G268 
  assign (resid 268 and name H1' ) (resid 268 and name H8  ) 4.0 1.4 1.4  
  assign (resid 268 and name H3' ) (resid 268 and name H8  ) 3.0 1.0 1.0  
  assign (resid 268 and name H3' ) (resid 269 and name H8  ) 3.0 1.0 1.0  
  assign (resid 268 and name H2'') (resid 269 and name H1' ) 4.0 1.4 1.4    
  assign (resid 268 and name H5' ) (resid 268 and name H8  ) 3.0 1.0 1.0  
  assign (resid 268 and name H5'') (resid 268 and name H8  ) 3.0 1.0 1.0 
  assign (resid 268 and name H1' ) (resid 269 and name H8  ) 4.0 1.4 1.4  
  assign (resid 268 and name H1' ) (resid 269 and name H1' ) 4.0 1.4 2.0       
! A269 
  assign (resid 269 and name H1' ) (resid 269 and name H8  ) 4.0 1.4 1.4  
  assign (resid 269 and name H2'') (resid 269 and name H8  ) 3.0 1.0 1.0    
  assign (resid 269 and name H1' ) (resid 269 and name H2  ) 4.0 1.4 1.4   
  assign (resid 269 and name H8  ) (resid 269 and name H3' ) 3.0 1.0 1.0  
  assign (resid 269 and name H3' ) (resid 270 and name H5  ) 4.0 1.4 1.4  
  assign (resid 269 and name H3' ) (resid 270 and name H6  ) 3.0 1.0 1.0    
  assign (resid 269 and name H1' ) (resid 270 and name H6  ) 4.0 1.4 1.4  
  assign (resid 269 and name H2'') (resid 270 and name H6  ) 2.4 0.6 0.6  
  assign (resid 269 and name H1' ) (resid 270 and name H1' ) 4.0 1.4 2.0  
  assign (resid 269 and name H2  ) (resid 270 and name H1' ) 4.0 1.0 1.0     
  assign (resid 269 and name H1' ) (resid 270 and name H5  ) 4.0 1.4 2.0  
  assign (resid 269 and name H2'') (resid 270 and name H5  ) 3.0 1.0 1.0    
  assign (resid 269 and name H2'') (resid 270 and name H1' ) 4.0 1.4 2.0   
  assign (resid 269 and name H8  ) (resid 270 and name H5  ) 4.0 1.4 1.4  
  assign (resid 269 and name H8  ) (resid 270 and name H6  ) 4.0 1.4 1.4  
! cross strand 
  assign (resid 269 and name H2  ) (resid 288 and name H1' ) 4.0 1.0 1.0  
  assign (resid 269 and name H2  ) (resid 288 and name H2'') 4.0 1.4 2.0   
! C270   
  assign (resid 270 and name H1' ) (resid 270 and name H6  ) 4.0 1.4 1.4 
  assign (resid 270 and name H2'') (resid 270 and name H6  ) 3.0 1.0 1.0  
  assign (resid 270 and name H3' ) (resid 270 and name H5  ) 4.0 1.4 1.4  
  assign (resid 270 and name H3' ) (resid 270 and name H6  ) 2.4 0.6 0.6  
  assign (resid 270 and name H4' ) (resid 270 and name H1' ) 3.0 1.0 1.0     
  assign (resid 270 and name H1' ) (resid 271 and name H1' ) 4.0 1.4 2.0  
  assign (resid 270 and name H1' ) (resid 271 and name H6  ) 4.0 1.4 1.4  
  assign (resid 270 and name H2'') (resid 271 and name H6  ) 2.4 0.6 0.6   
  assign (resid 270 and name H5  ) (resid 271 and name H5  ) 3.0 1.4 1.4  
  assign (resid 270 and name H6  ) (resid 271 and name H5  ) 4.0 1.4 1.4 
  assign (resid 270 and name H5  ) (resid 271 and name H6  ) 4.0 1.4 1.4     
  assign (resid 270 and name H6  ) (resid 271 and name H6  ) 4.0 1.4 1.4 
  assign (resid 270 and name H2'') (resid 271 and name H1' ) 4.0 1.4 1.4    
! long range 
! U271 
  assign (resid 271 and name H2'') (resid 271 and name H6  ) 3.0 1.0 1.0  
  assign (resid 271 and name H2'') (resid 272 and name H6  ) 4.0 1.4 1.4 
  assign (resid 271 and name H1' ) (resid 272 and name H6  ) 4.0 1.4 2.0   
  assign (resid 271 and name H2'') (resid 272 and name H5  ) 4.0 1.4 2.0     
! longer range in 4-loop 
  assign (resid 271 and name H2'') (resid 284 and name H5  ) 2.4 0.6 0.6  
  assign (resid 271 and name H2'') (resid 284 and name H6  ) 3.0 1.0 1.0  
  assign (resid 271 and name H5  ) (resid 284 and name H5  ) 4.0 1.4 2.0  
  assign (resid 271 and name H6  ) (resid 284 and name H5  ) 4.0 1.4 1.4  
  assign (resid 271 and name H3' ) (resid 271 and name H6  ) 3.0 1.0 1.0    
  assign (resid 271 and name H3' ) (resid 284 and name H6  ) 4.0 1.4 1.4    
! U272 
  assign (resid 272 and name H1' ) (resid 272 and name H6  ) 4.0 1.4 1.4  
  assign (resid 272 and name H2'') (resid 272 and name H6  ) 2.4 0.6 0.6 
  assign (resid 272 and name H4' ) (resid 272 and name H6  ) 4.0 1.4 1.4    
  assign (resid 272 and name H5  ) (resid 272 and name H1' ) 4.0 1.4 1.4  
  assign (resid 272 and name H3' ) (resid 272 and name H6  ) 3.0 1.0 1.0   
  assign (resid 272 and name H2'') (resid 272 and name H5  ) 4.0 1.4 1.4   
  assign (resid 272 and name H3' ) (resid 272 and name H5  ) 4.0 1.4 2.0   
  assign (resid 272 and name H4' ) (resid 284 and name H6  ) 4.0 1.4 2.0 
  assign (resid 272 and name H6  ) (resid 284 and name H6  ) 4.0 1.4 1.4 
  assign (resid 272 and name H6  ) (resid 284 and name H5  ) 4.0 1.4 2.0   
! C284 
  assign (resid 284 and name H2'') (resid 284 and name H6  ) 3.0 1.0 1.0  
  assign (resid 284 and name H5' ) (resid 284 and name H6  ) 4.0 1.4 1.4    
  assign (resid 284 and name H5'') (resid 284 and name H1' ) 4.0 1.4 1.4  
  assign (resid 284 and name H5'') (resid 284 and name H6  ) 3.0 1.0 1.0  
  assign (resid 284 and name H6  ) (resid 284 and name H1' ) 4.0 1.4 1.4  
  assign (resid 284 and name H4' ) (resid 285 and name H8  ) 4.0 1.4 1.4 
  assign (resid 284 and name H2'') (resid 284 and name H5  ) 4.0 1.4 2.0   
! G285 
  assign (resid 285 and name H8  ) (resid 285 and name H1' ) 2.4 0.6 0.6   
  assign (resid 285 and name H8  ) (resid 285 and name H2'') 4.0 1.4 1.4  
  assign (resid 285 and name H3' ) (resid 285 and name H8  ) 4.0 1.4 1.4     
  assign (resid 285 and name H1' ) (resid 286 and name H8  ) 4.0 1.4 2.0   
  assign (resid 285 and name H1' ) (resid 286 and name H1' ) 4.0 1.4 2.0 
  assign (resid 285 and name H2'') (resid 286 and name H8  ) 4.0 1.0 1.0 
  assign (resid 285 and name H3' ) (resid 286 and name H8  ) 3.0 1.0 1.0    
! G286 
  assign (resid 286 and name H1' ) (resid 286 and name H8  ) 4.0 1.4 1.4 
  assign (resid 286 and name H3' ) (resid 286 and name H8  ) 3.0 1.0 1.0    
  assign (resid 286 and name H5' ) (resid 286 and name H8  ) 3.0 1.0 1.0    
  assign (resid 286 and name H5'') (resid 286 and name H8  ) 3.0 1.0 1.0    
  assign (resid 286 and name H1' ) (resid 287 and name H6  ) 4.0 1.4 1.4  
  assign (resid 286 and name H3' ) (resid 287 and name H5  ) 3.0 1.0 1.0  
  assign (resid 286 and name H2'') (resid 287 and name H5  ) 3.0 1.0 1.0  
  assign (resid 286 and name H2'') (resid 287 and name H6  ) 2.4 0.6 0.6   
  assign (resid 286 and name H3' ) (resid 287 and name H6  ) 2.4 0.6 0.6   
  assign (resid 286 and name H8  ) (resid 287 and name H5  ) 4.0 1.4 1.4 
  assign (resid 286 and name H8  ) (resid 287 and name H6  ) 4.0 1.4 1.4  
! U287 
  assign (resid 287 and name H3' ) (resid 287 and name H5  ) 4.0 1.4 1.4  
  assign (resid 287 and name H5  ) (resid 287 and name H1' ) 4.0 1.4 1.4 
  assign (resid 287 and name H1' ) (resid 287 and name H6  ) 4.0 1.4 1.4    
  assign (resid 287 and name H1' ) (resid 288 and name H6  ) 4.0 2.0 2.0    
  assign (resid 287 and name H5  ) (resid 288 and name H5  ) 4.0 1.4 1.4  
  assign (resid 287 and name H2'') (resid 288 and name H5  ) 2.4 0.6 0.6 
  assign (resid 287 and name H3' ) (resid 288 and name H5  ) 3.0 1.0 1.0  
  assign (resid 287 and name H3' ) (resid 288 and name H6  ) 3.0 1.0 1.0    
! C288 
  assign (resid 288 and name H2'') (resid 288 and name H6  ) 3.0 1.0 1.0    
  assign (resid 288 and name H3' ) (resid 289 and name H8  ) 3.0 1.0 1.0    
  assign (resid 288 and name H4' ) (resid 289 and name H1' ) 4.0 1.4 2.0         
  assign (resid 288 and name H4' ) (resid 289 and name H8  ) 4.0 1.4 1.4   
  assign (resid 288 and name H4' ) (resid 288 and name H6  ) 4.0 1.4 1.4   
  assign (resid 288 and name H1' ) (resid 288 and name H6  ) 4.0 1.4 1.4    
  assign (resid 288 and name H1' ) (resid 289 and name H8  ) 4.0 1.4 1.4    
  assign (resid 288 and name H6  ) (resid 289 and name H8  ) 4.0 1.4 1.4  
  assign (resid 288 and name H2'') (resid 289 and name H8  ) 2.4 0.6 0.6  
! cross strand 
  assign (resid 289 and name H2  ) (resid 268 and name H1' ) 4.0 1.4 1.4    
! A289, loop 2  
  assign (resid 289 and name H2'') (resid 289 and name H8  ) 3.0 1.0 1.0   
  assign (resid 289 and name H5'') (resid 289 and name H8  ) 3.0 1.0 1.0  
  assign (resid 289 and name H5' ) (resid 289 and name H8  ) 4.0 1.4 1.4  
  assign (resid 289 and name H2  ) (resid 289 and name H1' ) 4.0 1.4 1.4   
  assign (resid 289 and name H8  ) (resid 289 and name H1' ) 3.0 1.0 1.0 
  assign (resid 289 and name H1' ) (resid 290 and name H6  ) 4.0 1.4 1.4  
  assign (resid 289 and name H8  ) (resid 290 and name H6  ) 4.0 1.4 1.4 
  assign (resid 289 and name H2'') (resid 290 and name H6  ) 2.4 0.6 0.6 
  assign (resid 289 and name H2  ) (resid 290 and name H1' ) 4.0 1.4 1.4    
  assign (resid 289 and name H8  ) (resid 290 and name H5  ) 4.0 1.4 1.4    
  assign (resid 289 and name H1' ) (resid 290 and name H5  ) 4.0 1.4 1.4    
  assign (resid 289 and name H1' ) (resid 290 and name H1' ) 4.0 1.4 2.0    
! C290, loop 2  
  assign (resid 290 and name H2'') (resid 290 and name H6  ) 3.0 1.0 1.0 
  assign (resid 290 and name H6  ) (resid 290 and name H1' ) 3.0 1.0 1.0 
  assign (resid 290 and name H6  ) (resid 290 and name H5' ) 4.0 1.4 2.0   
  assign (resid 290 and name H6  ) (resid 290 and name H5'') 4.0 1.4 2.0   
  assign (resid 290 and name H2'') (resid 290 and name H5  ) 4.0 1.4 1.4   
  assign (resid 290 and name H2'') (resid 291 and name H6  ) 2.4 0.6 0.6 
  assign (resid 290 and name H6  ) (resid 291 and name H5  ) 4.0 1.4 1.4  
  assign (resid 290 and name H6  ) (resid 291 and name H6  ) 4.0 1.4 1.4 
  assign (resid 290 and name H1' ) (resid 291 and name H6  ) 4.0 1.4 1.4   
  assign (resid 290 and name H1' ) (resid 291 and name H5  ) 4.0 1.4 1.4   
  assign (resid 290 and name H5  ) (resid 291 and name H5  ) 4.0 1.4 1.4  
  assign (resid 290 and name H5  ) (resid 291 and name H6  ) 4.0 1.4 1.4   
! U291, loop 2  
  assign (resid 291 and name H1' ) (resid 291 and name H5  ) 4.0 1.4 2.0   
  assign (resid 291 and name H2'') (resid 291 and name H5  ) 3.0 1.0 1.6    
  assign (resid 291 and name H2'') (resid 291 and name H6  ) 2.4 0.6 0.6 
  assign (resid 291 and name H2'') (resid 292 and name H8  ) 2.4 0.6 0.6 
  assign (resid 291 and name H3' ) (resid 291 and name H6  ) 3.0 1.0 1.6    
  assign (resid 291 and name H3' ) (resid 292 and name H8  ) 3.0 1.0 1.6    
  assign (resid 291 and name H5  ) (resid 290 and name H2'') 3.0 1.0 1.6    
  assign (resid 291 and name H6  ) (resid 292 and name H8  ) 4.0 1.4 1.4   
  assign (resid 291 and name H6  ) (resid 291 and name H5' ) 4.0 1.4 2.0   
  assign (resid 291 and name H6  ) (resid 291 and name H5'') 4.0 1.4 2.0   
! G292 
  assign (resid 292 and name H2'') (resid 292 and name H8  ) 4.0 1.4 1.4  
  assign (resid 292 and name H5'') (resid 292 and name H8  ) 3.0 1.0 1.0  
  assign (resid 292 and name H5' ) (resid 292 and name H8  ) 4.0 1.4 1.4    
  assign (resid 292 and name H1' ) (resid 293 and name H6  ) 4.0 1.4 1.4  
  assign (resid 292 and name H2'') (resid 293 and name H5  ) 3.0 1.0 1.0  
  assign (resid 292 and name H2'') (resid 293 and name H6  ) 2.4 0.6 0.6  
  assign (resid 292 and name H3' ) (resid 293 and name H5  ) 3.0 1.0 1.0  
  assign (resid 292 and name H4' ) (resid 293 and name H6  ) 4.0 1.4 1.4    
  assign (resid 292 and name H4' ) (resid 292 and name H8  ) 3.0 1.0 1.6    
  assign (resid 292 and name H8  ) (resid 293 and name H5  ) 4.0 1.4 1.4  
  assign (resid 292 and name H8  ) (resid 293 and name H6  ) 4.0 1.4 1.4 
  assign (resid 292 and name H1' ) (resid 293 and name H1' ) 4.0 1.4 2.0  
  assign (resid 292 and name H1' ) (resid 293 and name H5  ) 4.0 1.4 1.4  
! C293 
  assign (resid 293 and name H6  ) (resid 293 and name H1' ) 4.0 1.4 1.4 
  assign (resid 293 and name H1' ) (resid 293 and name H5  ) 4.0 1.4 2.0     
  assign (resid 293 and name H5  ) (resid 294 and name H5  ) 4.0 1.4 1.4  
  assign (resid 293 and name H5  ) (resid 294 and name H6  ) 4.0 1.4 1.4 
  assign (resid 293 and name H6  ) (resid 294 and name H5  ) 4.0 1.4 1.4   
  assign (resid 293 and name H1' ) (resid 294 and name H6  ) 4.0 1.4 1.4 
  assign (resid 293 and name H2'') (resid 294 and name H6  ) 2.4 0.6 0.6   
  assign (resid 293 and name H2'') (resid 294 and name H5  ) 3.0 1.0 1.0    
  assign (resid 293 and name H2'') (resid 294 and name H1' ) 4.0 1.4 1.4      
! C294 
  assign (resid 294 and name H1' ) (resid 294 and name H6  ) 4.0 1.4 1.4 
  assign (resid 294 and name H2'') (resid 294 and name H6  ) 4.0 1.4 1.4   
  assign (resid 294 and name H3' ) (resid 294 and name H6  ) 2.4 0.6 0.6  
  assign (resid 294 and name H5'') (resid 294 and name H6  ) 3.0 1.0 1.0   
  assign (resid 294 and name H5' ) (resid 294 and name H6  ) 4.0 1.4 1.4   
  assign (resid 294 and name H1' ) (resid 295 and name H8  ) 4.0 1.4 1.4  
  assign (resid 294 and name H2'') (resid 295 and name H8  ) 2.4 0.6 0.6   
  assign (resid 294 and name H1' ) (resid 295 and name H1' ) 4.0 1.4 2.0 
  assign (resid 294 and name H6  ) (resid 295 and name H8  ) 4.0 1.4 1.4 
  assign (resid 294 and name H5  ) (resid 295 and name H8  ) 4.0 1.4 2.0   
! A295 
  assign (resid 295 and name H1' ) (resid 295 and name H2  ) 4.0 1.4 1.4  
  assign (resid 295 and name H1' ) (resid 295 and name H8  ) 4.0 1.4 1.4 
  assign (resid 295 and name H2'') (resid 295 and name H8  ) 3.0 1.0 1.0   
  assign (resid 295 and name H8  ) (resid 295 and name H3' ) 3.0 1.0 1.0   
  assign (resid 295 and name H8  ) (resid 295 and name H5' ) 4.0 1.4 1.4   
  assign (resid 295 and name H1' ) (resid 296 and name H6  ) 4.0 1.4 1.4  
  assign (resid 295 and name H2'') (resid 296 and name H6  ) 2.4 0.6 0.6  
  assign (resid 295 and name H8  ) (resid 296 and name H6  ) 4.0 1.4 2.0  
  assign (resid 295 and name H1' ) (resid 296 and name H1' ) 4.0 1.4 2.0  
  assign (resid 295 and name H2  ) (resid 296 and name H1' ) 4.0 1.0 1.0  
  assign (resid 295 and name H8  ) (resid 296 and name H5  ) 4.0 1.4 1.4    
  assign (resid 295 and name H3' ) (resid 296 and name H5  ) 4.0 1.4 1.4  
  assign (resid 295 and name H3' ) (resid 296 and name H6  ) 4.0 1.4 1.4  
! C296  
  assign (resid 296 and name H5'') (resid 296 and name H6  ) 4.0 1.4 1.4   
  assign (resid 296 and name H1' ) (resid 296 and name H6  ) 4.0 1.4 1.4  
  assign (resid 296 and name H2'') (resid 296 and name H6  ) 4.0 1.4 1.4  
  assign (resid 296 and name H2'') (resid 297 and name H5  ) 4.0 1.4 1.4    
  assign (resid 296 and name H1' ) (resid 297 and name H5  ) 4.0 1.4 1.4  
  assign (resid 296 and name H2'') (resid 297 and name H6  ) 2.4 0.6 0.6 
  assign (resid 296 and name H1' ) (resid 297 and name H6  ) 4.0 1.4 1.4  
  assign (resid 296 and name H6  ) (resid 297 and name H6  ) 4.0 1.4 1.4 
  assign (resid 296 and name H6  ) (resid 297 and name H5  ) 3.0 1.0 1.0   
  assign (resid 296 and name H5  ) (resid 297 and name H5  ) 3.0 1.0 1.0   
  assign (resid 296 and name H2'') (resid 297 and name H1' ) 4.0 1.4 2.0   
! C297 
  assign (resid 297 and name H6  ) (resid 297 and name H1' ) 4.0 1.4 1.4   
  assign (resid 297 and name H6  ) (resid 297 and name H5' ) 4.0 1.4 1.4   
  assign (resid 297 and name H6  ) (resid 297 and name H5'') 4.0 1.4 1.4   
  assign (resid 297 and name H2'') (resid 298 and name H6  ) 2.4 0.6 0.6 
  assign (resid 297 and name H2'') (resid 298 and name H5  ) 3.0 1.0 1.0   
  assign (resid 297 and name H1' ) (resid 298 and name H6  ) 4.0 1.4 1.4 
  assign (resid 297 and name H6  ) (resid 298 and name H6  ) 4.0 1.4 2.0   
  assign (resid 297 and name H2'') (resid 298 and name H5  ) 4.0 1.4 1.4  
! U298 
  assign (resid 298 and name H6  ) (resid 298 and name H1' ) 4.0 1.4 1.4  
  assign (resid 298 and name H1' ) (resid 298 and name H5  ) 4.0 1.4 2.0   
  assign (resid 298 and name H1' ) (resid 299 and name H6  ) 4.0 1.4 1.4  
  assign (resid 298 and name H6  ) (resid 299 and name H6  ) 4.0 1.4 2.0     
  assign (resid 298 and name H2'') (resid 299 and name H6  ) 2.4 0.6 0.6    
! C299 
  assign (resid 299 and name H1' ) (resid 299 and name H6  ) 4.0 1.4 1.4  
  assign (resid 299 and name H1' ) (resid 299 and name H6  ) 4.0 1.4 2.0    
  assign (resid 299 and name H2'') (resid 299 and name H6  ) 3.0 1.0 1.0    
  assign (resid 299 and name H5  ) (resid 299 and name H3' ) 4.0 1.4 1.4  
  assign (resid 299 and name H3' ) (resid 299 and name H6  ) 2.4 0.6 0.6    
! 
! H20 restraints 
! G257-C299 
  assign (resid 257 and name H1  ) (resid 299 and name H42 ) 3.0 1.2 1.2  
  assign (resid 257 and name H1  ) (resid 299 and name H41 ) 3.0 1.2 1.2  
  assign (resid 257 and name H1  ) (resid 299 and name H1' ) 4.0 2.2 1.4   
  assign (resid 257 and name H1  ) (resid 298 and name H3  ) 4.0 2.2 1.4  
  assign (resid 257 and name H1  ) (resid 258 and name H1' ) 3.0 1.2 1.2  
  assign (resid 257 and name H1  ) (resid 258 and name H2  ) 3.0 1.2 1.2   
! U298-A258 
  assign (resid 298 and name H3  ) (resid 258 and name H2  ) 2.4 0.6 0.6  
  assign (resid 298 and name H3  ) (resid 258 and name H62 ) 3.0 1.2 1.2  
  assign (resid 298 and name H3  ) (resid 258 and name H61 ) 3.0 1.2 1.2   
  assign (resid 298 and name H3  ) (resid 299 and name H42 ) 4.0 2.2 1.4  
  assign (resid 298 and name H3  ) (resid 299 and name H41 ) 4.0 2.2 1.4  
  assign (resid 298 and name H3  ) (resid 259 and name H1' ) 4.0 2.2 1.4    
  assign (resid 298 and name H3  ) (resid 297 and name H42 ) 4.0 2.2 1.4    
  assign (resid 298 and name H3  ) (resid 297 and name H41 ) 4.0 2.2 1.4  
! G259-C297 
  assign (resid 259 and name H1  ) (resid 298 and name H1' ) 4.0 2.2 2.0  
  assign (resid 259 and name H1  ) (resid 298 and name H3  ) 4.0 2.2 1.4  
  assign (resid 259 and name H1  ) (resid 297 and name H42 ) 3.0 1.2 1.2  
  assign (resid 259 and name H1  ) (resid 297 and name H41 ) 2.4 0.6 0.6  
  assign (resid 259 and name H1  ) (resid 297 and name H5  ) 4.0 2.2 1.4  
  assign (resid 259 and name H1  ) (resid 260 and name H1  ) 4.0 2.2 1.4   
  assign (resid 259 and name H1  ) (resid 260 and name H1' ) 4.0 2.2 2.0  
  assign (resid 259 and name H1  ) (resid 296 and name H41 ) 3.0 1.2 1.2    
  assign (resid 259 and name H1  ) (resid 296 and name H42 ) 3.0 1.2 1.2   
  assign (resid 297 and name H41 ) (resid 296 and name H41 ) 3.0 1.2 1.2  
  assign (resid 297 and name H41 ) (resid 296 and name H42 ) 3.0 1.2 1.2  
! G260-C296 
  assign (resid 260 and name H1  ) (resid 259 and name H22 ) 4.0 2.2 1.4  
  assign (resid 260 and name H1  ) (resid 296 and name H42 ) 3.0 1.2 1.2  
  assign (resid 260 and name H1  ) (resid 296 and name H41 ) 2.4 0.6 0.6  
  assign (resid 260 and name H1  ) (resid 296 and name H5  ) 4.0 2.2 1.4   
  assign (resid 260 and name H1  ) (resid 295 and name H2  ) 4.0 2.2 1.4   
!
! U261-A295, U261 is not observed in short mixing noesy due to exchange    
!
! G263-C294 
  assign (resid 263 and name H1  ) (resid 264 and name H1  ) 4.0 2.2 1.4  
  assign (resid 263 and name H1  ) (resid 294 and name H42 ) 3.0 1.2 1.2  
  assign (resid 263 and name H1  ) (resid 294 and name H41 ) 2.4 0.6 0.6 
  assign (resid 263 and name H1  ) (resid 294 and name H5  ) 4.0 2.2 1.4 
  assign (resid 263 and name H1  ) (resid 295 and name H2  ) 4.0 2.2 2.2    
  assign (resid 263 and name H1  ) (resid 295 and name H8  ) 4.0 2.2 2.2    
  assign (resid 263 and name H1  ) (resid 295 and name H1' ) 4.0 2.2 1.4    
  assign (resid 263 and name H1  ) (resid 264 and name H1' ) 4.0 2.2 1.4    
  assign (resid 263 and name H1  ) (resid 293 and name H41 ) 4.0 2.2 1.4   
  assign (resid 294 and name H41 ) (resid 293 and name H41 ) 4.0 2.2 1.4  
  assign (resid 294 and name H5  ) (resid 293 and name H41 ) 4.0 2.2 1.4  
! G264-C293 
  assign (resid 264 and name H1  ) (resid 292 and name H1  ) 4.0 2.2 1.4  
  assign (resid 264 and name H1  ) (resid 293 and name H42 ) 3.0 1.2 1.2 
  assign (resid 264 and name H1  ) (resid 293 and name H41 ) 2.4 0.6 0.6 
! G292-C265 
  assign (resid 292 and name H1  ) (resid 265 and name H42 ) 3.0 1.2 1.2   
  assign (resid 292 and name H1  ) (resid 265 and name H41 ) 2.4 0.6 0.6 
  assign (resid 292 and name H1  ) (resid 265 and name H41 ) 4.0 2.2 1.4  
  assign (resid 292 and name H1  ) (resid 293 and name H41 ) 3.0 1.2 1.2 
  assign (resid 292 and name H1  ) (resid 293 and name H42 ) 4.0 2.2 1.4  
  assign (resid 292 and name H1  ) (resid 293 and name H1' ) 4.0 2.2 1.4   
  assign (resid 292 and name H1  ) (resid 266 and name H1' ) 4.0 2.2 1.4   
! G268-C288 
  assign (resid 268 and name H1  ) (resid 288 and name H42 ) 3.0 1.2 1.2 
  assign (resid 268 and name H1  ) (resid 288 and name H41 ) 2.4 0.6 0.6 
  assign (resid 268 and name H1  ) (resid 288 and name H5  ) 4.0 2.2 1.4   
  assign (resid 268 and name H1  ) (resid 287 and name H3  ) 4.0 2.2 1.4  
  assign (resid 268 and name H1  ) (resid 269 and name H2  ) 4.0 2.2 1.4   
  assign (resid 268 and name H1  ) (resid 289 and name H2  ) 4.0 2.2 1.4   
  assign (resid 268 and name H1  ) (resid 289 and name H1' ) 4.0 2.2 1.4   
  assign (resid 268 and name H1  ) (resid 269 and name H1' ) 4.0 2.2 1.4   
  assign (resid 268 and name H1  ) (resid 269 and name H62 ) 4.0 2.2 1.4  
! U287-A269 
  assign (resid 287 and name H3  ) (resid 287 and name H1' ) 4.0 2.2 1.4    
  assign (resid 287 and name H3  ) (resid 269 and name H2  ) 2.4 0.6 0.6  
  assign (resid 287 and name H3  ) (resid 269 and name H61 ) 3.0 1.2 1.2  
  assign (resid 287 and name H3  ) (resid 288 and name H5  ) 3.0 1.2 1.2  
  assign (resid 287 and name H3  ) (resid 288 and name H41 ) 3.0 1.2 1.2   
  assign (resid 287 and name H3  ) (resid 286 and name H1  ) 3.0 1.2 1.2  
  assign (resid 287 and name H3  ) (resid 286 and name H22 ) 4.0 2.2 1.4  
  assign (resid 287 and name H3  ) (resid 286 and name H21 ) 4.0 2.2 1.4  
  assign (resid 287 and name H3  ) (resid 270 and name H42 ) 4.0 2.2 1.4  
  assign (resid 287 and name H3  ) (resid 270 and name H41 ) 4.0 2.2 1.4  
  assign (resid 287 and name H3  ) (resid 270 and name H5  ) 4.0 2.2 2.2   
  assign (resid 287 and name H3  ) (resid 270 and name H1' ) 4.0 2.2 1.4   
  assign (resid 269 and name H62 ) (resid 288 and name H41 ) 4.0 2.2 1.4  
! G286-C270 
  assign (resid 286 and name H1  ) (resid 270 and name H5  ) 4.0 2.2 1.4 
  assign (resid 286 and name H1  ) (resid 270 and name H42 ) 4.0 2.2 1.4  
  assign (resid 286 and name H1  ) (resid 270 and name H41 ) 2.4 0.6 0.6  
  assign (resid 286 and name H1  ) (resid 287 and name H1' ) 4.0 2.2 2.2   
  assign (resid 286 and name H1  ) (resid 270 and name H1' ) 4.0 2.2 1.4    
  assign (resid 286 and name H1  ) (resid 269 and name H2  ) 4.0 2.2 1.4   
  assign (resid 286 and name H1  ) (resid 269 and name H61 ) 4.0 2.2 1.4   
  assign (resid 286 and name H1  ) (resid 271 and name H5  ) 4.0 2.2 1.4  
  assign (resid 286 and name H1  ) (resid 285 and name H1  ) 4.0 2.2 1.4  
  assign (resid 287 and name H1' ) (resid 286 and name H21 ) 4.0 2.2 1.4  
  assign (resid 287 and name H1' ) (resid 286 and name H22 ) 4.0 2.2 1.4  
  assign (resid 271 and name H1' ) (resid 286 and name H21 ) 4.0 2.2 1.4  
  assign (resid 271 and name H1' ) (resid 286 and name H22 ) 4.0 2.2 1.4  
  assign (resid 271 and name H1' ) (resid 286 and name H21 ) 3.0 1.2 1.2    
! G285-U271 
  assign (resid 285 and name H1  ) (resid 271 and name H2'') 4.0 2.2 1.4  
  assign (resid 285 and name H1  ) (resid 286 and name H1' ) 4.0 2.2 1.4  
  assign (resid 285 and name H1  ) (resid 284 and name H1' ) 3.0 1.2 1.2  
  assign (resid 285 and name H1  ) (resid 286 and name H22 ) 4.0 2.2 1.4  
  assign (resid 285 and name H1  ) (resid 286 and name H8  ) 4.0 2.2 1.4   
  assign (resid 285 and name H1  ) (resid 284 and name H6  ) 4.0 2.2 1.4   
  assign (resid 285 and name H1  ) (resid 284 and name H5  ) 4.0 2.2 1.4   
  assign (resid 285 and name H1  ) (resid 272 and name H6  ) 4.0 2.2 2.0   
  assign (resid 271 and name H2' ) (resid 285 and name H1  ) 3.0 1.2 1.2  
  assign (resid 271 and name H2' ) (resid 284 and name H5  ) 3.0 1.2 1.2   
  assign (resid 271 and name H2' ) (resid 284 and name H6  ) 4.0 2.2 1.4   
  assign (resid 271 and name H2' ) (resid 272 and name H6  ) 4.0 2.2 1.4   
  assign (resid 271 and name H2' ) (resid 272 and name H5  ) 4.0 2.2 1.4   
  assign (resid 271 and name H2' ) (resid 286 and name H21 ) 4.0 2.2 1.4   
  assign (resid 284 and name H42 ) (resid 271 and name H5  ) 4.0 2.2 1.4   
  assign (resid 284 and name H42 ) (resid 271 and name H3' ) 3.0 1.2 1.2   
  assign (resid 284 and name H42 ) (resid 272 and name H3' ) 4.0 2.2 1.4   
  assign (resid 284 and name H42 ) (resid 271 and name H2'') 4.0 2.2 1.4 
!
!Unoes  
  assign (resid 288 and name H5  ) (resid 289 and name H2  ) 4.0 0.0 11.0  ly absent@200m  
  assign (resid 291 and name H5  ) (resid 291 and name H3' ) 4.0 0.0 11.0 !s/m i3'/i8 absent@200m  
!
!!
 
 !! 
 !!htl2bplan.tbl 
restraints plane
! G257-C299 WC
!--------------------------------------------------------------------
group
selection=     ((resid 257 and name N1) or (resid 257 and name N3) or
  (resid 257 and name C5) or (resid 299 and name N1) or
   (resid 299 and name N3) or (resid 299 and name C5))
weight = 50 end   
! 
! A258-U298 WC
!--------------------------------------------------------------------
group
selection=     ((resid 258 and name N1) or (resid 258 and name N3) or
  (resid 258 and name C5) or (resid 298 and name N1) or
   (resid 298 and name N3) or (resid 298 and name C5))
weight = 50 end   
!
! G259-C297 WC
!--------------------------------------------------------------------
group
selection=     ((resid 259 and name N1) or (resid 259 and name N3) or
  (resid 259 and name C5) or (resid 297 and name N1) or
   (resid 297 and name N3) or (resid 297 and name C5))
weight = 50 end   
!
! G260-C296 WC
!--------------------------------------------------------------------
group
selection=     ((resid 260 and name N1) or (resid 260 and name N3) or
  (resid 260 and name C5) or (resid 296 and name N1) or
   (resid 296 and name N3) or (resid 296 and name C5))
weight = 50 end   
!
! A295-U261 WC
!--------------------------------------------------------------------
!group
!selection=     ((resid 295 and name N1) or (resid 295 and name N3) or
!  (resid 295 and name C5) or (resid 261 and name N1) or
!   (resid 261 and name N3) or (resid 261 and name C5))
!weight = 50 end   
!
! G263-C294 WC
!--------------------------------------------------------------------
group
selection=     ((resid 263 and name N1) or (resid 263 and name N3) or
  (resid 263 and name C5) or (resid 294 and name N1) or
   (resid 294 and name N3) or (resid 294 and name C5))
weight = 50 end  
!
! G264-C293 WC
!--------------------------------------------------------------------
group
selection=     ((resid 264 and name N1) or (resid 264 and name N3) or
  (resid 264 and name C5) or (resid 293 and name N1) or
   (resid 293 and name N3) or (resid 293 and name C5))
weight = 50 end  
!
! G292-C265 WC
!--------------------------------------------------------------------
group
selection=     ((resid 292 and name N1) or (resid 292 and name N3) or
  (resid 292 and name C5) or (resid 265 and name N1) or
   (resid 265 and name N3) or (resid 265 and name C5))
weight = 50 end   
!
! G268-C288 WC
!--------------------------------------------------------------------
group
selection=     ((resid 268 and name N1) or (resid 268 and name N3) or
  (resid 268 and name C5) or (resid 288 and name N1) or
   (resid 288 and name N3) or (resid 288 and name C5))
weight = 50 end   
!
! A269-U287 WC
!--------------------------------------------------------------------
group
selection=     ((resid 269 and name N1) or (resid 269 and name N3) or
  (resid 269 and name C5) or (resid 287 and name N1) or
   (resid 287 and name N3) or (resid 287 and name C5))
weight = 50 end   
! G286-C270 WC
!--------------------------------------------------------------------
group
selection=     ((resid 286 and name N1) or (resid 286 and name N3) or
  (resid 286 and name C5) or (resid 270 and name N1) or
   (resid 270 and name N3) or (resid 270 and name C5))
weight = 50 end  
!
! U271-G285 Sheared GU of UUCG
!--------------------------------------------------------------------
group
selection=     ((resid 285 and name N1) or (resid 285 and name N3) or
  (resid 285 and name C5) or (resid 271 and name N1) or
   (resid 271 and name N3) or (resid 271 and name C5))
weight = 50 end    
end

 !!
 !!htl2b.T.dip

!htl2b RDCs measured in aprox 18mg/ml phage 
!fully labeled sample, 10 mM succinate buffer 
!with 0 mM NaCl, Da/R -48.0 and 0.25 
! V. Good 1.2, Good 1.6, Fair 2.0, Some OL 2.4 
!  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  257  and name C1' )
       ( resid  257  and name H1' )   13.49  2.2  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  258  and name C1' )
       ( resid  258  and name H1' )    0.99  2.2  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  258  and name C2  )
       ( resid  258  and name H2  )   23.98  2.2  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  258  and name C8  )
       ( resid  258  and name H8  )   18.48  3.0  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  259  and name C1' )
       ( resid  259  and name H1' )     4.5  2.6  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  259  and name C8  )
       ( resid  259  and name H8  )   30.47  2.6  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  260  and name C8  )
       ( resid  260  and name H8  )   41.96  3.0  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  261  and name C5  )
       ( resid  261  and name H5  )   34.47  3.0  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  261  and name C6  )
       ( resid  261  and name H6  )   50.47  2.6  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  263  and name C1' )
       ( resid  263  and name H1' )  -64.95  2.2  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  263  and name C8  )
       ( resid  263  and name H8  )   37.46  1.8  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  264  and name C8  )
       ( resid  264  and name H8  )   26.98  1.8  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  265  and name C3' )
       ( resid  265  and name H3' )   42.46  2.2  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  265  and name C6  )
       ( resid  265  and name H6  )   15.99  2.8  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  268  and name C1' )
       ( resid  268  and name H1' )    4.99  2.6  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  268  and name C8  )
       ( resid  268  and name H8  )   32.98  2.8  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  269  and name C1' )
       ( resid  269  and name H1' )    5.00  2.8  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  269  and name C2  )
       ( resid  269  and name H2  )   35.47  1.8  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  269  and name C8  )
       ( resid  269  and name H8  )   26.47  2.8  
        
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  270  and name C1' )
       ( resid  270  and name H1' )   17.49  2.8  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  270  and name C2' )
       ( resid  270  and name H2'')   -4.00  3.0  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  270  and name C3' )
       ( resid  270  and name H3' )   42.46  1.8  
        
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  270  and name C6  )
       ( resid  270  and name H6  )   29.97  1.8  
    
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  271  and name C1' )
       ( resid  271  and name H1' )    6.49  1.8  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  271  and name C2' )
       ( resid  271  and name H2'')   33.97  3.0  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  271  and name C3' )
       ( resid  271  and name H3' )   18.99  2.8  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  271  and name C5  )
       ( resid  271  and name H5  )   43.97  1.8  
      
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  272  and name C1' )
       ( resid  272  and name H1' )    9.49  1.8  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  272  and name C3' )
       ( resid  272  and name H3' )   -8.49  2.8  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  272  and name C4' )
       ( resid  272  and name H4' )  -51.95  2.8  
        
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  284  and name C1' )
       ( resid  284  and name H1' )  -34.98  1.8  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  284  and name C3' )
       ( resid  284  and name H3' )  -34.47  2.6  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  284  and name C4' )
       ( resid  284  and name H4' )  -11.48  1.8  
        
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  285  and name C1' )
       ( resid  285  and name H1' )    1.50  1.8  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  285  and name C3' )
       ( resid  285  and name H3' )   21.49  2.2  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  285  and name C4' )
       ( resid  285  and name H4' )   12.99  2.6  
        
