about
Argininosuccinate lyaseArgininosuccinate lyaseHypothetical protein PA3602Glutamate-ammonia ligase (glutamine synthetase)Glutamate-ammonia ligaseGlutamate synthase subunit alpha PA5036Glutamate synthase subunit alpha LA_0956Glutamate synthase LB_286Glutamate synthase subunit alpha VC2376Glutamate synthase large subunit VC2373Ferredoxin-dependent glutamate synthase CBU_1203Glutamate synthase large subunit BT_0553Glutamate synthase Caur_3258Glutamate synthase large subunit SAOUHSC_00435Glutamate synthase subunit alpha SAOUHSC_02760Glutamate synthase large subunit DR_0183Ferredoxin-dependent glutamate synthase BC3646Glutamate synthase (large subunit, NADP-dependent) BSU_18450Putative osmotic shock glutamate synthase subunit (flavoprotein subunit, ferredoxin-dependent) BSU_06590Glutamate synthase iron-sulfur cluster-binding subunit THEYE_A1687Formate-dependent nitrite reductase 4Fe4S subunit THEYE_A1156Glutamate synthase large subunit STM3330Ferredoxin-dependent glutamate synthase gvip210Ferredoxin/NAD(P)H-dependent glutamate synthase, large subunit GSU3450Glutamate synthase aq_1565Ferredoxin-dependent glutamate synthase GlsF SO_0750NADPH-dependent glutamate synthase large subunit GltB SO_1325Glutamate synthase [NADPH] large chain RB5654Glutamate synthase subunit alpha XCC0032Glutamate synthase large subunit blr7743Glt bll0099Glutamate synthase large subunit lmo1734Glutamate synthase (NADH) YDL171CGlutamate dehydrogenase (NADP(+)) GDH3 YAL062WGlutamate dehydrogenase (NADP(+)) GDH1 YOR375CGlutamate synthase SCO2026Glutamate-ammonia ligaseglutamate synthase [NADH], putative
P682
Q21173212-E727D0E1-437A-4F4D-984E-81639A910C77Q21496945-3C74F960-B48D-450A-B56C-B1B742777925Q21762717-5723BF66-FA55-498D-A5CB-C29A698C6CA3Q21985394-7B7ABD9C-8F72-4E7F-9B5F-323486756117Q21985394-FEC1BB01-C422-459F-902A-C0E487533FB0Q22678936-7D353322-6C93-41B3-A0EE-5F62D76BFBC7Q22989905-18A61E53-15B6-4B82-B89D-E585382806C8Q23064155-7C1669B1-3605-4FAD-9D56-49D3BEE62A98Q23065717-7EF3544B-FC1A-45BD-814F-3AD0284794D8Q23432996-DB3ED059-953C-426B-A5C4-59D83C4E44F1Q23434036-75D48617-3F6D-47C8-98D2-967AE0A50257Q23447548-0EA3F4AF-54DE-4188-A64C-6012EB875150Q23455798-0F068EB4-17C5-4C86-8CC8-BF71CF97D8F1Q23475754-9ECB406E-65DA-481B-A4FC-E3B6D1EA5ECFQ23478081-3DB5E294-F9E2-49AE-815B-DEC810C671F4Q23479653-20C0669A-DD68-46D3-BAAA-C26FD719FB23Q23484249-8E995A7C-490E-401E-BC6B-CA8E47F9FC4CQ23509580-96747D1F-38D1-44DF-96E9-BC4C44394FBFQ23515688-9CAE18C8-CA42-4135-ADA2-982A9B3EF67AQ23518161-DD1102B5-1DC2-48AA-945B-7D9B36E17BA9Q23550331-B03157D4-2F2B-4BE1-9456-F93427466E2FQ23551164-0BFD5F5C-7540-488B-A7D5-53FE0FFE17D0Q23562487-FDB3DDAA-3F3C-467E-A53D-795B771D8849Q23571134-77287F1A-1968-4239-89AA-E739FC096D2EQ23583235-728F597C-9EE6-40B2-9315-5B244F065AFBQ23595985-6CFDB441-8F57-4AF4-A3DC-F0826E0E67A5Q23599016-5DAF54CC-5A0B-445F-9603-298BECBC6D2DQ23600670-E60E4210-BDAD-4A47-B68F-A1A43CFB7FF2Q23631122-360B2D03-9313-4719-8925-D9F6C0BFD611Q24100694-CC496DB9-5ACA-4786-B30F-1A182EF4E97DQ24222611-A8CD5F0C-E296-45F0-A333-907DA209DFA2Q24227177-927216B8-DE19-4B6B-82E8-536BDE1E5DDFQ24253360-FA4FB06E-50F8-41F1-90CC-352782712138Q27549388-19BA4689-02E1-407B-8F22-B960CDC0B029Q27549388-B202AB25-A456-4F05-8104-2F0E3E32F513Q27549409-3C83770A-4D3D-4B39-8251-8FD2F155ED88Q27553300-98FEB387-FDAC-4CF1-AA3E-F1CE11D1B5C7Q27751804-7C3AF492-37F6-437C-AB4A-5C20D57E34E0Q28556398-9138AB2B-41D5-4AF5-ADA9-0FE03D456EEDQ56594297-DD8EA4A5-24F6-4DF3-84E5-3C73C723F736
P682
description
The pathway by which ammonia i ...... n which ammonia is incorporate
@en
biologisch proces
@nl
name
ammonia assimilation cycle
@en
type
label
ammonia assimilation cycle
@en
altLabel
GO:0019676
@en
glutamate metabolic process via glutamine and ammonia
@en
glutamate metabolism via glutamine and ammonia
@en
prefLabel
ammonia assimilation cycle
@en
P279
P2888
P686
GO:0019676