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1 -hybrid screen and confirmed its identity by peptide sequence analysis.
2 roscopy, electrospray mass spectrometry, and peptide sequence analysis.
3 ined from binding free energy estimation and peptide sequence analysis.
4  homogeneity and subjected to amino-terminal peptide sequence analysis.
5 ntified as Xenopus ARF by immunoblotting and peptide sequence analysis.
6  subsequent phosphorylation site mapping and peptide sequence analysis.
7 nformative fragment patterns in tandem MS/MS peptide sequencing analysis.
8                                              Peptide sequencing analysis allowed us to determine two
9                                              Peptide sequence analysis and cDNA cloning indicate that
10  genes for the 58- and 55-kDa subunits using peptide sequence analysis and searching of the yeast gen
11                                        Using peptide sequence analysis and specific mAbs, RanGAP1 was
12 tor IIH (TFIIH) by affinity purification, by peptide sequence analysis, and by expression of the enti
13 were then characterized by SDS-PAGE, tryptic peptide sequence analysis, and Western blot analysis.
14 ) was identified, supported through in-depth peptide sequencing analysis, and found to carry mitochon
15                                              Peptide sequence analysis by mass spectrometry and Edman
16  amino acid residue of HAV VP1, we performed peptide sequence analysis by protease-catalyzed [18O]H2O
17                                              Peptide sequencing analysis by tandem mass spectrometry
18 arison of the deduced amino acid sequence to peptide sequence analysis data from purified acetyl xyla
19                                              Peptide sequence analysis, followed by cloning and seque
20                                 Subfemtomole peptide sequence analysis has been achieved using microc
21              Six proteins were identified by peptide sequence analysis, including acyl-CoA oxidase an
22                      Finally, amino-terminal peptide sequence analysis indicated that the amino-termi
23                                              Peptide sequence analysis indicates that the two protein
24                                              Peptide sequence analysis of a representative antibody d
25                                              Peptide sequence analysis of a tryptic digest from immun
26 amino acid sequence determined by N-terminal peptide sequence analysis of PP1.
27                                Mass spectral peptide sequence analysis of proteolytically digested CP
28                                              Peptide sequence analysis of purified p58 protein identi
29                                              Peptide sequence analysis of the purified 47 kDa exonucl
30                                              Peptide sequence analysis of the purified methylated pro
31                                              Peptide sequence analysis revealed that one of the polyp
32 onate inactivated the enzyme completely, and peptide sequence analysis revealed that tetranitromethan
33                                              Peptide sequence analysis revealed two potential nuclear
34 factor to apparent homogeneity and found, by peptide sequence analysis, that it belongs to the NF1 pr
35 coelute with a PP2A enzyme complex, shown by peptide sequence analysis to contain a B' subunit, B56 e
36                                              Peptide sequence analysis using a combination of gas-pha
37                                              Peptide sequence analysis using matrix-assisted laser de
38                                              Peptide sequence analysis was used to isolate a 2.7 kb c

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