1 matography-MS/MS analysis and error-tolerant
amino acid sequence analysis.
2 mogeneity and identified as hsp84 by partial
amino acid sequence analysis.
3 and subjected to CNBr digestion for primary
amino acid sequence analysis.
4 resis and subjected to tryptic digestion and
amino acid sequence analysis.
5 urified C3-binding protein were subjected to
amino acid sequence analysis.
6 selected peptides, amino acid and N-terminal
amino acid sequence analysis.
7 es as revealed by phosphopeptide mapping and
amino acid sequence analysis.
8 molecular mass determinations or by partial
amino acid sequence analysis.
9 roteins, whose identities were determined by
amino acid sequence analysis.
10 identified as phosphofructokinase by partial
amino acid sequence analysis.
11 characterized by using mass spectrometry and
amino acid sequence analysis.
12 Amino acid sequence analysis and examination of the geno
13 tructure of each component was determined by
amino acid sequence analysis and identification and sequ
14 cleavage sites were defined using N-terminal
amino acid sequence analysis and mass spectrometry.
15 Results deduced from
amino acid sequence analysis and N-terminal amino acid s
16 The total peptide recovery, as determined by
amino acid sequence analysis and scanning densitometry,
17 proteins have been identified by N-terminal
amino acid-sequence analysis and/or function to be a tha
18 ly facilitates peptide/protein mass mapping,
amino acid sequence analysis,
and determination of site-
19 e KP1 killer toxin was purified for internal
amino acid sequence analysis,
and P1M2 was identified as
20 N-terminal
amino acid sequence analysis as well as RT-PCR analysis
21 Amino acid sequence analysis by Edman degradation reveal
22 iflower extracts, in sufficient quantity for
amino acid sequence analysis,
by affinity chromatography
23 Based on
amino acid sequence analysis,
BZAP45 contains a unique d
24 n affinity chromatography, Edman degradation
amino acid sequence analysis,
carbohydrate composition a
25 Amino acid sequence analysis demonstrated that three pro
26 The deduced
amino-acid sequence analysis demonstrated that the clone
27 Amino acid sequence analysis identified a limited level
28 NH2-terminal
amino acid sequence analysis identified the 140-kDa surf
29 NH2-terminal
amino acid sequence analysis identified the 17-kD protei
30 Amino acid sequence analysis identified the novel cytoso
31 ification from RASM cell-conditioned medium,
amino acid sequence analysis identified the protein as a
32 Furthermore,
amino acid sequence analysis in conjunction with crystal
33 a pallidum PF proteins along with N-terminal
amino acid sequence analysis indicated T. denticola PFs
34 Amino acid sequence analysis indicated that Casp7 shared
35 Mass spectrometry and
amino acid sequence analysis indicated that it is 25 ami
36 Amino acid sequence analysis indicated that the 10-kDa p
37 N-terminal
amino acid sequence analysis indicated that the isolated
38 Amino acid sequence analysis indicated that the p28-19 p
39 Amino acid sequence analysis indicated that the photoaff
40 Comparative
amino acid sequence analysis indicated that these bindin
41 Amino acid sequence analysis indicated that this region
42 Amino acid sequence analysis indicates that basic and hy
43 Amino acid sequence analysis indicates that FimZ belongs
44 Amino acid sequence analysis indicates that KDO 8-P phos
45 Amino acid sequence analysis indicates that the human TR
46 Amino acid sequence analysis indicates that this rodent
47 f the purified peptides to direct N-terminal
amino acid sequence analysis,
mass spectrometry, microbo
48 onal start site was determined by N-terminal
amino acid sequence analysis of a GcvR-LacZ fusion prote
49 An
amino acid sequence analysis of AH revealed that this fa
50 plexity observed on SDS-PAGE, and N-terminal
amino acid sequence analysis of all the isolated constit
51 The N-terminal
amino acid sequence analysis of both the 70-kDa (NPIMA(M
52 Moreover, N-terminal
amino acid sequence analysis of both the flavin and the
53 Amino acid sequence analysis of components III and IV de
54 N-terminal
amino acid sequence analysis of eight representative ant
55 Amino acid sequence analysis of four peptides derived fr
56 Partial