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  285  and name C8  )
       ( resid  285  and name H8  )   17.48  1.8  
         
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  286  and name C1' )
       ( resid  286  and name H1' )  -43.97  2.6  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  286  and name C8  )
       ( resid  286  and name H8  )   32.98  1.8  
          
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  287  and name C2' )
       ( resid  287  and name H2'')  -19.98  5.0  
        
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  287  and name C5  )
       ( resid  287  and name H5  )   27.98  2.8  
        
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  287  and name C6  )
       ( resid  287  and name H6  )   34.48  2.6            
        
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  292  and name C1' )
       ( resid  292  and name H1' )    7.49  2.2  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  292  and name C4' )
       ( resid  292  and name H4' )    5.49  2.2  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  292  and name C8  )
       ( resid  292  and name H8  )   33.97  2.6  
   
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  293  and name C1' )
       ( resid  293  and name H1' )  -33.96  2.8  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  294  and name C1' )
       ( resid  294  and name H1' )  -30.97  2.2  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  294  and name C5  )
       ( resid  294  and name H5  )    8.49  2.2  
   
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  294  and name C6  )
       ( resid  294  and name H6  )   32.48  2.6  
   
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  295  and name C1' )
       ( resid  295  and name H1' )  -38.97  1.8  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  295  and name C2  )
       ( resid  295  and name H2  )   29.48  1.8  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  295  and name C8  )
       ( resid  295  and name H8  )   39.97  2.6  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  296  and name C1' )
       ( resid  296  and name H1' )  -19.49  2.6  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  296  and name C2' )
       ( resid  296  and name H2'')   18.98  5.0  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  296  and name C5  )
       ( resid  296  and name H5  )   33.47  2.6  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  296  and name C6  )
       ( resid  296  and name H6  )   37.97  2.6  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  297  and name C1' )
       ( resid  297  and name H1' )  -20.98  2.6  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  297  and name C2' )
       ( resid  297  and name H2'')    3.99  5.0  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  297  and name C3' )
       ( resid  297  and name H3' )   13.49  2.2  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  298  and name C1' )
       ( resid  298  and name H1' )   -7.50  1.8  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  298  and name C5  )
       ( resid  298  and name H5  )   54.45  2.2  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  298  and name C6  )
       ( resid  298  and name H6  )   18.98  2.6  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  299  and name C1' )
       ( resid  299  and name H1' )    0.99  2.2  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  299  and name C2' )
       ( resid  299  and name H2'')   27.97  5.0  
  
assign ( resid  300  and name OO  )
       ( resid  300  and name Z   )
       ( resid  300  and name X   )
       ( resid  300  and name Y   )
       ( resid  299  and name C6  )
       ( resid  299  and name H6  )   19.98  2.6  
 
 



