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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.
33 assisted laser-desorption mass spectroscopic amino acid sequencing after tryptic in-gel digestion and
39 Using immunoprecipitation, Western analysis, amino acid sequencing and end-point dilution analysis, w
42 e examined the identity of Gbetah by partial amino acid sequencing and immunological characterization
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.
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
59 was established to be at the correct site by amino acid sequencing and proceeded at approximately 11%
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
73 protein in the 73-kDa band was identified by amino acid sequencing as prolylcarboxypeptidase (PRCP).
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
81 amino acid sequence analysis and N-terminal amino acid sequencing data suggest that LytM is a secret
83 one-dimensional peptide mapping, and partial amino acid sequencing demonstrated regions of the VmpA p
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
92 d selected antigens to mass spectroscopy for amino acid sequencing for comparison against a B. hermsi
94 ptic peptide with V8 protease and N-terminal amino acid sequencing identified the modified residue as
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
101 rylamide gel electrophoresis, and N-terminal amino acid sequencing indicated that the native lectin,
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
107 known CE or other junctional proteins and 2) amino acid sequencing of cross-linked peptides derived b
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
122 al application of this method for subsequent amino acid sequencing of the isolated phosphopeptides wa
126 th that deduced from both cDNA, and previous amino acid sequencing of the protein isolated from chick
132 BglII, SfiI, and BssSI are proposed based on amino acid sequencing of their Fe2+/ascorbate-generated
139 tified using the information from N-terminal amino acid sequencing, reactivity to antibodies, apparen
145 preparative gel electrophoresis; N-terminal amino acid sequencing revealed substantial homology with
150 mbination of mass spectrometric analysis and amino acid sequencing revealed that tyrosine 204 was cro
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
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
162 roteolytic digestion, mass spectrometry, and amino acid sequencing, the remaining intrachain disulfid
165 es containing carbohydrate were subjected to amino acid sequencing to identify the specific Asn resid
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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