ID   3.5.3.23
DE   N-succinylarginine dihydrolase.
AN   arginine succinylhydrolase.
AN   N(2)-succinylarginine dihydrolase.
AN   SADH.
CA   2 H(+) + 2 H2O + N(2)-succinyl-L-arginine = CO2 + N(2)-succinyl-L-
CA   ornithine + 2 NH4(+).
CC   -!- Arginine, N(2)-acetylarginine and N(2)-glutamylarginine do not act as
CC       substrates.
CC   -!- The second enzyme in the arginine succinyltransferase (AST) pathway
CC       for the catabolism of arginine.
CC   -!- This pathway converts the carbon skeleton of arginine into glutamate,
CC       with the concomitant production of ammonia and conversion of
CC       succinyl-CoA into succinate and CoA.
CC   -!- The five enzymes involved in this pathway are EC 2.3.1.109,
CC       EC 3.5.3.23, EC 2.6.1.11, EC 1.2.1.71 and EC 3.5.1.96.
DR   Q9AAL4, ASTB1_CAUVC;  Q9A7W1, ASTB2_CAUVC;  Q6FCP9, ASTB_ACIAD ;
DR   B7GVV0, ASTB_ACIB3 ;  B7IA89, ASTB_ACIB5 ;  B2HZS3, ASTB_ACIBC ;
DR   B0VQ88, ASTB_ACIBS ;  A3M9D2, ASTB_ACIBT ;  B0V7X3, ASTB_ACIBY ;
DR   A0KMV4, ASTB_AERHH ;  Q5DZ79, ASTB_ALIF1 ;  B5EV09, ASTB_ALIFM ;
DR   B6EQ59, ASTB_ALISL ;  B1YW20, ASTB_BURA4 ;  A0K609, ASTB_BURCH ;
DR   B4ECZ9, ASTB_BURCJ ;  Q0BGU9, ASTB_BURCM ;  Q39I24, ASTB_BURL3 ;
DR   A9AD18, ASTB_BURM1 ;  A3MLY7, ASTB_BURM7 ;  A2SA47, ASTB_BURM9 ;
DR   Q62LN4, ASTB_BURMA ;  A1V674, ASTB_BURMS ;  B1JYT6, ASTB_BURO0 ;
DR   Q1BXP0, ASTB_BURO1 ;  A3NXG1, ASTB_BURP0 ;  Q3JQC7, ASTB_BURP1 ;
DR   A3NBM6, ASTB_BURP6 ;  Q63SD8, ASTB_BURPS ;  Q2SXN8, ASTB_BURTA ;
DR   A4JCW1, ASTB_BURVG ;  Q1QTQ8, ASTB_CHRSD ;  Q7NXX6, ASTB_CHRVO ;
DR   A8AHD7, ASTB_CITK8 ;  A7MNV7, ASTB_CROS8 ;  A7ZML3, ASTB_ECO24 ;
DR   B7USC6, ASTB_ECO27 ;  B7MAV6, ASTB_ECO45 ;  B7L6L9, ASTB_ECO55 ;
DR   Q7ADE7, ASTB_ECO57 ;  B5YQ32, ASTB_ECO5E ;  B7NT32, ASTB_ECO7I ;
DR   B7MVM4, ASTB_ECO81 ;  B7M1F7, ASTB_ECO8A ;  C4ZZA1, ASTB_ECOBW ;
DR   B1XGK6, ASTB_ECODH ;  A8A0T7, ASTB_ECOHS ;  A1ABS6, ASTB_ECOK1 ;
DR   Q0TH85, ASTB_ECOL5 ;  Q8FH02, ASTB_ECOL6 ;  B1IPI5, ASTB_ECOLC ;
DR   P76216, ASTB_ECOLI ;  B7N581, ASTB_ECOLU ;  B6IBG5, ASTB_ECOSE ;
