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1 hy, SDS-PAGE, Western blotting analysis, and amino acid sequencing.
2  residues of pro-IL-16 by immunoblotting and amino acid sequencing.
3 no acid preferences were determined by Edman amino acid sequencing.
4 ng peptide fragments were analyzed by direct amino acid sequencing.
5 recently determined for this glycoprotein by amino acid sequencing.
6 ectrospray mass spectrometry, and N-terminal amino acid sequencing.
7 steps were isolated and subjected to partial amino acid sequencing.
8 se chromatography and directly identified by amino acid sequencing.
9  and its glycosylation pattern determined by amino acid sequencing.
10 f the proteins was subsequently confirmed by amino acid sequencing.
11 identification of several unique peptides by amino acid sequencing.
12 e of [14C]NEM incorporation was subjected to amino acid sequencing.
13 the AE2 transmembrane domain were defined by amino acid sequencing.
14 n) in solution were determined by N-terminal amino acid sequencing.
15 the bd oxidase were identified by N-terminal amino acid sequencing.
16 d C18 column chromatography and subjected to amino acid sequencing.
17 rophoresis and subjected to partial internal amino acid sequencing.
18 e basis of specific antibody recognition and amino acid sequencing.
19 uencing data and the results from N-terminal amino acid sequencing.
20 urce Q; Amersham Pharmacia) and subjected to amino acid sequencing.
21      The isolated proteins are identified by amino acid sequencing.
22 -gel electrophoresis, mass spectrometry, and amino acid sequencing.
23 lected proteins were subjected to N-terminal amino acid sequencing.
24 BPAg2 is identical to LABD97 on the basis of amino acid sequencing.
25 d subjected to tryptic digestion and partial amino acid sequencing.
26 ted to a combination of manual and automated amino acid sequencing.
27 ourteen of these fractions were subjected to amino acid sequencing.
28 ree could be identified by Edman degradation amino-acid sequencing.
29 ism was purified and subjected to N-terminal amino-acid sequencing.
30                                      Partial amino acid sequencing (72% of the protein), mass spectra
31                                           By amino acid sequencing, about 35% of the peptides were de
32                                              Amino acid sequencing after cyanogen bromide cleavage yi
33 assisted laser-desorption mass spectroscopic amino acid sequencing after tryptic in-gel digestion and
34                                   N-terminal amino acid sequencing allowed for the synthesis of degen
35                      Biochemical studies and amino acid sequencing analyses indicate that these intra
36                      According to N-terminal amino acid sequencing and bioinformatic analyses, proven
37 le lysates, and its identity was verified by amino acid sequencing and by mass spectrometry.
38 membrane, bands of interest were analyzed by amino acid sequencing and by Western blotting.
39 Using immunoprecipitation, Western analysis, amino acid sequencing and end-point dilution analysis, w
40                        Results of N-terminal amino acid sequencing and immunoblot analysis demonstrat
41                                              Amino acid sequencing and immunoblotting studies indicat
42 e examined the identity of Gbetah by partial amino acid sequencing and immunological characterization
43                                   N-terminal amino acid sequencing and immunoreactivity identified th
44 affinity chromatography and characterized by amino acid sequencing and inhibitor specificity analysis
45 trophoresis and identified by amino-terminal amino acid sequencing and interrogation of available dat
46 hin this fraction was achieved by N-terminal amino acid sequencing and liquid chromatography-mass spe
47 dentity of these fragments was determined by amino acid sequencing and MALDI mass spectrometry and re
48 ve molecular mass of 50 kDa, as predicted by amino acid sequencing and mass analysis, confirming that
49 ase chromatographic systems and subjected to amino acid sequencing and mass spectrometry analyses.
50                                              Amino acid sequencing and mass spectrometry analysis of
51                                              Amino acid sequencing and mass spectrometry indicated th
52                                   N-terminal amino acid sequencing and mass spectrometry indicated th
53                  As determined by N-terminal amino acid sequencing and mass spectrometry of the cleav
54                                        Using amino acid sequencing and mass spectrometry, we determin
55 70(3-4)) were identified by a combination of amino acid sequencing and mass spectrometry.
56 C and [(14)C]DEPC modification, coupled with amino acid sequencing and matrix-assisted laser desorpti
57 ed to purify this growth factor, followed by amino acid sequencing and molecular cloning of the murin
58                                              Amino acid sequencing and more detailed structure elucid
59 was established to be at the correct site by amino acid sequencing and proceeded at approximately 11%
60                                              Amino acid sequencing and protein fragment reconstructio
61                                              Amino acid sequencing and subsequent isolation of its cD
62                                 NH2-terminal amino acid sequencing and Western analysis using monospe
63  D of fibrinogen, as confirmed by N-terminal amino acid sequencing and Western blot analysis with an
64     Its identity was confirmed by N-terminal amino-acid sequencing and matrix assisted laser desorpti
65 om bombardment-mass spectrometry, N-terminal amino acid sequencing, and alpha-mannosidase digestion d
66 erformance liquid chromatography, N-terminal amino acid sequencing, and ES-QToF mass spectrometry.
