ID   2.4.2.59
DE   sulfide-dependent adenosine diphosphate thiazole synthase.
CA   glycine + hydrogen sulfide + NAD(+) = ADP-5-ethyl-4-methylthiazole-2-
CA   carboxylate + H(+) + 3 H2O + nicotinamide.
CC   -!- This iron dependent enzyme, found in most archaea, is involved in the
CC       biosynthesis of thiamine phosphate.
CC   -!- The homologous enzyme from plants and fungi (EC 2.4.2.60) uses an
CC       intrinsic cysteine as sulfur donor and, unlike the archaeal enzyme,
CC       is a single turn-over enzyme.
DR   O29556, THI4_ARCFU ;  A8ZVP3, THI4_DESOH ;  A7HMY3, THI4_FERNB ;
DR   A6UV59, THI4_META3 ;  Q8TM19, THI4_METAC ;  Q46AR1, THI4_METBF ;
DR   Q12U93, THI4_METBU ;  F6BCS4, THI4_METIK ;  Q58018, THI4_METJA ;
DR   A4FWG7, THI4_METM5 ;  A9A9W1, THI4_METM6 ;  A6VGT9, THI4_METM7 ;
DR   Q8Q0B5, THI4_METMA ;  A3CXS4, THI4_METMJ ;  Q6LXJ8, THI4_METMP ;
DR   A4YIV7, THI4_METS5 ;  O27657, THI4_METTH ;  A0B880, THI4_METTP ;
DR   A6UPZ7, THI4_METVS ;  Q9V0J8, THI4_PYRAB ;  Q8ZZM5, THI4_PYRAE ;
DR   A4WKY7, THI4_PYRAR ;  A3MWF6, THI4_PYRCJ ;  Q8U0Q5, THI4_PYRFU ;
DR   O59082, THI4_PYRHO ;  A1RW13, THI4_PYRIL ;  B1YDX0, THI4_PYRNV ;
DR   Q97ZY5, THI4_SACS2 ;  C4XIR5, THI4_SOLM1 ;  Q4JAF8, THI4_SULAC ;
DR   C3N6N6, THI4_SULIA ;  C4KIA7, THI4_SULIK ;  C3MQY1, THI4_SULIL ;
DR   C3MWW9, THI4_SULIM ;  C3NGI6, THI4_SULIN ;  C3N749, THI4_SULIY ;
DR   Q975R0, THI4_SULTO ;  Q5JD25, THI4_THEKO ;  Q9WZP4, THI4_THEMA ;
//