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1 o subunits that act in concert to synthesize carbamyl phosphate.
2 l-L-citrulline from N-acetyl-L-ornithine and carbamyl phosphate.
3 ate, whereas CPS.B uses a second ATP to form carbamyl phosphate.
4 roduction of L-citrulline and phosphate from carbamyl phosphate and L-ornithine in L-arginine biosynt
5 f this novel transcarbamylase complexed with carbamyl phosphate and N-succinyl-L-norvaline, as well a
6 e of Escherichia coli ATCase maintained with carbamyl phosphate and succinate, phosphonoacetamide and
8 distance is 45.2 A) when ATCase is bound to carbamyl phosphate (CP) and to L-alanosine (an analogue
10 to the synthetase domain (CPS domain), where carbamyl phosphate formation is catalyzed in three conse
13 sfers ammonia to the synthetase domain where carbamyl phosphate is formed in a three-step reaction se
14 other ligands (N-phosphonacetyl-L-aspartate, carbamyl phosphate plus malonate, phosphonoacetamide plu
15 nthesis reaction of biotin carboxylase where carbamyl phosphate reacted with ADP by holoBCCP87 was 5-
16 minimal medium and can suppress mutations in carbamyl phosphate synthase-aspartate carbamyl transfera
17 nzymes, ornithine transcarbamylase (OTC) and carbamyl-phosphate synthase (CPS), as well as dibasic am
18 omains of CAD stimulates glutamine-dependent carbamyl phosphate synthesis and abolishes the ammonia-d
19 e enzyme can also catalyze ammonia-dependent carbamyl phosphate synthesis if provided with exogenous
20 utant not only catalyzed glutamine-dependent carbamyl phosphate synthesis, but was activated 10-fold
23 e 150-kDa band revealed sequence identity to carbamyl phosphate synthetase I (CPS I) and a high degre
25 alogue of molecular changes in patients with carbamyl phosphate synthetase I (CPSI) deficiency to dev
29 lated trifunctional enzyme known as CAD (for carbamyl phosphate synthetase, aspartate transcarbamylas
30 d-Ala d-Ala ligase, glutathione synthetase, carbamyl phosphate synthetase, N(5)-carboxyaminoimidazol
32 glutaminase domain (GLN domain) of mammalian carbamyl-phosphate synthetase II (CPSase II) catalyzes g
33 midotransferase domain (GLNase) of mammalian carbamyl-phosphate synthetase II hydrolyzes glutamine an
34 s was deleted and the sequences encoding the carbamyl-phosphate synthetase subunits were fused in fra
36 lyzes the conversion of metabolic ammonia to carbamyl phosphate, the rate-limiting step in urea biosy
38 The K(m) values for N-acetylornithine and carbamyl phosphate were 1.05 mM and 0.01 mM, respectivel
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