amino acid sequence analysis of internal peptides reveal
57 Amino acid sequence analysis of NEIL2 suggested it to ha
58 The predicted
amino acid sequence analysis of nodulin Nlj16 revealed t
59 Amino acid sequence analysis of one form of this second
60 Immunoaffinity isolation and amino-terminal
amino acid sequence analysis of p17 revealed identity wi
61 Amino acid sequence analysis of peptides obtained from t
62 Based on
amino acid sequence analysis of PHR2, which indicates th
63 Amino acid sequence analysis of pilins from Hib pili and
64 Through
amino acid sequence analysis of S proteins of representa
65 Amino acid sequence analysis of six S-layer proteins rev
66 arose 4B-affinity column chromatography, and
amino acid sequence analysis of the 45 and the 30 kDa pr
67 Amino acid sequence analysis of the 71-kDa protein PJA1
68 Amino acid sequence analysis of the affinity-purified pr
69 Internal
amino acid sequence analysis of the cotton 31-kD polypep
70 Amino acid sequence analysis of the disulfide-containing
71 Amino acid sequence analysis of the extracted nonfibrill
72 Electroblotting of the SDS-PAGE and
amino acid sequence analysis of the first 10 N-terminal
73 Amino acid sequence analysis of the FITC-labeled peptide
74 Amino acid sequence analysis of the isolated fibril subu
75 ein IV was purified by cation exchange HPLC;
amino acid sequence analysis of the N-terminus and nine
76 Determined
amino acid sequence analysis of the purified p126 polype
77 Amino acid sequence analysis of the recombinant protein
78 Amino acid sequence analysis of the resistant protein fr
79 Amino acid sequence analysis of the subunits shows that
80 The
amino acid sequence analysis of the UbcB open reading fr
81 Amino acid sequence analysis of these families establish
82 Nucleotide sequencing and deduced
amino acid sequence analysis of this cDNA predicted a 32
83 N-terminal
amino acid sequence analysis of this second protein reve
84 Amino acid sequence analysis of tryptic peptides derived
85 After N-terminal
amino acid sequence analysis,
PCR-based strategy was use
86 On the basis of
amino acid sequence analysis,
PI(4,5)P2 binding assay, a
87 however, X-ray crystallographic evidence and
amino acid sequence analysis revealed a trinuclear Fe bi
88 Immunoblotting and N-terminal
amino acid sequence analysis revealed that BacL1 and Bac
89 Amino acid sequence analysis revealed that p30 was the h
90 Amino acid sequence analysis revealed that PLB is a new
91 Detailed
amino acid sequence analysis revealed that the region ar
92 Amino acid sequence analysis revealed that VviCCC shares
93 Amino acid sequence analysis showed identity between the
94 Partial N-terminal
amino acid sequence analysis showed that 7alpha-HCD had
95 N-terminal Edman degradation
amino acid sequence analysis showed that it has high hom
96 Amino acid sequence analysis showed that one of the Bomb
97 Deduced
amino acid sequence analysis showed that the bullfrog Re
98 Amino acid sequence analysis shows that although each ch
99 Surprisingly,
amino acid sequence analysis shows that SSL-NANTP is pho
100 Experimental data and
amino acid sequence analysis suggest that an interface o
101 The SAXS data and
amino acid sequence analysis suggest that the Delta(1)-p
102 Comparative
amino acid sequence analysis suggests that Scca2 is a me
103 Based on
amino acid sequence analysis,
the 489-amino-acid protein
104 Using a combination of
amino acid sequence analysis,
three-dimensional crystal
105 ded an active fraction shown by NH2-terminal
amino acid sequence analysis to contain defensins HNP-1,
106 The cDNA appears, on the basis of
amino acid sequence analysis,
to be a member of the MutS
107 Both cDNAs appeared, on the basis of
amino acid sequence analysis,
to be members of the hydro
108 chromatography and SDS-PAGE and subjected to
amino acid sequence analysis via both the Edman techniqu
109 From N-terminal
amino acid sequence analysis,
we conclude that fliO star
110 ptide mapping of tryptic digests, LC/MS, and
amino acid sequence analysis,
we have established that t
111 Using mass spectrometry and
amino acid sequence analysis,
we have shown that the 22-
112 Based on these results and on
amino acid sequence analysis,
we hypothesize that dynein
113 N-terminal
amino acid sequence analysis yielded two sequences indic