DR   B1LDY6, ASTB_ECOSM ;  Q1RB48, ASTB_ECOUT ;  A4W9J8, ASTB_ENT38 ;
DR   B2VEK6, ASTB_ERWT9 ;  B7LQ47, ASTB_ESCF3 ;  Q2SKP0, ASTB_HAHCH ;
DR   Q5QWI1, ASTB_IDILO ;  Q5X4K3, ASTB_LEGPA ;  A5ICK4, ASTB_LEGPC ;
DR   Q5ZUT4, ASTB_LEGPH ;  Q5WVZ3, ASTB_LEGPL ;  A1U5W7, ASTB_MARN8 ;
DR   Q1DDF6, ASTB_MYXXD ;  Q2Y8M6, ASTB_NITMU ;  Q2G9Z6, ASTB_NOVAD ;
DR   B2JCG4, ASTB_PARP8 ;  B2T314, ASTB_PARPJ ;  Q141D2, ASTB_PARXL ;
DR   Q7N2H0, ASTB_PHOLL ;  Q6LJR6, ASTB_PHOPR ;  Q48G20, ASTB_PSE14 ;
DR   Q15TB5, ASTB_PSEA6 ;  A6VA75, ASTB_PSEA7 ;  B7UY35, ASTB_PSEA8 ;
DR   Q02I59, ASTB_PSEAB ;  O50175, ASTB_PSEAE ;  Q1I6Z6, ASTB_PSEE4 ;
DR   Q4K838, ASTB_PSEF5 ;  C3JXY6, ASTB_PSEFS ;  A4XWE6, ASTB_PSEMY ;
DR   A5W0D6, ASTB_PSEP1 ;  Q3K886, ASTB_PSEPF ;  B0KR46, ASTB_PSEPG ;
DR   Q88EI5, ASTB_PSEPK ;  B1JCH2, ASTB_PSEPW ;  Q885J6, ASTB_PSESM ;
DR   Q3ID31, ASTB_PSET1 ;  Q4ZQH9, ASTB_PSEU2 ;  A5V3M9, ASTB_RHIWR ;
DR   B5F7I9, ASTB_SALA4 ;  A9MFF9, ASTB_SALAR ;  B5FJD5, ASTB_SALDC ;
DR   B5QWI7, ASTB_SALEP ;  B5RAZ8, ASTB_SALG2 ;  B4TGE3, ASTB_SALHS ;
DR   B4T3Z7, ASTB_SALNS ;  Q5PHC1, ASTB_SALPA ;  A9N275, ASTB_SALPB ;
DR   B5BA69, ASTB_SALPK ;  B4TUC4, ASTB_SALSV ;  Q8Z6G2, ASTB_SALTI ;
DR   Q8ZPU9, ASTB_SALTY ;  A8GFQ2, ASTB_SERP5 ;  A1S572, ASTB_SHEAM ;
DR   B8E786, ASTB_SHEB2 ;  A3D5H7, ASTB_SHEB5 ;  A6WP88, ASTB_SHEB8 ;
DR   A9L516, ASTB_SHEB9 ;  Q12LR7, ASTB_SHEDO ;  Q080J1, ASTB_SHEFN ;
DR   B0TP13, ASTB_SHEHH ;  A3QF43, ASTB_SHELP ;  Q8EDN7, ASTB_SHEON ;
DR   A8H2S2, ASTB_SHEPA ;  A4Y7N9, ASTB_SHEPC ;  B8CN09, ASTB_SHEPW ;
DR   A0KVZ2, ASTB_SHESA ;  A8FX76, ASTB_SHESH ;  A1RIU9, ASTB_SHESW ;
DR   B1KNK9, ASTB_SHEWM ;  Q321N7, ASTB_SHIBS ;  Q32G87, ASTB_SHIDS ;
DR   Q3Z293, ASTB_SHISS ;  Q1GRR9, ASTB_SPHAL ;  A1JS35, ASTB_YERE8 ;
DR   A7FIL3, ASTB_YERP3 ;  Q1C8A8, ASTB_YERPA ;  B2K297, ASTB_YERPB ;
DR   Q8D0D8, ASTB_YERPE ;  A9QZ60, ASTB_YERPG ;  A4TJU4, ASTB_YERPP ;
DR   Q66B18, ASTB_YERPS ;  B1JMD0, ASTB_YERPY ;  Q5NNB4, ASTB_ZYMMO ;
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