  Entry H atom name         Submitted Coord H atom name
  Start of MODEL    1
    1   1H5*    G 257          1H5*        G 257 -41.234  18.753 -46.141
    2   2H5*    G 257          2H5*        G 257 -42.460  19.326 -47.289
    3    H4*    G 257           H4*        G 257 -39.957  20.930 -46.602
    4    H3*    G 257           H3*        G 257 -42.537  20.507 -45.152
    5    H2*    G 257           H2*        G 257 -43.269  22.673 -45.207
    6   2HO*    G 257          2HO*        G 257 -40.803  23.099 -44.415
    7    H1*    G 257           H1*        G 257 -41.810  23.721 -47.386
    8    H8     G 257           H8         G 257 -44.113  20.706 -48.010
    9    H1     G 257           H1         G 257 -47.059  26.397 -48.251
   10   1H2     G 257          1H2         G 257 -45.687  27.993 -47.613
   11   2H2     G 257          2H2         G 257 -44.039  27.678 -47.119
   12    H5T    G 257           H5T        G 257 -39.739  16.354 -50.117
   13   1H5*    A 258          1H5*        A 258 -43.316  22.844 -41.493
   14   2H5*    A 258          2H5*        A 258 -43.974  22.611 -43.127
   15    H4*    A 258           H4*        A 258 -42.799  25.299 -42.440
   16    H3*    A 258           H3*        A 258 -45.118  23.977 -41.104
   17    H2*    A 258           H2*        A 258 -46.741  25.445 -41.780
   18   2HO*    A 258          2HO*        A 258 -45.596  27.657 -42.590
   19    H1*    A 258           H1*        A 258 -45.637  26.508 -44.122
   20    H8     A 258           H8         A 258 -46.178  22.710 -43.362
   21   1H6     A 258          1H6         A 258 -51.351  23.370 -46.695
   22   2H6     A 258          2H6         A 258 -50.336  22.244 -45.821
   23    H2     A 258           H2         A 258 -49.386  27.384 -46.359
   24   1H5*    G 259          1H5*        G 259 -47.535  26.269 -38.137
   25   2H5*    G 259          2H5*        G 259 -47.758  25.356 -39.643
   26    H4*    G 259           H4*        G 259 -48.277  28.354 -39.405
   27    H3*    G 259           H3*        G 259 -49.890  25.943 -38.676
   28    H2*    G 259           H2*        G 259 -51.660  26.415 -40.048
   29   2HO*    G 259          2HO*        G 259 -50.993  29.177 -40.098
   30    H1*    G 259           H1*        G 259 -50.436  28.149 -41.935
   31    H8     G 259           H8         G 259 -48.884  24.716 -41.984
   32    H1     G 259           H1         G 259 -54.642  24.893 -44.806
   33   1H2     G 259          1H2         G 259 -55.634  26.816 -44.399
   34   2H2     G 259          2H2         G 259 -54.893  28.070 -43.429
   35   1H5*    G 260          1H5*        G 260 -52.331  30.324 -37.990
   36   2H5*    G 260          2H5*        G 260 -53.045  29.784 -36.457
   37    H4*    G 260           H4*        G 260 -54.652  30.919 -38.120
   38    H3*    G 260           H3*        G 260 -54.940  28.365 -36.595
   39    H2*    G 260           H2*        G 260 -56.627  27.458 -37.851
   40   2HO*    G 260          2HO*        G 260 -57.732  29.432 -39.229
   41    H1*    G 260           H1*        G 260 -56.310  28.771 -40.311
   42    H8     G 260           H8         G 260 -53.376  26.823 -38.708
   43    H1     G 260           H1         G 260 -57.210  23.320 -42.469
   44   1H2     G 260          1H2         G 260 -58.934  24.515 -43.129
   45   2H2     G 260          2H2         G 260 -59.164  26.182 -42.650
   46   1H5*    U 261          1H5*        U 261 -58.870  27.223 -34.853
   47   2H5*    U 261          2H5*        U 261 -57.445  26.816 -35.829
   48    H4*    U 261           H4*        U 261 -60.128  27.312 -37.160
   49    H3*    U 261           H3*        U 261 -59.141  24.978 -35.575
   50    H2*    U 261           H2*        U 261 -59.692  23.432 -37.183
   51   2HO*    U 261          2HO*        U 261 -61.637  25.353 -37.974
   52    H1*    U 261           H1*        U 261 -59.513  25.111 -39.469
   53    H3     U 261           H3         U 261 -57.167  21.252 -40.160
   54    H5     U 261           H5         U 261 -54.809  23.483 -37.467
   55    H6     U 261           H6         U 261 -56.614  25.099 -37.332
   56   1H5*    C 262          1H5*        C 262 -60.855  23.117 -32.212
   57   2H5*    C 262          2H5*        C 262 -59.543  22.318 -33.100
   58    H4*    C 262           H4*        C 262 -62.476  22.261 -33.955
   59    H3*    C 262           H3*        C 262 -61.448  21.070 -31.764
   60    H2*    C 262           H2*        C 262 -59.817  19.692 -32.647
   61   2HO*    C 262          2HO*        C 262 -61.530  18.239 -32.053
   62    H1*    C 262           H1*        C 262 -61.087  19.155 -35.265
   63   1H4     C 262          1H4         C 262 -54.646  18.477 -35.415
   64   2H4     C 262          2H4         C 262 -54.645  19.970 -36.327
   65    H5     C 262           H5         C 262 -56.623  21.319 -36.650
   66    H6     C 262           H6         C 262 -59.008  21.535 -36.146
   67   1H5*    G 263          1H5*        G 263 -63.357  21.493 -35.627
   68   2H5*    G 263          2H5*        G 263 -64.922  22.240 -35.246
   69    H4*    G 263           H4*        G 263 -65.885  21.494 -37.189
   70    H3*    G 263           H3*        G 263 -64.592  18.930 -36.336
   71    H2*    G 263           H2*        G 263 -63.941  18.215 -38.417
   72   2HO*    G 263          2HO*        G 263 -65.739  18.046 -39.555
   73    H1*    G 263           H1*        G 263 -63.777  20.602 -39.869
   74    H8     G 263           H8         G 263 -61.459  21.376 -37.213
   75    H1     G 263           H1         G 263 -59.362  16.281 -40.483
   76   1H2     G 263          1H2         G 263 -60.972  15.496 -41.776
   77   2H2     G 263          2H2         G 263 -62.565  16.218 -41.833
   78   1H5*    G 264          1H5*        G 264 -67.256  15.409 -34.911
   79   2H5*    G 264          2H5*        G 264 -65.802  16.401 -35.141
   80    H4*    G 264           H4*        G 264 -67.024  14.715 -37.368
   81    H3*    G 264           H3*        G 264 -65.199  14.006 -35.068
   82    H2*    G 264           H2*        G 264 -63.535  13.151 -36.383
   83   2HO*    G 264          2HO*        G 264 -65.605  11.969 -37.522
   84    H1*    G 264           H1*        G 264 -64.146  14.417 -38.861
   85    H8     G 264           H8         G 264 -63.241  17.122 -36.555
   86    H1     G 264           H1         G 264 -58.128  13.460 -37.798
   87   1H2     G 264          1H2         G 264 -58.729  11.602 -38.785
   88   2H2     G 264          2H2         G 264 -60.397  11.226 -39.159
   89   1H5*    C 265          1H5*        C 265 -64.231  10.719 -37.396
   90   2H5*    C 265          2H5*        C 265 -65.592   9.699 -36.886
   91    H4*    C 265           H4*        C 265 -63.993   8.056 -36.780
   92    H3*    C 265           H3*        C 265 -63.871   9.662 -34.234
   93    H2*    C 265           H2*        C 265 -61.811   8.861 -33.593
   94   2HO*    C 265          2HO*        C 265 -62.206   6.696 -33.588
   95    H1*    C 265           H1*        C 265 -60.676   8.276 -36.090
   96   1H4     C 265          1H4         C 265 -57.475  13.354 -34.051
   97   2H4     C 265          2H4         C 265 -58.951  14.250 -33.772
   98    H5     C 265           H5         C 265 -61.145  13.337 -34.167
   99    H6     C 265           H6         C 265 -62.399  11.367 -34.912
  100   1H5*    C 266          1H5*        C 266 -63.280   5.331 -30.725
  101   2H5*    C 266          2H5*        C 266 -62.765   7.018 -30.921
  102    H4*    C 266           H4*        C 266 -61.347   4.532 -31.981
  103    H3*    C 266           H3*        C 266 -60.965   6.495 -29.715
  104    H2*    C 266           H2*        C 266 -58.744   6.899 -30.176
  105   2HO*    C 266          2HO*        C 266 -57.564   5.167 -30.371
  106    H1*    C 266           H1*        C 266 -58.695   6.431 -32.937
  107   1H4     C 266          1H4         C 266 -57.947  12.692 -32.240
  108   2H4     C 266          2H4         C 266 -59.466  12.836 -31.384
  109    H5     C 266           H5         C 266 -60.878  10.952 -30.874
  110    H6     C 266           H6         C 266 -61.139   8.523 -31.073
  111   1H5*    C 267          1H5*        C 267 -59.092   7.615 -28.317
  112   2H5*    C 267          2H5*        C 267 -57.849   6.399 -27.964
  113    H4*    C 267           H4*        C 267 -57.582   7.277 -25.894
  114    H3*    C 267           H3*        C 267 -60.316   6.130 -25.825
  115    H2*    C 267           H2*        C 267 -61.340   7.665 -24.484
  116   2HO*    C 267          2HO*        C 267 -60.396   8.449 -22.684
  117    H1*    C 267           H1*        C 267 -59.722   9.928 -24.714
  118   1H4     C 267          1H4         C 267 -65.089  11.442 -27.746
  119   2H4     C 267          2H4         C 267 -64.907  10.095 -28.847
  120    H5     C 267           H5         C 267 -63.105   8.508 -28.705
  121    H6     C 267           H6         C 267 -61.081   7.870 -27.485
  122   1H5*    G 268          1H5*        G 268 -54.738   5.253 -25.731
  123   2H5*    G 268          2H5*        G 268 -55.026   4.664 -24.082
  124    H4*    G 268           H4*        G 268 -53.061   6.230 -24.239
  125    H3*    G 268           H3*        G 268 -55.503   6.657 -22.564
  126    H2*    G 268           H2*        G 268 -54.959   8.813 -21.946
  127   2HO*    G 268          2HO*        G 268 -52.453   9.240 -22.633
  128    H1*    G 268           H1*        G 268 -53.495   9.625 -24.191
  129    H8     G 268           H8         G 268 -57.081   8.085 -23.867
  130    H1     G 268           H1         G 268 -56.824  14.391 -25.001
  131   1H2     G 268          1H2         G 268 -54.734  15.056 -25.146
  132   2H2     G 268          2H2         G 268 -53.382  13.960 -24.969
  133   1H5*    A 269          1H5*        A 269 -53.326   8.110 -18.286
  134   2H5*    A 269          2H5*        A 269 -54.961   8.759 -18.530
  135    H4*    A 269           H4*        A 269 -52.301  10.000 -19.316
  136    H3*    A 269           H3*        A 269 -53.973  10.240 -17.097
  137    H2*    A 269           H2*        A 269 -55.808  11.281 -18.035
  138   2HO*    A 269          2HO*        A 269 -55.013  13.670 -18.546
  139    H1*    A 269           H1*        A 269 -54.414  12.694 -20.241
  140    H8     A 269           H8         A 269 -56.679   9.515 -20.144
  141   1H6     A 269          1H6         A 269 -60.906  13.118 -22.867
  142   2H6     A 269          2H6         A 269 -60.535  11.502 -22.309
  143    H2     A 269           H2         A 269 -57.317  15.641 -21.945
  144   1H5*    C 270          1H5*        C 270 -54.530  13.026 -14.384
  145   2H5*    C 270          2H5*        C 270 -55.248  12.565 -15.941
  146    H4*    C 270           H4*        C 270 -54.848  15.476 -15.146
  147    H3*    C 270           H3*        C 270 -56.934  13.467 -14.482
  148    H2*    C 270           H2*        C 270 -58.662  14.931 -14.915
  149   2HO*    C 270          2HO*        C 270 -57.419  17.299 -15.298
  150    H1*    C 270           H1*        C 270 -57.444  16.380 -16.998
  151   1H4     C 270          1H4         C 270 -62.114  12.665 -19.257
  152   2H4     C 270          2H4         C 270 -61.140  11.233 -19.008
  153    H5     C 270           H5         C 270 -58.950  11.285 -17.997
  154    H6     C 270           H6         C 270 -57.226  12.722 -17.010
  155   1H5*    U 271          1H5*        U 271 -59.896  14.813 -11.304
  156   2H5*    U 271          2H5*        U 271 -59.789  13.931 -12.840
  157    H4*    U 271           H4*        U 271 -60.787  16.796 -12.772
  158    H3*    U 271           H3*        U 271 -62.102  14.280 -11.818
  159    H2*    U 271           H2*        U 271 -63.884  14.408 -13.247
  160   2HO*    U 271          2HO*        U 271 -64.663  16.540 -13.937
  161    H1*    U 271           H1*        U 271 -62.839  16.267 -15.174
  162    H3     U 271           H3         U 271 -65.139  13.073 -17.457
  163    H5     U 271           H5         U 271 -61.616  11.141 -16.160
  164    H6     U 271           H6         U 271 -61.093  13.117 -14.846
  165   1H5*    U 272          1H5*        U 272 -65.703  14.306  -9.476
  166   2H5*    U 272          2H5*        U 272 -65.752  13.654 -11.127
  167    H4*    U 272           H4*        U 272 -68.002  14.429 -10.087
  168    H3*    U 272           H3*        U 272 -66.927  14.410 -12.737
  169    H2*    U 272           H2*        U 272 -66.809  16.669 -13.164
  170   2HO*    U 272          2HO*        U 272 -69.510  17.125 -12.979
  171    H1*    U 272           H1*        U 272 -68.872  17.534 -11.203
  172    H3     U 272           H3         U 272 -67.314  21.698 -11.313
  173    H5     U 272           H5         U 272 -63.816  19.416 -11.899
  174    H6     U 272           H6         U 272 -65.179  17.413 -11.757
  175   1H5*    C 284          1H5*        C 284 -69.087  14.659 -14.847
  176   2H5*    C 284          2H5*        C 284 -70.571  13.684 -14.867
  177    H4*    C 284           H4*        C 284 -69.416  14.175 -17.150
  178    H3*    C 284           H3*        C 284 -71.124  12.064 -16.399
  179    H2*    C 284           H2*        C 284 -69.513  10.781 -15.253
  180   2HO*    C 284          2HO*        C 284 -68.694   9.556 -17.550
  181    H1*    C 284           H1*        C 284 -67.395  10.950 -17.327
  182   1H4     C 284          1H4         C 284 -64.847   8.991 -11.767
  183   2H4     C 284          2H4         C 284 -64.392  10.658 -11.496
  184    H5     C 284           H5         C 284 -65.134  12.473 -12.893
  185    H6     C 284           H6         C 284 -66.458  13.084 -14.862
  186   1H5*    G 285          1H5*        G 285 -70.688  13.902 -21.563
  187   2H5*    G 285          2H5*        G 285 -69.302  14.946 -21.190
  188    H4*    G 285           H4*        G 285 -71.944  15.790 -21.675
  189    H3*    G 285           H3*        G 285 -69.376  17.096 -21.061
  190    H2*    G 285           H2*        G 285 -70.227  18.780 -19.770
  191   2HO*    G 285          2HO*        G 285 -72.611  18.408 -21.284
  192    H1*    G 285           H1*        G 285 -72.574  17.734 -18.740
  193    H8     G 285           H8         G 285 -71.669  18.485 -16.411
  194    H1     G 285           H1         G 285 -66.251  15.140 -17.172
  195   1H2     G 285          1H2         G 285 -66.214  14.178 -19.142
  196   2H2     G 285          2H2         G 285 -67.512  14.351 -20.300
  197   1H5*    G 286          1H5*        G 286 -67.786  19.088 -24.885
  198   2H5*    G 286          2H5*        G 286 -68.221  17.732 -23.825
  199    H4*    G 286           H4*        G 286 -68.256  20.511 -22.661
  200    H3*    G 286           H3*        G 286 -65.875  19.021 -23.698
  201    H2*    G 286           H2*        G 286 -64.689  19.153 -21.722
  202   2HO*    G 286          2HO*        G 286 -65.324  20.731 -20.078
  203    H1*    G 286           H1*        G 286 -66.765  19.058 -19.879
  204    H8     G 286           H8         G 286 -67.532  16.192 -22.015
  205    H1     G 286           H1         G 286 -61.889  15.342 -19.094
  206   1H2     G 286          1H2         G 286 -61.215  17.218 -18.164
  207   2H2     G 286          2H2         G 286 -62.137  18.700 -18.261
  208   1H5*    U 287          1H5*        U 287 -64.476  21.844 -22.056
  209   2H5*    U 287          2H5*        U 287 -63.644  23.217 -22.810
  210    H4*    U 287           H4*        U 287 -62.216  22.519 -21.022
  211    H3*    U 287           H3*        U 287 -61.454  21.665 -23.826
  212    H2*    U 287           H2*        U 287 -59.857  20.162 -23.173
  213   2HO*    U 287          2HO*        U 287 -58.348  20.750 -21.806
  214    H1*    U 287           H1*        U 287 -60.676  19.746 -20.460
  215    H3     U 287           H3         U 287 -59.736  15.616 -22.018
  216    H5     U 287           H5         U 287 -63.098  16.806 -24.271
  217    H6     U 287           H6         U 287 -62.930  18.995 -23.237
  218   1H5*    C 288          1H5*        C 288 -57.491  23.364 -25.661
  219   2H5*    C 288          2H5*        C 288 -58.251  21.787 -25.958
  220    H4*    C 288           H4*        C 288 -55.589  22.390 -24.651
  221    H3*    C 288           H3*        C 288 -56.659  20.913 -27.039
  222    H2*    C 288           H2*        C 288 -55.535  18.946 -26.637
  223   2HO*    C 288          2HO*        C 288 -53.577  20.625 -26.071
  224    H1*    C 288           H1*        C 288 -55.247  18.997 -23.872
  225   1H4     C 288          1H4         C 288 -59.533  14.551 -25.411
  226   2H4     C 288          2H4         C 288 -60.774  15.776 -25.547
  227    H5     C 288           H5         C 288 -60.331  18.136 -25.338
  228    H6     C 288           H6         C 288 -58.597  19.826 -24.963
  229   1H5*    A 289          1H5*        A 289 -52.311  22.235 -28.276
  230   2H5*    A 289          2H5*        A 289 -52.024  21.612 -29.915
  231    H4*    A 289           H4*        A 289 -51.228  20.252 -27.728
  232    H3*    A 289           H3*        A 289 -52.261  19.428 -30.409
  233    H2*    A 289           H2*        A 289 -52.566  17.225 -29.830
  234   2HO*    A 289          2HO*        A 289 -50.431  16.869 -29.163
  235    H1*    A 289           H1*        A 289 -52.970  17.518 -27.047
  236    H8     A 289           H8         A 289 -55.353  19.462 -29.346
  237   1H6     A 289          1H6         A 289 -58.621  14.237 -29.766
  238   2H6     A 289          2H6         A 289 -58.574  15.941 -30.160
  239    H2     A 289           H2         A 289 -54.830  13.329 -27.547
  240   1H5*    C 290          1H5*        C 290 -48.750  18.164 -28.081
  241   2H5*    C 290          2H5*        C 290 -47.352  17.427 -28.885
  242    H4*    C 290           H4*        C 290 -47.849  16.424 -26.625
  243    H3*    C 290           H3*        C 290 -47.820  14.923 -29.227
  244    H2*    C 290           H2*        C 290 -48.644  12.998 -28.293
  245   2HO*    C 290          2HO*        C 290 -47.953  12.249 -26.375
  246    H1*    C 290           H1*        C 290 -49.844  14.111 -25.938
  247   1H4     C 290          1H4         C 290 -54.032  10.763 -29.435
  248   2H4     C 290          2H4         C 290 -54.467  12.232 -30.278
  249    H5     C 290           H5         C 290 -53.308  14.332 -29.949
  250    H6     C 290           H6         C 290 -51.474  15.453 -28.757
  251   1H5*    U 291          1H5*        U 291 -43.966  13.248 -30.438
  252   2H5*    U 291          2H5*        U 291 -45.055  14.252 -31.412
  253    H4*    U 291           H4*        U 291 -44.327  11.817 -32.235
  254    H3*    U 291           H3*        U 291 -46.769  13.464 -32.519
  255    H2*    U 291           H2*        U 291 -48.257  11.739 -32.587
  256   2HO*    U 291          2HO*        U 291 -48.190  10.474 -34.342
  257    H1*    U 291           H1*        U 291 -46.201   9.592 -32.435
  258    H3     U 291           H3         U 291 -49.165   6.802 -30.639
  259    H5     U 291           H5         U 291 -50.442  10.538 -29.158
  260    H6     U 291           H6         U 291 -48.589  11.568 -30.343
  261   1H5*    G 292          1H5*        G 292 -48.204  13.280 -37.112
  262   2H5*    G 292          2H5*        G 292 -49.647  13.325 -36.077
  263    H4*    G 292           H4*        G 292 -47.938  10.885 -36.740
  264    H3*    G 292           H3*        G 292 -50.474  12.077 -37.778
  265    H2*    G 292           H2*        G 292 -51.957  10.440 -37.163
  266   2HO*    G 292          2HO*        G 292 -50.908   8.211 -36.711
  267    H1*    G 292           H1*        G 292 -50.760   9.241 -34.991
  268    H8     G 292           H8         G 292 -50.524  12.681 -33.880
  269    H1     G 292           H1         G 292 -56.673  11.029 -34.623
  270   1H2     G 292          1H2         G 292 -56.825   9.163 -35.785
  271   2H2     G 292          2H2         G 292 -55.419   8.311 -36.383
  272   1H5*    C 293          1H5*        C 293 -51.220   7.708 -38.812
  273   2H5*    C 293          2H5*        C 293 -51.320   7.917 -40.573
  274    H4*    C 293           H4*        C 293 -53.326   6.746 -39.533
  275    H3*    C 293           H3*        C 293 -53.307   9.185 -41.267
  276    H2*    C 293           H2*        C 293 -55.412   9.891 -40.778
  277   2HO*    C 293          2HO*        C 293 -55.954   7.106 -40.646
  278    H1*    C 293           H1*        C 293 -55.934   8.399 -38.389
  279   1H4     C 293          1H4         C 293 -56.744  14.604 -37.216
  280   2H4     C 293          2H4         C 293 -55.017  14.868 -37.263
  281    H5     C 293           H5         C 293 -53.433  13.129 -37.816
  282    H6     C 293           H6         C 293 -53.174  10.771 -38.443
  283   1H5*    C 294          1H5*        C 294 -55.785   9.687 -44.504
  284   2H5*    C 294          2H5*        C 294 -55.652  10.390 -42.881
  285    H4*    C 294           H4*        C 294 -58.273   9.175 -43.802
  286    H3*    C 294           H3*        C 294 -56.863  11.625 -44.768
  287    H2*    C 294           H2*        C 294 -58.570  13.084 -44.253
  288   2HO*    C 294          2HO*        C 294 -60.373  10.871 -44.150
  289    H1*    C 294           H1*        C 294 -59.732  11.821 -42.063
  290   1H4     C 294          1H4         C 294 -56.639  16.931 -39.929
  291   2H4     C 294          2H4         C 294 -55.090  16.247 -40.368
  292    H5     C 294           H5         C 294 -54.854  14.102 -41.459
  293    H6     C 294           H6         C 294 -56.060  12.176 -42.384
  294   1H5*    A 295          1H5*        A 295 -58.024  14.235 -47.791
  295   2H5*    A 295          2H5*        A 295 -57.556  13.907 -46.109
  296    H4*    A 295           H4*        A 295 -60.389  14.773 -46.603
  297    H3*    A 295           H3*        A 295 -57.900  16.417 -47.139
  298    H2*    A 295           H2*        A 295 -58.555  18.168 -45.789
  299   2HO*    A 295          2HO*        A 295 -61.084  17.893 -45.205
  300    H1*    A 295           H1*        A 295 -60.169  16.779 -43.952
  301    H8     A 295           H8         A 295 -56.621  15.411 -44.290
  302   1H6     A 295          1H6         A 295 -54.951  19.812 -40.285
  303   2H6     A 295          2H6         A 295 -54.440  18.378 -41.146
  304    H2     A 295           H2         A 295 -59.211  20.559 -41.475
  305   1H5*    C 296          1H5*        C 296 -61.769  18.427 -47.767
  306   2H5*    C 296          2H5*        C 296 -61.814  19.057 -49.425
  307    H4*    C 296           H4*        C 296 -62.938  20.716 -48.150
  308    H3*    C 296           H3*        C 296 -60.025  21.375 -48.802
  309    H2*    C 296           H2*        C 296 -60.000  23.232 -47.430
  310   2HO*    C 296          2HO*        C 296 -61.719  24.377 -48.144
  311    H1*    C 296           H1*        C 296 -61.781  22.439 -45.450
  312   1H4     C 296          1H4         C 296 -55.931  22.122 -42.989
  313   2H4     C 296          2H4         C 296 -55.556  20.719 -43.965
  314    H5     C 296           H5         C 296 -57.075  19.797 -45.590
  315    H6     C 296           H6         C 296 -59.277  20.030 -46.641
  316   1H5*    C 297          1H5*        C 297 -62.083  25.780 -50.272
  317   2H5*    C 297          2H5*        C 297 -60.603  25.993 -51.228
  318    H4*    C 297           H4*        C 297 -61.297  27.651 -49.182
  319    H3*    C 297           H3*        C 297 -58.653  26.772 -50.429
  320    H2*    C 297           H2*        C 297 -57.370  27.646 -48.713
  321   2HO*    C 297          2HO*        C 297 -59.607  29.331 -48.194
  322    H1*    C 297           H1*        C 297 -59.138  27.364 -46.578
  323   1H4     C 297          1H4         C 297 -54.505  23.076 -45.861
  324   2H4     C 297          2H4         C 297 -55.196  22.073 -47.117
  325    H5     C 297           H5         C 297 -57.117  22.726 -48.422
  326    H6     C 297           H6         C 297 -58.782  24.486 -48.804
  327   1H5*    U 298          1H5*        U 298 -55.690  30.362 -52.166
  328   2H5*    U 298          2H5*        U 298 -55.544  28.821 -51.297
  329    H4*    U 298           H4*        U 298 -55.257  31.580 -50.020
  330    H3*    U 298           H3*        U 298 -53.376  29.694 -51.395
  331    H2*    U 298           H2*        U 298 -51.974  29.352 -49.624
  332   2HO*    U 298          2HO*        U 298 -52.657  32.023 -49.004
  333    H1*    U 298           H1*        U 298 -53.620  30.039 -47.436
  334    H3     U 298           H3         U 298 -51.496  26.027 -46.765
  335    H5     U 298           H5         U 298 -54.814  25.159 -49.218
  336    H6     U 298           H6         U 298 -55.178  27.545 -49.456
  337   1H5*    C 299          1H5*        C 299 -51.398  33.168 -50.211
  338   2H5*    C 299          2H5*        C 299 -50.751  34.265 -51.446
  339    H4*    C 299           H4*        C 299 -49.012  34.202 -49.853
  340    H3*    C 299           H3*        C 299 -48.701  32.406 -52.230
  341    H2*    C 299           H2*        C 299 -47.079  31.062 -51.363
  342   2HO*    C 299          2HO*        C 299 -46.298  33.435 -50.071
  343    H1*    C 299           H1*        C 299 -47.474  31.401 -48.594
  344   1H4     C 299          1H4         C 299 -48.980  25.353 -49.791
  345   2H4     C 299          2H4         C 299 -50.282  25.836 -50.856
  346    H5     C 299           H5         C 299 -50.768  28.132 -51.389
  347    H6     C 299           H6         C 299 -50.115  30.465 -51.017
  348    H3T    C 299           H3T        C 299 -47.083  34.421 -51.014
  Start of MODEL    2
    1   1H5*    G 257          1H5*        G 257 -40.755  19.447 -47.671
    2   2H5*    G 257          2H5*        G 257 -41.631  20.393 -48.892
    3    H4*    G 257           H4*        G 257 -39.004  21.383 -47.722
    4    H3*    G 257           H3*        G 257 -41.720  21.185 -46.481
    5    H2*    G 257           H2*        G 257 -42.075  23.426 -46.192
    6   2HO*    G 257          2HO*        G 257 -39.851  24.727 -46.235
    7    H1*    G 257           H1*        G 257 -40.317  24.540 -48.098
    8    H8     G 257           H8         G 257 -42.974  22.139 -49.443
    9    H1     G 257           H1         G 257 -45.083  28.123 -48.510
   10   1H2     G 257          1H2         G 257 -43.560  29.313 -47.459
   11   2H2     G 257          2H2         G 257 -42.016  28.650 -46.974
   12    H5T    G 257           H5T        G 257 -41.124  16.660 -49.888
   13   1H5*    A 258          1H5*        A 258 -42.432  22.939 -42.604
   14   2H5*    A 258          2H5*        A 258 -42.945  23.206 -44.284
   15    H4*    A 258           H4*        A 258 -41.400  25.413 -42.958
   16    H3*    A 258           H3*        A 258 -43.978  24.266 -41.974
   17    H2*    A 258           H2*        A 258 -45.284  26.119 -42.310
   18   2HO*    A 258          2HO*        A 258 -44.612  28.053 -41.723
   19    H1*    A 258           H1*        A 258 -43.907  27.447 -44.351
   20    H8     A 258           H8         A 258 -45.093  23.727 -44.507
   21   1H6     A 258          1H6         A 258 -49.981  26.007 -47.542
   22   2H6     A 258          2H6         A 258 -49.189  24.553 -46.976
   23    H2     A 258           H2         A 258 -47.408  29.445 -46.259
   24   1H5*    G 259          1H5*        G 259 -46.155  26.243 -38.699
   25   2H5*    G 259          2H5*        G 259 -46.391  25.742 -40.386
   26    H4*    G 259           H4*        G 259 -46.426  28.669 -39.543
   27    H3*    G 259           H3*        G 259 -48.488  26.488 -39.290
   28    H2*    G 259           H2*        G 259 -50.089  27.562 -40.522
   29   2HO*    G 259          2HO*        G 259 -48.896  29.928 -39.494
   30    H1*    G 259           H1*        G 259 -48.463  29.424 -41.957
   31    H8     G 259           H8         G 259 -47.702  25.866 -42.908
   32    H1     G 259           H1         G 259 -53.215  27.981 -45.419
   33   1H2     G 259          1H2         G 259 -53.779  29.906 -44.510
   34   2H2     G 259          2H2         G 259 -52.811  30.685 -43.278
   35   1H5*    G 260          1H5*        G 260 -49.914  31.006 -37.757
   36   2H5*    G 260          2H5*        G 260 -50.696  30.417 -36.276
   37    H4*    G 260           H4*        G 260 -52.042  32.173 -37.495
   38    H3*    G 260           H3*        G 260 -52.927  29.424 -36.709
   39    H2*    G 260           H2*        G 260 -54.759  29.300 -38.082
   40   2HO*    G 260          2HO*        G 260 -56.103  30.965 -38.355
   41    H1*    G 260           H1*        G 260 -54.099  31.089 -40.127
   42    H8     G 260           H8         G 260 -51.653  28.245 -39.195
   43    H1     G 260           H1         G 260 -56.114  26.655 -43.518
   44   1H2     G 260          1H2         G 260 -57.550  28.299 -43.776
   45   2H2     G 260          2H2         G 260 -57.432  29.801 -42.887
   46   1H5*    U 261          1H5*        U 261 -56.949  28.607 -35.115
   47   2H5*    U 261          2H5*        U 261 -55.601  28.306 -36.228
   48    H4*    U 261           H4*        U 261 -58.101  29.670 -37.256
   49    H3*    U 261           H3*        U 261 -57.684  26.802 -36.467
   50    H2*    U 261           H2*        U 261 -58.578  25.990 -38.431
   51   2HO*    U 261          2HO*        U 261 -60.506  27.363 -38.157
   52    H1*    U 261           H1*        U 261 -57.867  28.138 -40.126
   53    H3     U 261           H3         U 261 -56.481  24.091 -41.789
   54    H5     U 261           H5         U 261 -53.697  25.074 -38.776
   55    H6     U 261           H6         U 261 -55.102  26.962 -38.189
   56   1H5*    C 262          1H5*        C 262 -59.572  25.028 -33.159
   57   2H5*    C 262          2H5*        C 262 -58.462  24.051 -34.139
   58    H4*    C 262           H4*        C 262 -61.289  24.880 -34.953
   59    H3*    C 262           H3*        C 262 -60.547  23.001 -33.143
   60    H2*    C 262           H2*        C 262 -59.246  21.578 -34.422
   61   2HO*    C 262          2HO*        C 262 -60.466  19.902 -35.120
   62    H1*    C 262           H1*        C 262 -60.667  21.965 -36.999
   63   1H4     C 262          1H4         C 262 -54.567  19.882 -37.751
   64   2H4     C 262          2H4         C 262 -54.263  21.479 -38.397
   65    H5     C 262           H5         C 262 -55.891  23.262 -38.327
   66    H6     C 262           H6         C 262 -58.140  23.897 -37.599
   67   1H5*    G 263          1H5*        G 263 -62.528  24.730 -36.608
   68   2H5*    G 263          2H5*        G 263 -64.006  25.523 -36.027
   69    H4*    G 263           H4*        G 263 -64.945  25.482 -38.098
   70    H3*    G 263           H3*        G 263 -64.286  22.574 -37.804
   71    H2*    G 263           H2*        G 263 -63.793  22.169 -40.008
   72   2HO*    G 263          2HO*        G 263 -65.411  24.407 -40.727
   73    H1*    G 263           H1*        G 263 -63.090  24.717 -40.950
   74    H8     G 263           H8         G 263 -60.656  24.324 -38.303
   75    H1     G 263           H1         G 263 -59.781  19.790 -42.745
   76   1H2     G 263          1H2         G 263 -61.525  19.710 -44.098
   77   2H2     G 263          2H2         G 263 -62.908  20.765 -43.910
   78   1H5*    G 264          1H5*        G 264 -67.573  19.489 -37.089
   79   2H5*    G 264          2H5*        G 264 -65.961  20.216 -37.234
   80    H4*    G 264           H4*        G 264 -67.588  19.424 -39.681
   81    H3*    G 264           H3*        G 264 -66.018  17.741 -37.729
   82    H2*    G 264           H2*        G 264 -64.619  16.846 -39.302
   83   2HO*    G 264          2HO*        G 264 -66.628  17.320 -41.270
   84    H1*    G 264           H1*        G 264 -64.851  18.791 -41.365
   85    H8     G 264           H8         G 264 -63.340  20.534 -38.507
   86    H1     G 264           H1         G 264 -59.280  16.163 -40.854
   87   1H2     G 264          1H2         G 264 -60.308  14.817 -42.240
   88   2H2     G 264          2H2         G 264 -62.011  14.968 -42.616
   89   1H5*    C 265          1H5*        C 265 -65.661  14.977 -40.746
   90   2H5*    C 265          2H5*        C 265 -67.272  14.265 -40.522
   91    H4*    C 265           H4*        C 265 -66.155  12.274 -40.746
   92    H3*    C 265           H3*        C 265 -65.853  13.221 -37.912
   93    H2*    C 265           H2*        C 265 -64.098  11.830 -37.407
   94   2HO*    C 265          2HO*        C 265 -64.946  10.144 -39.550
   95    H1*    C 265           H1*        C 265 -62.977  11.444 -39.961
   96   1H4     C 265          1H4         C 265 -58.649  14.947 -36.935
   97   2H4     C 265          2H4         C 265 -59.866  16.053 -36.339
   98    H5     C 265           H5         C 265 -62.214  15.821 -36.826
   99    H6     C 265           H6         C 265 -63.903  14.475 -37.986
  100   1H5*    C 266          1H5*        C 266 -66.539   8.130 -35.626
  101   2H5*    C 266          2H5*        C 266 -65.644   9.624 -35.282
  102    H4*    C 266           H4*        C 266 -64.681   7.204 -36.864
  103    H3*    C 266           H3*        C 266 -64.236   8.415 -34.180
  104    H2*    C 266           H2*        C 266 -61.959   8.607 -34.330
  105   2HO*    C 266          2HO*        C 266 -61.116   7.032 -36.256
  106    H1*    C 266           H1*        C 266 -61.577   8.664 -37.120
  107   1H4     C 266          1H4         C 266 -59.931  14.466 -35.170
  108   2H4     C 266          2H4         C 266 -61.398  14.636 -34.233
  109    H5     C 266           H5         C 266 -63.084  12.921 -34.095
  110    H6     C 266           H6         C 266 -63.729  10.673 -34.826
  111   1H5*    C 267          1H5*        C 267 -63.143   7.138 -30.806
  112   2H5*    C 267          2H5*        C 267 -62.966   7.803 -32.442
  113    H4*    C 267           H4*        C 267 -60.980   5.706 -31.887
  114    H3*    C 267           H3*        C 267 -61.517   7.732 -29.770
  115    H2*    C 267           H2*        C 267 -59.586   8.936 -29.946
  116   2HO*    C 267          2HO*        C 267 -57.612   7.973 -30.414
  117    H1*    C 267           H1*        C 267 -58.704   8.405 -32.535
  118   1H4     C 267          1H4         C 267 -60.712  14.414 -32.846
  119   2H4     C 267          2H4         C 267 -62.227  14.009 -32.070
  120    H5     C 267           H5         C 267 -62.781  11.786 -31.337
  121    H6     C 267           H6         C 267 -62.010   9.468 -31.192
  122   1H5*    G 268          1H5*        G 268 -58.008   6.367 -29.264
  123   2H5*    G 268          2H5*        G 268 -57.896   4.786 -28.465
  124    H4*    G 268           H4*        G 268 -55.780   5.557 -27.952
  125    H3*    G 268           H3*        G 268 -57.786   6.340 -25.901
  126    H2*    G 268           H2*        G 268 -56.590   8.052 -24.927
  127   2HO*    G 268          2HO*        G 268 -54.512   6.370 -25.494
  128    H1*    G 268           H1*        G 268 -55.081   8.987 -27.048
  129    H8     G 268           H8         G 268 -58.915   8.203 -26.879
  130    H1     G 268           H1         G 268 -57.298  14.400 -26.563
  131   1H2     G 268          1H2         G 268 -55.114  14.625 -26.669
  132   2H2     G 268          2H2         G 268 -54.032  13.259 -26.821
  133   1H5*    A 269          1H5*        A 269 -55.261   6.117 -21.661
  134   2H5*    A 269          2H5*        A 269 -56.721   7.128 -21.660
  135    H4*    A 269           H4*        A 269 -53.860   7.950 -22.268
  136    H3*    A 269           H3*        A 269 -55.447   7.978 -19.978
  137    H2*    A 269           H2*        A 269 -56.976   9.620 -20.507
  138   2HO*    A 269          2HO*        A 269 -54.563  10.996 -19.986
  139    H1*    A 269           H1*        A 269 -55.311  11.165 -22.415
  140    H8     A 269           H8         A 269 -58.254   8.645 -22.906
  141   1H6     A 269          1H6         A 269 -61.551  13.648 -24.444
  142   2H6     A 269          2H6         A 269 -61.562  11.905 -24.298
  143    H2     A 269           H2         A 269 -57.464  15.006 -23.203
  144   1H5*    C 270          1H5*        C 270 -55.342  10.051 -16.629
  145   2H5*    C 270          2H5*        C 270 -56.133  10.159 -18.215
  146    H4*    C 270           H4*        C 270 -55.064  12.623 -16.785
  147    H3*    C 270           H3*        C 270 -57.561  11.041 -16.474
  148    H2*    C 270           H2*        C 270 -58.897  12.921 -16.447
  149   2HO*    C 270          2HO*        C 270 -58.217  14.857 -15.700
  150    H1*    C 270           H1*        C 270 -57.380  14.509 -18.209
  151   1H4     C 270          1H4         C 270 -62.815  12.630 -20.974
  152   2H4     C 270          2H4         C 270 -62.213  10.994 -21.120
  153    H5     C 270           H5         C 270 -60.071  10.293 -20.259
  154    H6     C 270           H6         C 270 -58.048  11.011 -19.077
  155   1H5*    U 271          1H5*        U 271 -60.034  12.280 -12.744
  156   2H5*    U 271          2H5*        U 271 -60.265  11.717 -14.410
  157    H4*    U 271           H4*        U 271 -60.498  14.656 -13.658
  158    H3*    U 271           H3*        U 271 -62.349  12.347 -13.244
  159    H2*    U 271           H2*        U 271 -64.066  13.200 -14.492
  160   2HO*    U 271          2HO*        U 271 -64.289  15.585 -14.643
  161    H1*    U 271           H1*        U 271 -62.651  15.186 -16.006
  162    H3     U 271           H3         U 271 -65.562  13.207 -18.870
  163    H5     U 271           H5         U 271 -62.636  10.254 -18.132
  164    H6     U 271           H6         U 271 -61.682  11.713 -16.440
  165   1H5*    U 272          1H5*        U 272 -65.862  12.712 -10.653
  166   2H5*    U 272          2H5*        U 272 -66.105  12.448 -12.392
  167    H4*    U 272           H4*        U 272 -68.063  13.535 -11.106
  168    H3*    U 272           H3*        U 272 -66.976  13.882 -13.744
  169    H2*    U 272           H2*        U 272 -66.331  16.088 -13.647
  170   2HO*    U 272          2HO*        U 272 -68.185  17.549 -13.749
  171    H1*    U 272           H1*        U 272 -68.119  16.907 -11.415
  172    H3     U 272           H3         U 272 -65.605  20.494 -10.648
  173    H5     U 272           H5         U 272 -62.759  17.667 -11.948
  174    H6     U 272           H6         U 272 -64.564  16.064 -12.197
  175   1H5*    C 284          1H5*        C 284 -68.836  14.907 -15.473
  176   2H5*    C 284          2H5*        C 284 -70.598  14.764 -15.633
  177    H4*    C 284           H4*        C 284 -69.458  15.272 -17.816
  178    H3*    C 284           H3*        C 284 -71.638  13.519 -17.466
  179    H2*    C 284           H2*        C 284 -70.388  11.649 -16.760
  180   2HO*    C 284          2HO*        C 284 -71.295  10.523 -18.300
  181    H1*    C 284           H1*        C 284 -68.319  11.801 -18.886
  182   1H4     C 284          1H4         C 284 -66.278   7.974 -14.153
  183   2H4     C 284          2H4         C 284 -65.426   9.364 -13.520
  184    H5     C 284           H5         C 284 -65.711  11.593 -14.383
  185    H6     C 284           H6         C 284 -66.860  12.972 -16.050
  186   1H5*    G 285          1H5*        G 285 -70.839  16.305 -22.165
  187   2H5*    G 285          2H5*        G 285 -69.234  16.907 -21.704
  188    H4*    G 285           H4*        G 285 -71.592  18.419 -21.800
  189    H3*    G 285           H3*        G 285 -68.788  18.930 -21.057
  190    H2*    G 285           H2*        G 285 -69.220  20.414 -19.372
  191   2HO*    G 285          2HO*        G 285 -71.205  21.667 -19.385
  192    H1*    G 285           H1*        G 285 -71.741  19.715 -18.469
  193    H8     G 285           H8         G 285 -70.677  19.675 -16.087
  194    H1     G 285           H1         G 285 -66.191  15.467 -17.901
  195   1H2     G 285          1H2         G 285 -66.387  15.010 -20.035
  196   2H2     G 285          2H2         G 285 -67.614  15.737 -21.047
  197   1H5*    G 286          1H5*        G 286 -66.833  21.392 -24.448
  198   2H5*    G 286          2H5*        G 286 -67.546  19.946 -23.706
  199    H4*    G 286           H4*        G 286 -66.919  22.306 -21.936
  200    H3*    G 286           H3*        G 286 -64.971  20.599 -23.437
  201    H2*    G 286           H2*        G 286 -63.773  19.976 -21.565
  202   2HO*    G 286          2HO*        G 286 -64.789  21.608 -19.642
  203    H1*    G 286           H1*        G 286 -65.792  19.917 -19.663
  204    H8     G 286           H8         G 286 -67.258  17.919 -22.349
  205    H1     G 286           H1         G 286 -61.949  15.096 -20.124
  206   1H2     G 286          1H2         G 286 -60.827  16.479 -18.832
  207   2H2     G 286          2H2         G 286 -61.364  18.112 -18.513
  208   1H5*    U 287          1H5*        U 287 -62.896  22.523 -21.293
  209   2H5*    U 287          2H5*        U 287 -61.759  23.793 -21.782
  210    H4*    U 287           H4*        U 287 -60.526  22.354 -20.314
  211    H3*    U 287           H3*        U 287 -60.038  22.066 -23.290
  212    H2*    U 287           H2*        U 287 -58.856  20.114 -23.130
  213   2HO*    U 287          2HO*        U 287 -57.149  20.847 -21.952
  214    H1*    U 287           H1*        U 287 -59.712  19.253 -20.534
  215    H3     U 287           H3         U 287 -59.845  15.518 -23.061
  216    H5     U 287           H5         U 287 -62.820  17.985 -24.751
  217    H6     U 287           H6         U 287 -62.107  19.755 -23.252
  218   1H5*    C 288          1H5*        C 288 -55.882  23.224 -25.062
  219   2H5*    C 288          2H5*        C 288 -57.053  21.966 -25.506
  220    H4*    C 288           H4*        C 288 -54.227  21.614 -24.454
  221    H3*    C 288           H3*        C 288 -55.769  21.086 -26.986
  222    H2*    C 288           H2*        C 288 -55.109  18.891 -27.204
  223   2HO*    C 288          2HO*        C 288 -53.056  18.625 -25.493
  224    H1*    C 288           H1*        C 288 -54.659  18.177 -24.549
  225   1H4     C 288          1H4         C 288 -59.902  15.217 -26.613
  226   2H4     C 288          2H4         C 288 -60.845  16.664 -26.333
  227    H5     C 288           H5         C 288 -59.877  18.758 -25.635
  228    H6     C 288           H6         C 288 -57.794  19.914 -25.062
  229   1H5*    A 289          1H5*        A 289 -51.358  21.655 -28.636
  230   2H5*    A 289          2H5*        A 289 -51.522  21.397 -30.386
  231    H4*    A 289           H4*        A 289 -50.714  19.424 -28.734
