ライフサイエンスコーパス: CMP-sialic acid

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1 ugate substrates and nucleotide sugar donor, CMP-sialic acid.

2 . cerevisiae vesicles were able to transport CMP-sialic acid.

3 e catalyzes the transfer of sialic acid from CMP-sialic acid (1) to a lactose acceptor.

4 for polymerizing sialyl residues from donor CMP-sialic acid are not homologous glycosyltransferases.

5 rmined structure of pig ST3GAL1, including a CMP-sialic acid-binding site assembled from conserved si

6 back inhibition of GNE-epimerase activity by CMP-sialic acid causes excessive production of free sial

7 The transfer of sialic acids (Sia) from CMP-sialic acid (CMP-Sia) to N-linked sugar chains is th

8 ar treatment of TNFR-IgG with alpha2,3ST and CMP-sialic acid (CMP-Sia), in the presence of MnCl(2), p

9 Some CMP-sialic acid derivatives with modification at the C-5

10 s were performed to predict and evaluate the CMP-sialic acid donor and glycan acceptor interactions,

11 lation of expression of the transporters for CMP-sialic acid, GDP-fucose, or both unexpectedly result

12 SQV-7 did not transport CMP-sialic acid, GDP-fucose, UDP-N-acetylglucosamine, UD

13 s are an exception, because of a mutation in CMP-sialic acid hydroxylase, which occurred after our co

14 ed them for their ability to trans stimulate CMP-sialic acid import.

15 n efficiently and effectively substitute for CMP-sialic acid in extracellular ST6Gal-1-mediated sialy

16 CMP-sialic acid is transported into the lumen of the Gol

17 ans including kidney, a critical shortage of CMP-sialic acid prevented sialylation of nephrin and pod

18 back inhibition of GNE-epimerase activity by CMP-sialic acid recovered after silencing demonstrating

19 study, we characterize the first functional CMP-sialic acid synthase (DmCSAS) from any protostome li

20 Unlike all known vertebrate CMP-sialic acid synthetase (CSAS) proteins that localize

21 sialic acid 9-phosphate synthase (SAS), and CMP-sialic acid synthetase (CSAS) were coexpressed in in

22 se compounds are subsequently activated by a CMP-sialic acid synthetase and transferred to a wide ran

23 ed in media lacking sialic acid, and a siaB (CMP-sialic acid synthetase) mutant was deficient in biof

24 CMP-KDO (t1/2 = 0.57 h) yet less stable than CMP-sialic acid (t1/2 = 151 h).

25 ed by serum-localized nucleotide sugar donor CMP-sialic acid that is at least partially derived from

26 er Golgi membranes were incubated with [(3)H]CMP sialic acid to radiolabel endogenous soluble and mem

27 2 catalyzes the transfer of sialic acid from CMP-sialic acid to a growing chain of polysialic acid at

28 e reactions that transfer a sialic acid from CMP-sialic acid to an acceptor (a structure terminated w

29 s helix may swing down upon binding to donor CMP-sialic acid to form the binding pocket for an accept

30 the transporter supplied limited amounts of CMP-sialic acid to Golgi sialyltransferases but was unab

31 ere very similar to the previously described CMP-sialic acid transport characteristics observed with

32 CMP-sialic acid transport induction was specific as no t

33 viously described cDNA encoding the putative CMP-sialic acid transporter encodes the transporter prot

34 ned the interactions of nucleotides with the CMP-sialic acid transporter in order to better understan

35 tionally expressed the murine Golgi putative CMP-sialic acid transporter in Saccharomyces cerevisiae.

36 o the lumen of the Golgi complex through the CMP-sialic acid transporter, an antiporter that also fun

37 an UDP-galactose transporters and 40% to the CMP-sialic acid transporter.

38 ree of amino acid sequence identity with the CMP-sialic acid transporter.

39 termost structures of animal cells, requires CMP-sialic acid, which is a product of the nuclear enzym

40 itutions at C-5 or C-9 of the sialic acid in CMP-sialic acid, while its acceptor substrate specificit

41 this otherwise soluble substrate, putatively CMP-sialic acid, within platelet microparticles.

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