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1 t a single site on a glycoprotein is termed 'microheterogeneity'.
2 , the <3 kDa showed little evidence of (*)OH microheterogeneity.
3 sites for polyadenylation are presented with microheterogeneity.
4 important structural features governing this microheterogeneity.
5 a](2+) IM-MS profiles with reduced conformer microheterogeneity.
6 formation on protein glycosylation and their microheterogeneity.
7 es use more than one poly(A) site, excluding microheterogeneity.
8 played human-like conformational freedom and microheterogeneity.
9 lso at work in tumors and may underlie tumor microheterogeneity.
10 llels the progressive decline of the network microheterogeneity.
11     We sought a genetic explanation for this microheterogeneity.
12 carbohydrate analysis to a detailed level of microheterogeneity.
13 inogen 2 is insufficient to account for this microheterogeneity.
14 by O-glycosylation with differing degrees of microheterogeneity; 9 sites of O-mannosylation and 14 si
15     The unusual morphology was attributed to microheterogeneity among Isf molecules.
16                                       Target microheterogeneity and antibody glycan specificity are t
17 th immunoaffinity enrichment detects protein microheterogeneity and can quantify different isoforms.
18 enotyping by FAFLP analysis revealed genetic microheterogeneity and differentiated otherwise "identic
19 logical methods were used to investigate MDL microheterogeneity and function in this species.
20 rgeted quantitative investigation of protein microheterogeneity and is well suited for assessment of
21 ations and genetic variants increase protein microheterogeneity and may play important roles in biolo
22 mass spectrometry enabled us to identify the microheterogeneity and relative abundance of glycans on
23 ed differences in peptide glycation based on microheterogeneity and revealed particularly reactive pe
24  a structural basis for some of the observed microheterogeneity, and have implications with regard to
25 but complicated by the intricate structures, microheterogeneity, and the limitations of current tools
26 nteracting the detrimental manifestations of microheterogeneity are presented.
27 so avoids additional introduction of protein microheterogeneity as the result of labeling reaction.
28 we quantitatively revealed the N-glycan type microheterogeneity at the glycopeptide and glycoprotein
29  membrane association by altering structural microheterogeneity at the membrane surface.
30        Overall, the data describe the glycan microheterogeneity at the PSGL-1 N-terminus.
31                           Analysis of glycan microheterogeneity at this site is complicated by the pr
32 anisms providing a window into understanding microheterogeneity, bacterial speciation, and taxonomic
33           In addition, the peptide exhibited microheterogeneity because of differential mono- and dih
34 aces limits on biomolecular assembly: glycan microheterogeneity becomes unavoidable when the number o
35 e we show that N-glycoproteome site-specific microheterogeneity can be captured via large-scale glyco
36 F-actin recruitment or depletion, so F-actin microheterogeneities cannot explain the deep penetration
37 f metal concentrations can be compromised by microheterogeneity commonly referred to as the "nugget e
38 minogen 2 displays a further well documented microheterogeneity dependent on the N-acetylneuraminic a
39 glycopeptides remains challenging due to the microheterogeneity (different glycoforms attached to one
40 nd IGF1, suggesting that FGF2 amino-terminal microheterogeneity does not alter mitogenic activity.
41   Although distinct regions for the onset of microheterogeneity have previously been proposed, within
42 tion to determine the extent to which glycan microheterogeneity impacts the antigenicity of the S gly
43 urther indicated by four mutations and three microheterogeneities in 3,255 nucleotides during 17 days
44                                              Microheterogeneities in glycosylation were characterized
45 ated forms of both enzymes indicate that the microheterogeneity in carbohydrate structure may be resp
46 pture microdissection in revealing molecular microheterogeneity in complex neoplasms.
47 sequencing and by 5' RT-PCR and demonstrated microheterogeneity in GARP polyadenylation by 3' RT-PCR.
48              Even the cleaved trimers showed microheterogeneity in gp41 glycosylation.
49 o P450 provides a novel method for assessing microheterogeneity in heme orientation and raises questi
50 hich limits understanding of the role of MBP microheterogeneity in human physiology and disease.
51 ressive macrophages and T cells but revealed microheterogeneity in immune responses and tissue damage
52 tro and in vivo to establish the spectrum of microheterogeneity in N-linked glycoproteins.
53 rent in the approach: the widespread genomic microheterogeneity in naturally occurring prokaryotic po
54 l NPCs, and suggested both heterogeneity and microheterogeneity in NUP62 and NUP214 immunolabeling am
55             The altered astrocytes display a microheterogeneity in phenotypes, even neighboring cells
56      We also show that there is considerable microheterogeneity in pJM1-like plasmids from virulent s
57                                      Because microheterogeneity in the amino acid sequence of the var
58 the protonation state of His179 gave rise to microheterogeneity in the aromatic donor molecule bindin
59 ysis of natural Cbs junctions confirmed that microheterogeneity in the macronuclear telomere addition
60 CF) sputum do not address the high degree of microheterogeneity in the rheological properties of the
61 a meningitidis has demonstrated considerable microheterogeneity in the variable region of LOS due to
62 gic and non-GABAergic neurons showed spatial microheterogeneity in their temporal responses.