  232    H3*    A 289           H3*        A 289 -52.333  19.492 -31.249
  233    H2*    A 289           H2*        A 289 -53.056  17.312 -31.069
  234   2HO*    A 289          2HO*        A 289 -51.100  16.660 -29.124
  235    H1*    A 289           H1*        A 289 -53.063  17.021 -28.283
  236    H8     A 289           H8         A 289 -54.984  20.036 -29.721
  237   1H6     A 289          1H6         A 289 -59.704  16.137 -30.538
  238   2H6     A 289          2H6         A 289 -59.186  17.806 -30.615
  239    H2     A 289           H2         A 289 -56.152  13.754 -29.188
  240   1H5*    C 290          1H5*        C 290 -49.086  16.826 -29.999
  241   2H5*    C 290          2H5*        C 290 -48.032  16.148 -31.252
  242    H4*    C 290           H4*        C 290 -48.395  14.522 -29.411
  243    H3*    C 290           H3*        C 290 -49.362  14.074 -32.219
  244    H2*    C 290           H2*        C 290 -50.543  12.187 -31.669
  245   2HO*    C 290          2HO*        C 290 -49.660  10.651 -30.482
  246    H1*    C 290           H1*        C 290 -50.840  12.637 -28.854
  247   1H4     C 290          1H4         C 290 -56.540  11.831 -31.595
  248   2H4     C 290          2H4         C 290 -56.548  13.506 -32.098
  249    H5     C 290           H5         C 290 -54.663  14.989 -31.771
  250    H6     C 290           H6         C 290 -52.367  15.165 -30.910
  251   1H5*    U 291          1H5*        U 291 -46.144  10.862 -33.873
  252   2H5*    U 291          2H5*        U 291 -46.106  12.085 -35.156
  253    H4*    U 291           H4*        U 291 -47.018   9.801 -35.849
  254    H3*    U 291           H3*        U 291 -48.147  12.490 -36.244
  255    H2*    U 291           H2*        U 291 -50.348  11.898 -36.199
  256   2HO*    U 291          2HO*        U 291 -49.878   9.687 -37.899
  257    H1*    U 291           H1*        U 291 -49.836   8.968 -36.012
  258    H3     U 291           H3         U 291 -53.826   8.329 -34.149
  259    H5     U 291           H5         U 291 -52.775  12.154 -32.721
  260    H6     U 291           H6         U 291 -50.684  11.963 -33.942
  261   1H5*    G 292          1H5*        G 292 -49.659  13.306 -40.725
  262   2H5*    G 292          2H5*        G 292 -51.067  13.460 -39.653
  263    H4*    G 292           H4*        G 292 -50.035  10.919 -40.987
  264    H3*    G 292           H3*        G 292 -52.188  12.926 -41.541
  265    H2*    G 292           H2*        G 292 -54.038  11.595 -41.269
  266   2HO*    G 292          2HO*        G 292 -52.372   9.761 -42.466
  267    H1*    G 292           H1*        G 292 -53.202   9.648 -39.519
  268    H8     G 292           H8         G 292 -52.072  12.530 -37.637
  269    H1     G 292           H1         G 292 -58.436  12.750 -38.382
  270   1H2     G 292          1H2         G 292 -59.069  11.330 -39.944
  271   2H2     G 292          2H2         G 292 -57.934  10.319 -40.810
  272   1H5*    C 293          1H5*        C 293 -54.017   9.296 -43.551
  273   2H5*    C 293          2H5*        C 293 -54.064   9.951 -45.202
  274    H4*    C 293           H4*        C 293 -56.299   9.082 -44.337
  275    H3*    C 293           H3*        C 293 -55.676  11.788 -45.460
  276    H2*    C 293           H2*        C 293 -57.540  12.839 -44.693
  277   2HO*    C 293          2HO*        C 293 -58.762  10.313 -45.151
  278    H1*    C 293           H1*        C 293 -58.409  10.987 -42.687
  279   1H4     C 293          1H4         C 293 -57.662  16.758 -40.095
  280   2H4     C 293          2H4         C 293 -55.924  16.577 -40.132
  281    H5     C 293           H5         C 293 -54.821  14.670 -41.125
  282    H6     C 293           H6         C 293 -55.153  12.538 -42.294
  283   1H5*    C 294          1H5*        C 294 -57.971  13.627 -48.331
  284   2H5*    C 294          2H5*        C 294 -57.664  13.870 -46.601
  285    H4*    C 294           H4*        C 294 -60.506  13.564 -47.609
  286    H3*    C 294           H3*        C 294 -58.545  15.770 -48.071
  287    H2*    C 294           H2*        C 294 -59.852  17.425 -47.140
  288   2HO*    C 294          2HO*        C 294 -62.219  15.902 -47.118
  289    H1*    C 294           H1*        C 294 -61.270  15.988 -45.227
  290   1H4     C 294          1H4         C 294 -57.024  19.585 -42.183
  291   2H4     C 294          2H4         C 294 -55.688  18.684 -42.863
  292    H5     C 294           H5         C 294 -55.982  16.864 -44.427
  293    H6     C 294           H6         C 294 -57.622  15.545 -45.688
  294   1H5*    A 295          1H5*        A 295 -59.829  19.160 -50.803
  295   2H5*    A 295          2H5*        A 295 -58.465  19.242 -49.669
  296    H4*    A 295           H4*        A 295 -61.297  20.274 -49.270
  297    H3*    A 295           H3*        A 295 -58.499  21.396 -49.536
  298    H2*    A 295           H2*        A 295 -58.718  22.853 -47.766
  299   2HO*    A 295          2HO*        A 295 -61.519  22.689 -47.617
  300    H1*    A 295           H1*        A 295 -60.618  21.471 -46.221
  301    H8     A 295           H8         A 295 -57.509  19.430 -47.077
  302   1H6     A 295          1H6         A 295 -54.817  22.215 -42.261
  303   2H6     A 295          2H6         A 295 -54.671  20.951 -43.460
  304    H2     A 295           H2         A 295 -58.767  24.213 -42.993
  305   1H5*    C 296          1H5*        C 296 -61.729  24.313 -49.560
  306   2H5*    C 296          2H5*        C 296 -61.658  25.330 -51.013
  307    H4*    C 296           H4*        C 296 -62.311  26.837 -49.301
  308    H3*    C 296           H3*        C 296 -59.332  26.922 -49.978
  309    H2*    C 296           H2*        C 296 -58.836  28.320 -48.211
  310   2HO*    C 296          2HO*        C 296 -61.457  29.038 -47.574
  311    H1*    C 296           H1*        C 296 -60.778  27.529 -46.373
  312   1H4     C 296          1H4         C 296 -55.183  25.314 -44.328
  313   2H4     C 296          2H4         C 296 -55.142  24.127 -45.612
  314    H5     C 296           H5         C 296 -56.822  23.983 -47.331
  315    H6     C 296           H6         C 296 -58.899  24.955 -48.198
  316   1H5*    C 297          1H5*        C 297 -60.260  31.993 -50.112
  317   2H5*    C 297          2H5*        C 297 -58.770  32.020 -51.076
  318    H4*    C 297           H4*        C 297 -59.017  33.226 -48.627
  319    H3*    C 297           H3*        C 297 -56.686  32.085 -50.245
  320    H2*    C 297           H2*        C 297 -55.216  32.181 -48.461
  321   2HO*    C 297          2HO*        C 297 -55.813  33.560 -46.576
  322    H1*    C 297           H1*        C 297 -57.011  31.834 -46.344
  323   1H4     C 297          1H4         C 297 -53.489  26.567 -46.801
  324   2H4     C 297          2H4         C 297 -54.368  26.064 -48.227
  325    H5     C 297           H5         C 297 -56.069  27.415 -49.277
  326    H6     C 297           H6         C 297 -57.286  29.543 -49.182
  327   1H5*    U 298          1H5*        U 298 -52.859  34.791 -50.918
  328   2H5*    U 298          2H5*        U 298 -53.078  33.099 -50.426
  329    H4*    U 298           H4*        U 298 -52.168  35.346 -48.569
  330    H3*    U 298           H3*        U 298 -50.760  33.475 -50.446
  331    H2*    U 298           H2*        U 298 -49.456  32.440 -48.880
  332   2HO*    U 298          2HO*        U 298 -49.678  34.716 -47.180
  333    H1*    U 298           H1*        U 298 -50.907  32.926 -46.507
  334    H3     U 298           H3         U 298 -49.718  28.512 -46.873
  335    H5     U 298           H5         U 298 -53.134  28.969 -49.304
  336    H6     U 298           H6         U 298 -52.968  31.366 -48.970
  337   1H5*    C 299          1H5*        C 299 -48.032  36.036 -48.392
  338   2H5*    C 299          2H5*        C 299 -47.166  37.172 -49.446
  339    H4*    C 299           H4*        C 299 -45.519  36.513 -47.873
  340    H3*    C 299           H3*        C 299 -45.457  35.178 -50.554
  341    H2*    C 299           H2*        C 299 -44.109  33.435 -49.972
  342   2HO*    C 299          2HO*        C 299 -42.472  33.628 -48.435
  343    H1*    C 299           H1*        C 299 -44.519  33.301 -47.188
  344   1H4     C 299          1H4         C 299 -46.962  27.948 -49.573
  345   2H4     C 299          2H4         C 299 -48.194  28.842 -50.435
  346    H5     C 299           H5         C 299 -48.317  31.245 -50.446
  347    H6     C 299           H6         C 299 -47.287  33.315 -49.632
  348    H3T    C 299           H3T        C 299 -43.651  36.705 -48.959
  Start of MODEL    3
    1   1H5*    G 257          1H5*        G 257 -36.866  15.347 -46.514
    2   2H5*    G 257          2H5*        G 257 -36.511  14.965 -44.817
    3    H4*    G 257           H4*        G 257 -35.831  17.174 -44.793
    4    H3*    G 257           H3*        G 257 -38.752  16.924 -44.202
    5    H2*    G 257           H2*        G 257 -39.339  19.074 -44.716
    6   2HO*    G 257          2HO*        G 257 -38.087  20.792 -44.175
    7    H1*    G 257           H1*        G 257 -37.236  19.855 -46.426
    8    H8     G 257           H8         G 257 -39.302  16.790 -47.453
    9    H1     G 257           H1         G 257 -41.912  22.410 -49.107
   10   1H2     G 257          1H2         G 257 -40.778  24.069 -48.214
   11   2H2     G 257          2H2         G 257 -39.374  23.814 -47.201
   12    H5T    G 257           H5T        G 257 -40.643  13.775 -43.345
   13   1H5*    A 258          1H5*        A 258 -40.555  19.646 -41.286
   14   2H5*    A 258          2H5*        A 258 -40.659  19.279 -43.021
   15    H4*    A 258           H4*        A 258 -39.652  22.000 -42.220
   16    H3*    A 258           H3*        A 258 -42.330  20.847 -41.566
   17    H2*    A 258           H2*        A 258 -43.595  22.286 -42.825
   18   2HO*    A 258          2HO*        A 258 -43.026  24.425 -43.142
   19    H1*    A 258           H1*        A 258 -41.783  23.090 -44.796
   20    H8     A 258           H8         A 258 -42.686  19.389 -43.917
   21   1H6     A 258          1H6         A 258 -46.590  19.809 -48.701
   22   2H6     A 258          2H6         A 258 -45.930  18.754 -47.471
   23    H2     A 258           H2         A 258 -44.655  23.810 -48.123
   24   1H5*    G 259          1H5*        G 259 -45.446  23.497 -39.780
   25   2H5*    G 259          2H5*        G 259 -45.189  22.463 -41.200
   26    H4*    G 259           H4*        G 259 -45.557  25.481 -41.413
   27    H3*    G 259           H3*        G 259 -47.517  23.232 -41.030
   28    H2*    G 259           H2*        G 259 -48.722  23.668 -42.926
   29   2HO*    G 259          2HO*        G 259 -48.185  26.182 -43.605
   30    H1*    G 259           H1*        G 259 -46.811  25.182 -44.410
   31    H8     G 259           H8         G 259 -45.640  21.655 -43.880
   32    H1     G 259           H1         G 259 -50.299  22.073 -48.271
   33   1H2     G 259          1H2         G 259 -51.201  24.082 -48.238
   34   2H2     G 259          2H2         G 259 -50.671  25.334 -47.137
   35   1H5*    G 260          1H5*        G 260 -49.588  27.838 -41.460
   36   2H5*    G 260          2H5*        G 260 -50.756  27.520 -40.162
   37    H4*    G 260           H4*        G 260 -51.723  28.652 -42.241
   38    H3*    G 260           H3*        G 260 -52.690  26.206 -40.805
   39    H2*    G 260           H2*        G 260 -54.030  25.397 -42.481
   40   2HO*    G 260          2HO*        G 260 -54.812  27.875 -42.562
   41    H1*    G 260           H1*        G 260 -52.859  26.490 -44.769
   42    H8     G 260           H8         G 260 -50.661  24.496 -42.298
   43    H1     G 260           H1         G 260 -53.637  20.934 -46.724
   44   1H2     G 260          1H2         G 260 -55.017  22.174 -47.902
   45   2H2     G 260          2H2         G 260 -55.227  23.887 -47.613
   46   1H5*    U 261          1H5*        U 261 -56.635  25.295 -39.878
   47   2H5*    U 261          2H5*        U 261 -55.091  24.755 -40.565
   48    H4*    U 261           H4*        U 261 -57.530  25.060 -42.344
   49    H3*    U 261           H3*        U 261 -56.845  22.924 -40.344
   50    H2*    U 261           H2*        U 261 -57.256  21.211 -41.824
   51   2HO*    U 261          2HO*        U 261 -59.099  23.048 -42.876
   52    H1*    U 261           H1*        U 261 -56.677  22.611 -44.230
   53    H3     U 261           H3         U 261 -54.370  18.696 -44.289
   54    H5     U 261           H5         U 261 -52.482  20.973 -41.281
   55    H6     U 261           H6         U 261 -54.199  22.661 -41.577
   56   1H5*    C 262          1H5*        C 262 -59.862  20.722 -38.030
   57   2H5*    C 262          2H5*        C 262 -58.472  19.716 -38.481
   58    H4*    C 262           H4*        C 262 -60.961  20.075 -40.216
   59    H3*    C 262           H3*        C 262 -60.938  18.762 -37.824
   60    H2*    C 262           H2*        C 262 -59.060  17.410 -38.100
   61   2HO*    C 262          2HO*        C 262 -60.322  15.564 -39.646
   62    H1*    C 262           H1*        C 262 -59.518  16.721 -40.952
   63   1H4     C 262          1H4         C 262 -53.365  15.783 -39.181
   64   2H4     C 262          2H4         C 262 -53.019  17.256 -40.060
   65    H5     C 262           H5         C 262 -54.740  18.684 -40.972
   66    H6     C 262           H6         C 262 -57.153  19.015 -41.211
   67   1H5*    G 263          1H5*        G 263 -61.536  20.326 -42.327
   68   2H5*    G 263          2H5*        G 263 -63.293  20.579 -42.348
   69    H4*    G 263           H4*        G 263 -63.338  19.975 -44.529
   70    H3*    G 263           H3*        G 263 -62.526  17.424 -43.147
   71    H2*    G 263           H2*        G 263 -61.360  16.518 -44.907
   72   2HO*    G 263          2HO*        G 263 -62.146  17.918 -47.058
   73    H1*    G 263           H1*        G 263 -60.607  18.794 -46.354
   74    H8     G 263           H8         G 263 -59.095  19.623 -43.195
   75    H1     G 263           H1         G 263 -56.562  14.167 -45.403
   76   1H2     G 263          1H2         G 263 -57.793  13.378 -47.058
   77   2H2     G 263          2H2         G 263 -59.240  14.185 -47.619
   78   1H5*    G 264          1H5*        G 264 -65.229  13.981 -42.351
   79   2H5*    G 264          2H5*        G 264 -63.808  15.044 -42.327
   80    H4*    G 264           H4*        G 264 -64.369  13.269 -44.724
   81    H3*    G 264           H3*        G 264 -63.362  12.515 -41.972
   82    H2*    G 264           H2*        G 264 -61.419  11.573 -42.725
   83   2HO*    G 264          2HO*        G 264 -62.541  11.108 -45.293
   84    H1*    G 264           H1*        G 264 -61.227  12.824 -45.285
   85    H8     G 264           H8         G 264 -60.830  15.557 -42.914
   86    H1     G 264           H1         G 264 -55.888  11.507 -42.392
   87   1H2     G 264          1H2         G 264 -56.312   9.630 -43.433
   88   2H2     G 264          2H2         G 264 -57.815   9.337 -44.281
   89   1H5*    C 265          1H5*        C 265 -62.109   9.524 -42.608
   90   2H5*    C 265          2H5*        C 265 -62.389   8.689 -44.149
   91    H4*    C 265           H4*        C 265 -62.373   6.526 -43.072
   92    H3*    C 265           H3*        C 265 -62.955   8.211 -40.671
   93    H2*    C 265           H2*        C 265 -61.432   7.210 -39.277
   94   2HO*    C 265          2HO*        C 265 -61.600   5.120 -39.161
   95    H1*    C 265           H1*        C 265 -59.522   6.276 -41.092
   96   1H4     C 265          1H4         C 265 -56.603  11.152 -38.291
   97   2H4     C 265          2H4         C 265 -58.016  12.171 -38.446
   98    H5     C 265           H5         C 265 -60.068  11.438 -39.472
   99    H6     C 265           H6         C 265 -61.210   9.566 -40.569
  100   1H5*    C 266          1H5*        C 266 -64.110   3.919 -37.286
  101   2H5*    C 266          2H5*        C 266 -63.436   5.558 -37.177
  102    H4*    C 266           H4*        C 266 -61.913   2.955 -37.622
  103    H3*    C 266           H3*        C 266 -62.402   4.868 -35.394
  104    H2*    C 266           H2*        C 266 -60.209   5.326 -34.927
  105   2HO*    C 266          2HO*        C 266 -58.548   3.719 -35.431
  106    H1*    C 266           H1*        C 266 -58.962   4.691 -37.374
  107   1H4     C 266          1H4         C 266 -58.249  10.962 -36.787
  108   2H4     C 266          2H4         C 266 -59.947  11.186 -36.435
  109    H5     C 266           H5         C 266 -61.524   9.368 -36.324
  110    H6     C 266           H6         C 266 -61.814   6.943 -36.525
  111   1H5*    C 267          1H5*        C 267 -62.079   4.765 -31.566
  112   2H5*    C 267          2H5*        C 267 -61.747   5.103 -33.276
  113    H4*    C 267           H4*        C 267 -59.469   3.788 -31.972
  114    H3*    C 267           H3*        C 267 -60.869   5.949 -30.480
  115    H2*    C 267           H2*        C 267 -59.278   7.575 -30.658
  116   2HO*    C 267          2HO*        C 267 -57.308   5.533 -30.950
  117    H1*    C 267           H1*        C 267 -57.804   6.815 -32.902
  118   1H4     C 267          1H4         C 267 -60.999  11.959 -34.795
  119   2H4     C 267          2H4         C 267 -62.526  11.258 -34.310
  120    H5     C 267           H5         C 267 -62.716   9.093 -33.278
  121    H6     C 267           H6         C 267 -61.487   7.127 -32.493
  122   1H5*    G 268          1H5*        G 268 -57.415   4.902 -28.754
  123   2H5*    G 268          2H5*        G 268 -57.325   3.641 -27.508
  124    H4*    G 268           H4*        G 268 -55.631   4.939 -26.670
  125    H3*    G 268           H3*        G 268 -58.255   5.942 -25.697
  126    H2*    G 268           H2*        G 268 -57.581   8.070 -25.130
  127   2HO*    G 268          2HO*        G 268 -55.329   8.524 -24.690
  128    H1*    G 268           H1*        G 268 -55.530   8.532 -26.929
  129    H8     G 268           H8         G 268 -59.142   7.160 -27.570
  130    H1     G 268           H1         G 268 -58.167  13.315 -29.080
  131   1H2     G 268          1H2         G 268 -56.091  13.889 -28.642
  132   2H2     G 268          2H2         G 268 -54.923  12.768 -27.979
  133   1H5*    A 269          1H5*        A 269 -57.432   7.823 -21.072
  134   2H5*    A 269          2H5*        A 269 -58.399   8.033 -22.547
  135    H4*    A 269           H4*        A 269 -55.746   9.467 -22.129
  136    H3*    A 269           H3*        A 269 -58.025   9.791 -20.521
  137    H2*    A 269           H2*        A 269 -59.453  10.827 -22.001
  138   2HO*    A 269          2HO*        A 269 -57.504  12.764 -21.363
  139    H1*    A 269           H1*        A 269 -57.405  11.989 -23.812
  140    H8     A 269           H8         A 269 -59.814   8.931 -24.134
  141   1H6     A 269          1H6         A 269 -62.840  12.448 -28.225
  142   2H6     A 269          2H6         A 269 -62.753  10.876 -27.463
  143    H2     A 269           H2         A 269 -59.497  14.887 -26.502
  144   1H5*    C 270          1H5*        C 270 -59.272  12.783 -18.285
  145   2H5*    C 270          2H5*        C 270 -59.447  12.237 -19.966
  146    H4*    C 270           H4*        C 270 -59.153  15.186 -19.293
  147    H3*    C 270           H3*        C 270 -61.466  13.324 -19.112
  148    H2*    C 270           H2*        C 270 -62.898  14.808 -20.145
  149   2HO*    C 270          2HO*        C 270 -62.729  16.943 -19.902
  150    H1*    C 270           H1*        C 270 -61.033  16.012 -21.878
  151   1H4     C 270          1H4         C 270 -65.096  12.328 -25.137
  152   2H4     C 270          2H4         C 270 -64.339  10.881 -24.508
  153    H5     C 270           H5         C 270 -62.539  10.924 -22.902
  154    H6     C 270           H6         C 270 -61.079  12.362 -21.558
  155   1H5*    U 271          1H5*        U 271 -65.130  15.067 -16.956
  156   2H5*    U 271          2H5*        U 271 -64.677  14.014 -18.310
  157    H4*    U 271           H4*        U 271 -65.473  16.909 -18.772
  158    H3*    U 271           H3*        U 271 -67.143  14.534 -18.050
  159    H2*    U 271           H2*        U 271 -68.429  14.587 -19.941
  160   2HO*    U 271          2HO*        U 271 -68.755  16.728 -21.018
  161    H1*    U 271           H1*        U 271 -66.771  16.216 -21.628
  162    H3     U 271           H3         U 271 -68.453  12.888 -24.225
  163    H5     U 271           H5         U 271 -65.625  10.975 -21.740
  164    H6     U 271           H6         U 271 -65.396  13.055 -20.507
  165   1H5*    U 272          1H5*        U 272 -71.353  15.049 -16.963
  166   2H5*    U 272          2H5*        U 272 -70.987  14.316 -18.538
  167    H4*    U 272           H4*        U 272 -73.343  15.376 -18.221
  168    H3*    U 272           H3*        U 272 -71.540  15.085 -20.431
  169    H2*    U 272           H2*        U 272 -71.099  17.289 -20.915
  170   2HO*    U 272          2HO*        U 272 -73.755  17.873 -21.481
  171    H1*    U 272           H1*        U 272 -73.520  18.455 -19.643
  172    H3     U 272           H3         U 272 -71.557  22.445 -19.558
  173    H5     U 272           H5         U 272 -68.316  19.836 -18.873
  174    H6     U 272           H6         U 272 -69.864  17.975 -19.043
  175   1H5*    C 284          1H5*        C 284 -72.561  15.171 -22.717
  176   2H5*    C 284          2H5*        C 284 -74.196  14.968 -23.377
  177    H4*    C 284           H4*        C 284 -72.531  14.805 -25.189
  178    H3*    C 284           H3*        C 284 -74.643  12.981 -24.879
  179    H2*    C 284           H2*        C 284 -73.598  11.550 -23.328
  180   2HO*    C 284          2HO*        C 284 -73.115  10.662 -25.961
  181    H1*    C 284           H1*        C 284 -70.980  11.368 -24.708
  182   1H4     C 284          1H4         C 284 -70.357   9.405 -18.631
  183   2H4     C 284          2H4         C 284 -69.833  11.030 -18.250
  184    H5     C 284           H5         C 284 -69.947  12.855 -19.816
  185    H6     C 284           H6         C 284 -70.569  13.516 -22.091
  186   1H5*    G 285          1H5*        G 285 -71.416  14.522 -29.663
  187   2H5*    G 285          2H5*        G 285 -71.698  14.961 -27.966
  188    H4*    G 285           H4*        G 285 -73.451  15.743 -30.340
  189    H3*    G 285           H3*        G 285 -71.158  17.130 -29.136
  190    H2*    G 285           H2*        G 285 -72.293  18.947 -28.342
  191   2HO*    G 285          2HO*        G 285 -73.202  19.854 -30.043
  192    H1*    G 285           H1*        G 285 -74.882  18.046 -27.970
  193    H8     G 285           H8         G 285 -74.687  19.044 -25.567
  194    H1     G 285           H1         G 285 -69.444  15.578 -24.296
  195   1H2     G 285          1H2         G 285 -68.859  14.401 -26.050
  196   2H2     G 285          2H2         G 285 -69.739  14.456 -27.559
  197   1H5*    G 286          1H5*        G 286 -68.432  18.559 -32.529
  198   2H5*    G 286          2H5*        G 286 -69.250  17.338 -31.532
  199    H4*    G 286           H4*        G 286 -69.421  20.221 -30.672
  200    H3*    G 286           H3*        G 286 -66.950  18.530 -30.827
  201    H2*    G 286           H2*        G 286 -66.385  18.814 -28.605
  202   2HO*    G 286          2HO*        G 286 -68.199  21.013 -28.445
  203    H1*    G 286           H1*        G 286 -68.904  18.974 -27.456
  204    H8     G 286           H8         G 286 -69.246  15.962 -29.489
  205    H1     G 286           H1         G 286 -64.694  15.128 -25.052
  206   1H2     G 286          1H2         G 286 -64.170  17.050 -24.118
  207   2H2     G 286          2H2         G 286 -64.920  18.558 -24.586
  208   1H5*    U 287          1H5*        U 287 -65.870  21.433 -29.107
  209   2H5*    U 287          2H5*        U 287 -64.732  22.667 -29.680
  210    H4*    U 287           H4*        U 287 -63.967  22.037 -27.494
  211    H3*    U 287           H3*        U 287 -62.474  20.910 -29.881
  212    H2*    U 287           H2*        U 287 -61.267  19.385 -28.677
  213   2HO*    U 287          2HO*        U 287 -60.111  20.148 -27.100
  214    H1*    U 287           H1*        U 287 -62.889  19.258 -26.318
  215    H3     U 287           H3         U 287 -61.807  14.968 -27.234
  216    H5     U 287           H5         U 287 -64.297  16.099 -30.445
  217    H6     U 287           H6         U 287 -64.283  18.362 -29.569
  218   1H5*    C 288          1H5*        C 288 -58.039  22.196 -30.560
  219   2H5*    C 288          2H5*        C 288 -58.803  20.636 -30.926
  220    H4*    C 288           H4*        C 288 -56.594  21.242 -28.946
  221    H3*    C 288           H3*        C 288 -57.028  19.594 -31.422
  222    H2*    C 288           H2*        C 288 -56.202  17.628 -30.556
  223   2HO*    C 288          2HO*        C 288 -54.818  17.856 -28.522
  224    H1*    C 288           H1*        C 288 -56.733  17.929 -27.843
  225   1H4     C 288          1H4         C 288 -60.670  13.542 -30.250
  226   2H4     C 288          2H4         C 288 -61.740  14.802 -30.824
  227    H5     C 288           H5         C 288 -61.223  17.150 -30.661
  228    H6     C 288           H6         C 288 -59.564  18.794 -29.918
  229   1H5*    A 289          1H5*        A 289 -52.465  20.262 -31.341
  230   2H5*    A 289          2H5*        A 289 -51.784  19.461 -32.773
  231    H4*    A 289           H4*        A 289 -51.897  18.218 -30.386
  232    H3*    A 289           H3*        A 289 -52.176  17.285 -33.206
  233    H2*    A 289           H2*        A 289 -52.983  15.209 -32.652
  234   2HO*    A 289          2HO*        A 289 -51.779  15.540 -30.080
  235    H1*    A 289           H1*        A 289 -54.130  15.803 -30.129
  236    H8     A 289           H8         A 289 -55.423  17.770 -33.170
  237   1H6     A 289          1H6         A 289 -59.180  12.976 -34.198
  238   2H6     A 289          2H6         A 289 -58.762  14.607 -34.677
  239    H2     A 289           H2         A 289 -56.385  11.861 -30.872
  240   1H5*    C 290          1H5*        C 290 -49.433  15.649 -29.894
  241   2H5*    C 290          2H5*        C 290 -48.205  14.463 -30.374
  242    H4*    C 290           H4*        C 290 -49.526  13.931 -28.228
  243    H3*    C 290           H3*        C 290 -49.072  12.193 -30.627
  244    H2*    C 290           H2*        C 290 -50.520  10.564 -29.905
  245   2HO*    C 290          2HO*        C 290 -50.151  11.480 -27.224
  246    H1*    C 290           H1*        C 290 -52.133  12.124 -28.138
  247   1H4     C 290          1H4         C 290 -55.691   9.427 -32.698
  248   2H4     C 290          2H4         C 290 -55.335  10.762 -33.770
  249    H5     C 290           H5         C 290 -53.780  12.529 -33.202
  250    H6     C 290           H6         C 290 -52.227  13.371 -31.493
  251   1H5*    U 291          1H5*        U 291 -45.503   9.485 -30.482
  252   2H5*    U 291          2H5*        U 291 -45.726  10.852 -31.588
  253    H4*    U 291           H4*        U 291 -45.536   8.534 -32.680
  254    H3*    U 291           H3*        U 291 -47.312  10.794 -33.201
  255    H2*    U 291           H2*        U 291 -49.275   9.614 -33.350
  256   2HO*    U 291          2HO*        U 291 -48.724   7.864 -35.286
  257    H1*    U 291           H1*        U 291 -47.898   6.964 -33.659
  258    H3     U 291           H3         U 291 -51.633   4.715 -32.772
  259    H5     U 291           H5         U 291 -52.186   8.269 -30.572
  260    H6     U 291           H6         U 291 -50.007   9.010 -31.347
  261   1H5*    G 292          1H5*        G 292 -46.528   9.982 -38.348
  262   2H5*    G 292          2H5*        G 292 -48.235  10.373 -38.642
  263    H4*    G 292           H4*        G 292 -46.935   7.721 -38.252
  264    H3*    G 292           H3*        G 292 -48.963   9.039 -40.002
  265    H2*    G 292           H2*        G 292 -50.715   7.592 -39.712
  266   2HO*    G 292          2HO*        G 292 -50.189   5.330 -38.994
  267    H1*    G 292           H1*        G 292 -50.266   6.471 -37.237
  268    H8     G 292           H8         G 292 -50.013   9.885 -36.167
  269    H1     G 292           H1         G 292 -55.783   8.908 -38.785
  270   1H2     G 292          1H2         G 292 -55.787   7.029 -39.936
  271   2H2     G 292          2H2         G 292 -54.376   6.003 -40.068
  272   1H5*    C 293          1H5*        C 293 -49.767   5.258 -41.016
  273   2H5*    C 293          2H5*        C 293 -49.307   5.008 -42.713
  274    H4*    C 293           H4*        C 293 -51.617   4.236 -42.363
  275    H3*    C 293           H3*        C 293 -50.928   6.597 -44.066
  276    H2*    C 293           H2*        C 293 -53.024   7.473 -44.183
  277   2HO*    C 293          2HO*        C 293 -54.347   6.133 -45.121
  278    H1*    C 293           H1*        C 293 -54.283   6.138 -41.988
  279   1H4     C 293          1H4         C 293 -54.796  12.446 -41.254
  280   2H4     C 293          2H4         C 293 -53.120  12.548 -40.768
  281    H5     C 293           H5         C 293 -51.627  10.648 -40.780
  282    H6     C 293           H6         C 293 -51.429   8.250 -41.262
  283   1H5*    C 294          1H5*        C 294 -52.449   7.208 -47.758
  284   2H5*    C 294          2H5*        C 294 -52.836   7.895 -46.170
  285    H4*    C 294           H4*        C 294 -55.079   6.739 -47.827
  286    H3*    C 294           H3*        C 294 -53.312   9.039 -48.526
  287    H2*    C 294           H2*        C 294 -54.993  10.608 -48.618
  288   2HO*    C 294          2HO*        C 294 -57.229   9.033 -48.616
  289    H1*    C 294           H1*        C 294 -56.820   9.602 -46.783
  290   1H4     C 294          1H4         C 294 -54.091  14.703 -44.184
  291   2H4     C 294          2H4         C 294 -52.536  13.904 -44.109
  292    H5     C 294           H5         C 294 -52.161  11.664 -44.938
  293    H6     C 294           H6         C 294 -53.194   9.732 -46.043
  294   1H5*    A 295          1H5*        A 295 -53.754  11.418 -51.948
  295   2H5*    A 295          2H5*        A 295 -53.507  11.375 -50.190
  296    H4*    A 295           H4*        A 295 -56.139  12.354 -51.326
  297    H3*    A 295           H3*        A 295 -53.426  13.687 -51.344
  298    H2*    A 295           H2*        A 295 -54.143  15.598 -50.280
  299   2HO*    A 295          2HO*        A 295 -56.200  16.416 -50.516
  300    H1*    A 295           H1*        A 295 -56.344  14.555 -48.852
  301    H8     A 295           H8         A 295 -52.977  12.863 -48.189
  302   1H6     A 295          1H6         A 295 -51.970  17.371 -44.082
  303   2H6     A 295          2H6         A 295 -51.396  15.847 -44.719
  304    H2     A 295           H2         A 295 -55.698  18.377 -46.367
  305   1H5*    C 296          1H5*        C 296 -56.831  15.949 -52.649
  306   2H5*    C 296          2H5*        C 296 -56.630  16.343 -54.367
  307    H4*    C 296           H4*        C 296 -57.753  18.249 -53.639
  308    H3*    C 296           H3*        C 296 -54.725  18.677 -53.449
  309    H2*    C 296           H2*        C 296 -54.962  20.650 -52.268
  310   2HO*    C 296          2HO*        C 296 -57.394  21.454 -52.262
  311    H1*    C 296           H1*        C 296 -57.271  20.121 -50.829
  312   1H4     C 296          1H4         C 296 -52.373  19.649 -46.806
  313   2H4     C 296          2H4         C 296 -51.860  18.151 -47.548
  314    H5     C 296           H5         C 296 -52.940  17.194 -49.476
  315    H6     C 296           H6         C 296 -54.740  17.473 -51.116
  316   1H5*    C 297          1H5*        C 297 -55.831  23.093 -55.677
  317   2H5*    C 297          2H5*        C 297 -54.123  23.086 -56.160
  318    H4*    C 297           H4*        C 297 -55.196  24.941 -54.464
  319    H3*    C 297           H3*        C 297 -52.413  23.758 -54.883
  320    H2*    C 297           H2*        C 297 -51.576  24.630 -52.911
  321   2HO*    C 297          2HO*        C 297 -52.435  26.787 -53.540
  322    H1*    C 297           H1*        C 297 -53.897  24.664 -51.361
  323   1H4     C 297          1H4         C 297 -50.092  20.101 -49.109
  324   2H4     C 297          2H4         C 297 -50.504  19.054 -50.448
  325    H5     C 297           H5         C 297 -51.912  19.747 -52.282
  326    H6     C 297           H6         C 297 -53.220  21.595 -53.222
  327   1H5*    U 298          1H5*        U 298 -48.636  26.369 -55.597
  328   2H5*    U 298          2H5*        U 298 -49.361  25.114 -54.571
  329    H4*    U 298           H4*        U 298 -48.942  27.914 -53.489
  330    H3*    U 298           H3*        U 298 -46.889  25.833 -54.193
  331    H2*    U 298           H2*        U 298 -46.078  25.540 -52.078
  332   2HO*    U 298          2HO*        U 298 -46.958  27.939 -50.975
  333    H1*    U 298           H1*        U 298 -48.233  26.502 -50.509
  334    H3     U 298           H3         U 298 -46.652  22.494 -48.926
  335    H5     U 298           H5         U 298 -49.163  21.523 -52.172
  336    H6     U 298           H6         U 298 -49.291  23.888 -52.694
  337   1H5*    C 299          1H5*        C 299 -45.112  29.335 -52.625
  338   2H5*    C 299          2H5*        C 299 -44.056  30.261 -53.709
  339    H4*    C 299           H4*        C 299 -42.896  30.330 -51.649
  340    H3*    C 299           H3*        C 299 -41.973  28.292 -53.642
  341    H2*    C 299           H2*        C 299 -40.758  27.015 -52.199
  342   2HO*    C 299          2HO*        C 299 -39.664  27.896 -50.426
  343    H1*    C 299           H1*        C 299 -41.953  27.659 -49.727
  344   1H4     C 299          1H4         C 299 -43.285  21.534 -50.731
  345   2H4     C 299          2H4         C 299 -44.210  21.922 -52.165
  346    H5     C 299           H5         C 299 -44.431  24.156 -53.030
  347    H6     C 299           H6         C 299 -43.814  26.507 -52.711
  348    H3T    C 299           H3T        C 299 -40.290  29.661 -53.724
  Start of MODEL    4
    1   1H5*    G 257          1H5*        G 257 -43.595  12.235 -51.940
    2   2H5*    G 257          2H5*        G 257 -43.847  12.315 -50.185
    3    H4*    G 257           H4*        G 257 -42.455  14.223 -51.110
    4    H3*    G 257           H3*        G 257 -44.958  14.403 -49.483
    5    H2*    G 257           H2*        G 257 -45.458  16.586 -49.950
    6   2HO*    G 257          2HO*        G 257 -43.763  17.672 -49.196
    7    H1*    G 257           H1*        G 257 -44.078  16.996 -52.374
    8    H8     G 257           H8         G 257 -46.679  14.173 -52.256
    9    H1     G 257           H1         G 257 -49.125  19.981 -53.446
   10   1H2     G 257          1H2         G 257 -47.575  21.523 -53.209
   11   2H2     G 257          2H2         G 257 -45.929  21.144 -52.753
   12    H5T    G 257           H5T        G 257 -47.784  12.576 -52.131
   13   1H5*    A 258          1H5*        A 258 -45.232  17.502 -46.384
   14   2H5*    A 258          2H5*        A 258 -46.022  17.042 -47.907
   15    H4*    A 258           H4*        A 258 -44.512  19.646 -47.835
   16    H3*    A 258           H3*        A 258 -46.841  18.911 -46.124
   17    H2*    A 258           H2*        A 258 -48.344  20.406 -46.989
   18   2HO*    A 258          2HO*        A 258 -47.393  22.311 -46.604
   19    H1*    A 258           H1*        A 258 -47.315  20.862 -49.555
   20    H8     A 258           H8         A 258 -48.235  17.377 -48.037
   21   1H6     A 258          1H6         A 258 -53.549  18.074 -51.133
   22   2H6     A 258          2H6         A 258 -52.605  17.007 -50.117
   23    H2     A 258           H2         A 258 -51.107  21.789 -51.699
   24   1H5*    G 259          1H5*        G 259 -48.770  22.011 -43.596
   25   2H5*    G 259          2H5*        G 259 -49.141  20.838 -44.876
   26    H4*    G 259           H4*        G 259 -49.363  23.850 -45.288
   27    H3*    G 259           H3*        G 259 -51.161  21.853 -43.948
   28    H2*    G 259           H2*        G 259 -52.962  22.215 -45.310
   29   2HO*    G 259          2HO*        G 259 -53.472  24.258 -46.098
   30    H1*    G 259           H1*        G 259 -51.679  23.417 -47.560
   31    H8     G 259           H8         G 259 -50.582  19.856 -47.090
   32    H1     G 259           H1         G 259 -56.513  20.318 -49.492
   33   1H2     G 259          1H2         G 259 -57.228  22.397 -49.366
   34   2H2     G 259          2H2         G 259 -56.259  23.686 -48.688
   35   1H5*    G 260          1H5*        G 260 -52.966  26.431 -44.402
   36   2H5*    G 260          2H5*        G 260 -53.433  26.561 -42.694
   37    H4*    G 260           H4*        G 260 -55.179  27.514 -44.194
   38    H3*    G 260           H3*        G 260 -55.579  25.246 -42.291
   39    H2*    G 260           H2*        G 260 -57.514  24.423 -43.201
   40   2HO*    G 260          2HO*        G 260 -57.948  27.132 -43.886
   41    H1*    G 260           H1*        G 260 -57.369  25.303 -45.850
   42    H8     G 260           H8         G 260 -54.489  23.280 -44.220
   43    H1     G 260           H1         G 260 -59.001  19.752 -47.104
   44   1H2     G 260          1H2         G 260 -60.642  21.034 -47.806
   45   2H2     G 260          2H2         G 260 -60.651  22.768 -47.572
   46   1H5*    U 261          1H5*        U 261 -59.252  25.030 -39.777
   47   2H5*    U 261          2H5*        U 261 -58.102  24.071 -40.729
   48    H4*    U 261           H4*        U 261 -60.883  24.689 -41.791
   49    H3*    U 261           H3*        U 261 -60.272  23.127 -39.435
   50    H2*    U 261           H2*        U 261 -59.703  21.147 -40.443
   51   2HO*    U 261          2HO*        U 261 -62.484  21.397 -40.970
   52    H1*    U 261           H1*        U 261 -61.119  21.780 -43.018
   53    H3     U 261           H3         U 261 -59.186  17.886 -44.228
   54    H5     U 261           H5         U 261 -55.961  20.183 -42.773
   55    H6     U 261           H6         U 261 -57.553  21.912 -42.172
   56   1H5*    C 262          1H5*        C 262 -60.872  21.299 -36.737
   57   2H5*    C 262          2H5*        C 262 -60.619  21.077 -38.479
   58    H4*    C 262           H4*        C 262 -63.393  20.542 -37.904
   59    H3*    C 262           H3*        C 262 -62.043  20.121 -35.591
   60    H2*    C 262           H2*        C 262 -60.450  18.572 -36.274
   61   2HO*    C 262          2HO*        C 262 -61.390  17.123 -35.021
   62    H1*    C 262           H1*        C 262 -62.142  17.157 -38.264
   63   1H4     C 262          1H4         C 262 -55.807  16.239 -39.287
   64   2H4     C 262          2H4         C 262 -56.020  17.295 -40.665
   65    H5     C 262           H5         C 262 -58.068  18.501 -41.100
   66    H6     C 262           H6         C 262 -60.330  18.969 -40.292
   67   1H5*    G 263          1H5*        G 263 -65.409  20.695 -38.802
   68   2H5*    G 263          2H5*        G 263 -66.428  19.441 -38.066
   69    H4*    G 263           H4*        G 263 -67.017  19.915 -40.472
   70    H3*    G 263           H3*        G 263 -66.253  17.264 -39.295
   71    H2*    G 263           H2*        G 263 -65.766  16.203 -41.267
   72   2HO*    G 263          2HO*        G 263 -67.627  17.993 -42.483
   73    H1*    G 263           H1*        G 263 -65.238  18.373 -42.991
   74    H8     G 263           H8         G 263 -62.604  18.942 -40.656
   75    H1     G 263           H1         G 263 -61.892  13.095 -43.179
   76   1H2     G 263          1H2         G 263 -63.742  12.492 -44.224
   77   2H2     G 263          2H2         G 263 -65.157  13.520 -44.295
   78   1H5*    G 264          1H5*        G 264 -68.646  14.917 -37.018
   79   2H5*    G 264          2H5*        G 264 -67.336  15.750 -37.878
   80    H4*    G 264           H4*        G 264 -69.043  13.779 -39.400
   81    H3*    G 264           H3*        G 264 -67.144  13.169 -37.132
   82    H2*    G 264           H2*        G 264 -65.811  11.773 -38.358
   83   2HO*    G 264          2HO*        G 264 -67.377  11.092 -40.461
   84    H1*    G 264           H1*        G 264 -66.446  12.649 -40.994
   85    H8     G 264           H8         G 264 -64.824  15.490 -39.311
   86    H1     G 264           H1         G 264 -60.618  10.746 -40.263
   87   1H2     G 264          1H2         G 264 -61.648   8.904 -40.841
   88   2H2     G 264          2H2         G 264 -63.387   8.805 -41.007
   89   1H5*    C 265          1H5*        C 265 -67.217   9.132 -39.126
   90   2H5*    C 265          2H5*        C 265 -68.564   8.577 -38.113
   91    H4*    C 265           H4*        C 265 -67.164   6.734 -37.917
   92    H3*    C 265           H3*        C 265 -66.606   8.770 -35.780
   93    H2*    C 265           H2*        C 265 -64.605   7.850 -35.133
   94   2HO*    C 265          2HO*        C 265 -64.235   5.501 -35.821
   95    H1*    C 265           H1*        C 265 -63.825   6.563 -37.514
   96   1H4     C 265          1H4         C 265 -59.679  11.311 -36.825
   97   2H4     C 265          2H4         C 265 -60.962  12.491 -36.673
   98    H5     C 265           H5         C 265 -63.300  11.915 -36.730
   99    H6     C 265           H6         C 265 -64.914  10.082 -36.945
  100   1H5*    C 266          1H5*        C 266 -66.327   5.542 -31.761
  101   2H5*    C 266          2H5*        C 266 -65.414   7.053 -31.569
  102    H4*    C 266           H4*        C 266 -64.427   4.306 -32.126
  103    H3*    C 266           H3*        C 266 -63.660   6.784 -30.613
  104    H2*    C 266           H2*        C 266 -61.419   6.711 -31.133
  105   2HO*    C 266          2HO*        C 266 -60.312   4.847 -31.318
  106    H1*    C 266           H1*        C 266 -61.443   5.452 -33.606
  107   1H4     C 266          1H4         C 266 -60.220  11.553 -34.839
  108   2H4     C 266          2H4         C 266 -61.712  12.065 -34.083
  109    H5     C 266           H5         C 266 -63.259  10.538 -33.044
  110    H6     C 266           H6         C 266 -63.710   8.190 -32.504
  111   1H5*    C 267          1H5*        C 267 -61.824   8.004 -29.571
  112   2H5*    C 267          2H5*        C 267 -60.674   6.919 -28.764
  113    H4*    C 267           H4*        C 267 -60.556   8.247 -26.899
  114    H3*    C 267           H3*        C 267 -63.494   8.051 -27.222
  115    H2*    C 267           H2*        C 267 -64.074  10.215 -26.783
