# Query: mol1A
# No:  Chain   Z    rmsd lali nres  %id PDB  Description
   1:  2i0z-A 21.0  2.6  209   416   25   MOLECULE: NAD(FAD)-UTILIZING DEHYDROGENASES;                         

# Structural equivalences
   1: mol1-A 2i0z-A    93 - 127 <=>    2 -  36   (THR   97  - GLU  131  <=> HIS    2  - LYS   36 )                          
   1: mol1-A 2i0z-A   154 - 162 <=>   37 -  45   (GLU  158  - ASP  166  <=> LEU   37  - GLY   45 )                          
   1: mol1-A 2i0z-A   163 - 166 <=>   49 -  52   (GLY  167  - TYR  170  <=> CYS   49  - THR   52 )                          
   1: mol1-A 2i0z-A   167 - 170 <=>   59 -  62   (SER  171  - LYS  174  <=> GLU   59  - LYS   62 )                          
   1: mol1-A 2i0z-A   171 - 189 <=>   75 -  93   (ASP  175  - PRO  193  <=> PHE   75  - LYS   93 )                          
   1: mol1-A 2i0z-A   192 - 195 <=>   94 -  97   (ILE  196  - VAL  199  <=> LEU   94  - GLU   97 )                          
   1: mol1-A 2i0z-A   196 - 200 <=>  100 - 104   (SER  200  - ILE  204  <=> GLY  100  - PRO  104 )                          
   1: mol1-A 2i0z-A   203 - 262 <=>  107 - 166   (PHE  207  - SER  266  <=> ASN  107  - LYS  166 )                          
   1: mol1-A 2i0z-A   263 - 271 <=>  174 - 182   (ALA  267  - HIS  275  <=> THR  174  - GLU  182 )                          
   1: mol1-A 2i0z-A   273 - 276 <=>  183 - 186   (ARG  277  - TYR  280  <=> LYS  183  - HIS  186 )                          
   1: mol1-A 2i0z-A   277 - 280 <=>  188 - 191   (UNK  281  - LYS  284  <=> ILE  188  - LEU  191 )                          
   1: mol1-A 2i0z-A   478 - 483 <=>  356 - 361   (SER  482  - ILE  487  <=> VAL  360  - VAL  365 )                          
   1: mol1-A 2i0z-A   484 - 487 <=>  365 - 368   (LYS  488  - LYS  491  <=> GLU  369  - PRO  372 )                          
   1: mol1-A 2i0z-A   488 - 508 <=>  370 - 390   (ASP  492  - GLY  512  <=> GLU  374  - GLY  394 )                          
   1: mol1-A 2i0z-A   509 - 529 <=>  396 - 416   (GLY  513  - VAL  533  <=> ASN  400  - LYS  420 )