67 sphorylation site was isolated, subjected to amino acid sequencing, and found to be phosphorylated on
68 lyacrylamide gel electrophoresis, N-terminal amino acid sequencing, and gel filtration chromatography
69 ld of amino acids in both subunits, shown by amino acid sequencing, and lability of the DCI-protein b
70 luding total amino acid composition, partial amino acid sequencing, and the adoption of alpha-helical
71 isolated protein was subjected to N-terminal amino acid sequencing, and the derived amino acid sequen
72                   All peptides identified by amino acid sequencing are encoded by the cDNA.
73 protein in the 73-kDa band was identified by amino acid sequencing as prolylcarboxypeptidase (PRCP).
74 or site of phosphorylation was identified by amino acid sequencing as Ser505.
75  A protein from that area was identified, by amino acid sequencing, as a homologue of Sec31 from Sacc
76  the N-terminus of proteins is important for amino acid sequencing by Edman degradation, protein iden
77 y purification of biotinylated-peptides, and amino acid sequencing by liquid chromatography tandem MS
78 as made and confirmed through amino-terminal amino acid sequencing by locating sites of derivatizatio
79 n of MGAD in which HSC70, as identified from amino acid sequencing, co-purified with GAD.
80                                              Amino acid sequencing confirmed that the 88-kDa band con
81  amino acid sequence analysis and N-terminal amino acid sequencing data suggest that LytM is a secret
82 s screened using probes based on the peptide amino acid sequencing data.
83 one-dimensional peptide mapping, and partial amino acid sequencing demonstrated regions of the VmpA p
84                                   N-terminal amino acid sequencing demonstrated that it corresponds t
85 ase analysis, site-directed mutagenesis, and amino acid sequencing demonstrated that maturation to th
86 initiator UUG codon, confirmed by N-terminal amino acid sequencing, encoding a 70,996-Da protein with
87  x-ray crystallographic, mass spectrometric, amino acid sequencing, enzymatic, and cellular data to s
88 ions, deletional mutagenesis, and N-terminal amino acid sequencing established that the signal for Hi
89                                              Amino acid sequencing failed to show the tyrosine residu
90                                   N-terminal amino acid sequencing (first 15 amino acids) and Western
91 in as the actin- binding protein gelsolin by amino acid sequencing following peptide mapping.
92 d selected antigens to mass spectroscopy for amino acid sequencing for comparison against a B. hermsi
93                                              Amino acid sequencing identified it as dihydrolipoamide
94 ptic peptide with V8 protease and N-terminal amino acid sequencing identified the modified residue as
95                                   N-terminal amino acid sequencing identified the peptide (V(545)LGFC
96 blotting, immunoprecipitation and N-terminal amino acid sequencing identified, in the early media fro
97 ed by MALDI mass spectrometry and N-terminal amino acid sequencing, identified 31 distinct polypeptid
98                      N-terminal and internal amino acid sequencing indicated that I2PP2A was a trunca
99                                              Amino acid sequencing indicated that protein was related
100                                              Amino acid sequencing indicated that SP85 and SP35 are e
101 rylamide gel electrophoresis, and N-terminal amino acid sequencing indicated that the native lectin,
102                                              Amino acid sequencing indicates that protein cleavage oc
103                                   N-terminal amino acid sequencing of a 16-kDa Lys-C proteolytic frag
104 ntatively identified at the protein level by amino acid sequencing of a 7-kD cysteine-rich polypeptid
105 tive two-dimensional gel electrophoresis and amino acid sequencing of a peptide fragment of the pp3 p
106                                 NH2-terminal amino acid sequencing of a purified rabbit CE allowed th
107 known CE or other junctional proteins and 2) amino acid sequencing of cross-linked peptides derived b
108                               Amino-terminal amino acid sequencing of highly purified p39 revealed ab
109                               Amino-terminal amino acid sequencing of histidine-tagged Hap(beta) spec
110                          Tryptic mapping and amino acid sequencing of in vitro autophosphorylated typ
111                                              Amino acid sequencing of isolated amyloid protein identi
112                                              Amino acid sequencing of natural Bla g 1 and Per a 1 sug
113 ed from p40-T1A-1 by proteolysis, N-terminal amino acid sequencing of p15-TIA-1 immunoaffinity purifi
114 otein was isolated from both cell types, and amino acid sequencing of peptide fragments identified th
115                                              Amino acid sequencing of purified IGFBP-5 fragments sugg
116                     In the present study, by amino acid sequencing of recombinant IA-2 and IA-2 beta,
117                                              Amino acid sequencing of the 100-kDa protein showed homo
118                                              Amino acid sequencing of the 150-kDa band revealed seque
119                                       Direct amino acid sequencing of the 20 N-terminal amino acids c
120                                              Amino acid sequencing of the fragments deriving from cle
121                               Amino-terminal amino acid sequencing of the heavy chain cleavage produc
122 al application of this method for subsequent amino acid sequencing of the isolated phosphopeptides wa
123                   This was achieved by Edman amino acid sequencing of the isolated tandem repeat afte
124                     Purification and partial amino acid sequencing of the mammalian rsec6/8 complex r
125                                           By amino acid sequencing of the N terminus of R.MamI and co
126 th that deduced from both cDNA, and previous amino acid sequencing of the protein isolated from chick
127                                   N-terminal amino acid sequencing of the purified protein revealed t
128                                              Amino acid sequencing of the purified protein showed str
129 nt molecular mass of 67 kDa after N-terminal amino acid sequencing of the purified protein.