  116   2HO*    C 267          2HO*        C 267 -62.492   9.805 -24.736
  117    H1*    C 267           H1*        C 267 -61.712  11.627 -27.282
  118   1H4     C 267          1H4         C 267 -65.529  13.316 -32.059
  119   2H4     C 267          2H4         C 267 -65.914  11.648 -32.418
  120    H5     C 267           H5         C 267 -65.033   9.792 -31.167
  121    H6     C 267           H6         C 267 -63.586   9.128 -29.308
  122   1H5*    G 268          1H5*        G 268 -58.600   6.402 -26.159
  123   2H5*    G 268          2H5*        G 268 -58.861   6.152 -24.422
  124    H4*    G 268           H4*        G 268 -56.677   7.239 -24.810
  125    H3*    G 268           H3*        G 268 -58.952   8.640 -23.432
  126    H2*    G 268           H2*        G 268 -57.871  10.687 -23.322
  127   2HO*    G 268          2HO*        G 268 -55.432   9.262 -23.765
  128    H1*    G 268           H1*        G 268 -56.363  10.563 -25.660
  129    H8     G 268           H8         G 268 -60.181   9.846 -25.191
  130    H1     G 268           H1         G 268 -58.685  15.632 -27.514
  131   1H2     G 268          1H2         G 268 -56.503  15.855 -27.660
  132   2H2     G 268          2H2         G 268 -55.393  14.585 -27.196
  133   1H5*    A 269          1H5*        A 269 -54.865   9.811 -21.538
  134   2H5*    A 269          2H5*        A 269 -55.330  10.324 -19.902
  135    H4*    A 269           H4*        A 269 -54.290  12.057 -21.672
  136    H3*    A 269           H3*        A 269 -55.970  12.251 -19.274
  137    H2*    A 269           H2*        A 269 -57.656  13.524 -20.146
  138   2HO*    A 269          2HO*        A 269 -56.012  15.505 -21.167
  139    H1*    A 269           H1*        A 269 -56.273  14.310 -22.662
  140    H8     A 269           H8         A 269 -59.045  11.685 -21.831
  141   1H6     A 269          1H6         A 269 -62.814  15.517 -24.892
  142   2H6     A 269          2H6         A 269 -62.682  13.979 -24.069
  143    H2     A 269           H2         A 269 -58.759  17.419 -24.699
  144   1H5*    C 270          1H5*        C 270 -56.271  15.512 -16.866
  145   2H5*    C 270          2H5*        C 270 -56.923  15.055 -18.453
  146    H4*    C 270           H4*        C 270 -55.952  17.886 -18.002
  147    H3*    C 270           H3*        C 270 -58.349  16.498 -16.933
  148    H2*    C 270           H2*        C 270 -59.778  18.202 -17.547
  149   2HO*    C 270          2HO*        C 270 -59.140  20.298 -17.739
  150    H1*    C 270           H1*        C 270 -58.494  18.990 -19.909
  151   1H4     C 270          1H4         C 270 -63.886  15.833 -21.206
  152   2H4     C 270          2H4         C 270 -63.142  14.315 -20.756
  153    H5     C 270           H5         C 270 -60.897  14.150 -19.887
  154    H6     C 270           H6         C 270 -58.886  15.406 -19.267
  155   1H5*    U 271          1H5*        U 271 -60.325  17.962 -13.310
  156   2H5*    U 271          2H5*        U 271 -61.235  16.783 -14.273
  157    H4*    U 271           H4*        U 271 -60.801  19.729 -14.933
  158    H3*    U 271           H3*        U 271 -62.970  18.047 -13.750
  159    H2*    U 271           H2*        U 271 -64.581  18.665 -15.248
  160   2HO*    U 271          2HO*        U 271 -64.463  20.850 -16.215
  161    H1*    U 271           H1*        U 271 -62.941  19.757 -17.338
  162    H3     U 271           H3         U 271 -66.582  17.318 -18.854
  163    H5     U 271           H5         U 271 -63.461  14.561 -18.162
  164    H6     U 271           H6         U 271 -62.218  16.339 -17.068
  165   1H5*    U 272          1H5*        U 272 -66.150  19.306 -11.772
  166   2H5*    U 272          2H5*        U 272 -66.308  18.909 -13.495
  167    H4*    U 272           H4*        U 272 -68.237  20.232 -12.142
  168    H3*    U 272           H3*        U 272 -67.568  19.662 -14.846
  169    H2*    U 272           H2*        U 272 -66.850  21.734 -15.556
  170   2HO*    U 272          2HO*        U 272 -69.639  21.852 -15.344
  171    H1*    U 272           H1*        U 272 -68.339  23.359 -13.560
  172    H3     U 272           H3         U 272 -65.678  26.836 -14.341
  173    H5     U 272           H5         U 272 -63.064  23.569 -14.870
  174    H6     U 272           H6         U 272 -64.920  22.088 -14.368
  175   1H5*    C 284          1H5*        C 284 -69.645  20.315 -16.894
  176   2H5*    C 284          2H5*        C 284 -71.334  19.823 -16.658
  177    H4*    C 284           H4*        C 284 -70.333  19.634 -19.060
  178    H3*    C 284           H3*        C 284 -72.484  18.273 -17.882
  179    H2*    C 284           H2*        C 284 -71.228  16.679 -16.689
  180   2HO*    C 284          2HO*        C 284 -71.030  15.010 -18.825
  181    H1*    C 284           H1*        C 284 -69.371  15.972 -18.894
  182   1H4     C 284          1H4         C 284 -66.998  13.936 -13.282
  183   2H4     C 284          2H4         C 284 -66.021  15.386 -13.281
  184    H5     C 284           H5         C 284 -66.307  17.171 -14.871
  185    H6     C 284           H6         C 284 -67.576  17.946 -16.817
  186   1H5*    G 285          1H5*        G 285 -70.621  19.492 -23.053
  187   2H5*    G 285          2H5*        G 285 -70.558  19.706 -21.292
  188    H4*    G 285           H4*        G 285 -72.612  21.127 -23.032
  189    H3*    G 285           H3*        G 285 -69.727  21.776 -22.832
  190    H2*    G 285           H2*        G 285 -69.973  23.813 -21.812
  191   2HO*    G 285          2HO*        G 285 -71.244  25.088 -22.899
  192    H1*    G 285           H1*        G 285 -72.333  23.581 -20.406
  193    H8     G 285           H8         G 285 -70.977  24.314 -18.306
  194    H1     G 285           H1         G 285 -66.714  19.592 -19.103
  195   1H2     G 285          1H2         G 285 -67.181  18.433 -20.904
  196   2H2     G 285          2H2         G 285 -68.538  18.807 -21.941
  197   1H5*    G 286          1H5*        G 286 -68.641  21.941 -27.645
  198   2H5*    G 286          2H5*        G 286 -68.653  20.826 -26.264
  199    H4*    G 286           H4*        G 286 -68.781  23.858 -25.970
  200    H3*    G 286           H3*        G 286 -66.539  21.966 -26.484
  201    H2*    G 286           H2*        G 286 -65.325  22.391 -24.574
  202   2HO*    G 286          2HO*        G 286 -65.414  24.358 -23.492
  203    H1*    G 286           H1*        G 286 -67.297  22.980 -22.750
  204    H8     G 286           H8         G 286 -68.729  19.958 -24.158
  205    H1     G 286           H1         G 286 -63.013  18.640 -21.570
  206   1H2     G 286          1H2         G 286 -61.926  20.499 -21.121
  207   2H2     G 286          2H2         G 286 -62.585  22.081 -21.467
  208   1H5*    U 287          1H5*        U 287 -64.732  24.827 -25.634
  209   2H5*    U 287          2H5*        U 287 -63.676  25.813 -26.662
  210    H4*    U 287           H4*        U 287 -62.358  25.172 -24.751
  211    H3*    U 287           H3*        U 287 -61.867  23.728 -27.377
  212    H2*    U 287           H2*        U 287 -60.555  22.086 -26.475
  213   2HO*    U 287          2HO*        U 287 -59.557  24.239 -25.119
  214    H1*    U 287           H1*        U 287 -61.336  22.322 -23.725
  215    H3     U 287           H3         U 287 -61.116  17.882 -24.601
  216    H5     U 287           H5         U 287 -64.446  19.216 -26.819
  217    H6     U 287           H6         U 287 -63.856  21.490 -26.207
  218   1H5*    C 288          1H5*        C 288 -57.798  23.575 -25.729
  219   2H5*    C 288          2H5*        C 288 -56.998  24.675 -26.870
  220    H4*    C 288           H4*        C 288 -55.583  22.797 -26.938
  221    H3*    C 288           H3*        C 288 -57.662  22.817 -29.119
  222    H2*    C 288           H2*        C 288 -57.386  20.621 -29.703
  223   2HO*    C 288          2HO*        C 288 -54.746  20.624 -28.645
  224    H1*    C 288           H1*        C 288 -56.167  19.629 -27.321
  225   1H4     C 288          1H4         C 288 -61.526  16.301 -27.788
  226   2H4     C 288          2H4         C 288 -62.462  17.733 -28.154
  227    H5     C 288           H5         C 288 -61.499  19.937 -28.307
  228    H6     C 288           H6         C 288 -59.429  21.239 -28.148
  229   1H5*    A 289          1H5*        A 289 -53.283  22.155 -29.287
  230   2H5*    A 289          2H5*        A 289 -52.353  22.137 -30.800
  231    H4*    A 289           H4*        A 289 -51.725  20.239 -29.289
  232    H3*    A 289           H3*        A 289 -52.874  19.943 -32.023
  233    H2*    A 289           H2*        A 289 -53.270  17.679 -31.868
  234   2HO*    A 289          2HO*        A 289 -51.845  17.101 -29.576
  235    H1*    A 289           H1*        A 289 -53.766  17.407 -29.146
  236    H8     A 289           H8         A 289 -55.480  20.054 -31.465
  237   1H6     A 289          1H6         A 289 -59.980  15.862 -32.034
  238   2H6     A 289          2H6         A 289 -59.453  17.475 -32.460
  239    H2     A 289           H2         A 289 -56.739  14.084 -29.494
  240   1H5*    C 290          1H5*        C 290 -49.701  17.358 -30.614
  241   2H5*    C 290          2H5*        C 290 -48.428  16.983 -31.789
  242    H4*    C 290           H4*        C 290 -48.927  14.911 -30.682
  243    H3*    C 290           H3*        C 290 -50.011  15.342 -33.440
  244    H2*    C 290           H2*        C 290 -51.329  13.466 -33.387
  245   2HO*    C 290          2HO*        C 290 -50.648  11.703 -31.802
  246    H1*    C 290           H1*        C 290 -51.511  13.108 -30.550
  247   1H4     C 290          1H4         C 290 -57.522  13.746 -32.377
  248   2H4     C 290          2H4         C 290 -57.138  15.059 -33.468
  249    H5     C 290           H5         C 290 -54.896  15.929 -33.743
  250    H6     C 290           H6         C 290 -52.551  15.706 -33.042
  251   1H5*    U 291          1H5*        U 291 -46.776  11.419 -34.306
  252   2H5*    U 291          2H5*        U 291 -47.129  11.479 -36.042
  253    H4*    U 291           H4*        U 291 -47.557   9.235 -34.798
  254    H3*    U 291           H3*        U 291 -49.116  10.724 -36.802
  255    H2*    U 291           H2*        U 291 -51.191  10.100 -36.093
  256   2HO*    U 291          2HO*        U 291 -51.590   7.771 -35.972
  257    H1*    U 291           H1*        U 291 -50.197   8.214 -34.007
  258    H3     U 291           H3         U 291 -53.964   8.629 -31.675
  259    H5     U 291           H5         U 291 -53.652  12.393 -33.550
  260    H6     U 291           H6         U 291 -51.568  11.649 -34.550
  261   1H5*    G 292          1H5*        G 292 -51.023   8.878 -40.424
  262   2H5*    G 292          2H5*        G 292 -52.313   9.354 -39.301
  263    H4*    G 292           H4*        G 292 -51.038   6.592 -39.556
  264    H3*    G 292           H3*        G 292 -53.452   7.957 -40.645
  265    H2*    G 292           H2*        G 292 -55.098   6.753 -39.602
  266   2HO*    G 292          2HO*        G 292 -53.540   4.523 -38.955
  267    H1*    G 292           H1*        G 292 -53.867   5.781 -37.327
  268    H8     G 292           H8         G 292 -53.053   9.272 -36.888
  269    H1     G 292           H1         G 292 -59.419   8.516 -36.942
  270   1H2     G 292          1H2         G 292 -59.942   6.527 -37.734
  271   2H2     G 292          2H2         G 292 -58.733   5.374 -38.252
  272   1H5*    C 293          1H5*        C 293 -55.032   3.639 -40.690
  273   2H5*    C 293          2H5*        C 293 -55.232   3.551 -42.453
  274    H4*    C 293           H4*        C 293 -57.334   3.002 -41.138
  275    H3*    C 293           H3*        C 293 -57.003   5.074 -43.272
  276    H2*    C 293           H2*        C 293 -58.897   6.245 -42.812
  277   2HO*    C 293          2HO*        C 293 -59.873   3.657 -42.437
  278    H1*    C 293           H1*        C 293 -59.482   5.301 -40.173
  279   1H4     C 293          1H4         C 293 -59.025  11.645 -40.047
  280   2H4     C 293          2H4         C 293 -57.296  11.561 -40.290
  281    H5     C 293           H5         C 293 -56.118   9.482 -40.653
  282    H6     C 293           H6         C 293 -56.352   7.049 -40.862
  283   1H5*    C 294          1H5*        C 294 -59.685   5.515 -46.363
  284   2H5*    C 294          2H5*        C 294 -59.323   6.456 -44.903
  285    H4*    C 294           H4*        C 294 -62.159   5.540 -45.463
  286    H3*    C 294           H3*        C 294 -60.481   7.528 -46.924
  287    H2*    C 294           H2*        C 294 -61.897   9.313 -46.589
  288   2HO*    C 294          2HO*        C 294 -64.176   8.844 -45.934
  289    H1*    C 294           H1*        C 294 -63.053   8.655 -44.149
  290   1H4     C 294          1H4         C 294 -59.020  13.445 -43.138
  291   2H4     C 294          2H4         C 294 -57.641  12.444 -43.538
  292    H5     C 294           H5         C 294 -57.841  10.137 -44.235
  293    H6     C 294           H6         C 294 -59.411   8.317 -44.729
  294   1H5*    A 295          1H5*        A 295 -62.135   9.698 -50.437
  295   2H5*    A 295          2H5*        A 295 -61.064   9.984 -49.049
  296    H4*    A 295           H4*        A 295 -63.923  11.036 -49.216
  297    H3*    A 295           H3*        A 295 -61.267  12.093 -50.212
  298    H2*    A 295           H2*        A 295 -61.492  14.149 -49.193
  299   2HO*    A 295          2HO*        A 295 -63.462  15.115 -48.833
  300    H1*    A 295           H1*        A 295 -63.114  13.439 -47.014
  301    H8     A 295           H8         A 295 -59.899  11.396 -47.363
  302   1H6     A 295          1H6         A 295 -57.105  16.016 -44.353
  303   2H6     A 295          2H6         A 295 -56.934  14.392 -44.980
  304    H2     A 295           H2         A 295 -61.288  17.317 -45.324
  305   1H5*    C 296          1H5*        C 296 -64.912  14.705 -50.881
  306   2H5*    C 296          2H5*        C 296 -64.903  15.043 -52.623
  307    H4*    C 296           H4*        C 296 -65.646  17.071 -51.593
  308    H3*    C 296           H3*        C 296 -62.723  17.077 -52.521
  309    H2*    C 296           H2*        C 296 -62.298  19.119 -51.529
  310   2HO*    C 296          2HO*        C 296 -63.720  20.601 -51.986
  311    H1*    C 296           H1*        C 296 -63.998  18.995 -49.337
  312   1H4     C 296          1H4         C 296 -58.075  18.123 -47.206
  313   2H4     C 296          2H4         C 296 -58.012  16.529 -47.922
  314    H5     C 296           H5         C 296 -59.793  15.609 -49.255
  315    H6     C 296           H6         C 296 -62.016  16.024 -50.201
  316   1H5*    C 297          1H5*        C 297 -64.220  21.507 -54.601
  317   2H5*    C 297          2H5*        C 297 -62.812  21.288 -55.659
  318    H4*    C 297           H4*        C 297 -63.052  23.363 -53.903
  319    H3*    C 297           H3*        C 297 -60.695  21.845 -55.125
  320    H2*    C 297           H2*        C 297 -59.151  22.783 -53.680
  321   2HO*    C 297          2HO*        C 297 -60.952  24.830 -52.899
  322    H1*    C 297           H1*        C 297 -60.767  23.191 -51.439
  323   1H4     C 297          1H4         C 297 -56.760  18.449 -50.101
  324   2H4     C 297          2H4         C 297 -57.658  17.354 -51.128
  325    H5     C 297           H5         C 297 -59.544  18.045 -52.466
  326    H6     C 297           H6         C 297 -60.967  19.937 -53.105
  327   1H5*    U 298          1H5*        U 298 -57.334  24.482 -57.582
  328   2H5*    U 298          2H5*        U 298 -57.388  23.156 -56.402
  329    H4*    U 298           H4*        U 298 -56.603  26.029 -55.731
  330    H3*    U 298           H3*        U 298 -55.109  23.659 -56.805
  331    H2*    U 298           H2*        U 298 -53.634  23.448 -55.073
  332   2HO*    U 298          2HO*        U 298 -52.834  25.240 -53.953
  333    H1*    U 298           H1*        U 298 -54.997  24.768 -52.983
  334    H3     U 298           H3         U 298 -53.387  20.680 -51.652
  335    H5     U 298           H5         U 298 -56.983  19.875 -53.704
  336    H6     U 298           H6         U 298 -57.036  22.203 -54.387
  337   1H5*    C 299          1H5*        C 299 -52.609  27.014 -56.400
  338   2H5*    C 299          2H5*        C 299 -51.930  27.737 -57.872
  339    H4*    C 299           H4*        C 299 -50.109  27.802 -56.368
  340    H3*    C 299           H3*        C 299 -50.144  25.531 -58.321
  341    H2*    C 299           H2*        C 299 -48.617  24.218 -57.256
  342   2HO*    C 299          2HO*        C 299 -46.860  25.045 -56.173
  343    H1*    C 299           H1*        C 299 -48.797  25.165 -54.608
  344   1H4     C 299          1H4         C 299 -50.976  19.204 -54.457
  345   2H4     C 299          2H4         C 299 -52.315  19.617 -55.504
  346    H5     C 299           H5         C 299 -52.618  21.805 -56.459
  347    H6     C 299           H6         C 299 -51.705  24.074 -56.617
  348    H3T    C 299           H3T        C 299 -47.859  27.001 -57.931
  Start of MODEL    5
    1   1H5*    G 257          1H5*        G 257 -38.822  15.674 -51.190
    2   2H5*    G 257          2H5*        G 257 -37.110  15.212 -51.267
    3    H4*    G 257           H4*        G 257 -36.399  17.269 -50.275
    4    H3*    G 257           H3*        G 257 -39.189  17.174 -49.187
    5    H2*    G 257           H2*        G 257 -39.762  19.337 -49.661
    6   2HO*    G 257          2HO*        G 257 -37.052  19.771 -49.071
    7    H1*    G 257           H1*        G 257 -37.935  19.977 -51.717
    8    H8     G 257           H8         G 257 -40.283  17.012 -52.330
    9    H1     G 257           H1         G 257 -42.882  22.734 -53.608
   10   1H2     G 257          1H2         G 257 -41.542  24.345 -52.940
   11   2H2     G 257          2H2         G 257 -40.002  24.033 -52.172
   12    H5T    G 257           H5T        G 257 -38.121  13.627 -47.215
   13   1H5*    A 258          1H5*        A 258 -40.346  20.038 -46.087
   14   2H5*    A 258          2H5*        A 258 -40.768  19.662 -47.771
   15    H4*    A 258           H4*        A 258 -39.504  22.334 -47.204
   16    H3*    A 258           H3*        A 258 -42.078  21.325 -46.076
   17    H2*    A 258           H2*        A 258 -43.472  22.807 -47.126
   18   2HO*    A 258          2HO*        A 258 -41.244  24.584 -47.320
   19    H1*    A 258           H1*        A 258 -41.974  23.527 -49.382
   20    H8     A 258           H8         A 258 -42.923  19.877 -48.352
   21   1H6     A 258          1H6         A 258 -47.554  20.548 -52.402
   22   2H6     A 258          2H6         A 258 -46.754  19.449 -51.301
   23    H2     A 258           H2         A 258 -45.331  24.432 -52.169
   24   1H5*    G 259          1H5*        G 259 -44.685  24.038 -43.764
   25   2H5*    G 259          2H5*        G 259 -44.752  22.970 -45.181
   26    H4*    G 259           H4*        G 259 -45.088  25.992 -45.394
   27    H3*    G 259           H3*        G 259 -46.971  23.820 -44.526
   28    H2*    G 259           H2*        G 259 -48.548  24.237 -46.131
   29   2HO*    G 259          2HO*        G 259 -47.701  26.894 -46.572
   30    H1*    G 259           H1*        G 259 -46.971  25.645 -48.047
   31    H8     G 259           H8         G 259 -45.857  22.070 -47.550
   32    H1     G 259           H1         G 259 -51.164  22.581 -51.118
   33   1H2     G 259          1H2         G 259 -51.940  24.641 -51.043
   34   2H2     G 259          2H2         G 259 -51.165  25.904 -50.113
   35   1H5*    G 260          1H5*        G 260 -48.958  28.309 -44.849
   36   2H5*    G 260          2H5*        G 260 -49.771  28.247 -43.271
   37    H4*    G 260           H4*        G 260 -51.230  29.222 -45.063
   38    H3*    G 260           H3*        G 260 -51.840  26.816 -43.398
   39    H2*    G 260           H2*        G 260 -53.523  25.977 -44.705
   40   2HO*    G 260          2HO*        G 260 -54.547  28.194 -44.487
   41    H1*    G 260           H1*        G 260 -52.933  27.085 -47.215
   42    H8     G 260           H8         G 260 -50.360  24.970 -45.229
   43    H1     G 260           H1         G 260 -54.125  21.641 -49.212
   44   1H2     G 260          1H2         G 260 -55.637  22.957 -50.113
   45   2H2     G 260          2H2         G 260 -55.743  24.664 -49.744
   46   1H5*    U 261          1H5*        U 261 -55.607  26.070 -41.427
   47   2H5*    U 261          2H5*        U 261 -54.319  25.563 -42.536
   48    H4*    U 261           H4*        U 261 -57.096  26.159 -43.603
   49    H3*    U 261           H3*        U 261 -56.088  23.791 -42.051
   50    H2*    U 261           H2*        U 261 -56.980  22.269 -43.535
   51   2HO*    U 261          2HO*        U 261 -58.617  23.433 -45.158
   52    H1*    U 261           H1*        U 261 -56.861  23.866 -45.874
   53    H3     U 261           H3         U 261 -54.904  19.815 -46.647
   54    H5     U 261           H5         U 261 -52.149  21.896 -44.224
   55    H6     U 261           H6         U 261 -53.795  23.662 -43.988
   56   1H5*    C 262          1H5*        C 262 -57.759  21.389 -39.732
   57   2H5*    C 262          2H5*        C 262 -57.598  21.996 -41.391
   58    H4*    C 262           H4*        C 262 -60.236  21.385 -41.431
   59    H3*    C 262           H3*        C 262 -59.668  20.515 -38.916
   60    H2*    C 262           H2*        C 262 -57.891  19.071 -39.339
   61   2HO*    C 262          2HO*        C 262 -59.667  17.133 -40.258
   62    H1*    C 262           H1*        C 262 -58.920  17.905 -41.861
   63   1H4     C 262          1H4         C 262 -52.502  17.275 -41.284
   64   2H4     C 262          2H4         C 262 -52.400  18.542 -42.486
   65    H5     C 262           H5         C 262 -54.323  19.776 -43.270
   66    H6     C 262           H6         C 262 -56.742  20.074 -43.047
   67   1H5*    G 263          1H5*        G 263 -61.715  22.257 -42.940
   68   2H5*    G 263          2H5*        G 263 -63.405  21.879 -42.551
   69    H4*    G 263           H4*        G 263 -63.504  21.644 -44.856
   70    H3*    G 263           H3*        G 263 -62.778  19.054 -43.489
   71    H2*    G 263           H2*        G 263 -61.914  18.012 -45.341
   72   2HO*    G 263          2HO*        G 263 -63.905  19.507 -46.647
   73    H1*    G 263           H1*        G 263 -61.231  20.215 -46.969
   74    H8     G 263           H8         G 263 -59.116  20.870 -44.132
   75    H1     G 263           H1         G 263 -57.513  15.234 -46.725
   76   1H2     G 263          1H2         G 263 -59.083  14.575 -48.132
   77   2H2     G 263          2H2         G 263 -60.528  15.514 -48.433
   78   1H5*    G 264          1H5*        G 264 -66.111  16.155 -42.998
   79   2H5*    G 264          2H5*        G 264 -64.779  15.746 -41.898
   80    H4*    G 264           H4*        G 264 -65.274  14.845 -44.665
   81    H3*    G 264           H3*        G 264 -63.885  13.929 -42.150
   82    H2*    G 264           H2*        G 264 -62.169  12.891 -43.246
   83   2HO*    G 264          2HO*        G 264 -63.601  12.606 -45.659
   84    H1*    G 264           H1*        G 264 -62.302  14.211 -45.771
   85    H8     G 264           H8         G 264 -61.322  16.853 -43.486
   86    H1     G 264           H1         G 264 -56.700  12.416 -43.729
   87   1H2     G 264          1H2         G 264 -57.429  10.592 -44.692
   88   2H2     G 264          2H2         G 264 -59.064  10.429 -45.295
   89   1H5*    C 265          1H5*        C 265 -62.977  11.341 -42.109
   90   2H5*    C 265          2H5*        C 265 -63.300  10.663 -43.717
   91    H4*    C 265           H4*        C 265 -63.299   8.360 -42.679
   92    H3*    C 265           H3*        C 265 -63.013  10.071 -40.236
   93    H2*    C 265           H2*        C 265 -61.182   8.974 -39.386
   94   2HO*    C 265          2HO*        C 265 -61.051   6.845 -39.408
   95    H1*    C 265           H1*        C 265 -59.997   7.975 -41.714
   96   1H4     C 265          1H4         C 265 -56.125  12.622 -39.813
   97   2H4     C 265          2H4         C 265 -57.430  13.786 -39.799
   98    H5     C 265           H5         C 265 -59.707  13.226 -40.349
   99    H6     C 265           H6         C 265 -61.225  11.426 -41.032
  100   1H5*    C 266          1H5*        C 266 -62.831   5.381 -38.561
  101   2H5*    C 266          2H5*        C 266 -63.412   5.884 -36.961
  102    H4*    C 266           H4*        C 266 -61.021   4.788 -37.172
  103    H3*    C 266           H3*        C 266 -61.972   7.189 -35.610
  104    H2*    C 266           H2*        C 266 -59.861   7.904 -35.034
  105   2HO*    C 266          2HO*        C 266 -58.057   6.264 -35.185
  106    H1*    C 266           H1*        C 266 -58.384   6.803 -37.176
  107   1H4     C 266          1H4         C 266 -58.063  13.029 -38.305
  108   2H4     C 266          2H4         C 266 -59.678  13.286 -37.683
  109    H5     C 266           H5         C 266 -61.089  11.500 -36.893
  110    H6     C 266           H6         C 266 -61.258   9.083 -36.526
  111   1H5*    C 267          1H5*        C 267 -60.758   5.483 -32.217
  112   2H5*    C 267          2H5*        C 267 -59.712   6.483 -33.244
  113    H4*    C 267           H4*        C 267 -58.500   4.731 -31.088
  114    H3*    C 267           H3*        C 267 -60.370   6.947 -30.666
  115    H2*    C 267           H2*        C 267 -58.977   8.679 -30.201
  116   2HO*    C 267          2HO*        C 267 -56.872   8.050 -29.046
  117    H1*    C 267           H1*        C 267 -56.443   7.830 -31.010
  118   1H4     C 267          1H4         C 267 -57.806  12.192 -35.418
  119   2H4     C 267          2H4         C 267 -59.517  11.850 -35.295
  120    H5     C 267           H5         C 267 -60.424  10.144 -33.862
  121    H6     C 267           H6         C 267 -59.889   8.389 -32.242
  122   1H5*    G 268          1H5*        G 268 -57.502   5.899 -27.967
  123   2H5*    G 268          2H5*        G 268 -57.897   5.253 -26.362
  124    H4*    G 268           H4*        G 268 -55.769   6.343 -26.124
  125    H3*    G 268           H3*        G 268 -58.223   7.706 -25.057
  126    H2*    G 268           H2*        G 268 -57.186   9.728 -24.611
  127   2HO*    G 268          2HO*        G 268 -54.871   9.864 -24.412
  128    H1*    G 268           H1*        G 268 -55.304   9.805 -26.639
  129    H8     G 268           H8         G 268 -59.104   8.924 -26.950
  130    H1     G 268           H1         G 268 -57.483  14.921 -28.536
  131   1H2     G 268          1H2         G 268 -55.325  15.230 -28.250
  132   2H2     G 268          2H2         G 268 -54.260  13.967 -27.675
  133   1H5*    A 269          1H5*        A 269 -54.585   8.761 -22.438
  134   2H5*    A 269          2H5*        A 269 -55.316   9.111 -20.858
  135    H4*    A 269           H4*        A 269 -54.078  11.028 -22.252
  136    H3*    A 269           H3*        A 269 -56.196  10.960 -20.217
  137    H2*    A 269           H2*        A 269 -57.721  12.291 -21.276
  138   2HO*    A 269          2HO*        A 269 -55.893  14.339 -21.777
  139    H1*    A 269           H1*        A 269 -55.929  13.300 -23.423
  140    H8     A 269           H8         A 269 -58.702  10.550 -23.328
  141   1H6     A 269          1H6         A 269 -61.995  14.534 -26.725
  142   2H6     A 269          2H6         A 269 -61.955  12.936 -26.015
  143    H2     A 269           H2         A 269 -58.122  16.510 -25.634
  144   1H5*    C 270          1H5*        C 270 -57.081  13.973 -17.649
  145   2H5*    C 270          2H5*        C 270 -57.386  13.636 -19.366
  146    H4*    C 270           H4*        C 270 -56.639  16.443 -18.526
  147    H3*    C 270           H3*        C 270 -59.138  14.918 -18.022
  148    H2*    C 270           H2*        C 270 -60.490  16.637 -18.755
  149   2HO*    C 270          2HO*        C 270 -58.868  18.716 -19.157
  150    H1*    C 270           H1*        C 270 -58.816  17.647 -20.767
  151   1H4     C 270          1H4         C 270 -63.787  14.550 -23.300
  152   2H4     C 270          2H4         C 270 -63.099  13.008 -22.844
  153    H5     C 270           H5         C 270 -61.051  12.796 -21.586
  154    H6     C 270           H6         C 270 -59.223  14.017 -20.503
  155   1H5*    U 271          1H5*        U 271 -62.143  16.276 -14.949
  156   2H5*    U 271          2H5*        U 271 -61.608  15.592 -16.496
  157    H4*    U 271           H4*        U 271 -62.156  18.523 -16.526
  158    H3*    U 271           H3*        U 271 -64.186  16.467 -15.681
  159    H2*    U 271           H2*        U 271 -65.657  16.949 -17.365
  160   2HO*    U 271          2HO*        U 271 -65.569  19.231 -18.267
  161    H1*    U 271           H1*        U 271 -63.897  18.357 -19.156
  162    H3     U 271           H3         U 271 -66.844  15.666 -21.448
  163    H5     U 271           H5         U 271 -63.756  13.124 -20.093
  164    H6     U 271           H6         U 271 -62.911  14.969 -18.757
  165   1H5*    U 272          1H5*        U 272 -67.793  17.258 -13.899
  166   2H5*    U 272          2H5*        U 272 -67.805  16.690 -15.580
  167    H4*    U 272           H4*        U 272 -69.953  17.867 -14.633
  168    H3*    U 272           H3*        U 272 -68.808  17.534 -17.208
  169    H2*    U 272           H2*        U 272 -68.087  19.684 -17.638
  170   2HO*    U 272          2HO*        U 272 -70.420  20.946 -17.825
  171    H1*    U 272           H1*        U 272 -70.043  21.095 -15.897
  172    H3     U 272           H3         U 272 -67.524  24.759 -15.974
  173    H5     U 272           H5         U 272 -64.640  21.686 -16.109
  174    H6     U 272           H6         U 272 -66.452  20.073 -16.060
  175   1H5*    C 284          1H5*        C 284 -70.584  18.617 -19.859
  176   2H5*    C 284          2H5*        C 284 -72.162  17.804 -19.886
  177    H4*    C 284           H4*        C 284 -70.700  17.995 -22.106
  178    H3*    C 284           H3*        C 284 -72.937  16.432 -21.465
  179    H2*    C 284           H2*        C 284 -71.830  14.819 -20.156
  180   2HO*    C 284          2HO*        C 284 -72.831  13.840 -22.097
  181    H1*    C 284           H1*        C 284 -69.538  14.380 -21.989
  182   1H4     C 284          1H4         C 284 -68.191  12.106 -16.128
  183   2H4     C 284          2H4         C 284 -67.287  13.583 -15.879
  184    H5     C 284           H5         C 284 -67.343  15.438 -17.412
  185    H6     C 284           H6         C 284 -68.261  16.275 -19.524
  186   1H5*    G 285          1H5*        G 285 -70.224  18.127 -26.099
  187   2H5*    G 285          2H5*        G 285 -70.519  18.236 -24.352
  188    H4*    G 285           H4*        G 285 -72.289  19.636 -26.395
  189    H3*    G 285           H3*        G 285 -69.562  20.449 -25.602
  190    H2*    G 285           H2*        G 285 -70.143  22.387 -24.529
  191   2HO*    G 285          2HO*        G 285 -72.602  22.432 -25.973
  192    H1*    G 285           H1*        G 285 -72.715  21.928 -23.643
  193    H8     G 285           H8         G 285 -71.854  22.607 -21.279
  194    H1     G 285           H1         G 285 -67.202  18.197 -21.436
  195   1H2     G 285          1H2         G 285 -67.222  17.129 -23.351
  196   2H2     G 285          2H2         G 285 -68.370  17.489 -24.619
  197   1H5*    G 286          1H5*        G 286 -67.427  21.080 -30.009
  198   2H5*    G 286          2H5*        G 286 -67.658  19.850 -28.751
  199    H4*    G 286           H4*        G 286 -67.945  22.845 -28.250
  200    H3*    G 286           H3*        G 286 -65.593  21.039 -28.464
  201    H2*    G 286           H2*        G 286 -64.787  21.301 -26.325
  202   2HO*    G 286          2HO*        G 286 -66.351  23.579 -25.760
  203    H1*    G 286           H1*        G 286 -67.091  21.722 -24.879
  204    H8     G 286           H8         G 286 -68.160  18.811 -26.747
  205    H1     G 286           H1         G 286 -62.981  17.344 -23.264
  206   1H2     G 286          1H2         G 286 -62.036  19.171 -22.485
  207   2H2     G 286          2H2         G 286 -62.658  20.770 -22.825
  208   1H5*    U 287          1H5*        U 287 -64.073  23.814 -27.051
  209   2H5*    U 287          2H5*        U 287 -62.884  24.924 -27.757
  210    H4*    U 287           H4*        U 287 -61.905  24.122 -25.716
  211    H3*    U 287           H3*        U 287 -60.905  22.918 -28.322
  212    H2*    U 287           H2*        U 287 -59.738  21.218 -27.332
  213   2HO*    U 287          2HO*        U 287 -59.427  22.305 -24.803
  214    H1*    U 287           H1*        U 287 -61.015  21.205 -24.764
  215    H3     U 287           H3         U 287 -60.525  16.861 -25.947
  216    H5     U 287           H5         U 287 -63.417  18.348 -28.633
  217    H6     U 287           H6         U 287 -63.011  20.566 -27.735
  218   1H5*    C 288          1H5*        C 288 -57.252  22.800 -26.082
  219   2H5*    C 288          2H5*        C 288 -56.247  23.976 -26.954
  220    H4*    C 288           H4*        C 288 -54.822  22.111 -26.858
  221    H3*    C 288           H3*        C 288 -56.435  22.243 -29.418
  222    H2*    C 288           H2*        C 288 -55.989  20.090 -30.053
  223   2HO*    C 288          2HO*        C 288 -53.512  20.723 -28.951
  224    H1*    C 288           H1*        C 288 -55.223  18.993 -27.527
  225   1H4     C 288          1H4         C 288 -60.227  15.532 -29.262
  226   2H4     C 288          2H4         C 288 -61.148  16.957 -29.689
  227    H5     C 288           H5         C 288 -60.281  19.198 -29.495
  228    H6     C 288           H6         C 288 -58.341  20.551 -28.856
  229   1H5*    A 289          1H5*        A 289 -51.402  21.973 -29.800
  230   2H5*    A 289          2H5*        A 289 -51.042  21.449 -31.458
  231    H4*    A 289           H4*        A 289 -50.272  19.990 -29.336
  232    H3*    A 289           H3*        A 289 -51.111  19.335 -32.134
  233    H2*    A 289           H2*        A 289 -51.540  17.098 -31.755
  234   2HO*    A 289          2HO*        A 289 -50.192  17.123 -29.258
  235    H1*    A 289           H1*        A 289 -52.440  17.133 -29.156
  236    H8     A 289           H8         A 289 -53.801  19.817 -31.614
  237   1H6     A 289          1H6         A 289 -58.098  15.628 -33.076
  238   2H6     A 289          2H6         A 289 -57.549  17.272 -33.317
  239    H2     A 289           H2         A 289 -55.201  13.713 -30.238
  240   1H5*    C 290          1H5*        C 290 -47.854  16.503 -30.185
  241   2H5*    C 290          2H5*        C 290 -47.068  15.683 -31.546
  242    H4*    C 290           H4*        C 290 -48.164  14.236 -29.638
  243    H3*    C 290           H3*        C 290 -48.231  13.934 -32.629
  244    H2*    C 290           H2*        C 290 -49.836  12.298 -32.569
  245   2HO*    C 290          2HO*        C 290 -50.004  10.860 -30.742
  246    H1*    C 290           H1*        C 290 -50.934  12.829 -29.972
  247   1H4     C 290          1H4         C 290 -55.714  13.129 -34.122
  248   2H4     C 290          2H4         C 290 -54.999  14.501 -34.939
  249    H5     C 290           H5         C 290 -52.853  15.433 -34.317
  250    H6     C 290           H6         C 290 -50.936  15.226 -32.792
  251   1H5*    U 291          1H5*        U 291 -44.510  11.586 -34.236
  252   2H5*    U 291          2H5*        U 291 -45.312  12.753 -35.303
  253    H4*    U 291           H4*        U 291 -45.147  10.114 -35.892
  254    H3*    U 291           H3*        U 291 -46.942  12.356 -36.589
  255    H2*    U 291           H2*        U 291 -48.885  11.164 -36.621
  256   2HO*    U 291          2HO*        U 291 -47.344   9.506 -38.354
  257    H1*    U 291           H1*        U 291 -47.573   8.519 -36.189
  258    H3     U 291           H3         U 291 -51.342   6.813 -34.552
  259    H5     U 291           H5         U 291 -51.614  10.858 -33.394
  260    H6     U 291           H6         U 291 -49.456  11.236 -34.442
  261   1H5*    G 292          1H5*        G 292 -47.159  10.610 -42.240
  262   2H5*    G 292          2H5*        G 292 -48.335  10.906 -40.942
  263    H4*    G 292           H4*        G 292 -47.067   8.184 -41.488
  264    H3*    G 292           H3*        G 292 -49.289   9.664 -42.821
  265    H2*    G 292           H2*        G 292 -51.063   8.362 -42.177
  266   2HO*    G 292          2HO*        G 292 -49.904   6.050 -41.376
  267    H1*    G 292           H1*        G 292 -50.198   7.197 -39.825
  268    H8     G 292           H8         G 292 -49.534  10.604 -38.895
  269    H1     G 292           H1         G 292 -55.770   9.932 -40.218
  270   1H2     G 292          1H2         G 292 -56.119   8.046 -41.303
  271   2H2     G 292          2H2         G 292 -54.824   6.940 -41.707
  272   1H5*    C 293          1H5*        C 293 -50.691   5.788 -43.535
  273   2H5*    C 293          2H5*        C 293 -50.580   5.601 -45.298
  274    H4*    C 293           H4*        C 293 -52.842   4.985 -44.480
  275    H3*    C 293           H3*        C 293 -52.302   7.286 -46.326
  276    H2*    C 293           H2*        C 293 -54.318   8.307 -46.066
  277   2HO*    C 293          2HO*        C 293 -55.228   5.635 -45.929
  278    H1*    C 293           H1*        C 293 -55.232   7.052 -43.657
  279   1H4     C 293          1H4         C 293 -55.251  13.385 -42.943
  280   2H4     C 293          2H4         C 293 -53.513  13.389 -42.753
  281    H5     C 293           H5         C 293 -52.158  11.402 -42.995
  282    H6     C 293           H6         C 293 -52.185   8.996 -43.472
  283   1H5*    C 294          1H5*        C 294 -54.397   8.018 -49.657
  284   2H5*    C 294          2H5*        C 294 -54.477   8.719 -48.030
  285    H4*    C 294           H4*        C 294 -57.033   7.723 -49.282
  286    H3*    C 294           H3*        C 294 -55.256   9.888 -50.315
  287    H2*    C 294           H2*        C 294 -56.819  11.571 -50.157
  288   2HO*    C 294          2HO*        C 294 -58.529   9.492 -50.759
  289    H1*    C 294           H1*        C 294 -58.357  10.729 -48.009
  290   1H4     C 294          1H4         C 294 -54.810  15.599 -46.029
  291   2H4     C 294          2H4         C 294 -53.335  14.679 -46.223
  292    H5     C 294           H5         C 294 -53.292  12.414 -47.067
  293    H6     C 294           H6         C 294 -54.656  10.567 -47.933
  294   1H5*    A 295          1H5*        A 295 -55.872  12.206 -53.799
  295   2H5*    A 295          2H5*        A 295 -55.520  12.097 -52.061
  296    H4*    A 295           H4*        A 295 -58.192  13.192 -52.946
  297    H3*    A 295           H3*        A 295 -55.456  14.434 -53.298
  298    H2*    A 295           H2*        A 295 -55.982  16.378 -52.177
  299   2HO*    A 295          2HO*        A 295 -58.146  17.130 -52.013
  300    H1*    A 295           H1*        A 295 -57.965  15.426 -50.434
  301    H8     A 295           H8         A 295 -54.668  13.505 -50.268
  302   1H6     A 295          1H6         A 295 -52.714  17.953 -46.446
  303   2H6     A 295          2H6         A 295 -52.358  16.385 -47.134
  304    H2     A 295           H2         A 295 -56.661  19.224 -48.157
  305   1H5*    C 296          1H5*        C 296 -58.889  16.913 -54.635
  306   2H5*    C 296          2H5*        C 296 -58.596  17.412 -56.313
  307    H4*    C 296           H4*        C 296 -59.593  19.315 -55.266
  308    H3*    C 296           H3*        C 296 -56.556  19.451 -55.633
  309    H2*    C 296           H2*        C 296 -56.368  21.395 -54.404
  310   2HO*    C 296          2HO*        C 296 -57.991  22.901 -54.255
  311    H1*    C 296           H1*        C 296 -58.473  21.073 -52.607
  312   1H4     C 296          1H4         C 296 -53.058  20.180 -49.401
  313   2H4     C 296          2H4         C 296 -52.795  18.646 -50.199
  314    H5     C 296           H5         C 296 -54.242  17.791 -51.923
  315    H6     C 296           H6         C 296 -56.247  18.227 -53.264
  316   1H5*    C 297          1H5*        C 297 -57.808  24.058 -57.555
  317   2H5*    C 297          2H5*        C 297 -56.219  23.951 -58.339
  318    H4*    C 297           H4*        C 297 -56.854  25.856 -56.485
  319    H3*    C 297           H3*        C 297 -54.261  24.496 -57.366
  320    H2*    C 297           H2*        C 297 -53.045  25.342 -55.588
  321   2HO*    C 297          2HO*        C 297 -53.255  27.435 -55.429
  322    H1*    C 297           H1*        C 297 -55.078  25.538 -53.675
  323   1H4     C 297          1H4         C 297 -51.186  20.842 -51.905
  324   2H4     C 297          2H4         C 297 -51.821  19.798 -53.156
  325    H5     C 297           H5         C 297 -53.448  20.525 -54.784
  326    H6     C 297           H6         C 297 -54.807  22.413 -55.560
  327   1H5*    U 298          1H5*        U 298 -50.590  27.364 -58.800
  328   2H5*    U 298          2H5*        U 298 -50.747  25.912 -57.790
  329    H4*    U 298           H4*        U 298 -50.238  28.727 -56.719
  330    H3*    U 298           H3*        U 298 -48.477  26.520 -57.736
  331    H2*    U 298           H2*        U 298 -47.304  26.183 -55.805
  332   2HO*    U 298          2HO*        U 298 -47.804  28.940 -55.291
  333    H1*    U 298           H1*        U 298 -49.055  27.258 -53.866
  334    H3     U 298           H3         U 298 -47.543  23.124 -52.598
  335    H5     U 298           H5         U 298 -50.616  22.386 -55.390
  336    H6     U 298           H6         U 298 -50.665  24.764 -55.865
  337   1H5*    C 299          1H5*        C 299 -46.147  30.045 -56.585
  338   2H5*    C 299          2H5*        C 299 -45.185  30.699 -57.925
  339    H4*    C 299           H4*        C 299 -43.757  30.799 -55.999
  340    H3*    C 299           H3*        C 299 -43.286  28.669 -58.054
  341    H2*    C 299           H2*        C 299 -41.926  27.353 -56.785
  342   2HO*    C 299          2HO*        C 299 -40.537  29.315 -56.465
  343    H1*    C 299           H1*        C 299 -42.675  28.114 -54.175
  344   1H4     C 299          1H4         C 299 -44.465  22.055 -54.814
  345   2H4     C 299          2H4         C 299 -45.629  22.482 -56.047
  346    H5     C 299           H5         C 299 -45.895  24.720 -56.892
  347    H6     C 299           H6         C 299 -45.105  27.035 -56.739
  348    H3T    C 299           H3T        C 299 -42.028  30.962 -57.006