63                                              Microheterogeneity in transmission observed at the villa
64 rganisms are inversely related to viscosity, microheterogeneity in viscosity alters the microscale di
65                                     Sequence microheterogeneity including point mutations and duplica
66 ed for the determination of the IgG N-glycan microheterogeneity, including MS methods for the analysi
67 t ferritin heteropolymers, and that ferritin microheterogeneity is a common property of both natural
68 served, it appeared that preexisting lateral microheterogeneities led to compositionally distinct tra
69             Due to the structural macro- and microheterogeneity, low stoichiometry, and low ionizatio
70 ct promiscuously and stochastically, causing microheterogeneity (molecule-to-molecule variability) in
71  in non-neoplastic colon cells, and sequence microheterogeneity occurs within individual colonic muco
72 ur data analysis suggested strong macro- and microheterogeneity of 3'/5' end positions of individual
73 od, we compare the mechanical properties and microheterogeneity of actin filament networks containing
74 ifferences in the number of sialic acid, the microheterogeneity of bovine serum apotransferrin glycan
75    Here, we charted in detail the structural microheterogeneity of C9 purified from human blood serum
76 tic ER cisterns provide spatial and temporal microheterogeneity of Ca2+ signalling, acting not only a
77 escribed here can provide information on the microheterogeneity of cancer cell populations in terms o
78    Degradation of the beta-chain resulted in microheterogeneity of cleavage sites at beta Asp 123-Leu
79 r, the technique allowed us to observe glyco-microheterogeneity of FET as well as establish the prese
80                 We have observed the highest microheterogeneity of glycoforms at the N187 site of HPX
81 r, due to the poor ionization efficiency and microheterogeneity of glycopeptides identifying glycosyl
82                          Both the macro- and microheterogeneity of glycosylation complicates the anal
83 lycoproteomics to characterize site-specific microheterogeneity of glycosylation for a recombinant tr
84 rtant implications for the role of regulated microheterogeneity of glycosylation in the CNS.
85                         While the structural microheterogeneity of heparin is predominantly biosynthe
86 ry (ncIEF-MS) methodology for uncovering the microheterogeneity of intact protein complexes.
87                                 Although the microheterogeneity of native human GALT has long been re
88 with carboxypeptidase B to reduce the charge microheterogeneity of partial Arg32 truncation.
89 spectrometry is essential to determining the microheterogeneity of protein glycosylation.
90         Proteomic analysis mapped structural microheterogeneity of signal peptide cleavage at the ami
91 nt activation of Rho decreases the degree of microheterogeneity of the cytoplasm.
92 ength of DNA influence the microrheology and microheterogeneity of the DNA within the nucleus.
93                                          The microheterogeneity of the linear DNA solutions increases
94 sented for rapid assessment of site-specific microheterogeneity of the two potential N-linked glycosy
95 ing on plant and soil samples confirmed that microheterogeneity of their natural (13)C/(12)C abundanc
96                     To better understand the microheterogeneity of this protein, the 2086 genes from
97 e demonstrate a unique postsynaptic receptor microheterogeneity on chick parasympathetic ciliary gang
98 port for the first time site-specific glycan microheterogeneity on sEV glycoproteins derived from hum
99 allenging structures and the fact that their microheterogeneity precludes their isolation in single a
100 lysis provided a detailed view of the glycan microheterogeneity present on the IL9 portion of the rec
101 more than one unique poly(A) site (excluding microheterogeneity sites), and 13% had four or more poly
102 nalysis of recombinant gp120 revealed glycan microheterogeneity sufficient to explain the existence o
103 ity, while plants ones generally show higher microheterogeneity than that of animals.
104 x glycoproteins that present a wide range of microheterogeneities that requires multiple analytical m
105 15A mutant of MurA was utilized to avoid the microheterogeneity that arises in the wild-type MurA fro
106 nd a microscopic description of the proposed microheterogeneity that exists is still not clearly esta
107 o assess the biological relevance of the IgG microheterogeneities thus providing valuable information
108        This methodology permits glycoprotein microheterogeneity to be evaluated in a time frame of ap
109 ern was recapitulated by the intrapopulation microheterogeneity trends of prevalent vOTUs (detected i
110 geting due to a unique postsynaptic receptor microheterogeneity - under one presynaptic terminal, alp
111         The analysis of site-specific glycan microheterogeneity was illustrated for the CD44 fusion p
112                                              Microheterogeneity was observed in the 16S rRNA gene seq
113    To explore the underlying drivers of this microheterogeneity, we evaluated [(*)OH](DOM)/[(*)OH](aq
114 understand the factors that influence glycan microheterogeneity, we hypothesized that local steric an
115 due to the widespread presence of macro- and microheterogeneities, wherein its biological consequence
116              Translated MBP exhibits extreme microheterogeneity with numerous alternative splice vari
117 d modules that facilitates the resolution of microheterogeneity within hard-to-assemble repetitive DN
118             This study emphasizes structural microheterogeneity within the MR1 Ag repertoire and the
119 se data, we investigated the level of glycan microheterogeneity within the urinary exosomes, finding
120             The matrix therefore shows great microheterogeneity, within which numerous microenvironme

 
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