ID   1.13.11.11
DE   tryptophan 2,3-dioxygenase.
AN   indolamine 2,3-dioxygenase.
AN   indoleamine 2,3-dioxygenase.
AN   L-tryptophan 2,3-dioxygenase.
AN   L-tryptophan pyrrolase.
AN   tryptamin 2,3-dioxygenase.
AN   tryptamine 2,3-dioxygenase.
AN   tryptophanase.
AN   tryptophan oxygenase.
AN   tryptophan peroxidase.
AN   tryptophan pyrrolase.
CA   L-tryptophan + O2 = N-formyl-L-kynurenine.
CC   -!- Catalyzes, together with EC 1.13.11.52, the first and rate-limiting
CC       step in the kynurenine pathway, the major pathway of tryptophan
CC       metabolism.
CC   -!- Specific for tryptophan as substrate, but is far more active with
CC       L-tryptophan than with D-tryptophan.
CC   -!- Formerly EC 1.11.1.4 and EC 1.13.1.12.
DR   Q8Y1D2, T23O1_RALN1;  Q8XRY7, T23O2_RALN1;  A7MBU6, T23OA_DANRE;
DR   Q7SY53, T23OB_DANRE;  Q17P71, T23O_AEDAE ;  B4RUH2, T23O_ALTMD ;
DR   Q2IEC3, T23O_ANADE ;  B4UMQ6, T23O_ANASK ;  O77457, T23O_ANOGA ;
DR   A0JUV5, T23O_ARTS2 ;  A0REX0, T23O_BACAH ;  Q81PQ0, T23O_BACAN ;
DR   Q736W5, T23O_BACC1 ;  Q63AJ2, T23O_BACCZ ;  Q6HHX9, T23O_BACHK ;
DR   A9VHP7, T23O_BACMK ;  Q6MM37, T23O_BDEBA ;  Q7WHE8, T23O_BORBR ;
DR   Q7W9B7, T23O_BORPA ;  Q7VYS6, T23O_BORPE ;  Q2KIQ5, T23O_BOVIN ;
DR   Q89MN4, T23O_BRADU ;  A5EQH6, T23O_BRASB ;  A4YND6, T23O_BRASO ;
DR   B1YVH2, T23O_BURA4 ;  A0KA02, T23O_BURCH ;  B4E9J1, T23O_BURCJ ;
DR   Q0BCE0, T23O_BURCM ;  Q39DG2, T23O_BURL3 ;  A9AGH1, T23O_BURM1 ;
DR   A3MHE1, T23O_BURM7 ;  A2S924, T23O_BURM9 ;  Q62M99, T23O_BURMA ;
DR   A1V193, T23O_BURMS ;  B1JXI9, T23O_BURO0 ;  Q1BU34, T23O_BURO1 ;
DR   A3NS55, T23O_BURP0 ;  Q3JVD8, T23O_BURP1 ;  A3N6H2, T23O_BURP6 ;
DR   Q63WP5, T23O_BURPS ;  A8X7X9, T23O_CAEBR ;  Q09474, T23O_CAEEL ;
DR   Q9A4E8, T23O_CAUVC ;  Q1LK00, T23O_CUPMC ;  Q0K7X7, T23O_CUPNH ;
DR   Q55DB4, T23O_DICDI ;  B3MQP7, T23O_DROAN ;  B3NVC6, T23O_DROER ;
DR   B4JKK1, T23O_DROGR ;  P20351, T23O_DROME ;  B4L629, T23O_DROMO ;
DR   B4H4U3, T23O_DROPE ;  Q29I03, T23O_DROPS ;  B4IDV8, T23O_DROSE ;
DR   Q24630, T23O_DROSI ;  B4M818, T23O_DROVI ;  B4MSH7, T23O_DROWI ;
DR   B4PYW0, T23O_DROYA ;  Q2N5X1, T23O_ERYLH ;  B1YHD4, T23O_EXIS2 ;
DR   A4IT59, T23O_GEOTN ;  A9B4J6, T23O_HERA2 ;  P48775, T23O_HUMAN ;
DR   A6W961, T23O_KINRD ;  Q2LD53, T23O_MAYDE ;  P48776, T23O_MOUSE ;
DR   Q1CVR6, T23O_MYXXD ;  A1SG03, T23O_NOCSJ ;  B2SY86, T23O_PARPJ ;
DR   A1VRP1, T23O_POLNA ;  Q126P7, T23O_POLSJ ;  Q02N70, T23O_PSEAB ;
DR   Q9I0Q7, T23O_PSEAE ;  Q4KIP3, T23O_PSEF5 ;  Q84HF6, T23O_PSEFL ;
DR   B2U7J7, T23O_RALPJ ;  P21643, T23O_RAT   ;  Q0SFS2, T23O_RHOJR ;
DR   Q5LKH2, T23O_RUEPO ;  Q1GEF8, T23O_RUEST ;  A4FH01, T23O_SACEN ;
DR   A8GG83, T23O_SERP5 ;  B1KJM2, T23O_SHEWM ;  A9FU01, T23O_SORC5 ;
DR   B2FKN7, T23O_STRMK ;  Q95NN1, T23O_TRICA ;  Q8PQ80, T23O_XANAC ;
DR   Q3BYF4, T23O_XANC5 ;  Q4UZJ5, T23O_XANC8 ;  B0RMW5, T23O_XANCB ;
DR   Q8PDA8, T23O_XANCP ;  Q2NYM2, T23O_XANOM ;  B2SM13, T23O_XANOP ;
DR   Q5GVE4, T23O_XANOR ;  Q5U4U6, T23O_XENLA ;  Q5EBG2, T23O_XENTR ;
//