  Start of MODEL    6
    1   1H5*    G 257          1H5*        G 257 -43.984  14.055 -55.204
    2   2H5*    G 257          2H5*        G 257 -45.274  14.462 -56.355
    3    H4*    G 257           H4*        G 257 -42.806  16.211 -55.958
    4    H3*    G 257           H3*        G 257 -45.299  15.860 -54.347
    5    H2*    G 257           H2*        G 257 -46.107  17.986 -54.586
    6   2HO*    G 257          2HO*        G 257 -43.407  18.840 -54.966
    7    H1*    G 257           H1*        G 257 -44.776  18.843 -56.927
    8    H8     G 257           H8         G 257 -47.011  15.735 -57.180
    9    H1     G 257           H1         G 257 -50.152  21.300 -57.721
   10   1H2     G 257          1H2         G 257 -48.805  22.981 -57.276
   11   2H2     G 257          2H2         G 257 -47.127  22.754 -56.840
   12    H5T    G 257           H5T        G 257 -43.096  12.727 -59.457
   13   1H5*    A 258          1H5*        A 258 -46.013  18.499 -50.922
   14   2H5*    A 258          2H5*        A 258 -46.728  18.124 -52.505
   15    H4*    A 258           H4*        A 258 -45.604  20.886 -52.088
   16    H3*    A 258           H3*        A 258 -47.824  19.614 -50.533
   17    H2*    A 258           H2*        A 258 -49.510  21.002 -51.228
   18   2HO*    A 258          2HO*        A 258 -49.192  23.159 -51.650
   19    H1*    A 258           H1*        A 258 -48.563  21.882 -53.706
   20    H8     A 258           H8         A 258 -48.938  18.145 -52.620
   21   1H6     A 258          1H6         A 258 -54.318  18.396 -55.668
   22   2H6     A 258          2H6         A 258 -53.217  17.371 -54.776
   23    H2     A 258           H2         A 258 -52.469  22.478 -55.761
   24   1H5*    G 259          1H5*        G 259 -50.179  22.097 -47.691
   25   2H5*    G 259          2H5*        G 259 -50.450  21.090 -49.127
   26    H4*    G 259           H4*        G 259 -50.978  24.094 -49.082
   27    H3*    G 259           H3*        G 259 -52.542  21.752 -48.071
   28    H2*    G 259           H2*        G 259 -54.385  22.114 -49.379
   29   2HO*    G 259          2HO*        G 259 -54.641  24.233 -48.422
   30    H1*    G 259           H1*        G 259 -53.270  23.704 -51.455
   31    H8     G 259           H8         G 259 -51.706  20.292 -51.403
   32    H1     G 259           H1         G 259 -57.682  20.233 -53.738
   33   1H2     G 259          1H2         G 259 -58.665  22.169 -53.370
   34   2H2     G 259          2H2         G 259 -57.865  23.488 -52.545
   35   1H5*    G 260          1H5*        G 260 -54.879  26.273 -47.535
   36   2H5*    G 260          2H5*        G 260 -55.547  25.807 -45.957
   37    H4*    G 260           H4*        G 260 -57.175  26.920 -47.639
   38    H3*    G 260           H3*        G 260 -57.495  24.496 -45.916
   39    H2*    G 260           H2*        G 260 -59.270  23.569 -47.032
   40   2HO*    G 260          2HO*        G 260 -60.900  24.890 -47.158
   41    H1*    G 260           H1*        G 260 -58.986  24.633 -49.602
   42    H8     G 260           H8         G 260 -55.994  22.808 -47.983
   43    H1     G 260           H1         G 260 -60.116  18.988 -51.072
   44   1H2     G 260          1H2         G 260 -61.872  20.133 -51.734
   45   2H2     G 260          2H2         G 260 -62.053  21.845 -51.422
   46   1H5*    U 261          1H5*        U 261 -61.526  23.882 -43.710
   47   2H5*    U 261          2H5*        U 261 -60.205  23.108 -44.604
   48    H4*    U 261           H4*        U 261 -62.964  23.661 -45.790
   49    H3*    U 261           H3*        U 261 -61.761  21.396 -44.239
   50    H2*    U 261           H2*        U 261 -62.556  19.780 -45.686
   51   2HO*    U 261          2HO*        U 261 -64.463  21.749 -46.485
   52    H1*    U 261           H1*        U 261 -62.488  21.259 -48.071
   53    H3     U 261           H3         U 261 -60.034  17.431 -48.496
   54    H5     U 261           H5         U 261 -57.640  19.990 -46.148
   55    H6     U 261           H6         U 261 -59.494  21.554 -46.086
   56   1H5*    C 262          1H5*        C 262 -62.637  20.074 -40.836
   57   2H5*    C 262          2H5*        C 262 -62.516  20.045 -42.606
   58    H4*    C 262           H4*        C 262 -65.032  18.865 -41.954
   59    H3*    C 262           H3*        C 262 -63.503  18.680 -39.675
   60    H2*    C 262           H2*        C 262 -61.729  17.409 -40.477
   61   2HO*    C 262          2HO*        C 262 -62.219  15.162 -40.225
   62    H1*    C 262           H1*        C 262 -63.355  15.822 -42.416
   63   1H4     C 262          1H4         C 262 -57.117  15.200 -43.868
   64   2H4     C 262          2H4         C 262 -57.286  16.603 -44.899
   65    H5     C 262           H5         C 262 -59.297  17.939 -44.990
   66    H6     C 262           H6         C 262 -61.556  18.227 -44.093
   67   1H5*    G 263          1H5*        G 263 -67.031  18.587 -42.904
   68   2H5*    G 263          2H5*        G 263 -67.794  17.139 -42.215
   69    H4*    G 263           H4*        G 263 -68.324  17.469 -44.656
   70    H3*    G 263           H3*        G 263 -66.990  15.034 -43.465
   71    H2*    G 263           H2*        G 263 -66.275  14.155 -45.459
   72   2HO*    G 263          2HO*        G 263 -67.641  13.950 -47.058
   73    H1*    G 263           H1*        G 263 -66.270  16.465 -47.105
   74    H8     G 263           H8         G 263 -63.762  17.425 -44.737
   75    H1     G 263           H1         G 263 -61.876  12.082 -47.728
   76   1H2     G 263          1H2         G 263 -63.578  11.181 -48.811
   77   2H2     G 263          2H2         G 263 -65.179  11.885 -48.794
   78   1H5*    G 264          1H5*        G 264 -68.860  11.643 -41.719
   79   2H5*    G 264          2H5*        G 264 -67.655  12.789 -42.338
   80    H4*    G 264           H4*        G 264 -68.839  10.701 -44.187
   81    H3*    G 264           H3*        G 264 -66.902  10.289 -41.896
   82    H2*    G 264           H2*        G 264 -65.280   9.335 -43.197
   83   2HO*    G 264          2HO*        G 264 -67.422   8.474 -44.867
   84    H1*    G 264           H1*        G 264 -66.052  10.331 -45.756
   85    H8     G 264           H8         G 264 -65.074  13.258 -43.762
   86    H1     G 264           H1         G 264 -59.964   9.588 -44.995
   87   1H2     G 264          1H2         G 264 -60.582   7.639 -45.775
   88   2H2     G 264          2H2         G 264 -62.260   7.202 -46.010
   89   1H5*    C 265          1H5*        C 265 -65.994   6.716 -44.049
   90   2H5*    C 265          2H5*        C 265 -67.263   5.740 -43.283
   91    H4*    C 265           H4*        C 265 -65.576   4.179 -43.140
   92    H3*    C 265           H3*        C 265 -65.379   6.056 -40.796
   93    H2*    C 265           H2*        C 265 -63.253   5.414 -40.208
   94   2HO*    C 265          2HO*        C 265 -62.445   3.329 -40.679
   95    H1*    C 265           H1*        C 265 -62.264   4.549 -42.697
   96   1H4     C 265          1H4         C 265 -59.002   9.841 -41.457
   97   2H4     C 265          2H4         C 265 -60.467  10.749 -41.158
   98    H5     C 265           H5         C 265 -62.670   9.781 -41.284
   99    H6     C 265           H6         C 265 -63.944   7.733 -41.722
  100   1H5*    C 266          1H5*        C 266 -64.364   2.044 -37.030
  101   2H5*    C 266          2H5*        C 266 -63.823   3.712 -37.307
  102    H4*    C 266           H4*        C 266 -62.435   1.136 -38.154
  103    H3*    C 266           H3*        C 266 -62.008   3.361 -36.165
  104    H2*    C 266           H2*        C 266 -59.810   3.735 -36.733
  105   2HO*    C 266          2HO*        C 266 -58.543   2.060 -36.848
  106    H1*    C 266           H1*        C 266 -59.809   2.909 -39.411
  107   1H4     C 266          1H4         C 266 -59.106   9.215 -39.534
  108   2H4     C 266          2H4         C 266 -60.628   9.455 -38.704
  109    H5     C 266           H5         C 266 -62.022   7.642 -37.948
  110    H6     C 266           H6         C 266 -62.259   5.206 -37.823
  111   1H5*    C 267          1H5*        C 267 -60.375   4.621 -34.973
  112   2H5*    C 267          2H5*        C 267 -59.031   3.627 -34.375
  113    H4*    C 267           H4*        C 267 -59.054   4.634 -32.317
  114    H3*    C 267           H3*        C 267 -61.921   3.961 -32.605
  115    H2*    C 267           H2*        C 267 -62.865   5.899 -31.862
  116   2HO*    C 267          2HO*        C 267 -61.963   7.093 -30.163
  117    H1*    C 267           H1*        C 267 -60.821   7.785 -32.142
  118   1H4     C 267          1H4         C 267 -64.979   9.426 -36.642
  119   2H4     C 267          2H4         C 267 -65.121   7.773 -37.196
  120    H5     C 267           H5         C 267 -63.927   5.940 -36.198
  121    H6     C 267           H6         C 267 -62.332   5.290 -34.459
  122   1H5*    G 268          1H5*        G 268 -56.763   2.803 -31.962
  123   2H5*    G 268          2H5*        G 268 -56.996   2.413 -30.246
  124    H4*    G 268           H4*        G 268 -54.963   3.842 -30.678
  125    H3*    G 268           H3*        G 268 -57.270   4.523 -28.921
  126    H2*    G 268           H2*        G 268 -56.662   6.714 -28.573
  127   2HO*    G 268          2HO*        G 268 -54.447   5.850 -27.975
  128    H1*    G 268           H1*        G 268 -55.227   7.237 -30.934
  129    H8     G 268           H8         G 268 -58.880   5.941 -30.382
  130    H1     G 268           H1         G 268 -58.308  12.119 -32.002
  131   1H2     G 268          1H2         G 268 -56.189  12.651 -32.245
  132   2H2     G 268          2H2         G 268 -54.895  11.496 -32.019
  133   1H5*    A 269          1H5*        A 269 -55.071   6.410 -24.645
  134   2H5*    A 269          2H5*        A 269 -56.589   6.448 -25.566
  135    H4*    A 269           H4*        A 269 -54.233   8.308 -26.115
  136    H3*    A 269           H3*        A 269 -56.141   8.257 -23.925
  137    H2*    A 269           H2*        A 269 -57.849   9.442 -24.873
  138   2HO*    A 269          2HO*        A 269 -56.599  11.174 -23.871
  139    H1*    A 269           H1*        A 269 -56.306  10.552 -27.164
  140    H8     A 269           H8         A 269 -58.839   7.598 -26.902
  141   1H6     A 269          1H6         A 269 -62.711  11.362 -29.918
  142   2H6     A 269          2H6         A 269 -62.483   9.758 -29.259
  143    H2     A 269           H2         A 269 -58.941  13.635 -29.073
  144   1H5*    C 270          1H5*        C 270 -54.908  12.591 -24.660
  145   2H5*    C 270          2H5*        C 270 -54.349  13.213 -23.094
  146    H4*    C 270           H4*        C 270 -55.772  14.950 -23.678
  147    H3*    C 270           H3*        C 270 -57.454  12.784 -22.463
  148    H2*    C 270           H2*        C 270 -59.393  13.965 -22.852
  149   2HO*    C 270          2HO*        C 270 -57.696  16.262 -22.948
  150    H1*    C 270           H1*        C 270 -58.458  15.351 -25.171
  151   1H4     C 270          1H4         C 270 -63.291  11.490 -26.709
  152   2H4     C 270          2H4         C 270 -62.323  10.075 -26.360
  153    H5     C 270           H5         C 270 -60.069  10.195 -25.508
  154    H6     C 270           H6         C 270 -58.262  11.696 -24.810
  155   1H5*    U 271          1H5*        U 271 -60.257  14.544 -19.109
  156   2H5*    U 271          2H5*        U 271 -60.340  13.433 -20.490
  157    H4*    U 271           H4*        U 271 -61.386  16.285 -20.656
  158    H3*    U 271           H3*        U 271 -62.526  13.831 -19.371
  159    H2*    U 271           H2*        U 271 -64.431  13.786 -20.638
  160   2HO*    U 271          2HO*        U 271 -65.310  15.847 -21.462
  161    H1*    U 271           H1*        U 271 -63.620  15.481 -22.811
  162    H3     U 271           H3         U 271 -65.949  12.059 -24.666
  163    H5     U 271           H5         U 271 -62.353  10.287 -23.340
  164    H6     U 271           H6         U 271 -61.787  12.390 -22.265
  165   1H5*    U 272          1H5*        U 272 -65.995  14.179 -16.614
  166   2H5*    U 272          2H5*        U 272 -66.171  13.331 -18.163
  167    H4*    U 272           H4*        U 272 -68.337  14.248 -17.094
  168    H3*    U 272           H3*        U 272 -67.405  13.997 -19.798
  169    H2*    U 272           H2*        U 272 -67.375  16.203 -20.444
  170   2HO*    U 272          2HO*        U 272 -69.195  16.372 -21.475
  171    H1*    U 272           H1*        U 272 -69.282  17.226 -18.405
  172    H3     U 272           H3         U 272 -67.783  21.369 -19.006
  173    H5     U 272           H5         U 272 -64.318  19.058 -19.664
  174    H6     U 272           H6         U 272 -65.643  17.071 -19.238
  175   1H5*    C 284          1H5*        C 284 -69.743  13.947 -21.658
  176   2H5*    C 284          2H5*        C 284 -71.259  13.037 -21.497
  177    H4*    C 284           H4*        C 284 -70.300  13.287 -23.887
  178    H3*    C 284           H3*        C 284 -71.922  11.238 -22.819
  179    H2*    C 284           H2*        C 284 -70.203  10.074 -21.699
  180   2HO*    C 284          2HO*        C 284 -70.642   9.022 -24.272
  181    H1*    C 284           H1*        C 284 -68.274  10.064 -23.958
  182   1H4     C 284          1H4         C 284 -65.210   8.587 -18.516
  183   2H4     C 284          2H4         C 284 -64.784  10.280 -18.399
  184    H5     C 284           H5         C 284 -65.691  11.973 -19.850
  185    H6     C 284           H6         C 284 -67.189  12.411 -21.738
  186   1H5*    G 285          1H5*        G 285 -71.912  12.550 -28.182
  187   2H5*    G 285          2H5*        G 285 -70.518  13.641 -28.053
  188    H4*    G 285           H4*        G 285 -73.195  14.414 -28.386
  189    H3*    G 285           H3*        G 285 -70.622  15.812 -28.095
  190    H2*    G 285           H2*        G 285 -71.414  17.588 -26.895
  191   2HO*    G 285          2HO*        G 285 -73.179  18.587 -27.520
  192    H1*    G 285           H1*        G 285 -73.654  16.602 -25.600
  193    H8     G 285           H8         G 285 -72.598  17.584 -23.425
  194    H1     G 285           H1         G 285 -67.174  14.273 -24.279
  195   1H2     G 285          1H2         G 285 -67.258  13.132 -26.149
  196   2H2     G 285          2H2         G 285 -68.641  13.174 -27.217
  197   1H5*    G 286          1H5*        G 286 -69.427  17.480 -32.241
  198   2H5*    G 286          2H5*        G 286 -69.712  16.216 -31.028
  199    H4*    G 286           H4*        G 286 -69.726  19.102 -30.142
  200    H3*    G 286           H3*        G 286 -67.405  17.537 -31.215
  201    H2*    G 286           H2*        G 286 -66.073  17.853 -29.357
  202   2HO*    G 286          2HO*        G 286 -66.987  19.590 -27.765
  203    H1*    G 286           H1*        G 286 -67.983  17.901 -27.350
  204    H8     G 286           H8         G 286 -68.936  14.877 -29.161
  205    H1     G 286           H1         G 286 -63.032  14.243 -26.743
  206   1H2     G 286          1H2         G 286 -62.278  16.186 -26.039
  207   2H2     G 286          2H2         G 286 -63.210  17.659 -26.167
  208   1H5*    U 287          1H5*        U 287 -65.685  20.481 -29.606
  209   2H5*    U 287          2H5*        U 287 -64.747  21.518 -30.697
  210    H4*    U 287           H4*        U 287 -63.353  20.847 -28.785
  211    H3*    U 287           H3*        U 287 -62.808  19.808 -31.591
  212    H2*    U 287           H2*        U 287 -61.277  18.237 -30.943
  213   2HO*    U 287          2HO*        U 287 -60.658  19.779 -28.629
  214    H1*    U 287           H1*        U 287 -61.960  18.057 -28.159
  215    H3     U 287           H3         U 287 -61.250  13.801 -29.523
  216    H5     U 287           H5         U 287 -64.768  14.958 -31.541
  217    H6     U 287           H6         U 287 -64.439  17.205 -30.684
  218   1H5*    C 288          1H5*        C 288 -58.552  20.057 -29.691
  219   2H5*    C 288          2H5*        C 288 -57.966  21.296 -30.819
  220    H4*    C 288           H4*        C 288 -56.285  19.624 -30.906
  221    H3*    C 288           H3*        C 288 -58.302  19.503 -33.162
  222    H2*    C 288           H2*        C 288 -57.676  17.420 -33.875
  223   2HO*    C 288          2HO*        C 288 -55.091  17.875 -32.757
  224    H1*    C 288           H1*        C 288 -56.374  16.475 -31.513
  225   1H4     C 288          1H4         C 288 -61.082  12.354 -32.452
  226   2H4     C 288          2H4         C 288 -62.245  13.638 -32.692
  227    H5     C 288           H5         C 288 -61.670  15.977 -32.606
  228    H6     C 288           H6         C 288 -59.850  17.585 -32.280
  229   1H5*    A 289          1H5*        A 289 -53.495  19.746 -33.917
  230   2H5*    A 289          2H5*        A 289 -53.075  19.496 -35.625
  231    H4*    A 289           H4*        A 289 -51.995  17.923 -33.806
  232    H3*    A 289           H3*        A 289 -53.107  17.382 -36.519
  233    H2*    A 289           H2*        A 289 -53.233  15.092 -36.290
  234   2HO*    A 289          2HO*        A 289 -51.239  14.494 -35.702
  235    H1*    A 289           H1*        A 289 -53.722  14.834 -33.577
  236    H8     A 289           H8         A 289 -55.770  17.364 -35.716
  237   1H6     A 289          1H6         A 289 -59.652  12.658 -36.685
  238   2H6     A 289          2H6         A 289 -59.360  14.363 -36.953
  239    H2     A 289           H2         A 289 -56.159  11.115 -34.333
  240   1H5*    C 290          1H5*        C 290 -49.244  15.466 -34.841
  241   2H5*    C 290          2H5*        C 290 -48.177  14.870 -36.125
  242    H4*    C 290           H4*        C 290 -48.508  13.258 -34.182
  243    H3*    C 290           H3*        C 290 -49.051  12.700 -37.087
  244    H2*    C 290           H2*        C 290 -50.027  10.669 -36.661
  245   2HO*    C 290          2HO*        C 290 -48.690   9.388 -35.651
  246    H1*    C 290           H1*        C 290 -50.727  11.073 -33.909
  247   1H4     C 290          1H4         C 290 -56.012   9.563 -37.082
  248   2H4     C 290          2H4         C 290 -55.988  11.084 -37.946
  249    H5     C 290           H5         C 290 -54.212  12.711 -37.699
  250    H6     C 290           H6         C 290 -52.076  13.205 -36.586
  251   1H5*    U 291          1H5*        U 291 -45.295  11.470 -39.448
  252   2H5*    U 291          2H5*        U 291 -46.663  12.071 -40.401
  253    H4*    U 291           H4*        U 291 -45.670   9.551 -40.657
  254    H3*    U 291           H3*        U 291 -48.276  10.884 -41.144
  255    H2*    U 291           H2*        U 291 -49.582   9.066 -40.722
  256   2HO*    U 291          2HO*        U 291 -49.512   7.652 -42.283
  257    H1*    U 291           H1*        U 291 -47.325   7.230 -40.117
  258    H3     U 291           H3         U 291 -49.916   4.824 -37.416
  259    H5     U 291           H5         U 291 -51.540   8.693 -37.002
  260    H6     U 291           H6         U 291 -49.837   9.501 -38.532
  261   1H5*    G 292          1H5*        G 292 -50.133   9.529 -45.338
  262   2H5*    G 292          2H5*        G 292 -51.401   9.661 -44.102
  263    H4*    G 292           H4*        G 292 -49.712   7.189 -44.705
  264    H3*    G 292           H3*        G 292 -52.343   8.232 -45.624
  265    H2*    G 292           H2*        G 292 -53.734   6.658 -44.709
  266   2HO*    G 292          2HO*        G 292 -51.645   5.011 -45.439
  267    H1*    G 292           H1*        G 292 -52.300   5.683 -42.557
  268    H8     G 292           H8         G 292 -52.100   9.215 -41.785
  269    H1     G 292           H1         G 292 -58.223   7.317 -41.798
  270   1H2     G 292          1H2         G 292 -58.407   5.348 -42.770
  271   2H2     G 292          2H2         G 292 -57.029   4.488 -43.419
  272   1H5*    C 293          1H5*        C 293 -53.108   3.858 -46.207
  273   2H5*    C 293          2H5*        C 293 -53.362   3.870 -47.965
  274    H4*    C 293           H4*        C 293 -55.255   2.799 -46.679
  275    H3*    C 293           H3*        C 293 -55.450   5.130 -48.553
  276    H2*    C 293           H2*        C 293 -57.518   5.823 -47.906
  277   2HO*    C 293          2HO*        C 293 -59.001   4.073 -46.995
  278    H1*    C 293           H1*        C 293 -57.757   4.484 -45.385
  279   1H4     C 293          1H4         C 293 -58.596  10.735 -44.529
  280   2H4     C 293          2H4         C 293 -56.892  11.030 -44.780
  281    H5     C 293           H5         C 293 -55.331   9.288 -45.390
  282    H6     C 293           H6         C 293 -55.078   6.899 -45.887
  283   1H5*    C 294          1H5*        C 294 -58.248   5.468 -51.404
  284   2H5*    C 294          2H5*        C 294 -58.118   6.181 -49.785
  285    H4*    C 294           H4*        C 294 -60.678   4.769 -50.537
  286    H3*    C 294           H3*        C 294 -59.497   7.192 -51.827
  287    H2*    C 294           H2*        C 294 -61.261   8.595 -51.343
  288   2HO*    C 294          2HO*        C 294 -63.283   7.939 -51.485
  289    H1*    C 294           H1*        C 294 -62.191   7.535 -48.959
  290   1H4     C 294          1H4         C 294 -59.140  12.925 -47.594
  291   2H4     C 294          2H4         C 294 -57.604  12.248 -48.086
  292    H5     C 294           H5         C 294 -57.369  10.009 -48.970
  293    H6     C 294           H6         C 294 -58.567   7.962 -49.597
  294   1H5*    A 295          1H5*        A 295 -61.441   9.368 -54.931
  295   2H5*    A 295          2H5*        A 295 -60.633   9.539 -53.358
  296    H4*    A 295           H4*        A 295 -63.613  10.046 -53.647
  297    H3*    A 295           H3*        A 295 -61.257  11.751 -54.496
  298    H2*    A 295           H2*        A 295 -61.936  13.605 -53.305
  299   2HO*    A 295          2HO*        A 295 -63.956  14.209 -53.368
  300    H1*    A 295           H1*        A 295 -63.333  12.369 -51.214
  301    H8     A 295           H8         A 295 -59.772  11.075 -51.696
  302   1H6     A 295          1H6         A 295 -57.964  15.928 -48.322
  303   2H6     A 295          2H6         A 295 -57.468  14.426 -49.068
  304    H2     A 295           H2         A 295 -62.331  16.412 -49.228
  305   1H5*    C 296          1H5*        C 296 -65.328  13.624 -55.610
  306   2H5*    C 296          2H5*        C 296 -65.127  14.237 -57.263
  307    H4*    C 296           H4*        C 296 -66.322  15.908 -55.928
  308    H3*    C 296           H3*        C 296 -63.463  16.481 -56.872
  309    H2*    C 296           H2*        C 296 -63.317  18.435 -55.651
  310   2HO*    C 296          2HO*        C 296 -66.053  18.493 -56.136
  311    H1*    C 296           H1*        C 296 -64.938  17.814 -53.480
  312   1H4     C 296          1H4         C 296 -58.908  17.639 -51.478
  313   2H4     C 296          2H4         C 296 -58.618  16.159 -52.364
  314    H5     C 296           H5         C 296 -60.266  15.125 -53.783
  315    H6     C 296           H6         C 296 -62.545  15.295 -54.671
  316   1H5*    C 297          1H5*        C 297 -65.622  20.766 -58.546
  317   2H5*    C 297          2H5*        C 297 -64.217  20.888 -59.623
  318    H4*    C 297           H4*        C 297 -64.760  22.713 -57.671
  319    H3*    C 297           H3*        C 297 -62.218  21.731 -59.050
  320    H2*    C 297           H2*        C 297 -60.808  22.743 -57.519
  321   2HO*    C 297          2HO*        C 297 -62.610  24.684 -57.671
  322    H1*    C 297           H1*        C 297 -62.400  22.638 -55.235
  323   1H4     C 297          1H4         C 297 -57.688  18.430 -54.552
  324   2H4     C 297          2H4         C 297 -58.486  17.316 -55.639
  325    H5     C 297           H5         C 297 -60.522  17.850 -56.818
  326    H6     C 297           H6         C 297 -62.224  19.573 -57.209
  327   1H5*    U 298          1H5*        U 298 -59.407  25.134 -61.096
  328   2H5*    U 298          2H5*        U 298 -58.985  23.588 -60.332
  329    H4*    U 298           H4*        U 298 -58.633  26.369 -59.124
  330    H3*    U 298           H3*        U 298 -56.900  24.384 -60.568
  331    H2*    U 298           H2*        U 298 -55.325  24.163 -58.927
  332   2HO*    U 298          2HO*        U 298 -55.415  26.196 -57.320
  333    H1*    U 298           H1*        U 298 -56.755  25.005 -56.639
  334    H3     U 298           H3         U 298 -54.552  21.069 -55.839
  335    H5     U 298           H5         U 298 -58.024  19.996 -57.980
  336    H6     U 298           H6         U 298 -58.440  22.356 -58.355
  337   1H5*    C 299          1H5*        C 299 -54.763  28.012 -59.758
  338   2H5*    C 299          2H5*        C 299 -54.193  28.881 -61.197
  339    H4*    C 299           H4*        C 299 -52.372  29.013 -59.665
  340    H3*    C 299           H3*        C 299 -52.207  27.018 -61.894
  341    H2*    C 299           H2*        C 299 -50.505  25.770 -61.036
  342   2HO*    C 299          2HO*        C 299 -49.491  27.596 -59.211
  343    H1*    C 299           H1*        C 299 -50.702  26.352 -58.285
  344   1H4     C 299          1H4         C 299 -52.177  20.204 -58.833
  345   2H4     C 299          2H4         C 299 -53.569  20.576 -59.824
  346    H5     C 299           H5         C 299 -54.141  22.810 -60.511
  347    H6     C 299           H6         C 299 -53.505  25.174 -60.398
  348    H3T    C 299           H3T        C 299 -50.966  28.557 -62.643
  Start of MODEL    7
    1   1H5*    G 257          1H5*        G 257 -38.933  16.814 -48.479
    2   2H5*    G 257          2H5*        G 257 -38.762  15.870 -46.985
    3    H4*    G 257           H4*        G 257 -37.734  17.894 -46.378
    4    H3*    G 257           H3*        G 257 -40.601  17.636 -45.577
    5    H2*    G 257           H2*        G 257 -41.015  19.860 -45.236
    6   2HO*    G 257          2HO*        G 257 -38.566  19.684 -44.095
    7    H1*    G 257           H1*        G 257 -39.007  21.074 -46.798
    8    H8     G 257           H8         G 257 -41.361  18.734 -48.685
    9    H1     G 257           H1         G 257 -43.759  24.600 -47.702
   10   1H2     G 257          1H2         G 257 -42.456  25.739 -46.346
   11   2H2     G 257          2H2         G 257 -40.989  25.071 -45.667
   12    H5T    G 257           H5T        G 257 -40.935  16.236 -50.071
   13   1H5*    A 258          1H5*        A 258 -41.936  19.128 -41.795
   14   2H5*    A 258          2H5*        A 258 -42.199  19.486 -43.515
   15    H4*    A 258           H4*        A 258 -40.948  21.641 -41.837
   16    H3*    A 258           H3*        A 258 -43.609  20.379 -41.348
   17    H2*    A 258           H2*        A 258 -44.904  22.217 -41.786
   18   2HO*    A 258          2HO*        A 258 -44.119  23.605 -40.280
   19    H1*    A 258           H1*        A 258 -43.256  23.707 -43.488
   20    H8     A 258           H8         A 258 -44.279  19.987 -44.090
   21   1H6     A 258          1H6         A 258 -48.713  22.377 -47.686
   22   2H6     A 258          2H6         A 258 -47.967  20.903 -47.109
   23    H2     A 258           H2         A 258 -46.496  25.766 -45.766
   24   1H5*    G 259          1H5*        G 259 -46.330  22.113 -38.294
   25   2H5*    G 259          2H5*        G 259 -46.294  21.686 -40.017
   26    H4*    G 259           H4*        G 259 -46.543  24.566 -39.050
   27    H3*    G 259           H3*        G 259 -48.546  22.329 -39.274
   28    H2*    G 259           H2*        G 259 -49.950  23.434 -40.701
   29   2HO*    G 259          2HO*        G 259 -49.160  25.630 -39.148
   30    H1*    G 259           H1*        G 259 -48.162  25.430 -41.710
   31    H8     G 259           H8         G 259 -47.124  21.993 -42.788
   32    H1     G 259           H1         G 259 -52.272  24.117 -45.973
   33   1H2     G 259          1H2         G 259 -53.059  25.941 -45.022
   34   2H2     G 259          2H2         G 259 -52.332  26.648 -43.597
   35   1H5*    G 260          1H5*        G 260 -50.331  26.823 -37.611
   36   2H5*    G 260          2H5*        G 260 -51.374  26.031 -36.412
   37    H4*    G 260           H4*        G 260 -52.486  27.936 -37.679
   38    H3*    G 260           H3*        G 260 -53.467  25.124 -37.331
   39    H2*    G 260           H2*        G 260 -55.010  25.141 -39.030
   40   2HO*    G 260          2HO*        G 260 -55.514  27.601 -39.725
   41    H1*    G 260           H1*        G 260 -53.984  27.064 -40.764
   42    H8     G 260           H8         G 260 -51.641  24.231 -39.601
   43    H1     G 260           H1         G 260 -55.268  22.784 -44.688
   44   1H2     G 260          1H2         G 260 -56.711  24.395 -45.081
   45   2H2     G 260          2H2         G 260 -56.803  25.839 -44.099
   46   1H5*    U 261          1H5*        U 261 -57.659  24.071 -36.612
   47   2H5*    U 261          2H5*        U 261 -56.057  23.976 -37.368
   48    H4*    U 261           H4*        U 261 -58.247  25.441 -38.840
   49    H3*    U 261           H3*        U 261 -58.059  22.505 -38.264
   50    H2*    U 261           H2*        U 261 -58.397  21.909 -40.467
   51   2HO*    U 261          2HO*        U 261 -59.252  23.644 -41.963
   52    H1*    U 261           H1*        U 261 -57.233  24.161 -41.702
   53    H3     U 261           H3         U 261 -55.567  20.081 -43.111
   54    H5     U 261           H5         U 261 -53.461  21.061 -39.590
   55    H6     U 261           H6         U 261 -54.981  22.925 -39.281
   56   1H5*    C 262          1H5*        C 262 -60.224  20.824 -35.241
   57   2H5*    C 262          2H5*        C 262 -58.910  19.914 -36.011
   58    H4*    C 262           H4*        C 262 -61.713  20.314 -37.163
   59    H3*    C 262           H3*        C 262 -60.980  18.651 -35.121
   60    H2*    C 262           H2*        C 262 -59.307  17.408 -36.153
   61   2HO*    C 262          2HO*        C 262 -60.324  15.574 -37.291
   62    H1*    C 262           H1*        C 262 -60.542  17.352 -38.860
   63   1H4     C 262          1H4         C 262 -54.239  15.965 -39.144
   64   2H4     C 262          2H4         C 262 -54.002  17.630 -39.625
   65    H5     C 262           H5         C 262 -55.774  19.272 -39.610
   66    H6     C 262           H6         C 262 -58.135  19.671 -39.106
   67   1H5*    G 263          1H5*        G 263 -63.140  21.076 -38.709
   68   2H5*    G 263          2H5*        G 263 -64.436  19.866 -38.644
   69    H4*    G 263           H4*        G 263 -64.417  20.950 -40.856
   70    H3*    G 263           H3*        G 263 -63.745  18.033 -40.475
   71    H2*    G 263           H2*        G 263 -62.831  17.715 -42.555
   72   2HO*    G 263          2HO*        G 263 -64.949  18.592 -43.416
   73    H1*    G 263           H1*        G 263 -62.114  20.362 -43.256
   74    H8     G 263           H8         G 263 -60.040  19.881 -40.352
   75    H1     G 263           H1         G 263 -58.416  15.629 -44.862
   76   1H2     G 263          1H2         G 263 -59.966  15.566 -46.435
   77   2H2     G 263          2H2         G 263 -61.403  16.562 -46.377
   78   1H5*    G 264          1H5*        G 264 -67.032  15.141 -41.019
   79   2H5*    G 264          2H5*        G 264 -65.697  14.426 -40.094
   80    H4*    G 264           H4*        G 264 -66.145  14.490 -43.024
   81    H3*    G 264           H3*        G 264 -64.847  12.740 -40.926
   82    H2*    G 264           H2*        G 264 -63.129  12.082 -42.283
   83   2HO*    G 264          2HO*        G 264 -64.991  12.457 -44.400
   84    H1*    G 264           H1*        G 264 -63.164  14.188 -44.205
   85    H8     G 264           H8         G 264 -62.204  15.826 -41.097
   86    H1     G 264           H1         G 264 -57.635  11.690 -42.866
   87   1H2     G 264          1H2         G 264 -58.366  10.356 -44.438
   88   2H2     G 264          2H2         G 264 -59.990  10.454 -45.083
   89   1H5*    C 265          1H5*        C 265 -63.952  10.028 -43.963
   90   2H5*    C 265          2H5*        C 265 -65.515   9.188 -43.926
   91    H4*    C 265           H4*        C 265 -64.183   7.310 -43.950
   92    H3*    C 265           H3*        C 265 -64.474   8.306 -41.140
   93    H2*    C 265           H2*        C 265 -62.715   7.109 -40.291
   94   2HO*    C 265          2HO*        C 265 -63.752   5.227 -41.948
   95    H1*    C 265           H1*        C 265 -61.181   6.709 -42.642
   96   1H4     C 265          1H4         C 265 -57.500  10.444 -39.086
   97   2H4     C 265          2H4         C 265 -58.849  11.468 -38.649
   98    H5     C 265           H5         C 265 -61.095  11.102 -39.439
   99    H6     C 265           H6         C 265 -62.534   9.673 -40.816
  100   1H5*    C 266          1H5*        C 266 -65.286   3.791 -38.774
  101   2H5*    C 266          2H5*        C 266 -64.639   5.109 -37.775
  102    H4*    C 266           H4*        C 266 -63.264   2.704 -38.856
  103    H3*    C 266           H3*        C 266 -63.326   4.441 -36.422
  104    H2*    C 266           H2*        C 266 -61.052   4.544 -36.103
  105   2HO*    C 266          2HO*        C 266 -60.485   2.338 -37.769
  106    H1*    C 266           H1*        C 266 -60.083   4.222 -38.689
  107   1H4     C 266          1H4         C 266 -59.161  10.352 -37.359
  108   2H4     C 266          2H4         C 266 -60.848  10.582 -36.956
  109    H5     C 266           H5         C 266 -62.476   8.807 -37.025
  110    H6     C 266           H6         C 266 -62.839   6.429 -37.495
  111   1H5*    C 267          1H5*        C 267 -61.765   5.146 -34.205
  112   2H5*    C 267          2H5*        C 267 -60.894   3.633 -33.881
  113    H4*    C 267           H4*        C 267 -61.384   3.684 -31.626
  114    H3*    C 267           H3*        C 267 -64.026   4.288 -32.725
  115    H2*    C 267           H2*        C 267 -64.605   6.178 -31.600
  116   2HO*    C 267          2HO*        C 267 -64.741   5.131 -29.614
  117    H1*    C 267           H1*        C 267 -62.199   7.131 -30.544
  118   1H4     C 267          1H4         C 267 -63.537  11.392 -35.050
  119   2H4     C 267          2H4         C 267 -64.066  10.143 -36.154
  120    H5     C 267           H5         C 267 -64.041   7.801 -35.608
  121    H6     C 267           H6         C 267 -63.498   6.144 -33.890
  122   1H5*    G 268          1H5*        G 268 -59.976   1.654 -31.138
  123   2H5*    G 268          2H5*        G 268 -60.526   0.613 -29.810
  124    H4*    G 268           H4*        G 268 -58.347   1.583 -29.230
  125    H3*    G 268           H3*        G 268 -60.864   2.410 -27.816
  126    H2*    G 268           H2*        G 268 -59.847   4.081 -26.579
  127   2HO*    G 268          2HO*        G 268 -57.208   3.651 -27.001
  128    H1*    G 268           H1*        G 268 -57.838   4.839 -28.374
  129    H8     G 268           H8         G 268 -61.679   4.493 -29.023
  130    H1     G 268           H1         G 268 -59.545  10.448 -27.976
  131   1H2     G 268          1H2         G 268 -57.384  10.425 -27.579
  132   2H2     G 268          2H2         G 268 -56.441   8.951 -27.573
  133   1H5*    A 269          1H5*        A 269 -57.211   2.045 -24.893
  134   2H5*    A 269          2H5*        A 269 -57.988   1.825 -23.310
  135    H4*    A 269           H4*        A 269 -56.497   3.998 -23.869
  136    H3*    A 269           H3*        A 269 -58.562   3.298 -21.918
  137    H2*    A 269           H2*        A 269 -60.041   4.988 -22.370
  138   2HO*    A 269          2HO*        A 269 -58.034   6.915 -21.935
  139    H1*    A 269           H1*        A 269 -58.160   6.710 -23.914
  140    H8     A 269           H8         A 269 -61.132   4.382 -24.922
  141   1H6     A 269          1H6         A 269 -64.069   9.651 -26.291
  142   2H6     A 269          2H6         A 269 -64.160   7.904 -26.310
  143    H2     A 269           H2         A 269 -60.072  10.700 -24.553
  144   1H5*    C 270          1H5*        C 270 -59.138   5.052 -18.316
  145   2H5*    C 270          2H5*        C 270 -59.471   5.492 -20.004
  146    H4*    C 270           H4*        C 270 -58.485   7.607 -18.076
  147    H3*    C 270           H3*        C 270 -61.109   6.228 -18.228
  148    H2*    C 270           H2*        C 270 -62.307   8.199 -18.154
  149   2HO*    C 270          2HO*        C 270 -59.905   9.401 -17.168
  150    H1*    C 270           H1*        C 270 -60.533   9.820 -19.592
  151   1H4     C 270          1H4         C 270 -65.649   8.378 -23.123
  152   2H4     C 270          2H4         C 270 -65.071   6.743 -23.349
  153    H5     C 270           H5         C 270 -63.064   5.896 -22.313
  154    H6     C 270           H6         C 270 -61.180   6.438 -20.842
  155   1H5*    U 271          1H5*        U 271 -63.886   7.290 -14.616
  156   2H5*    U 271          2H5*        U 271 -64.049   6.855 -16.328
  157    H4*    U 271           H4*        U 271 -64.169   9.731 -15.324
  158    H3*    U 271           H3*        U 271 -66.137   7.506 -15.363
  159    H2*    U 271           H2*        U 271 -67.661   8.532 -16.725
  160   2HO*    U 271          2HO*        U 271 -67.783  10.934 -16.684
  161    H1*    U 271           H1*        U 271 -66.031  10.580 -17.887
  162    H3     U 271           H3         U 271 -68.661   8.851 -21.176
  163    H5     U 271           H5         U 271 -65.756   5.876 -20.441
  164    H6     U 271           H6         U 271 -64.997   7.177 -18.535
  165   1H5*    U 272          1H5*        U 272 -69.907   7.773 -13.194
  166   2H5*    U 272          2H5*        U 272 -69.912   7.706 -14.968
  167    H4*    U 272           H4*        U 272 -72.013   8.700 -13.811
  168    H3*    U 272           H3*        U 272 -70.623   9.242 -16.265
  169    H2*    U 272           H2*        U 272 -69.988  11.424 -15.921
  170   2HO*    U 272          2HO*        U 272 -72.825  11.650 -16.047
  171    H1*    U 272           H1*        U 272 -72.001  12.086 -13.835
  172    H3     U 272           H3         U 272 -69.550  15.543 -12.487
  173    H5     U 272           H5         U 272 -66.608  12.790 -13.731
  174    H6     U 272           H6         U 272 -68.391  11.248 -14.309
  175   1H5*    C 284          1H5*        C 284 -72.428  10.593 -18.238
  176   2H5*    C 284          2H5*        C 284 -74.094  10.120 -18.628
  177    H4*    C 284           H4*        C 284 -72.617  10.980 -20.582
  178    H3*    C 284           H3*        C 284 -74.829   9.235 -20.626
  179    H2*    C 284           H2*        C 284 -73.682   7.298 -19.930
  180   2HO*    C 284          2HO*        C 284 -74.550   7.223 -22.285
  181    H1*    C 284           H1*        C 284 -71.372   7.589 -21.776
  182   1H4     C 284          1H4         C 284 -69.913   3.369 -17.166
  183   2H4     C 284          2H4         C 284 -69.163   4.696 -16.308
  184    H5     C 284           H5         C 284 -69.355   6.993 -17.004
  185    H6     C 284           H6         C 284 -70.291   8.515 -18.679
  186   1H5*    G 285          1H5*        G 285 -73.391  12.414 -24.914
  187   2H5*    G 285          2H5*        G 285 -71.856  12.925 -24.184
  188    H4*    G 285           H4*        G 285 -74.185  14.484 -24.424
  189    H3*    G 285           H3*        G 285 -71.474  14.863 -23.327
  190    H2*    G 285           H2*        G 285 -72.076  16.203 -21.575
  191   2HO*    G 285          2HO*        G 285 -74.525  17.089 -22.074
  192    H1*    G 285           H1*        G 285 -74.691  15.479 -21.027
  193    H8     G 285           H8         G 285 -73.903  15.207 -18.555
  194    H1     G 285           H1         G 285 -69.287  11.083 -20.227
  195   1H2     G 285          1H2         G 285 -69.244  10.820 -22.403
  196   2H2     G 285          2H2         G 285 -70.340  11.660 -23.476
  197   1H5*    G 286          1H5*        G 286 -69.078  17.479 -26.246
  198   2H5*    G 286          2H5*        G 286 -69.925  16.018 -25.698
  199    H4*    G 286           H4*        G 286 -69.424  18.206 -23.688
  200    H3*    G 286           H3*        G 286 -67.361  16.553 -25.107
  201    H2*    G 286           H2*        G 286 -66.383  15.768 -23.165
  202   2HO*    G 286          2HO*        G 286 -67.620  17.313 -21.275
  203    H1*    G 286           H1*        G 286 -68.603  15.604 -21.516
  204    H8     G 286           H8         G 286 -69.803  13.882 -24.507
  205    H1     G 286           H1         G 286 -64.818  10.737 -21.985
  206   1H2     G 286          1H2         G 286 -63.819  11.974 -20.464
  207   2H2     G 286          2H2         G 286 -64.356  13.588 -20.064
  208   1H5*    U 287          1H5*        U 287 -65.519  18.311 -22.666
  209   2H5*    U 287          2H5*        U 287 -64.292  19.574 -22.877
  210    H4*    U 287           H4*        U 287 -63.310  17.955 -21.405
  211    H3*    U 287           H3*        U 287 -62.427  17.902 -24.314
  212    H2*    U 287           H2*        U 287 -61.323  15.904 -24.157
  213   2HO*    U 287          2HO*        U 287 -60.831  16.672 -21.461
  214    H1*    U 287           H1*        U 287 -62.556  14.880 -21.778
  215    H3     U 287           H3         U 287 -62.346  11.373 -24.624
  216    H5     U 287           H5         U 287 -65.116  13.992 -26.428
  217    H6     U 287           H6         U 287 -64.585  15.625 -24.712
  218   1H5*    C 288          1H5*        C 288 -58.840  16.465 -22.364
  219   2H5*    C 288          2H5*        C 288 -57.743  17.830 -22.653
  220    H4*    C 288           H4*        C 288 -56.442  16.011 -23.377
  221    H3*    C 288           H3*        C 288 -57.970  17.343 -25.620
  222    H2*    C 288           H2*        C 288 -57.655  15.646 -27.122
  223   2HO*    C 288          2HO*        C 288 -55.424  14.506 -25.885
  224    H1*    C 288           H1*        C 288 -57.035  13.515 -25.321
  225   1H4     C 288          1H4         C 288 -62.217  11.522 -28.355
  226   2H4     C 288          2H4         C 288 -63.027  13.054 -28.114
  227    H5     C 288           H5         C 288 -62.015  14.919 -26.972
  228    H6     C 288           H6         C 288 -60.003  15.717 -25.822
  229   1H5*    A 289          1H5*        A 289 -53.376  16.404 -25.482
  230   2H5*    A 289          2H5*        A 289 -52.412  16.821 -26.915
  231    H4*    A 289           H4*        A 289 -52.197  14.393 -26.042
  232    H3*    A 289           H3*        A 289 -52.709  15.372 -28.815