130                                   N-terminal amino acid sequencing of the recombinant protein yielded
131                                              Amino acid sequencing of the second cobalt-containing pe
132 BglII, SfiI, and BssSI are proposed based on amino acid sequencing of their Fe2+/ascorbate-generated
133                                              Amino acid sequencing of these subunit polypeptides reve
134                                      Partial amino acid sequencing of this 38-kDa protein has indicat
135                               Amino-terminal amino acid sequencing of this peptide from recombinant h
136                                              Amino acid sequencing of tryptic peptides from a 34-kDa
137                                              Amino acid sequencing of VWF fragments produced by InhA
138                            Following partial amino-acid sequencing of one of these pollen coat protei
139 tified using the information from N-terminal amino acid sequencing, reactivity to antibodies, apparen
140                                              Amino acid sequencing revealed a double sequence corresp
141                                              Amino acid sequencing revealed a number of potential pho
142                                              Amino acid sequencing revealed it to be a member of the
143                                   Subsequent amino acid sequencing revealed many peptides involving i
144                               NH(2)-terminal amino acid sequencing revealed near 50% identity with ra
145  preparative gel electrophoresis; N-terminal amino acid sequencing revealed substantial homology with
146                               NH(2)-terminal amino acid sequencing revealed that MMP-12 cleaved TFPI
147                                      Partial amino acid sequencing revealed that one of the RNA bindi
148                                   N-terminal amino acid sequencing revealed that the 61-kDa antigen h
149             Chromatographic purification and amino acid sequencing revealed that the protein was pros
150 mbination of mass spectrometric analysis and amino acid sequencing revealed that tyrosine 204 was cro
151                                              Amino acid sequencing revealed the N-terminal sequence E
152                         Western blotting and amino acid sequencing revealed the presence of abundant
153                                      Partial amino acid sequencing reveals that the Cat-307 protein i
154  next identified and cloned by using partial amino acid sequencing, reverse transcriptase PCR, and a
155 of Phe300 by MALDI-TOF mass spectrometry and amino acid sequencing showed that hydroxylation only occ
156                                              Amino acid sequencing suggests that the second cytochrom
157                      Immunoprecipitation and amino acid sequencing techniques identified manganese su
158 P to homogeneity and established by means of amino-acid sequencing that it is a mixture of several 14
159  digestion followed by mass spectrometry and amino acid sequencing, the aziridine-containing ligand i
160  nano-electrospray tandem mass spectrometery amino acid sequencing, the levels of immunodetection of
161                              From N-terminal amino acid sequencing, the PufX protein of Rb. capsulatu
162 roteolytic digestion, mass spectrometry, and amino acid sequencing, the remaining intrachain disulfid
163                    By means of radiochemical amino acid sequencing, the site in the polyprotein cleav
164                                              Amino acid sequencing then showed that this effect invol
165 es containing carbohydrate were subjected to amino acid sequencing to identify the specific Asn resid
166 itive methods permit recovery and sufficient amino acid sequencing to identify these proteins.
167               We also show, using N-terminal amino acid sequencing together with analysis of the dist
168                                    Automated amino acid sequencing using Edman degradative chemistry
169                                   N-terminal amino acid sequencing verified that the N-terminal prima
170                                   N-terminal amino acid sequencing verified the Western blot and ELIS
171          By using phosphopeptide mapping and amino acid sequencing, we identified PKA phosphorylation
172                The protein was identified by amino acid sequencing, Western blotting, and immunohisto
173 a purity of >90% and subjected to N-terminal amino acid sequencing, which demonstrated that the 42-kD
174 of the bovine mature N-termini determined by amino acid sequencing with the deduced mammalian MRP seq

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