ライフサイエンスコーパス: guanine deaminase

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1 sis that the ammeline deaminating enzyme was guanine deaminase.

2 f guanine and xanthine in the active site of guanine deaminase.

3 ength sequences and the principal domains in guanine deaminases.

4 In silico models of guanine deaminase active sites showed that ammeline coul

5 Mutant cypin proteins that lack guanine deaminase activity act in a dominant-negative ma

6 overexpression of cypin, a protein that has guanine deaminase activity and is expressed in developin

7 r characterization of 12 genes, one encoding guanine deaminase and the others encoding enzymes for co

8 nformatics and experimental data to identify guanine deaminase as the enzyme responsible for this bio

9 An E. coli guanine deaminase deletion mutant was deficient in ammel

10 Two guanine deaminases from disparate sources (Bradyrhizobiu

11 Guanine deaminase (GDA; guanase) is a ubiquitous enzyme

12 ed gene, a transcriptional regulator gene, a guanine deaminase gene, and cviI.

13 Plasma guanine deaminase (guanase; GD) is well established as a

14 The present study indicated that widespread guanine deaminases have a promiscuous activity allowing

15 ive sites showed that ammeline could bind to guanine deaminase in a similar orientation to guanine, w

16 e deaminase activity, supporting the role of guanine deaminase in this reaction.

17 ur laboratory showed that cypin, a mammalian guanine deaminase, increases dendrite number when overex

18 calization of insulin-like growth factor II, guanine deaminase, peripherin, early growth response 1,

19 cted genes insulin-like growth factor II and guanine deaminase protected spinal motor neurons from gl

20 method to redesign a critical loop in human guanine deaminase such that a key side-chain interaction

21 previously cloned and characterized cypin, a guanine deaminase that increases dendrite number by bind

22 at it is a hybrid of a cytosine as well as a guanine deaminase, thereby conferring Msd the ability to

23 m is common to most organisms and involves a guanine deaminase to convert guanine to xanthine in anim

24 These mRNAs correspond to guanine deaminase, to the matrix proteins rat glypican 3

25 the amidohydrolase superfamily that are not guanine deaminases were assayed in vitro, and none had s

26 e, we reconstruct the molecular phylogeny of guanine deaminases with neighbor-joining, maximum-likeli

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