  233    H2*    A 289           H2*        A 289 -53.245  13.306 -29.685
  234   2HO*    A 289          2HO*        A 289 -52.348  11.442 -28.973
  235    H1*    A 289           H1*        A 289 -54.364  12.069 -27.458
  236    H8     A 289           H8         A 289 -55.515  15.622 -28.556
  237   1H6     A 289          1H6         A 289 -59.666  12.673 -32.051
  238   2H6     A 289          2H6         A 289 -59.097  14.233 -31.499
  239    H2     A 289           H2         A 289 -57.035   9.594 -30.125
  240   1H5*    C 290          1H5*        C 290 -50.164  11.826 -28.115
  241   2H5*    C 290          2H5*        C 290 -48.672  11.944 -29.063
  242    H4*    C 290           H4*        C 290 -49.406   9.642 -29.182
  243    H3*    C 290           H3*        C 290 -49.769  11.412 -31.579
  244    H2*    C 290           H2*        C 290 -51.008   9.858 -32.724
  245   2HO*    C 290          2HO*        C 290 -49.819   7.774 -31.177
  246    H1*    C 290           H1*        C 290 -51.885   8.259 -30.511
  247   1H4     C 290          1H4         C 290 -57.154  10.210 -33.418
  248   2H4     C 290          2H4         C 290 -56.693  11.892 -33.283
  249    H5     C 290           H5         C 290 -54.608  12.612 -32.287
  250    H6     C 290           H6         C 290 -52.519  11.863 -31.230
  251   1H5*    U 291          1H5*        U 291 -45.870   9.322 -34.078
  252   2H5*    U 291          2H5*        U 291 -46.186  10.704 -35.142
  253    H4*    U 291           H4*        U 291 -46.434   8.179 -36.015
  254    H3*    U 291           H3*        U 291 -47.640  10.780 -36.698
  255    H2*    U 291           H2*        U 291 -49.780  10.041 -36.999
  256   2HO*    U 291          2HO*        U 291 -49.001   7.929 -38.672
  257    H1*    U 291           H1*        U 291 -49.051   7.142 -36.849
  258    H3     U 291           H3         U 291 -53.257   6.012 -35.940
  259    H5     U 291           H5         U 291 -52.960   9.835 -34.188
  260    H6     U 291           H6         U 291 -50.646   9.918 -34.919
  261   1H5*    G 292          1H5*        G 292 -48.364   9.720 -42.068
  262   2H5*    G 292          2H5*        G 292 -49.499   9.474 -40.724
  263    H4*    G 292           H4*        G 292 -48.228   7.165 -42.257
  264    H3*    G 292           H3*        G 292 -50.393   9.057 -42.996
  265    H2*    G 292           H2*        G 292 -52.198   7.649 -42.921
  266   2HO*    G 292          2HO*        G 292 -52.126   5.718 -43.832
  267    H1*    G 292           H1*        G 292 -51.389   5.649 -41.180
  268    H8     G 292           H8         G 292 -50.772   8.532 -39.072
  269    H1     G 292           H1         G 292 -57.007   8.155 -40.511
  270   1H2     G 292          1H2         G 292 -57.318   6.758 -42.187
  271   2H2     G 292          2H2         G 292 -55.999   5.909 -42.960
  272   1H5*    C 293          1H5*        C 293 -51.444   5.825 -45.536
  273   2H5*    C 293          2H5*        C 293 -51.381   6.462 -47.192
  274    H4*    C 293           H4*        C 293 -53.564   5.346 -46.699
  275    H3*    C 293           H3*        C 293 -53.196   8.210 -47.459
  276    H2*    C 293           H2*        C 293 -55.244   8.947 -46.803
  277   2HO*    C 293          2HO*        C 293 -56.866   6.848 -46.808
  278    H1*    C 293           H1*        C 293 -56.067   6.806 -45.093
  279   1H4     C 293          1H4         C 293 -56.232  12.296 -41.868
  280   2H4     C 293          2H4         C 293 -54.488  12.312 -41.755
  281    H5     C 293           H5         C 293 -53.084  10.660 -42.823
  282    H6     C 293           H6         C 293 -53.059   8.647 -44.226
  283   1H5*    C 294          1H5*        C 294 -55.246  10.147 -50.116
  284   2H5*    C 294          2H5*        C 294 -55.430  10.046 -48.355
  285    H4*    C 294           H4*        C 294 -57.905   9.647 -50.008
  286    H3*    C 294           H3*        C 294 -56.141  12.059 -50.080
  287    H2*    C 294           H2*        C 294 -57.733  13.548 -49.328
  288   2HO*    C 294          2HO*        C 294 -59.988  11.965 -49.566
  289    H1*    C 294           H1*        C 294 -59.272  11.958 -47.675
  290   1H4     C 294          1H4         C 294 -55.668  15.636 -43.972
  291   2H4     C 294          2H4         C 294 -54.207  14.829 -44.495
  292    H5     C 294           H5         C 294 -54.192  13.056 -46.139
  293    H6     C 294           H6         C 294 -55.577  11.708 -47.651
  294   1H5*    A 295          1H5*        A 295 -57.114  15.583 -52.358
  295   2H5*    A 295          2H5*        A 295 -56.583  15.035 -50.754
  296    H4*    A 295           H4*        A 295 -59.353  16.207 -51.200
  297    H3*    A 295           H3*        A 295 -56.655  17.545 -51.004
  298    H2*    A 295           H2*        A 295 -57.233  18.916 -49.249
  299   2HO*    A 295          2HO*        A 295 -59.677  18.866 -50.541
  300    H1*    A 295           H1*        A 295 -59.243  17.372 -48.035
  301    H8     A 295           H8         A 295 -55.927  15.538 -48.460
  302   1H6     A 295          1H6         A 295 -54.134  18.347 -43.254
  303   2H6     A 295          2H6         A 295 -53.741  17.124 -44.441
  304    H2     A 295           H2         A 295 -58.046  20.138 -44.525
  305   1H5*    C 296          1H5*        C 296 -60.176  20.683 -51.834
  306   2H5*    C 296          2H5*        C 296 -59.378  21.788 -52.970
  307    H4*    C 296           H4*        C 296 -60.634  23.028 -51.211
  308    H3*    C 296           H3*        C 296 -57.605  23.210 -51.516
  309    H2*    C 296           H2*        C 296 -57.335  24.446 -49.593
  310   2HO*    C 296          2HO*        C 296 -59.325  25.778 -50.503
  311    H1*    C 296           H1*        C 296 -59.528  23.543 -48.097
  312   1H4     C 296          1H4         C 296 -54.249  21.313 -45.346
  313   2H4     C 296          2H4         C 296 -53.993  20.193 -46.666
  314    H5     C 296           H5         C 296 -55.395  20.114 -48.621
  315    H6     C 296           H6         C 296 -57.339  21.100 -49.741
  316   1H5*    C 297          1H5*        C 297 -58.764  28.273 -51.303
  317   2H5*    C 297          2H5*        C 297 -57.177  28.439 -52.081
  318    H4*    C 297           H4*        C 297 -57.747  29.445 -49.606
  319    H3*    C 297           H3*        C 297 -55.196  28.454 -50.979
  320    H2*    C 297           H2*        C 297 -53.970  28.471 -49.016
  321   2HO*    C 297          2HO*        C 297 -55.921  30.196 -47.854
  322    H1*    C 297           H1*        C 297 -56.022  27.964 -47.179
  323   1H4     C 297          1H4         C 297 -52.340  22.798 -47.404
  324   2H4     C 297          2H4         C 297 -52.941  22.390 -48.995
  325    H5     C 297           H5         C 297 -54.480  23.786 -50.222
  326    H6     C 297           H6         C 297 -55.765  25.874 -50.185
  327   1H5*    U 298          1H5*        U 298 -51.395  31.255 -50.916
  328   2H5*    U 298          2H5*        U 298 -51.572  29.527 -50.547
  329    H4*    U 298           H4*        U 298 -51.053  31.717 -48.482
  330    H3*    U 298           H3*        U 298 -49.314  30.004 -50.220
  331    H2*    U 298           H2*        U 298 -48.211  28.913 -48.544
  332   2HO*    U 298          2HO*        U 298 -48.687  31.240 -46.964
  333    H1*    U 298           H1*        U 298 -49.986  29.214 -46.372
  334    H3     U 298           H3         U 298 -48.618  24.861 -46.828
  335    H5     U 298           H5         U 298 -51.684  25.387 -49.676
  336    H6     U 298           H6         U 298 -51.643  27.762 -49.183
  337   1H5*    C 299          1H5*        C 299 -46.864  32.590 -47.509
  338   2H5*    C 299          2H5*        C 299 -45.843  33.616 -48.535
  339    H4*    C 299           H4*        C 299 -44.478  32.931 -46.665
  340    H3*    C 299           H3*        C 299 -44.021  31.757 -49.382
  341    H2*    C 299           H2*        C 299 -42.728  30.002 -48.718
  342   2HO*    C 299          2HO*        C 299 -41.242  30.155 -47.100
  343    H1*    C 299           H1*        C 299 -43.510  29.705 -46.026
  344   1H4     C 299          1H4         C 299 -45.461  24.456 -49.023
  345   2H4     C 299          2H4         C 299 -46.606  25.374 -49.975
  346    H5     C 299           H5         C 299 -46.801  27.769 -49.856
  347    H6     C 299           H6         C 299 -45.942  29.807 -48.798
  348    H3T    C 299           H3T        C 299 -41.992  32.799 -47.781
  Start of MODEL    8
    1   1H5*    G 257          1H5*        G 257 -37.530  21.029 -46.370
    2   2H5*    G 257          2H5*        G 257 -38.580  21.548 -47.703
    3    H4*    G 257           H4*        G 257 -36.322  23.257 -46.559
    4    H3*    G 257           H3*        G 257 -39.141  22.749 -45.703
    5    H2*    G 257           H2*        G 257 -39.917  24.885 -45.950
    6   2HO*    G 257          2HO*        G 257 -38.401  26.702 -45.734
    7    H1*    G 257           H1*        G 257 -38.052  25.974 -47.769
    8    H8     G 257           H8         G 257 -40.051  22.873 -48.847
    9    H1     G 257           H1         G 257 -43.077  28.447 -49.796
   10   1H2     G 257          1H2         G 257 -41.938  30.096 -48.891
   11   2H2     G 257          2H2         G 257 -40.429  29.845 -48.043
   12    H5T    G 257           H5T        G 257 -34.425  19.982 -46.882
   13   1H5*    A 258          1H5*        A 258 -40.757  25.104 -42.291
   14   2H5*    A 258          2H5*        A 258 -41.042  24.814 -44.020
   15    H4*    A 258           H4*        A 258 -40.121  27.552 -43.146
   16    H3*    A 258           H3*        A 258 -42.657  26.185 -42.376
   17    H2*    A 258           H2*        A 258 -44.105  27.586 -43.463
   18   2HO*    A 258          2HO*        A 258 -43.835  29.562 -42.763
   19    H1*    A 258           H1*        A 258 -42.491  28.655 -45.487
   20    H8     A 258           H8         A 258 -43.121  24.855 -44.807
   21   1H6     A 258          1H6         A 258 -47.329  25.338 -49.321
   22   2H6     A 258          2H6         A 258 -46.537  24.250 -48.202
   23    H2     A 258           H2         A 258 -45.589  29.404 -48.594
   24   1H5*    G 259          1H5*        G 259 -45.712  28.487 -39.759
   25   2H5*    G 259          2H5*        G 259 -45.622  27.358 -41.126
   26    H4*    G 259           H4*        G 259 -46.352  30.316 -41.352
   27    H3*    G 259           H3*        G 259 -47.897  27.785 -40.875
   28    H2*    G 259           H2*        G 259 -49.300  28.040 -42.666
   29   2HO*    G 259          2HO*        G 259 -50.248  29.937 -42.041
   30    H1*    G 259           H1*        G 259 -47.770  29.824 -44.276
   31    H8     G 259           H8         G 259 -46.066  26.493 -43.768
   32    H1     G 259           H1         G 259 -50.869  26.237 -48.013
   33   1H2     G 259          1H2         G 259 -52.031  28.108 -47.965
   34   2H2     G 259          2H2         G 259 -51.639  29.431 -46.891
   35   1H5*    G 260          1H5*        G 260 -50.831  31.972 -41.020
   36   2H5*    G 260          2H5*        G 260 -51.829  31.367 -39.682
   37    H4*    G 260           H4*        G 260 -53.119  32.308 -41.690
   38    H3*    G 260           H3*        G 260 -53.453  29.707 -40.256
   39    H2*    G 260           H2*        G 260 -54.673  28.637 -41.871
   40   2HO*    G 260          2HO*        G 260 -56.344  29.597 -42.757
   41    H1*    G 260           H1*        G 260 -53.955  30.052 -44.191
   42    H8     G 260           H8         G 260 -51.338  28.337 -41.897
   43    H1     G 260           H1         G 260 -53.616  24.675 -46.642
   44   1H2     G 260          1H2         G 260 -55.211  25.731 -47.725
   45   2H2     G 260          2H2         G 260 -55.736  27.343 -47.293
   46   1H5*    U 261          1H5*        U 261 -56.759  28.034 -38.689
   47   2H5*    U 261          2H5*        U 261 -55.380  27.784 -39.776
   48    H4*    U 261           H4*        U 261 -58.250  27.530 -40.757
   49    H3*    U 261           H3*        U 261 -56.488  25.659 -39.226
   50    H2*    U 261           H2*        U 261 -56.866  23.884 -40.635
   51   2HO*    U 261          2HO*        U 261 -59.304  24.521 -40.399
   52    H1*    U 261           H1*        U 261 -57.458  25.353 -43.001
   53    H3     U 261           H3         U 261 -54.364  22.227 -44.106
   54    H5     U 261           H5         U 261 -52.288  24.873 -41.561
   55    H6     U 261           H6         U 261 -54.378  26.046 -41.188
   56   1H5*    C 262          1H5*        C 262 -58.177  22.144 -37.362
   57   2H5*    C 262          2H5*        C 262 -57.701  23.071 -38.798
   58    H4*    C 262           H4*        C 262 -60.279  22.386 -39.463
   59    H3*    C 262           H3*        C 262 -59.994  20.908 -37.186
   60    H2*    C 262           H2*        C 262 -58.000  19.794 -37.664
   61   2HO*    C 262          2HO*        C 262 -58.499  17.721 -38.303
   62    H1*    C 262           H1*        C 262 -58.561  19.253 -40.529
   63   1H4     C 262          1H4         C 262 -52.244  18.916 -39.089
   64   2H4     C 262          2H4         C 262 -52.107  20.392 -40.018
   65    H5     C 262           H5         C 262 -54.020  21.616 -40.840
   66    H6     C 262           H6         C 262 -56.465  21.698 -40.921
   67   1H5*    G 263          1H5*        G 263 -61.418  22.940 -41.366
   68   2H5*    G 263          2H5*        G 263 -63.181  22.769 -41.260
   69    H4*    G 263           H4*        G 263 -63.179  22.529 -43.519
   70    H3*    G 263           H3*        G 263 -62.162  19.938 -42.406
   71    H2*    G 263           H2*        G 263 -60.930  19.288 -44.228
   72   2HO*    G 263          2HO*        G 263 -62.443  19.146 -45.770
   73    H1*    G 263           H1*        G 263 -60.421  21.730 -45.518
   74    H8     G 263           H8         G 263 -58.852  22.466 -42.382
   75    H1     G 263           H1         G 263 -56.015  17.348 -44.993
   76   1H2     G 263          1H2         G 263 -57.249  16.560 -46.647
   77   2H2     G 263          2H2         G 263 -58.774  17.285 -47.107
   78   1H5*    G 264          1H5*        G 264 -64.622  16.843 -41.182
   79   2H5*    G 264          2H5*        G 264 -63.311  17.996 -41.495
   80    H4*    G 264           H4*        G 264 -64.072  16.021 -43.653
   81    H3*    G 264           H3*        G 264 -62.826  15.426 -40.973
   82    H2*    G 264           H2*        G 264 -60.926  14.483 -41.828
   83   2HO*    G 264          2HO*        G 264 -62.430  13.828 -44.163
   84    H1*    G 264           H1*        G 264 -60.916  15.615 -44.438
   85    H8     G 264           H8         G 264 -60.550  18.430 -42.099
   86    H1     G 264           H1         G 264 -55.319  14.725 -41.984
   87   1H2     G 264          1H2         G 264 -55.691  12.829 -43.011
   88   2H2     G 264          2H2         G 264 -57.231  12.437 -43.744
   89   1H5*    C 265          1H5*        C 265 -61.370  11.848 -42.921
   90   2H5*    C 265          2H5*        C 265 -62.832  10.906 -42.565
   91    H4*    C 265           H4*        C 265 -61.216   9.340 -41.980
   92    H3*    C 265           H3*        C 265 -61.995  11.084 -39.671
   93    H2*    C 265           H2*        C 265 -60.227  10.497 -38.335
   94   2HO*    C 265          2HO*        C 265 -60.169   8.059 -39.816
   95    H1*    C 265           H1*        C 265 -58.347   9.691 -40.288
   96   1H4     C 265          1H4         C 265 -55.797  14.919 -37.772
   97   2H4     C 265          2H4         C 265 -57.302  15.798 -37.912
   98    H5     C 265           H5         C 265 -59.317  14.834 -38.813
   99    H6     C 265           H6         C 265 -60.324  12.815 -39.774
  100   1H5*    C 266          1H5*        C 266 -62.414   6.981 -35.935
  101   2H5*    C 266          2H5*        C 266 -62.040   8.714 -35.860
  102    H4*    C 266           H4*        C 266 -60.115   6.369 -35.966
  103    H3*    C 266           H3*        C 266 -60.909   8.552 -34.093
  104    H2*    C 266           H2*        C 266 -58.793   9.335 -33.678
  105   2HO*    C 266          2HO*        C 266 -56.985   7.668 -34.313
  106    H1*    C 266           H1*        C 266 -57.436   8.556 -36.006
  107   1H4     C 266          1H4         C 266 -57.771  14.871 -36.426
  108   2H4     C 266          2H4         C 266 -59.480  14.869 -36.050
  109    H5     C 266           H5         C 266 -60.734  12.860 -35.610
  110    H6     C 266           H6         C 266 -60.622  10.418 -35.436
  111   1H5*    C 267          1H5*        C 267 -60.021   9.186 -31.944
  112   2H5*    C 267          2H5*        C 267 -58.346   8.706 -31.607
  113    H4*    C 267           H4*        C 267 -58.738   8.899 -29.188
  114    H3*    C 267           H3*        C 267 -61.473   8.704 -30.126
  115    H2*    C 267           H2*        C 267 -62.339  10.719 -29.527
  116   2HO*    C 267          2HO*        C 267 -62.241  11.332 -27.494
  117    H1*    C 267           H1*        C 267 -60.067  12.287 -28.973
  118   1H4     C 267          1H4         C 267 -62.411  15.054 -34.180
  119   2H4     C 267          2H4         C 267 -62.917  13.514 -34.837
  120    H5     C 267           H5         C 267 -62.535  11.415 -33.727
  121    H6     C 267           H6         C 267 -61.579  10.332 -31.752
  122   1H5*    G 268          1H5*        G 268 -56.652   7.298 -28.141
  123   2H5*    G 268          2H5*        G 268 -57.409   6.676 -26.662
  124    H4*    G 268           H4*        G 268 -55.366   8.035 -26.175
  125    H3*    G 268           H3*        G 268 -58.130   8.739 -25.252
  126    H2*    G 268           H2*        G 268 -57.531  10.800 -24.397
  127   2HO*    G 268          2HO*        G 268 -55.037   9.538 -24.067
  128    H1*    G 268           H1*        G 268 -55.414  11.445 -26.111
  129    H8     G 268           H8         G 268 -59.088  10.349 -26.905
  130    H1     G 268           H1         G 268 -57.829  16.605 -27.527
  131   1H2     G 268          1H2         G 268 -55.729  17.015 -27.023
  132   2H2     G 268          2H2         G 268 -54.614  15.758 -26.535
  133   1H5*    A 269          1H5*        A 269 -56.799   9.826 -20.400
  134   2H5*    A 269          2H5*        A 269 -58.192  10.752 -20.998
  135    H4*    A 269           H4*        A 269 -55.261  11.542 -20.986
  136    H3*    A 269           H3*        A 269 -57.368  12.023 -19.250
  137    H2*    A 269           H2*        A 269 -58.807  13.223 -20.607
  138   2HO*    A 269          2HO*        A 269 -57.876  15.538 -20.779
  139    H1*    A 269           H1*        A 269 -56.797  14.552 -22.328
  140    H8     A 269           H8         A 269 -59.187  11.521 -22.922
  141   1H6     A 269          1H6         A 269 -62.345  15.423 -26.535
  142   2H6     A 269          2H6         A 269 -62.224  13.779 -25.950
  143    H2     A 269           H2         A 269 -58.983  17.701 -24.636
  144   1H5*    C 270          1H5*        C 270 -58.315  14.796 -16.682
  145   2H5*    C 270          2H5*        C 270 -58.673  14.411 -18.378
  146    H4*    C 270           H4*        C 270 -58.259  17.270 -17.413
  147    H3*    C 270           H3*        C 270 -60.580  15.418 -17.371
  148    H2*    C 270           H2*        C 270 -62.040  17.020 -18.164
  149   2HO*    C 270          2HO*        C 270 -61.520  18.661 -16.694
  150    H1*    C 270           H1*        C 270 -60.232  18.413 -19.814
  151   1H4     C 270          1H4         C 270 -64.425  15.149 -23.342
  152   2H4     C 270          2H4         C 270 -63.677  13.634 -22.891
  153    H5     C 270           H5         C 270 -61.836  13.479 -21.340
  154    H6     C 270           H6         C 270 -60.317  14.745 -19.892
  155   1H5*    U 271          1H5*        U 271 -63.924  16.877 -14.560
  156   2H5*    U 271          2H5*        U 271 -64.268  15.591 -15.732
  157    H4*    U 271           H4*        U 271 -64.584  18.593 -16.126
  158    H3*    U 271           H3*        U 271 -66.334  16.203 -15.724
  159    H2*    U 271           H2*        U 271 -67.634  16.565 -17.569
  160   2HO*    U 271          2HO*        U 271 -67.721  18.957 -18.312
  161    H1*    U 271           H1*        U 271 -65.944  18.364 -19.036
  162    H3     U 271           H3         U 271 -67.958  15.382 -21.878
  163    H5     U 271           H5         U 271 -64.778  13.266 -20.078
  164    H6     U 271           H6         U 271 -64.466  15.145 -18.569
  165   1H5*    U 272          1H5*        U 272 -70.427  16.587 -14.731
  166   2H5*    U 272          2H5*        U 272 -70.055  16.182 -16.419
  167    H4*    U 272           H4*        U 272 -72.428  17.164 -15.827
  168    H3*    U 272           H3*        U 272 -70.706  17.154 -18.127
  169    H2*    U 272           H2*        U 272 -70.303  19.404 -18.364
  170   2HO*    U 272          2HO*        U 272 -72.794  18.851 -19.304
  171    H1*    U 272           H1*        U 272 -72.653  20.381 -16.828
  172    H3     U 272           H3         U 272 -70.696  24.341 -16.314
  173    H5     U 272           H5         U 272 -67.413  21.696 -16.200
  174    H6     U 272           H6         U 272 -68.967  19.860 -16.521
  175   1H5*    C 284          1H5*        C 284 -71.923  17.530 -20.415
  176   2H5*    C 284          2H5*        C 284 -73.570  17.190 -20.982
  177    H4*    C 284           H4*        C 284 -71.930  17.344 -22.868
  178    H3*    C 284           H3*        C 284 -74.003  15.469 -22.674
  179    H2*    C 284           H2*        C 284 -72.883  13.892 -21.334
  180   2HO*    C 284          2HO*        C 284 -72.347  13.273 -24.054
  181    H1*    C 284           H1*        C 284 -70.318  13.905 -22.825
  182   1H4     C 284          1H4         C 284 -69.455  11.294 -17.024
  183   2H4     C 284          2H4         C 284 -68.900  12.868 -16.499
  184    H5     C 284           H5         C 284 -69.067  14.847 -17.859
  185    H6     C 284           H6         C 284 -69.785  15.747 -20.021
  186   1H5*    G 285          1H5*        G 285 -71.011  17.779 -26.876
  187   2H5*    G 285          2H5*        G 285 -71.511  17.764 -25.173
  188    H4*    G 285           H4*        G 285 -73.176  19.046 -27.379
  189    H3*    G 285           H3*        G 285 -70.728  20.170 -26.145
  190    H2*    G 285           H2*        G 285 -71.737  21.934 -25.089
  191   2HO*    G 285          2HO*        G 285 -73.767  22.791 -25.892
  192    H1*    G 285           H1*        G 285 -74.302  21.063 -24.598
  193    H8     G 285           H8         G 285 -73.867  21.667 -22.102
  194    H1     G 285           H1         G 285 -68.649  17.950 -21.853
  195   1H2     G 285          1H2         G 285 -68.264  17.036 -23.809
  196   2H2     G 285          2H2         G 285 -69.275  17.333 -25.204
  197   1H5*    G 286          1H5*        G 286 -69.828  22.217 -29.538
  198   2H5*    G 286          2H5*        G 286 -68.135  21.698 -29.665
  199    H4*    G 286           H4*        G 286 -69.131  23.431 -27.735
  200    H3*    G 286           H3*        G 286 -66.659  21.773 -28.145
  201    H2*    G 286           H2*        G 286 -65.999  21.867 -25.932
  202   2HO*    G 286          2HO*        G 286 -66.725  23.495 -24.516
  203    H1*    G 286           H1*        G 286 -68.445  21.851 -24.658
  204    H8     G 286           H8         G 286 -68.917  19.107 -27.014
  205    H1     G 286           H1         G 286 -64.088  17.773 -23.013
  206   1H2     G 286          1H2         G 286 -63.503  19.571 -21.889
  207   2H2     G 286          2H2         G 286 -64.280  21.119 -22.121
  208   1H5*    U 287          1H5*        U 287 -65.483  24.521 -26.190
  209   2H5*    U 287          2H5*        U 287 -64.328  25.759 -26.719
  210    H4*    U 287           H4*        U 287 -63.537  24.895 -24.600
  211    H3*    U 287           H3*        U 287 -62.099  24.070 -27.145
  212    H2*    U 287           H2*        U 287 -60.835  22.442 -26.151
  213   2HO*    U 287          2HO*        U 287 -61.055  23.715 -23.618
  214    H1*    U 287           H1*        U 287 -62.395  22.030 -23.780
  215    H3     U 287           H3         U 287 -61.221  17.903 -25.221
  216    H5     U 287           H5         U 287 -63.909  19.297 -28.157
  217    H6     U 287           H6         U 287 -63.906  21.451 -27.039
  218   1H5*    C 288          1H5*        C 288 -58.614  24.135 -24.307
  219   2H5*    C 288          2H5*        C 288 -57.724  25.467 -25.072
  220    H4*    C 288           H4*        C 288 -56.107  23.735 -24.893
  221    H3*    C 288           H3*        C 288 -57.406  24.009 -27.604
  222    H2*    C 288           H2*        C 288 -56.654  22.000 -28.401
  223   2HO*    C 288          2HO*        C 288 -54.539  21.675 -26.610
  224    H1*    C 288           H1*        C 288 -56.095  20.674 -25.935
  225   1H4     C 288          1H4         C 288 -60.498  17.053 -28.681
  226   2H4     C 288          2H4         C 288 -61.499  18.439 -29.053
  227    H5     C 288           H5         C 288 -60.887  20.701 -28.492
  228    H6     C 288           H6         C 288 -59.177  22.120 -27.460
  229   1H5*    A 289          1H5*        A 289 -52.682  24.033 -26.847
  230   2H5*    A 289          2H5*        A 289 -51.697  24.087 -28.324
  231    H4*    A 289           H4*        A 289 -51.202  22.170 -26.638
  232    H3*    A 289           H3*        A 289 -51.535  22.111 -29.602
  233    H2*    A 289           H2*        A 289 -51.766  19.827 -29.795
  234   2HO*    A 289          2HO*        A 289 -50.869  18.387 -28.325
  235    H1*    A 289           H1*        A 289 -52.991  19.182 -27.403
  236    H8     A 289           H8         A 289 -54.201  22.139 -29.655
  237   1H6     A 289          1H6         A 289 -57.997  17.977 -32.188
  238   2H6     A 289          2H6         A 289 -57.514  19.659 -32.165
  239    H2     A 289           H2         A 289 -55.435  15.866 -29.172
  240   1H5*    C 290          1H5*        C 290 -48.353  19.443 -27.513
  241   2H5*    C 290          2H5*        C 290 -47.066  19.047 -28.665
  242    H4*    C 290           H4*        C 290 -47.958  17.037 -27.427
  243    H3*    C 290           H3*        C 290 -47.970  17.418 -30.398
  244    H2*    C 290           H2*        C 290 -49.246  15.552 -30.788
  245   2HO*    C 290          2HO*        C 290 -47.609  14.248 -29.673
  246    H1*    C 290           H1*        C 290 -50.456  15.269 -28.208
  247   1H4     C 290          1H4         C 290 -55.297  15.868 -32.227
  248   2H4     C 290          2H4         C 290 -54.614  17.302 -32.961
  249    H5     C 290           H5         C 290 -52.495  18.251 -32.273
  250    H6     C 290           H6         C 290 -50.581  18.008 -30.751
  251   1H5*    U 291          1H5*        U 291 -46.225  13.050 -30.271
  252   2H5*    U 291          2H5*        U 291 -44.678  13.505 -31.008
  253    H4*    U 291           H4*        U 291 -45.218  11.876 -32.527
  254    H3*    U 291           H3*        U 291 -46.115  14.506 -33.360
  255    H2*    U 291           H2*        U 291 -48.352  13.994 -33.611
  256   2HO*    U 291          2HO*        U 291 -47.191  13.685 -35.811
  257    H1*    U 291           H1*        U 291 -47.797  11.056 -33.978
  258    H3     U 291           H3         U 291 -52.096   9.950 -33.676
  259    H5     U 291           H5         U 291 -51.912  13.465 -31.356
  260    H6     U 291           H6         U 291 -49.530  13.567 -31.817
  261   1H5*    G 292          1H5*        G 292 -45.760  14.477 -38.484
  262   2H5*    G 292          2H5*        G 292 -47.516  14.618 -38.260
  263    H4*    G 292           H4*        G 292 -45.796  12.123 -38.253
  264    H3*    G 292           H3*        G 292 -47.951  13.353 -39.918
  265    H2*    G 292           H2*        G 292 -49.558  11.726 -39.737
  266   2HO*    G 292          2HO*        G 292 -47.309  10.067 -39.693
  267    H1*    G 292           H1*        G 292 -49.004  10.509 -37.332
  268    H8     G 292           H8         G 292 -49.012  13.983 -36.239
  269    H1     G 292           H1         G 292 -54.796  12.319 -38.446
  270   1H2     G 292          1H2         G 292 -54.667  10.427 -39.569
  271   2H2     G 292          2H2         G 292 -53.162   9.562 -39.782
  272   1H5*    C 293          1H5*        C 293 -48.388   8.915 -41.143
  273   2H5*    C 293          2H5*        C 293 -48.044   9.172 -42.867
  274    H4*    C 293           H4*        C 293 -50.247   7.973 -42.360
  275    H3*    C 293           H3*        C 293 -49.776  10.397 -44.049
  276    H2*    C 293           H2*        C 293 -51.936  11.103 -44.132
  277   2HO*    C 293          2HO*        C 293 -53.505   9.741 -44.678
  278    H1*    C 293           H1*        C 293 -53.062   9.635 -41.946
  279   1H4     C 293          1H4         C 293 -54.134  15.848 -41.073
  280   2H4     C 293          2H4         C 293 -52.451  16.116 -40.686
  281    H5     C 293           H5         C 293 -50.780  14.373 -40.804
  282    H6     C 293           H6         C 293 -50.373  12.010 -41.319
  283   1H5*    C 294          1H5*        C 294 -51.384  10.857 -47.797
  284   2H5*    C 294          2H5*        C 294 -51.740  11.549 -46.203
  285    H4*    C 294           H4*        C 294 -53.957  10.234 -47.791
  286    H3*    C 294           H3*        C 294 -52.409  12.701 -48.436
  287    H2*    C 294           H2*        C 294 -54.219  14.125 -48.426
  288   2HO*    C 294          2HO*        C 294 -55.373  12.074 -49.641
  289    H1*    C 294           H1*        C 294 -55.890  12.903 -46.577
  290   1H4     C 294          1H4         C 294 -53.491  18.105 -43.855
  291   2H4     C 294          2H4         C 294 -51.875  17.435 -43.865
  292    H5     C 294           H5         C 294 -51.349  15.267 -44.799
  293    H6     C 294           H6         C 294 -52.262  13.301 -45.949
  294   1H5*    A 295          1H5*        A 295 -53.103  15.161 -51.882
  295   2H5*    A 295          2H5*        A 295 -52.850  15.095 -50.125
  296    H4*    A 295           H4*        A 295 -55.574  15.796 -51.261
  297    H3*    A 295           H3*        A 295 -53.042  17.448 -51.156
  298    H2*    A 295           H2*        A 295 -54.013  19.205 -50.025
  299   2HO*    A 295          2HO*        A 295 -56.651  18.377 -50.615
  300    H1*    A 295           H1*        A 295 -56.054  17.836 -48.656
  301    H8     A 295           H8         A 295 -52.547  16.456 -48.053
  302   1H6     A 295          1H6         A 295 -51.945  20.894 -43.793
  303   2H6     A 295          2H6         A 295 -51.237  19.448 -44.479
  304    H2     A 295           H2         A 295 -55.749  21.640 -46.051
  305   1H5*    C 296          1H5*        C 296 -56.680  19.429 -52.775
  306   2H5*    C 296          2H5*        C 296 -56.273  20.064 -54.381
  307    H4*    C 296           H4*        C 296 -57.723  21.705 -53.438
  308    H3*    C 296           H3*        C 296 -54.753  22.377 -53.350
  309    H2*    C 296           H2*        C 296 -55.061  24.228 -52.014
  310   2HO*    C 296          2HO*        C 296 -56.741  25.007 -53.539
  311    H1*    C 296           H1*        C 296 -57.335  23.466 -50.582
  312   1H4     C 296          1H4         C 296 -52.402  23.303 -46.579
  313   2H4     C 296          2H4         C 296 -51.752  21.889 -47.379
  314    H5     C 296           H5         C 296 -52.745  20.910 -49.341
  315    H6     C 296           H6         C 296 -54.567  21.083 -50.971
  316   1H5*    C 297          1H5*        C 297 -56.470  26.491 -55.306
  317   2H5*    C 297          2H5*        C 297 -54.902  26.921 -56.019
  318    H4*    C 297           H4*        C 297 -56.028  28.487 -54.179
  319    H3*    C 297           H3*        C 297 -53.127  27.654 -54.663
  320    H2*    C 297           H2*        C 297 -52.366  28.600 -52.691
  321   2HO*    C 297          2HO*        C 297 -54.717  30.106 -52.275
  322    H1*    C 297           H1*        C 297 -54.660  28.318 -51.118
  323   1H4     C 297          1H4         C 297 -50.317  24.237 -48.928
  324   2H4     C 297          2H4         C 297 -50.533  23.202 -50.321
  325    H5     C 297           H5         C 297 -51.980  23.759 -52.169
  326    H6     C 297           H6         C 297 -53.524  25.434 -53.077
  327   1H5*    U 298          1H5*        U 298 -52.381  32.738 -54.350
  328   2H5*    U 298          2H5*        U 298 -50.885  32.464 -55.267
  329    H4*    U 298           H4*        U 298 -50.916  33.535 -52.763
  330    H3*    U 298           H3*        U 298 -48.893  31.873 -54.323
  331    H2*    U 298           H2*        U 298 -47.678  31.276 -52.482
  332   2HO*    U 298          2HO*        U 298 -46.996  32.778 -51.162
  333    H1*    U 298           H1*        U 298 -49.618  31.778 -50.435
  334    H3     U 298           H3         U 298 -47.593  27.845 -49.405
  335    H5     U 298           H5         U 298 -49.945  26.964 -52.794
  336    H6     U 298           H6         U 298 -50.434  29.332 -52.986
  337   1H5*    C 299          1H5*        C 299 -46.756  35.916 -52.751
  338   2H5*    C 299          2H5*        C 299 -45.580  36.250 -54.038
  339    H4*    C 299           H4*        C 299 -44.594  36.399 -51.721
  340    H3*    C 299           H3*        C 299 -43.680  34.596 -53.944
  341    H2*    C 299           H2*        C 299 -42.359  33.251 -52.665
  342   2HO*    C 299          2HO*        C 299 -40.959  34.824 -51.941
  343    H1*    C 299           H1*        C 299 -43.492  33.646 -50.103
  344   1H4     C 299          1H4         C 299 -44.504  27.542 -51.520
  345   2H4     C 299          2H4         C 299 -45.518  27.977 -52.878
  346    H5     C 299           H5         C 299 -45.906  30.252 -53.559
  347    H6     C 299           H6         C 299 -45.409  32.606 -53.088
  348    H3T    C 299           H3T        C 299 -43.173  36.908 -53.598
  Start of MODEL    9
    1   1H5*    G 257          1H5*        G 257 -40.480  18.585 -48.961
    2   2H5*    G 257          2H5*        G 257 -41.837  19.188 -49.935
    3    H4*    G 257           H4*        G 257 -39.391  20.831 -49.121
    4    H3*    G 257           H3*        G 257 -42.057  20.243 -47.902
    5    H2*    G 257           H2*        G 257 -42.854  22.387 -47.860
    6   2HO*    G 257          2HO*        G 257 -40.205  22.901 -47.234
    7    H1*    G 257           H1*        G 257 -41.290  23.628 -49.851
    8    H8     G 257           H8         G 257 -43.391  20.584 -50.880
    9    H1     G 257           H1         G 257 -46.602  26.135 -50.868
   10   1H2     G 257          1H2         G 257 -45.364  27.730 -49.997
   11   2H2     G 257          2H2         G 257 -43.741  27.448 -49.407
   12    H5T    G 257           H5T        G 257 -42.320  17.364 -52.450
   13   1H5*    A 258          1H5*        A 258 -43.215  22.262 -44.208
   14   2H5*    A 258          2H5*        A 258 -43.725  22.171 -45.908
   15    H4*    A 258           H4*        A 258 -42.701  24.813 -44.898
   16    H3*    A 258           H3*        A 258 -45.050  23.311 -43.824
   17    H2*    A 258           H2*        A 258 -46.680  24.789 -44.466
   18   2HO*    A 258          2HO*        A 258 -46.258  26.679 -43.605
   19    H1*    A 258           H1*        A 258 -45.487  26.075 -46.643
   20    H8     A 258           H8         A 258 -45.909  22.209 -46.239
   21   1H6     A 258          1H6         A 258 -50.922  22.963 -49.788
   22   2H6     A 258          2H6         A 258 -49.908  21.804 -48.959
   23    H2     A 258           H2         A 258 -49.150  27.004 -49.000
   24   1H5*    G 259          1H5*        G 259 -47.743  25.225 -40.890
   25   2H5*    G 259          2H5*        G 259 -47.796  24.461 -42.492
   26    H4*    G 259           H4*        G 259 -48.478  27.398 -42.027
   27    H3*    G 259           H3*        G 259 -50.028  24.869 -41.616
   28    H2*    G 259           H2*        G 259 -51.721  25.393 -43.064
   29   2HO*    G 259          2HO*        G 259 -51.266  27.929 -42.019
   30    H1*    G 259           H1*        G 259 -50.451  27.339 -44.700
   31    H8     G 259           H8         G 259 -48.750  23.995 -44.974
   32    H1     G 259           H1         G 259 -54.348  24.199 -48.101
   33   1H2     G 259          1H2         G 259 -55.451  26.031 -47.574
   34   2H2     G 259          2H2         G 259 -54.825  27.215 -46.449
   35   1H5*    G 260          1H5*        G 260 -52.637  29.093 -40.797
   36   2H5*    G 260          2H5*        G 260 -53.411  28.455 -39.332
   37    H4*    G 260           H4*        G 260 -54.971  29.664 -40.968
   38    H3*    G 260           H3*        G 260 -55.274  26.985 -39.678
   39    H2*    G 260           H2*        G 260 -56.865  26.146 -41.097
   40   2HO*    G 260          2HO*        G 260 -58.354  27.556 -42.185
   41    H1*    G 260           H1*        G 260 -56.445  27.640 -43.427
   42    H8     G 260           H8         G 260 -53.528  25.694 -41.791
   43    H1     G 260           H1         G 260 -57.001  22.324 -45.999
   44   1H2     G 260          1H2         G 260 -58.732  23.497 -46.675
   45   2H2     G 260          2H2         G 260 -59.058  25.116 -46.098
   46   1H5*    U 261          1H5*        U 261 -59.152  25.593 -38.173
   47   2H5*    U 261          2H5*        U 261 -57.717  25.268 -39.165
   48    H4*    U 261           H4*        U 261 -60.440  25.732 -40.439
   49    H3*    U 261           H3*        U 261 -59.277  23.324 -39.069
   50    H2*    U 261           H2*        U 261 -59.874  21.895 -40.785
   51   2HO*    U 261          2HO*        U 261 -62.020  23.525 -40.906
   52    H1*    U 261           H1*        U 261 -59.648  23.692 -42.933
   53    H3     U 261           H3         U 261 -57.010  20.060 -43.705
   54    H5     U 261           H5         U 261 -54.981  22.225 -40.708
   55    H6     U 261           H6         U 261 -56.883  23.727 -40.601
   56   1H5*    C 262          1H5*        C 262 -61.551  20.981 -36.052
   57   2H5*    C 262          2H5*        C 262 -60.162  20.136 -36.761
   58    H4*    C 262           H4*        C 262 -62.996  20.162 -37.906
   59    H3*    C 262           H3*        C 262 -62.124  18.789 -35.711
   60    H2*    C 262           H2*        C 262 -60.218  17.780 -36.589
   61   2HO*    C 262          2HO*        C 262 -61.709  15.839 -37.867
   62    H1*    C 262           H1*        C 262 -61.391  17.147 -39.256
   63   1H4     C 262          1H4         C 262 -54.939  16.853 -39.433
   64   2H4     C 262          2H4         C 262 -54.994  18.454 -40.137
   65    H5     C 262           H5         C 262 -57.026  19.747 -40.319
   66    H6     C 262           H6         C 262 -59.426  19.790 -39.840
   67   1H5*    G 263          1H5*        G 263 -62.808  19.590 -40.100
   68   2H5*    G 263          2H5*        G 263 -64.428  20.266 -39.836
   69    H4*    G 263           H4*        G 263 -65.202  19.530 -41.873
   70    H3*    G 263           H3*        G 263 -63.768  17.041 -41.013
   71    H2*    G 263           H2*        G 263 -62.913  16.465 -43.063
   72   2HO*    G 263          2HO*        G 263 -65.388  17.125 -43.811
   73    H1*    G 263           H1*        G 263 -62.867  18.925 -44.412
   74    H8     G 263           H8         G 263 -60.776  19.732 -41.576
   75    H1     G 263           H1         G 263 -58.075  15.027 -44.987
   76   1H2     G 263          1H2         G 263 -59.538  14.194 -46.417
   77   2H2     G 263          2H2         G 263 -61.179  14.789 -46.533
   78   1H5*    G 264          1H5*        G 264 -66.168  13.360 -40.648
   79   2H5*    G 264          2H5*        G 264 -64.649  13.242 -39.738
   80    H4*    G 264           H4*        G 264 -65.229  12.511 -42.553
   81    H3*    G 264           H3*        G 264 -63.425  11.685 -40.278
   82    H2*    G 264           H2*        G 264 -61.651  11.175 -41.628
   83   2HO*    G 264          2HO*        G 264 -63.668  10.509 -43.501
   84    H1*    G 264           H1*        G 264 -62.308  12.715 -43.932
   85    H8     G 264           H8         G 264 -61.725  15.243 -41.405
   86    H1     G 264           H1         G 264 -56.290  12.013 -42.471
   87   1H2     G 264          1H2         G 264 -56.687  10.183 -43.602
   88   2H2     G 264          2H2         G 264 -58.294   9.720 -44.119
   89   1H5*    C 265          1H5*        C 265 -62.140   9.110 -41.317
   90   2H5*    C 265          2H5*        C 265 -62.766   8.310 -42.773
   91    H4*    C 265           H4*        C 265 -62.000   6.157 -42.031
   92    H3*    C 265           H3*        C 265 -62.096   7.511 -39.356
   93    H2*    C 265           H2*        C 265 -60.085   6.687 -38.605
   94   2HO*    C 265          2HO*        C 265 -60.977   4.474 -39.539
   95    H1*    C 265           H1*        C 265 -58.696   6.351 -41.003
   96   1H4     C 265          1H4         C 265 -55.958  11.425 -38.372
   97   2H4     C 265          2H4         C 265 -57.504  12.188 -38.080
   98    H5     C 265           H5         C 265 -59.609  11.179 -38.676
   99    H6     C 265           H6         C 265 -60.686   9.218 -39.677
  100   1H5*    C 266          1H5*        C 266 -60.601   3.118 -38.308
  101   2H5*    C 266          2H5*        C 266 -61.290   3.111 -36.672
  102    H4*    C 266           H4*        C 266 -58.656   3.043 -36.998
  103    H3*    C 266           H3*        C 266 -60.430   4.376 -35.014
  104    H2*    C 266           H2*        C 266 -58.899   5.896 -34.255
  105   2HO*    C 266          2HO*        C 266 -56.561   4.714 -35.118
  106    H1*    C 266           H1*        C 266 -57.109   6.029 -36.434
  107   1H4     C 266          1H4         C 266 -59.755  11.783 -36.140
  108   2H4     C 266          2H4         C 266 -61.369  11.107 -36.118
  109    H5     C 266           H5         C 266 -61.811   8.739 -36.166
  110    H6     C 266           H6         C 266 -60.802   6.507 -36.245
  111   1H5*    C 267          1H5*        C 267 -61.080   4.355 -31.816
  112   2H5*    C 267          2H5*        C 267 -60.571   5.519 -33.056
  113    H4*    C 267           H4*        C 267 -59.005   5.715 -30.552
  114    H3*    C 267           H3*        C 267 -61.962   5.538 -30.484
  115    H2*    C 267           H2*        C 267 -62.446   7.693 -29.898
  116   2HO*    C 267          2HO*        C 267 -61.361   7.611 -27.928
