ライフサイエンスコーパス: protein sequence analysis

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1 useful tool in computational proteomics and protein sequence analysis.

2 mpirically evaluate gene pleiotropy from the protein sequence analysis.

3 gnment positions could benefit many areas in protein sequence analysis.

4 We present PANAL, an integrated resource for protein sequence analysis.

5 h-pressure liquid chromatography followed by protein sequence analysis.

6 bility group 1 protein (HMG-1) by N-terminal protein sequence analysis.

7 red 100% homology with salivary CA VI in the protein sequence analysis (40% coverage), and its digest

8 We identify a B7 family molecule, B7-H4, by protein sequence analysis and comparative molecular mode

9 Protein sequence analysis and homology modeling further

10 p80 subunit of Ku autoantigen by N-terminal protein sequence analysis and reactivity with a monoclon

11 The predominant amino acids detected by protein sequence analysis following cleavage of insolubl

12 -values have been the dominant statistic for protein sequence analysis for the past two decades: from

13 ein families were predicted through in-depth protein sequence analysis, for example, small-molecule k

14 Uniboost20 and Uniboost30, as a resource for protein sequence analysis, function prediction and seque

15 imensional gel electrophoresis combined with protein sequence analysis identified another possible ox

16 Protein sequence analysis identified p36 as cytosolic ma

17 New amino termini detected by protein sequence analysis in insoluble elastin following

18 ually high enzyme activities, sufficient for protein sequence analysis; in these cases, sequencing (b

19 Some first order methods for protein sequence analysis inherently treat each position

20 lts from embryonic knockdown and comparative protein sequence analysis lead us further to conclude th

21 Detailed protein sequence analysis of CheW and CheY homologs from

22 Amino-terminal protein sequence analysis of the alpha1(IX)COL3 domain p

23 Protein sequence analysis of the cloned sialyltransferas

24 le sequence alignments, working with DNA and protein sequences, analysis of amino acid properties, de

25 Protein sequence analysis predicted a cell surface locat

26 Protein sequence analysis predicts TSL is composed of a

27 Protein sequence analysis revealed a group of AtCPSF73-I

28 Protein sequence analysis revealed that the 47-kDa prote

29 Protein sequence analysis revealed varied homologies wit

30 Protein sequence analysis reveals that MAN1 shares a con

31 Protein sequence analysis reveals that MINT has three N-

32 evealed that the P site was not decoded, and protein sequence analysis showed that translation initia

33 Protein sequence analysis suggests that RecN is related

34 Protein sequence analysis suggests that TviB is a dehydr

35 By protein sequence analysis, the main molecular form of fi

36 genomic databases with sensitive methods for protein sequence analysis to identify an expansive, dive

37 s suggest that the combination of annotation/protein sequence analysis, transcript profiling, immunoh

38 ugh a model nanopore--a feature required for protein sequence analysis using this single-molecule tec

39 A phylogenetic protein sequence analysis which includes vertebrates, no

40 ing recently developed sensitive methods for protein sequence analysis, with an emphasis on the detec

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