ID   1.2.1.71
DE   Succinylglutamate-semialdehyde dehydrogenase.
AN   N-succinylglutamate 5-semialdehyde dehydrogenase.
AN   SGSD.
AN   Succinylglutamic semialdehyde dehydrogenase.
CA   N-succinyl-L-glutamate 5-semialdehyde + NAD(+) + H(2)O = N-succinyl-L-
CA   glutamate + NADH.
CC   -!- This is the fourth enzyme in the arginine succinyltransferase (AST)
CC       pathway 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.
PR   PROSITE; PDOC00068;
DR   Q9AAL5, ASTD1_CAUCR;  Q3IFT7, ASTD1_PSEHT;  Q12QD2, ASTD1_SHEDO;
DR   Q9A7W2, ASTD2_CAUCR;  Q3IC91, ASTD2_PSEHT;  Q12JA9, ASTD2_SHEDO;
DR   Q6FCQ0, ASTD_ACIAD ;  A0KN18, ASTD_AERHH ;  A4SK35, ASTD_AERS4 ;
DR   B6EML5, ASTD_ALISL ;  B1YW19, ASTD_BURA4 ;  Q1BXP1, ASTD_BURCA ;
DR   B1JYT5, ASTD_BURCC ;  A0K608, ASTD_BURCH ;  B4ECZ8, ASTD_BURCJ ;
DR   Q0BGV0, ASTD_BURCM ;  A9AD19, ASTD_BURM1 ;  Q62LN5, ASTD_BURMA ;
DR   A1V675, ASTD_BURMS ;  A3NXG2, ASTD_BURP0 ;  Q3JQC6, ASTD_BURP1 ;
DR   A3NBM7, ASTD_BURP6 ;  Q63SD7, ASTD_BURPS ;  Q39I25, ASTD_BURS3 ;
DR   Q2SXN9, ASTD_BURTA ;  A4JCW0, ASTD_BURVG ;  Q141D3, ASTD_BURXL ;
DR   B0T8I8, ASTD_CAUSK ;  Q1QTQ7, ASTD_CHRSD ;  Q7NXX7, ASTD_CHRVO ;
DR   A8AHD8, ASTD_CITK8 ;  Q488Y0, ASTD_COLP3 ;  A7MNV8, ASTD_CROS8 ;
DR   A7ZML4, ASTD_ECO24 ;  B7USC7, ASTD_ECO27 ;  B7MAV7, ASTD_ECO45 ;
DR   B7L6M0, ASTD_ECO55 ;  Q7ADE6, ASTD_ECO57 ;  B5YQ33, ASTD_ECO5E ;
DR   B7NT31, ASTD_ECO7I ;  B7MVM5, ASTD_ECO81 ;  B7M1F8, ASTD_ECO8A ;
DR   C4ZZA2, ASTD_ECOBW ;  B1XGK7, ASTD_ECODH ;  A8A0T8, ASTD_ECOHS ;
DR   Q0TH84, ASTD_ECOL5 ;  Q8FH01, ASTD_ECOL6 ;  B1IPI4, ASTD_ECOLC ;
DR   P76217, ASTD_ECOLI ;  B7N582, ASTD_ECOLU ;  B6IBG6, ASTD_ECOSE ;
DR   B1LDY5, ASTD_ECOSM ;  Q1RB47, ASTD_ECOUT ;  A4W9J7, ASTD_ENT38 ;
DR   B2VJX8, ASTD_ERWT9 ;  B7LQ46, ASTD_ESCF3 ;  Q2SKP1, ASTD_HAHCH ;
DR   Q5QVX3, ASTD_IDILO ;  A6T7T5, ASTD_KLEP7 ;  Q5X4K4, ASTD_LEGPA ;
DR   A5ICK3, ASTD_LEGPC ;  Q5ZUT5, ASTD_LEGPH ;  Q5WVZ4, ASTD_LEGPL ;
DR   A1U5W8, ASTD_MARAV ;  Q2G9T9, ASTD_NOVAD ;  Q7N2G9, ASTD_PHOLL ;
DR   Q6LVE5, ASTD_PHOPR ;  Q48G19, ASTD_PSE14 ;  Q15Y60, ASTD_PSEA6 ;
DR   O50174, ASTD_PSEAE ;  Q1I6Z5, ASTD_PSEE4 ;  Q4K837, ASTD_PSEF5 ;
DR   C3JXY7, ASTD_PSEFS ;  A4XWE7, ASTD_PSEMY ;  A5W0D5, ASTD_PSEP1 ;
DR   Q3K885, ASTD_PSEPF ;  B0KR47, ASTD_PSEPG ;  Q88EI4, ASTD_PSEPK ;
DR   B1JCH3, ASTD_PSEPW ;  Q885J7, ASTD_PSESM ;  Q4ZQH8, ASTD_PSEU2 ;
DR   B5F7J0, ASTD_SALA4 ;  A9MFG0, ASTD_SALAR ;  B5FJD6, ASTD_SALDC ;
DR   B5QWI8, ASTD_SALEP ;  B5RAZ9, ASTD_SALG2 ;  B4TGE2, ASTD_SALHS ;
DR   B4T3Z6, ASTD_SALNS ;  Q5PHC0, ASTD_SALPA ;  A9N276, ASTD_SALPB ;
DR   C0Q6X8, ASTD_SALPC ;  B5BA70, ASTD_SALPK ;  B4TUC3, ASTD_SALSV ;
DR   Q8Z6G1, ASTD_SALTI ;  Q8ZPV0, ASTD_SALTY ;  A8GFQ3, ASTD_SERP5 ;
DR   B8EBC2, ASTD_SHEB2 ;  A3D039, ASTD_SHEB5 ;  A6WST7, ASTD_SHEB8 ;
DR   A9L3U4, ASTD_SHEB9 ;  Q07XY1, ASTD_SHEFN ;  B0TU38, ASTD_SHEHH ;
DR   Q8EJ54, ASTD_SHEON ;  A8H8E0, ASTD_SHEPA ;  A4Y344, ASTD_SHEPC ;
DR   B8CIT6, ASTD_SHEPW ;  A0KST2, ASTD_SHESA ;  A8FRE9, ASTD_SHESH ;
DR   A1RNU4, ASTD_SHESW ;  B1KDF2, ASTD_SHEWM ;  B2U3C8, ASTD_SHIB3 ;
DR   Q321N8, ASTD_SHIBS ;  Q32G88, ASTD_SHIDS ;  Q0T4V3, ASTD_SHIF8 ;
DR   Q7UCI7, ASTD_SHIFL ;  A9EN94, ASTD_SORC5 ;  Q1GV29, ASTD_SPHAL ;
DR   A5F529, ASTD_VIBC3 ;  Q9KNW4, ASTD_VIBCH ;  C3LRS7, ASTD_VIBCM ;
DR   Q5E2G9, ASTD_VIBF1 ;  B5FBM2, ASTD_VIBFM ;  A7MX96, ASTD_VIBHB ;
DR   Q87L22, ASTD_VIBPA ;  B7VLI4, ASTD_VIBSL ;  Q8DCS9, ASTD_VIBVU ;
DR   Q7MH21, ASTD_VIBVY ;  Q1C8A9, ASTD_YERPA ;  B2K296, ASTD_YERPB ;
DR   Q9ZC68, ASTD_YERPE ;  A9QZ61, ASTD_YERPG ;  A4TJU5, ASTD_YERPP ;
DR   Q66B19, ASTD_YERPS ;  B1JMD1, ASTD_YERPY ;
//