  117    H1*    C 267           H1*        C 267 -60.167   9.098 -30.703
  118   1H4     C 267          1H4         C 267 -64.728  10.932 -34.718
  119   2H4     C 267          2H4         C 267 -64.993   9.286 -35.248
  120    H5     C 267           H5         C 267 -63.813   7.399 -34.337
  121    H6     C 267           H6         C 267 -62.117   6.677 -32.726
  122   1H5*    G 268          1H5*        G 268 -56.792   5.297 -30.275
  123   2H5*    G 268          2H5*        G 268 -56.762   4.144 -28.926
  124    H4*    G 268           H4*        G 268 -54.875   5.462 -28.461
  125    H3*    G 268           H3*        G 268 -57.382   6.272 -27.028
  126    H2*    G 268           H2*        G 268 -56.625   8.339 -26.316
  127   2HO*    G 268          2HO*        G 268 -54.277   8.782 -26.354
  128    H1*    G 268           H1*        G 268 -54.952   9.051 -28.389
  129    H8     G 268           H8         G 268 -58.549   7.544 -28.698
  130    H1     G 268           H1         G 268 -58.124  13.913 -29.303
  131   1H2     G 268          1H2         G 268 -56.040  14.566 -29.048
  132   2H2     G 268          2H2         G 268 -54.733  13.447 -28.733
  133   1H5*    A 269          1H5*        A 269 -53.792   7.456 -24.449
  134   2H5*    A 269          2H5*        A 269 -54.446   7.436 -22.798
  135    H4*    A 269           H4*        A 269 -53.639   9.721 -23.929
  136    H3*    A 269           H3*        A 269 -55.527   8.991 -21.802
  137    H2*    A 269           H2*        A 269 -57.361  10.114 -22.582
  138   2HO*    A 269          2HO*        A 269 -57.168  12.428 -22.517
  139    H1*    A 269           H1*        A 269 -55.940  11.790 -24.593
  140    H8     A 269           H8         A 269 -58.186   8.604 -24.857
  141   1H6     A 269          1H6         A 269 -62.349  12.423 -27.376
  142   2H6     A 269          2H6         A 269 -61.986  10.765 -26.953
  143    H2     A 269           H2         A 269 -58.803  14.864 -26.125
  144   1H5*    C 270          1H5*        C 270 -56.700  11.425 -18.770
  145   2H5*    C 270          2H5*        C 270 -57.112  11.328 -20.494
  146    H4*    C 270           H4*        C 270 -56.742  14.037 -19.196
  147    H3*    C 270           H3*        C 270 -58.913  12.040 -18.867
  148    H2*    C 270           H2*        C 270 -60.585  13.590 -19.222
  149   2HO*    C 270          2HO*        C 270 -60.010  15.921 -19.184
  150    H1*    C 270           H1*        C 270 -59.281  15.192 -21.109
  151   1H4     C 270          1H4         C 270 -63.770  11.613 -23.895
  152   2H4     C 270          2H4         C 270 -62.771  10.185 -23.740
  153    H5     C 270           H5         C 270 -60.627  10.186 -22.634
  154    H6     C 270           H6         C 270 -58.981  11.558 -21.445
  155   1H5*    U 271          1H5*        U 271 -61.938  12.384 -15.656
  156   2H5*    U 271          2H5*        U 271 -61.407  12.063 -17.318
  157    H4*    U 271           H4*        U 271 -62.532  14.785 -16.843
  158    H3*    U 271           H3*        U 271 -64.029  12.242 -16.247
  159    H2*    U 271           H2*        U 271 -65.699  12.644 -17.758
  160   2HO*    U 271          2HO*        U 271 -66.248  14.931 -18.259
  161    H1*    U 271           H1*        U 271 -64.415  14.647 -19.378
  162    H3     U 271           H3         U 271 -66.919  11.777 -21.952
  163    H5     U 271           H5         U 271 -63.303   9.752 -21.144
  164    H6     U 271           H6         U 271 -62.743  11.513 -19.567
  165   1H5*    U 272          1H5*        U 272 -67.601  12.003 -14.241
  166   2H5*    U 272          2H5*        U 272 -67.596  11.685 -15.987
  167    H4*    U 272           H4*        U 272 -69.878  12.246 -14.813
  168    H3*    U 272           H3*        U 272 -68.838  12.525 -17.443
  169    H2*    U 272           H2*        U 272 -68.639  14.819 -17.583
  170   2HO*    U 272          2HO*        U 272 -71.487  14.671 -17.455
  171    H1*    U 272           H1*        U 272 -70.723  15.503 -15.574
  172    H3     U 272           H3         U 272 -69.070  19.613 -15.185
  173    H5     U 272           H5         U 272 -65.610  17.322 -15.935
  174    H6     U 272           H6         U 272 -67.021  15.352 -16.053
  175   1H5*    C 284          1H5*        C 284 -71.015  13.419 -19.786
  176   2H5*    C 284          2H5*        C 284 -72.383  12.292 -19.882
  177    H4*    C 284           H4*        C 284 -71.161  13.118 -22.099
  178    H3*    C 284           H3*        C 284 -72.946  11.010 -21.619
  179    H2*    C 284           H2*        C 284 -71.420   9.523 -20.619
  180   2HO*    C 284          2HO*        C 284 -70.909   8.919 -23.351
  181    H1*    C 284           H1*        C 284 -69.222   9.881 -22.577
  182   1H4     C 284          1H4         C 284 -67.000   7.195 -17.176
  183   2H4     C 284          2H4         C 284 -66.436   8.792 -16.739
  184    H5     C 284           H5         C 284 -67.011  10.778 -17.973
  185    H6     C 284           H6         C 284 -68.235  11.663 -19.901
  186   1H5*    G 285          1H5*        G 285 -71.024  13.903 -26.042
  187   2H5*    G 285          2H5*        G 285 -71.219  13.705 -24.289
  188    H4*    G 285           H4*        G 285 -73.386  14.928 -26.044
  189    H3*    G 285           H3*        G 285 -70.866  16.237 -25.247
  190    H2*    G 285           H2*        G 285 -71.787  17.820 -23.874
  191   2HO*    G 285          2HO*        G 285 -73.203  18.948 -24.962
  192    H1*    G 285           H1*        G 285 -74.129  16.668 -22.975
  193    H8     G 285           H8         G 285 -73.282  17.210 -20.570
  194    H1     G 285           H1         G 285 -67.792  14.038 -21.524
  195   1H2     G 285          1H2         G 285 -67.704  13.255 -23.570
  196   2H2     G 285          2H2         G 285 -68.985  13.508 -24.733
  197   1H5*    G 286          1H5*        G 286 -69.042  18.207 -29.391
  198   2H5*    G 286          2H5*        G 286 -68.920  16.771 -28.354
  199    H4*    G 286           H4*        G 286 -69.735  19.532 -27.343
  200    H3*    G 286           H3*        G 286 -67.113  18.263 -27.932
  201    H2*    G 286           H2*        G 286 -66.234  18.334 -25.808
  202   2HO*    G 286          2HO*        G 286 -68.151  20.365 -25.193
  203    H1*    G 286           H1*        G 286 -68.479  18.082 -24.235
  204    H8     G 286           H8         G 286 -69.119  15.345 -26.515
  205    H1     G 286           H1         G 286 -63.544  14.368 -23.504
  206   1H2     G 286          1H2         G 286 -62.898  16.199 -22.470
  207   2H2     G 286          2H2         G 286 -63.821  17.683 -22.521
  208   1H5*    U 287          1H5*        U 287 -66.062  21.030 -26.144
  209   2H5*    U 287          2H5*        U 287 -65.180  22.472 -26.682
  210    H4*    U 287           H4*        U 287 -63.910  21.596 -24.852
  211    H3*    U 287           H3*        U 287 -62.888  21.036 -27.649
  212    H2*    U 287           H2*        U 287 -61.354  19.465 -27.015
  213   2HO*    U 287          2HO*        U 287 -60.162  19.655 -25.120
  214    H1*    U 287           H1*        U 287 -62.396  18.801 -24.426
  215    H3     U 287           H3         U 287 -61.185  14.877 -26.336
  216    H5     U 287           H5         U 287 -64.510  16.149 -28.596
  217    H6     U 287           H6         U 287 -64.463  18.239 -27.363
  218   1H5*    C 288          1H5*        C 288 -58.751  22.900 -28.906
  219   2H5*    C 288          2H5*        C 288 -59.527  21.389 -29.421
  220    H4*    C 288           H4*        C 288 -56.976  21.755 -27.829
  221    H3*    C 288           H3*        C 288 -57.858  20.596 -30.464
  222    H2*    C 288           H2*        C 288 -56.780  18.578 -30.203
  223   2HO*    C 288          2HO*        C 288 -55.114  19.523 -28.127
  224    H1*    C 288           H1*        C 288 -56.752  18.306 -27.434
  225   1H4     C 288          1H4         C 288 -60.891  14.121 -29.854
  226   2H4     C 288          2H4         C 288 -62.102  15.376 -29.991
  227    H5     C 288           H5         C 288 -61.667  17.694 -29.495
  228    H6     C 288           H6         C 288 -59.972  19.307 -28.767
  229   1H5*    A 289          1H5*        A 289 -53.348  21.972 -31.176
  230   2H5*    A 289          2H5*        A 289 -52.922  21.499 -32.834
  231    H4*    A 289           H4*        A 289 -52.142  20.026 -30.731
  232    H3*    A 289           H3*        A 289 -53.013  19.342 -33.508
  233    H2*    A 289           H2*        A 289 -53.215  17.085 -33.100
  234   2HO*    A 289          2HO*        A 289 -51.570  17.405 -30.786
  235    H1*    A 289           H1*        A 289 -53.867  17.129 -30.374
  236    H8     A 289           H8         A 289 -56.027  19.290 -32.724
  237   1H6     A 289          1H6         A 289 -59.280  14.152 -33.810
  238   2H6     A 289          2H6         A 289 -59.182  15.879 -34.080
  239    H2     A 289           H2         A 289 -55.727  13.043 -31.306
  240   1H5*    C 290          1H5*        C 290 -49.695  17.859 -31.113
  241   2H5*    C 290          2H5*        C 290 -48.191  17.403 -31.932
  242    H4*    C 290           H4*        C 290 -48.583  15.925 -29.997
  243    H3*    C 290           H3*        C 290 -48.702  14.926 -32.823
  244    H2*    C 290           H2*        C 290 -49.477  12.854 -32.214
  245   2HO*    C 290          2HO*        C 290 -48.772  12.851 -29.539
  246    H1*    C 290           H1*        C 290 -50.573  13.508 -29.650
  247   1H4     C 290          1H4         C 290 -55.075  10.918 -33.334
  248   2H4     C 290          2H4         C 290 -55.294  12.438 -34.173
  249    H5     C 290           H5         C 290 -53.911  14.381 -33.761
  250    H6     C 290           H6         C 290 -52.015  15.264 -32.470
  251   1H5*    U 291          1H5*        U 291 -44.279  12.857 -33.283
  252   2H5*    U 291          2H5*        U 291 -44.557  13.638 -34.850
  253    H4*    U 291           H4*        U 291 -44.409  11.009 -34.724
  254    H3*    U 291           H3*        U 291 -45.945  12.901 -36.359
  255    H2*    U 291           H2*        U 291 -47.950  11.801 -36.288
  256   2HO*    U 291          2HO*        U 291 -46.631   9.453 -37.185
  257    H1*    U 291           H1*        U 291 -46.786   9.293 -35.132
  258    H3     U 291           H3         U 291 -50.783   7.861 -33.803
  259    H5     U 291           H5         U 291 -51.222  12.050 -33.606
  260    H6     U 291           H6         U 291 -48.917  12.261 -34.341
  261   1H5*    G 292          1H5*        G 292 -46.309  12.027 -40.960
  262   2H5*    G 292          2H5*        G 292 -47.968  12.006 -40.328
  263    H4*    G 292           H4*        G 292 -46.125   9.664 -40.888
  264    H3*    G 292           H3*        G 292 -48.667  10.808 -41.971
  265    H2*    G 292           H2*        G 292 -50.079   9.044 -41.578
  266   2HO*    G 292          2HO*        G 292 -47.733   7.444 -41.803
  267    H1*    G 292           H1*        G 292 -48.941   7.744 -39.437
  268    H8     G 292           H8         G 292 -48.955  11.123 -38.095
  269    H1     G 292           H1         G 292 -54.951   9.152 -39.219
  270   1H2     G 292          1H2         G 292 -54.935   7.356 -40.496
  271   2H2     G 292          2H2         G 292 -53.453   6.629 -41.077
  272   1H5*    C 293          1H5*        C 293 -48.999   6.753 -43.891
  273   2H5*    C 293          2H5*        C 293 -49.185   7.267 -45.580
  274    H4*    C 293           H4*        C 293 -51.061   5.777 -44.646
  275    H3*    C 293           H3*        C 293 -51.275   8.415 -46.066
  276    H2*    C 293           H2*        C 293 -53.430   8.851 -45.481
  277   2HO*    C 293          2HO*        C 293 -53.728   6.024 -45.630
  278    H1*    C 293           H1*        C 293 -53.751   7.035 -43.286
  279   1H4     C 293          1H4         C 293 -55.129  12.984 -41.446
  280   2H4     C 293          2H4         C 293 -53.425  13.357 -41.327
  281    H5     C 293           H5         C 293 -51.690  11.809 -41.984
  282    H6     C 293           H6         C 293 -51.224   9.579 -42.895
  283   1H5*    C 294          1H5*        C 294 -53.763   9.218 -48.956
  284   2H5*    C 294          2H5*        C 294 -53.868   9.562 -47.219
  285    H4*    C 294           H4*        C 294 -56.246   8.274 -48.545
  286    H3*    C 294           H3*        C 294 -55.034  10.934 -49.211
  287    H2*    C 294           H2*        C 294 -56.921  12.170 -48.719
  288   2HO*    C 294          2HO*        C 294 -58.769  10.132 -48.485
  289    H1*    C 294           H1*        C 294 -58.052  10.677 -46.686
  290   1H4     C 294          1H4         C 294 -55.382  15.795 -44.056
  291   2H4     C 294          2H4         C 294 -53.775  15.233 -44.458
  292    H5     C 294           H5         C 294 -53.357  13.187 -45.678
  293    H6     C 294           H6         C 294 -54.398  11.265 -46.793
  294   1H5*    A 295          1H5*        A 295 -56.848  13.602 -52.022
  295   2H5*    A 295          2H5*        A 295 -56.231  13.562 -50.357
  296    H4*    A 295           H4*        A 295 -59.193  13.915 -50.939
  297    H3*    A 295           H3*        A 295 -56.892  15.852 -51.168
  298    H2*    A 295           H2*        A 295 -57.792  17.418 -49.742
  299   2HO*    A 295          2HO*        A 295 -60.270  17.046 -49.319
  300    H1*    A 295           H1*        A 295 -59.386  15.772 -48.118
  301    H8     A 295           H8         A 295 -55.732  14.696 -48.286
  302   1H6     A 295          1H6         A 295 -54.663  18.957 -43.937
  303   2H6     A 295          2H6         A 295 -53.991  17.617 -44.838
  304    H2     A 295           H2         A 295 -58.880  19.469 -45.380
  305   1H5*    C 296          1H5*        C 296 -61.071  17.669 -52.096
  306   2H5*    C 296          2H5*        C 296 -60.797  18.527 -53.626
  307    H4*    C 296           H4*        C 296 -62.214  19.924 -52.228
  308    H3*    C 296           H3*        C 296 -59.320  20.773 -52.696
  309    H2*    C 296           H2*        C 296 -59.431  22.500 -51.172
  310   2HO*    C 296          2HO*        C 296 -61.386  23.510 -50.616
  311    H1*    C 296           H1*        C 296 -61.286  21.480 -49.361
  312   1H4     C 296          1H4         C 296 -55.577  21.282 -46.575
  313   2H4     C 296          2H4         C 296 -55.071  19.976 -47.623
  314    H5     C 296           H5         C 296 -56.440  19.102 -49.400
  315    H6     C 296           H6         C 296 -58.587  19.300 -50.566
  316   1H5*    C 297          1H5*        C 297 -61.569  25.315 -53.886
  317   2H5*    C 297          2H5*        C 297 -60.007  25.566 -54.691
  318    H4*    C 297           H4*        C 297 -60.899  27.062 -52.562
  319    H3*    C 297           H3*        C 297 -58.170  26.385 -53.761
  320    H2*    C 297           H2*        C 297 -57.001  27.167 -51.924
  321   2HO*    C 297          2HO*        C 297 -57.686  29.179 -51.601
  322    H1*    C 297           H1*        C 297 -58.846  26.643 -49.903
  323   1H4     C 297          1H4         C 297 -54.071  22.498 -49.301
  324   2H4     C 297          2H4         C 297 -54.649  21.581 -50.674
  325    H5     C 297           H5         C 297 -56.530  22.266 -52.022
  326    H6     C 297           H6         C 297 -58.253  23.981 -52.342
  327   1H5*    U 298          1H5*        U 298 -55.277  30.204 -54.981
  328   2H5*    U 298          2H5*        U 298 -55.081  28.605 -54.234
  329    H4*    U 298           H4*        U 298 -54.996  31.265 -52.735
  330    H3*    U 298           H3*        U 298 -52.963  29.573 -54.147
  331    H2*    U 298           H2*        U 298 -51.633  29.158 -52.336
  332   2HO*    U 298          2HO*        U 298 -52.365  31.152 -50.618
  333    H1*    U 298           H1*        U 298 -53.413  29.602 -50.190
  334    H3     U 298           H3         U 298 -51.132  25.646 -49.720
  335    H5     U 298           H5         U 298 -54.297  24.826 -52.385
  336    H6     U 298           H6         U 298 -54.760  27.206 -52.461
  337   1H5*    C 299          1H5*        C 299 -51.135  32.881 -52.377
  338   2H5*    C 299          2H5*        C 299 -50.511  34.110 -53.494
  339    H4*    C 299           H4*        C 299 -48.838  34.044 -51.836
  340    H3*    C 299           H3*        C 299 -48.313  32.445 -54.309
  341    H2*    C 299           H2*        C 299 -46.664  31.121 -53.463
  342   2HO*    C 299          2HO*        C 299 -45.668  32.185 -51.316
  343    H1*    C 299           H1*        C 299 -47.198  31.217 -50.702
  344   1H4     C 299          1H4         C 299 -48.391  25.233 -52.445
  345   2H4     C 299          2H4         C 299 -49.665  25.750 -53.527
  346    H5     C 299           H5         C 299 -50.226  28.060 -53.897
  347    H6     C 299           H6         C 299 -49.691  30.379 -53.311
  348    H3T    C 299           H3T        C 299 -46.346  34.047 -53.288
  Start of MODEL   10
    1   1H5*    G 257          1H5*        G 257 -42.858  18.653 -48.600
    2   2H5*    G 257          2H5*        G 257 -41.158  18.571 -48.093
    3    H4*    G 257           H4*        G 257 -41.003  20.858 -47.796
    4    H3*    G 257           H3*        G 257 -43.706  20.421 -46.596
    5    H2*    G 257           H2*        G 257 -44.704  22.307 -47.418
    6   2HO*    G 257          2HO*        G 257 -43.548  23.909 -46.571
    7    H1*    G 257           H1*        G 257 -43.076  22.906 -49.641
    8    H8     G 257           H8         G 257 -44.712  19.453 -49.660
    9    H1     G 257           H1         G 257 -48.570  24.179 -51.637
   10   1H2     G 257          1H2         G 257 -47.623  26.133 -51.286
   11   2H2     G 257          2H2         G 257 -46.039  26.296 -50.561
   12    H5T    G 257           H5T        G 257 -44.734  18.632 -45.631
   13   1H5*    A 258          1H5*        A 258 -45.427  23.416 -44.030
   14   2H5*    A 258          2H5*        A 258 -45.754  22.702 -45.623
   15    H4*    A 258           H4*        A 258 -45.112  25.636 -45.534
   16    H3*    A 258           H3*        A 258 -47.371  24.301 -44.107
   17    H2*    A 258           H2*        A 258 -49.085  25.260 -45.286
   18   2HO*    A 258          2HO*        A 258 -48.333  27.362 -46.531
   19    H1*    A 258           H1*        A 258 -47.850  25.889 -47.717
   20    H8     A 258           H8         A 258 -47.893  22.339 -46.089
   21   1H6     A 258          1H6         A 258 -52.723  21.308 -49.821
   22   2H6     A 258          2H6         A 258 -51.642  20.604 -48.639
   23    H2     A 258           H2         A 258 -51.456  25.578 -50.324
   24   1H5*    G 259          1H5*        G 259 -50.475  26.874 -42.093
   25   2H5*    G 259          2H5*        G 259 -50.348  25.540 -43.258
   26    H4*    G 259           H4*        G 259 -51.308  28.337 -44.010
   27    H3*    G 259           H3*        G 259 -52.669  25.953 -42.771
   28    H2*    G 259           H2*        G 259 -54.258  25.733 -44.400
   29   2HO*    G 259          2HO*        G 259 -54.061  28.425 -45.234
   30    H1*    G 259           H1*        G 259 -53.011  27.198 -46.519
   31    H8     G 259           H8         G 259 -51.081  24.093 -45.693
   32    H1     G 259           H1         G 259 -56.499  22.838 -48.891
   33   1H2     G 259          1H2         G 259 -57.765  24.637 -48.985
   34   2H2     G 259          2H2         G 259 -57.293  26.158 -48.259
   35   1H5*    G 260          1H5*        G 260 -55.643  30.070 -43.610
   36   2H5*    G 260          2H5*        G 260 -56.445  29.834 -42.044
   37    H4*    G 260           H4*        G 260 -58.023  30.388 -43.960
   38    H3*    G 260           H3*        G 260 -58.181  28.085 -42.037
   39    H2*    G 260           H2*        G 260 -59.615  26.779 -43.263
   40   2HO*    G 260          2HO*        G 260 -61.336  27.612 -44.205
   41    H1*    G 260           H1*        G 260 -59.131  27.609 -45.873
   42    H8     G 260           H8         G 260 -56.120  26.603 -43.677
   43    H1     G 260           H1         G 260 -58.972  21.729 -46.714
   44   1H2     G 260          1H2         G 260 -60.795  22.421 -47.730
   45   2H2     G 260          2H2         G 260 -61.332  24.085 -47.671
   46   1H5*    U 261          1H5*        U 261 -61.808  26.559 -40.248
   47   2H5*    U 261          2H5*        U 261 -60.242  26.576 -41.081
   48    H4*    U 261           H4*        U 261 -62.696  26.408 -42.806
   49    H3*    U 261           H3*        U 261 -61.777  24.380 -40.803
   50    H2*    U 261           H2*        U 261 -61.856  22.638 -42.311
   51   2HO*    U 261          2HO*        U 261 -63.740  22.564 -43.287
   52    H1*    U 261           H1*        U 261 -61.292  24.091 -44.666
   53    H3     U 261           H3         U 261 -58.591  20.403 -43.899
   54    H5     U 261           H5         U 261 -56.882  23.602 -41.745
   55    H6     U 261           H6         U 261 -58.848  24.919 -42.274
   56   1H5*    C 262          1H5*        C 262 -63.430  24.170 -37.105
   57   2H5*    C 262          2H5*        C 262 -61.902  23.350 -37.482
   58    H4*    C 262           H4*        C 262 -64.693  22.355 -38.232
   59    H3*    C 262           H3*        C 262 -63.456  22.319 -35.782
   60    H2*    C 262           H2*        C 262 -61.558  21.075 -36.266
   61   2HO*    C 262          2HO*        C 262 -61.927  18.922 -35.802
   62    H1*    C 262           H1*        C 262 -62.820  19.334 -38.329
   63   1H4     C 262          1H4         C 262 -56.411  19.134 -38.922
   64   2H4     C 262          2H4         C 262 -56.550  20.449 -40.067
   65    H5     C 262           H5         C 262 -58.627  21.604 -40.504
   66    H6     C 262           H6         C 262 -60.997  21.759 -39.917
   67   1H5*    G 263          1H5*        G 263 -66.253  21.731 -39.744
   68   2H5*    G 263          2H5*        G 263 -67.167  20.460 -38.909
   69    H4*    G 263           H4*        G 263 -67.276  20.130 -41.357
   70    H3*    G 263           H3*        G 263 -65.907  18.155 -39.524
   71    H2*    G 263           H2*        G 263 -64.832  17.006 -41.192
   72   2HO*    G 263          2HO*        G 263 -66.393  16.225 -42.425
   73    H1*    G 263           H1*        G 263 -64.823  18.945 -43.268
   74    H8     G 263           H8         G 263 -62.766  20.603 -40.834
   75    H1     G 263           H1         G 263 -59.976  15.101 -42.562
   76   1H2     G 263          1H2         G 263 -61.417  13.833 -43.656
   77   2H2     G 263          2H2         G 263 -63.066  14.333 -43.957
   78   1H5*    G 264          1H5*        G 264 -67.520  14.338 -37.971
   79   2H5*    G 264          2H5*        G 264 -66.295  15.562 -38.359
   80    H4*    G 264           H4*        G 264 -66.877  13.286 -40.283
   81    H3*    G 264           H3*        G 264 -65.398  13.249 -37.635
   82    H2*    G 264           H2*        G 264 -63.445  12.449 -38.514
   83   2HO*    G 264          2HO*        G 264 -63.436  11.018 -40.305
   84    H1*    G 264           H1*        G 264 -63.817  13.153 -41.259
   85    H8     G 264           H8         G 264 -63.545  16.334 -39.485
   86    H1     G 264           H1         G 264 -57.965  13.190 -39.205
   87   1H2     G 264          1H2         G 264 -58.216  11.109 -39.834
   88   2H2     G 264          2H2         G 264 -59.759  10.453 -40.337
   89   1H5*    C 265          1H5*        C 265 -63.797  10.967 -37.109
   90   2H5*    C 265          2H5*        C 265 -63.833   9.991 -38.591
   91    H4*    C 265           H4*        C 265 -63.387   7.947 -37.119
   92    H3*    C 265           H3*        C 265 -63.543  10.124 -35.097
   93    H2*    C 265           H2*        C 265 -61.504   9.744 -34.128
   94   2HO*    C 265          2HO*        C 265 -61.659   7.700 -33.442
   95    H1*    C 265           H1*        C 265 -60.096   8.502 -36.217
   96   1H4     C 265          1H4         C 265 -57.300  14.159 -35.625
   97   2H4     C 265          2H4         C 265 -58.836  14.995 -35.672
   98    H5     C 265           H5         C 265 -60.951  13.860 -35.878
   99    H6     C 265           H6         C 265 -62.051  11.679 -36.084
  100   1H5*    C 266          1H5*        C 266 -63.156   7.024 -30.982
  101   2H5*    C 266          2H5*        C 266 -62.784   8.706 -30.553
  102    H4*    C 266           H4*        C 266 -60.959   6.435 -30.900
  103    H3*    C 266           H3*        C 266 -61.103   9.117 -29.540
  104    H2*    C 266           H2*        C 266 -58.870   9.628 -29.798
  105   2HO*    C 266          2HO*        C 266 -58.062   7.758 -28.823
  106    H1*    C 266           H1*        C 266 -58.255   8.278 -32.145
  107   1H4     C 266          1H4         C 266 -58.537  14.383 -33.831
  108   2H4     C 266          2H4         C 266 -60.142  14.558 -33.158
  109    H5     C 266           H5         C 266 -61.318  12.765 -32.061
  110    H6     C 266           H6         C 266 -61.211  10.416 -31.371
  111   1H5*    C 267          1H5*        C 267 -59.870  10.027 -28.060
  112   2H5*    C 267          2H5*        C 267 -58.248   9.421 -27.672
  113    H4*    C 267           H4*        C 267 -58.010  10.841 -25.846
  114    H3*    C 267           H3*        C 267 -60.869  10.126 -25.543
  115    H2*    C 267           H2*        C 267 -61.711  12.198 -25.076
  116   2HO*    C 267          2HO*        C 267 -60.845  13.299 -23.507
  117    H1*    C 267           H1*        C 267 -59.739  13.901 -26.133
  118   1H4     C 267          1H4         C 267 -64.797  14.781 -29.864
  119   2H4     C 267          2H4         C 267 -64.904  13.070 -30.213
  120    H5     C 267           H5         C 267 -63.426  11.433 -29.255
  121    H6     C 267           H6         C 267 -61.519  11.076 -27.762
  122   1H5*    G 268          1H5*        G 268 -55.644   9.866 -25.843
  123   2H5*    G 268          2H5*        G 268 -55.580   9.206 -24.198
  124    H4*    G 268           H4*        G 268 -53.752  10.727 -24.284
  125    H3*    G 268           H3*        G 268 -56.234  11.662 -22.916
  126    H2*    G 268           H2*        G 268 -55.605  13.876 -22.769
  127   2HO*    G 268          2HO*        G 268 -53.198  14.322 -23.175
  128    H1*    G 268           H1*        G 268 -54.006  14.135 -25.033
  129    H8     G 268           H8         G 268 -57.627  12.699 -24.631
  130    H1     G 268           H1         G 268 -57.203  18.594 -27.118
  131   1H2     G 268          1H2         G 268 -55.098  19.214 -27.257
  132   2H2     G 268          2H2         G 268 -53.777  18.188 -26.745
  133   1H5*    A 269          1H5*        A 269 -54.192  14.223 -18.823
  134   2H5*    A 269          2H5*        A 269 -55.550  14.304 -19.964
  135    H4*    A 269           H4*        A 269 -52.870  15.673 -20.457
  136    H3*    A 269           H3*        A 269 -54.691  16.295 -18.418
  137    H2*    A 269           H2*        A 269 -56.491  17.030 -19.662
  138   2HO*    A 269          2HO*        A 269 -56.380  19.192 -19.979
  139    H1*    A 269           H1*        A 269 -54.987  17.953 -22.052
  140    H8     A 269           H8         A 269 -57.233  14.834 -21.361
  141   1H6     A 269          1H6         A 269 -61.311  17.636 -25.073
  142   2H6     A 269          2H6         A 269 -60.964  16.198 -24.139
  143    H2     A 269           H2         A 269 -57.800  20.373 -24.550
  144   1H5*    C 270          1H5*        C 270 -55.484  19.626 -16.468
  145   2H5*    C 270          2H5*        C 270 -56.079  18.836 -17.942
  146    H4*    C 270           H4*        C 270 -55.724  21.853 -17.772
  147    H3*    C 270           H3*        C 270 -57.851  20.018 -16.812
  148    H2*    C 270           H2*        C 270 -59.549  21.328 -17.665
  149   2HO*    C 270          2HO*        C 270 -59.424  23.468 -17.720
  150    H1*    C 270           H1*        C 270 -58.211  22.278 -19.946
  151   1H4     C 270          1H4         C 270 -62.697  18.044 -21.571
  152   2H4     C 270          2H4         C 270 -61.737  16.730 -20.929
  153    H5     C 270           H5         C 270 -59.622  17.061 -19.816
  154    H6     C 270           H6         C 270 -57.974  18.721 -19.086
  155   1H5*    U 271          1H5*        U 271 -60.987  21.948 -14.127
  156   2H5*    U 271          2H5*        U 271 -60.810  20.713 -15.388
  157    H4*    U 271           H4*        U 271 -61.875  23.487 -16.030
  158    H3*    U 271           H3*        U 271 -63.136  21.198 -14.598
  159    H2*    U 271           H2*        U 271 -64.833  20.882 -16.099
  160   2HO*    U 271          2HO*        U 271 -65.510  22.859 -17.398
  161    H1*    U 271           H1*        U 271 -63.778  22.281 -18.369
  162    H3     U 271           H3         U 271 -65.739  18.460 -19.877
  163    H5     U 271           H5         U 271 -62.174  17.179 -18.011
  164    H6     U 271           H6         U 271 -61.855  19.449 -17.207
  165   1H5*    U 272          1H5*        U 272 -66.915  21.657 -12.508
  166   2H5*    U 272          2H5*        U 272 -66.901  20.634 -13.959
  167    H4*    U 272           H4*        U 272 -69.188  21.606 -13.240
  168    H3*    U 272           H3*        U 272 -67.957  21.049 -15.771
  169    H2*    U 272           H2*        U 272 -67.868  23.162 -16.675
  170   2HO*    U 272          2HO*        U 272 -70.160  23.922 -17.192
  171    H1*    U 272           H1*        U 272 -70.018  24.376 -15.018
  172    H3     U 272           H3         U 272 -68.516  28.443 -16.012
  173    H5     U 272           H5         U 272 -64.957  26.187 -15.847
  174    H6     U 272           H6         U 272 -66.299  24.231 -15.335
  175   1H5*    C 284          1H5*        C 284 -69.540  20.659 -17.669
  176   2H5*    C 284          2H5*        C 284 -71.273  20.368 -17.919
  177    H4*    C 284           H4*        C 284 -70.126  19.910 -20.017
  178    H3*    C 284           H3*        C 284 -71.887  18.029 -18.879
  179    H2*    C 284           H2*        C 284 -70.328  17.024 -17.422
  180   2HO*    C 284          2HO*        C 284 -70.582  15.088 -18.185
  181    H1*    C 284           H1*        C 284 -68.148  16.728 -19.420
  182   1H4     C 284          1H4         C 284 -65.765  15.947 -13.511
  183   2H4     C 284          2H4         C 284 -65.321  17.638 -13.562
  184    H5     C 284           H5         C 284 -66.020  19.133 -15.315
  185    H6     C 284           H6         C 284 -67.281  19.331 -17.406
  186   1H5*    G 285          1H5*        G 285 -71.112  18.470 -24.405
  187   2H5*    G 285          2H5*        G 285 -69.779  19.637 -24.296
  188    H4*    G 285           H4*        G 285 -72.427  20.228 -24.994
  189    H3*    G 285           H3*        G 285 -69.939  21.756 -24.591
  190    H2*    G 285           H2*        G 285 -70.913  23.641 -23.739
  191   2HO*    G 285          2HO*        G 285 -72.922  22.906 -25.519
  192    H1*    G 285           H1*        G 285 -73.271  22.730 -22.600
  193    H8     G 285           H8         G 285 -72.526  24.037 -20.467
  194    H1     G 285           H1         G 285 -66.936  20.906 -20.212
  195   1H2     G 285          1H2         G 285 -66.750  19.529 -21.907
  196   2H2     G 285          2H2         G 285 -67.989  19.365 -23.130
  197   1H5*    G 286          1H5*        G 286 -68.231  22.864 -28.694
  198   2H5*    G 286          2H5*        G 286 -68.693  21.784 -27.363
  199    H4*    G 286           H4*        G 286 -68.825  24.754 -26.880
  200    H3*    G 286           H3*        G 286 -66.367  23.138 -27.467
  201    H2*    G 286           H2*        G 286 -65.264  23.764 -25.538
  202   2HO*    G 286          2HO*        G 286 -67.090  25.848 -24.961
  203    H1*    G 286           H1*        G 286 -67.403  24.017 -23.789
  204    H8     G 286           H8         G 286 -68.032  20.723 -25.242
  205    H1     G 286           H1         G 286 -62.470  20.719 -22.053
  206   1H2     G 286          1H2         G 286 -61.870  22.776 -21.552
  207   2H2     G 286          2H2         G 286 -62.821  24.170 -22.008
  208   1H5*    U 287          1H5*        U 287 -65.064  26.315 -26.442
  209   2H5*    U 287          2H5*        U 287 -64.192  27.450 -27.489
  210    H4*    U 287           H4*        U 287 -62.870  27.201 -25.488
  211    H3*    U 287           H3*        U 287 -61.929  25.789 -28.012
  212    H2*    U 287           H2*        U 287 -60.344  24.520 -26.960
  213   2HO*    U 287          2HO*        U 287 -58.917  25.461 -25.712
  214    H1*    U 287           H1*        U 287 -61.305  24.711 -24.262
  215    H3     U 287           H3         U 287 -60.100  20.387 -24.784
  216    H5     U 287           H5         U 287 -63.414  20.841 -27.353
  217    H6     U 287           H6         U 287 -63.384  23.217 -26.860
  218   1H5*    C 288          1H5*        C 288 -57.887  27.113 -29.879
  219   2H5*    C 288          2H5*        C 288 -58.554  25.469 -29.942
  220    H4*    C 288           H4*        C 288 -56.063  26.456 -28.551
  221    H3*    C 288           H3*        C 288 -56.866  24.424 -30.610
  222    H2*    C 288           H2*        C 288 -55.762  22.644 -29.658
  223   2HO*    C 288          2HO*        C 288 -53.869  24.407 -29.390
  224    H1*    C 288           H1*        C 288 -55.760  23.325 -26.968
  225   1H4     C 288          1H4         C 288 -59.870  18.551 -27.892
  226   2H4     C 288          2H4         C 288 -61.099  19.692 -28.391
  227    H5     C 288           H5         C 288 -60.683  22.052 -28.652
  228    H6     C 288           H6         C 288 -58.995  23.821 -28.500
  229   1H5*    A 289          1H5*        A 289 -52.425  25.103 -31.570
  230   2H5*    A 289          2H5*        A 289 -52.059  24.108 -32.995
  231    H4*    A 289           H4*        A 289 -51.583  23.217 -30.499
  232    H3*    A 289           H3*        A 289 -52.457  21.903 -33.027
  233    H2*    A 289           H2*        A 289 -53.047  19.918 -32.033
  234   2HO*    A 289          2HO*        A 289 -51.993  19.944 -29.594
  235    H1*    A 289           H1*        A 289 -53.660  20.843 -29.434
  236    H8     A 289           H8         A 289 -55.578  22.412 -32.380
  237   1H6     A 289          1H6         A 289 -59.402  17.580 -31.960
  238   2H6     A 289          2H6         A 289 -59.112  19.124 -32.731
  239    H2     A 289           H2         A 289 -55.973  16.884 -29.154
  240   1H5*    C 290          1H5*        C 290 -49.426  20.959 -30.088
  241   2H5*    C 290          2H5*        C 290 -47.984  20.008 -30.484
  242    H4*    C 290           H4*        C 290 -48.786  19.539 -28.172
  243    H3*    C 290           H3*        C 290 -48.708  17.501 -30.365
  244    H2*    C 290           H2*        C 290 -49.833  15.919 -29.144
  245   2HO*    C 290          2HO*        C 290 -48.233  16.926 -27.173
  246    H1*    C 290           H1*        C 290 -51.132  17.622 -27.248
  247   1H4     C 290          1H4         C 290 -55.399  14.112 -30.438
  248   2H4     C 290          2H4         C 290 -55.393  15.278 -31.742
  249    H5     C 290           H5         C 290 -53.894  17.177 -31.804
  250    H6     C 290           H6         C 290 -52.071  18.341 -30.636
  251   1H5*    U 291          1H5*        U 291 -44.902  15.177 -30.750
  252   2H5*    U 291          2H5*        U 291 -45.462  16.427 -31.875
  253    H4*    U 291           H4*        U 291 -45.269  14.029 -32.810
  254    H3*    U 291           H3*        U 291 -47.244  16.138 -33.177
  255    H2*    U 291           H2*        U 291 -49.125  14.863 -32.842
  256   2HO*    U 291          2HO*        U 291 -48.899  14.763 -35.165
  257    H1*    U 291           H1*        U 291 -47.678  12.259 -33.222
  258    H3     U 291           H3         U 291 -51.079   9.947 -31.524
  259    H5     U 291           H5         U 291 -51.342  13.594 -29.426
  260    H6     U 291           H6         U 291 -49.395  14.366 -30.655
  261   1H5*    G 292          1H5*        G 292 -48.586  13.992 -38.477
  262   2H5*    G 292          2H5*        G 292 -49.251  14.285 -36.856
  263    H4*    G 292           H4*        G 292 -47.596  11.801 -37.338
  264    H3*    G 292           H3*        G 292 -50.181  12.483 -38.663
  265    H2*    G 292           H2*        G 292 -51.542  10.959 -37.625
  266   2HO*    G 292          2HO*        G 292 -49.631   9.217 -36.645
  267    H1*    G 292           H1*        G 292 -50.274  10.483 -35.215
  268    H8     G 292           H8         G 292 -50.416  14.068 -34.956
  269    H1     G 292           H1         G 292 -56.361  11.719 -35.445
  270   1H2     G 292          1H2         G 292 -56.298   9.631 -36.146
  271   2H2     G 292          2H2         G 292 -54.798   8.801 -36.496
  272   1H5*    C 293          1H5*        C 293 -50.459   8.271 -38.907
  273   2H5*    C 293          2H5*        C 293 -50.535   7.915 -40.646
  274    H4*    C 293           H4*        C 293 -52.426   6.868 -39.382
  275    H3*    C 293           H3*        C 293 -52.732   8.902 -41.565
  276    H2*    C 293           H2*        C 293 -54.914   9.401 -41.149
  277   2HO*    C 293          2HO*        C 293 -55.102   6.675 -40.338
  278    H1*    C 293           H1*        C 293 -55.171   8.375 -38.485
  279   1H4     C 293          1H4         C 293 -56.842  14.528 -38.652
  280   2H4     C 293          2H4         C 293 -55.159  14.999 -38.665
  281    H5     C 293           H5         C 293 -53.347  13.405 -38.797
  282    H6     C 293           H6         C 293 -52.770  11.025 -38.944
  283   1H5*    C 294          1H5*        C 294 -55.258   8.717 -44.441
  284   2H5*    C 294          2H5*        C 294 -55.496   9.416 -42.828
  285    H4*    C 294           H4*        C 294 -57.690   7.635 -43.798
  286    H3*    C 294           H3*        C 294 -56.642   9.973 -45.348
  287    H2*    C 294           H2*        C 294 -58.608  11.177 -45.323
  288   2HO*    C 294          2HO*        C 294 -60.651  10.048 -44.822
  289    H1*    C 294           H1*        C 294 -59.717  10.429 -42.911
  290   1H4     C 294          1H4         C 294 -57.345  16.267 -42.188
  291   2H4     C 294          2H4         C 294 -55.705  15.685 -42.367
  292    H5     C 294           H5         C 294 -55.165  13.369 -42.804
  293    H6     C 294           H6         C 294 -56.090  11.129 -43.190
  294   1H5*    A 295          1H5*        A 295 -58.450  11.338 -48.962
  295   2H5*    A 295          2H5*        A 295 -57.881  11.898 -47.375
  296    H4*    A 295           H4*        A 295 -60.837  11.894 -48.076
  297    H3*    A 295           H3*        A 295 -58.614  13.736 -48.958
  298    H2*    A 295           H2*        A 295 -59.610  15.656 -48.174
  299   2HO*    A 295          2HO*        A 295 -61.639  14.860 -49.375
  300    H1*    A 295           H1*        A 295 -61.165  14.613 -46.083
  301    H8     A 295           H8         A 295 -57.463  13.715 -45.865
  302   1H6     A 295          1H6         A 295 -56.660  19.257 -43.248
  303   2H6     A 295          2H6         A 295 -55.914  17.723 -43.633
  304    H2     A 295           H2         A 295 -60.872  19.038 -44.778
  305   1H5*    C 296          1H5*        C 296 -62.861  14.895 -50.841
  306   2H5*    C 296          2H5*        C 296 -62.381  15.320 -52.496
  307    H4*    C 296           H4*        C 296 -63.991  16.972 -51.584
  308    H3*    C 296           H3*        C 296 -61.126  17.725 -52.293
  309    H2*    C 296           H2*        C 296 -61.301  19.841 -51.402
  310   2HO*    C 296          2HO*        C 296 -63.136  20.431 -52.613
  311    H1*    C 296           H1*        C 296 -63.203  19.400 -49.396
  312   1H4     C 296          1H4         C 296 -57.611  20.450 -46.563
  313   2H4     C 296          2H4         C 296 -57.011  18.895 -47.093
  314    H5     C 296           H5         C 296 -58.268  17.405 -48.506
  315    H6     C 296           H6         C 296 -60.371  17.090 -49.727
  316   1H5*    C 297          1H5*        C 297 -63.645  21.543 -54.747
  317   2H5*    C 297          2H5*        C 297 -62.134  21.641 -55.673
  318    H4*    C 297           H4*        C 297 -63.060  23.677 -54.113
  319    H3*    C 297           H3*        C 297 -60.281  22.767 -55.005
  320    H2*    C 297           H2*        C 297 -59.192  24.170 -53.523
  321   2HO*    C 297          2HO*        C 297 -61.411  25.731 -52.853
  322    H1*    C 297           H1*        C 297 -61.089  24.267 -51.472
  323   1H4     C 297          1H4         C 297 -56.162  20.882 -49.338
  324   2H4     C 297          2H4         C 297 -56.570  19.547 -50.392
  325    H5     C 297           H5         C 297 -58.377  19.630 -51.990
  326    H6     C 297           H6         C 297 -60.174  21.016 -52.919
  327   1H5*    U 298          1H5*        U 298 -57.385  25.983 -57.017
  328   2H5*    U 298          2H5*        U 298 -57.219  24.785 -55.716
  329    H4*    U 298           H4*        U 298 -57.316  27.805 -55.275
  330    H3*    U 298           H3*        U 298 -55.133  25.881 -55.981
  331    H2*    U 298           H2*        U 298 -53.860  26.183 -54.109
  332   2HO*    U 298          2HO*        U 298 -53.264  28.187 -53.897
  333    H1*    U 298           H1*        U 298 -55.741  27.211 -52.274
  334    H3     U 298           H3         U 298 -53.273  23.787 -50.465
  335    H5     U 298           H5         U 298 -56.305  21.933 -52.736
  336    H6     U 298           H6         U 298 -56.885  24.117 -53.619
  337   1H5*    C 299          1H5*        C 299 -53.605  29.786 -55.366
  338   2H5*    C 299          2H5*        C 299 -52.983  30.555 -56.839
  339    H4*    C 299           H4*        C 299 -51.436  31.247 -55.191
  340    H3*    C 299           H3*        C 299 -50.620  28.926 -56.899
  341    H2*    C 299           H2*        C 299 -48.925  28.179 -55.572
  342   2HO*    C 299          2HO*        C 299 -48.695  30.835 -54.549
  343    H1*    C 299           H1*        C 299 -49.664  29.215 -53.060
  344   1H4     C 299          1H4         C 299 -50.126  22.902 -52.553
  345   2H4     C 299          2H4         C 299 -51.430  22.860 -53.717
  346    H5     C 299           H5         C 299 -52.230  24.812 -54.875
  347    H6     C 299           H6         C 299 -51.956  27.231 -55.168
  348    H3T    C 299           H3T        C 299 -50.298  31.548 -56.807