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1 r of memory CD8 T cells (specific to the two immunodominant epitopes).
2 a vaccine expressing the same Ag without its immunodominant epitope.
3 the recombinant EspA filaments forming a new immunodominant epitope.
4 ingle amino acid modification, I129V, in the immunodominant epitope.
5 the S protein (residues 528-635) is a major immunodominant epitope.
6 eactivity, suggesting the destruction of the immunodominant epitope.
7 cells also failed to induce tolerance to an immunodominant epitope.
8 mains, and there was no evidence of a single immunodominant epitope.
9 acterial activity while safely expelling the immunodominant epitope.
10 s approaching those of CTLp specific for the immunodominant epitope.
11 7-negative EL4 cells develop CTL only to one immunodominant epitope.
12 he fate of this peptide from a cryptic to an immunodominant epitope.
13 s recognizing virion protein 22 aa 49-57, an immunodominant epitope.
14 n highly focused on a very limited number of immunodominant epitopes.
15 ar or higher avidity than those specific for immunodominant epitopes.
16 ation with T Ag-expressing cells lacking the immunodominant epitopes.
17 pe VII collagen, the domain known to contain immunodominant epitopes.
18 y when self-tolerance limits the response to immunodominant epitopes.
19 ic mice that are centrally tolerant to these immunodominant epitopes.
20 cept one of these regions was encoded within immunodominant epitopes.
21 y landscape in favor of MHC I complexes with immunodominant epitopes.
22 ed from human and swine HEV contain the same immunodominant epitopes.
23 class II molecules and included most of the immunodominant epitopes.
24 can distort the capture of the physiological immunodominant epitopes.
25 an important influence on the generation on immunodominant epitopes.
26 esponse is to create vectors that lack these immunodominant epitopes.
27 ssed HLA class II molecules and knowledge of immunodominant epitopes.
28 ffectively compete with T cells specific for immunodominant epitopes.
29 oligoclonal and focused on a small number of immunodominant epitopes.
30 the cellular and humoral immune responses to immunodominant epitopes.
31 he size of the CD8(+) T cell response to two immunodominant epitopes.
32 rnary epitopes and V1/V2-mediated masking of immunodominant epitopes.
33 a and directed against three promiscuous and immunodominant epitopes.
34 Donors reacted to diverse immunodominant epitopes.
35 st both virally encoded and tumor-associated immunodominant epitopes.
36 tivity, Ins1 B5-14 and Ins1/2 A2-10 were the immunodominant epitopes.
37 ered a fusion protein of mouse IgG1 with the immunodominant epitope 12-26 from bacteriophage lambda c
39 essive effector memory CTLs specific for the immunodominant epitope 40-48 of myelin oligodendrocyte g
43 the production of peptides encompassing the immunodominant epitope and destruction of the subdominan
44 c CD4+ T cells are directed against a single immunodominant epitope and exist independently of Ab res
45 may serve to amplify the CTL response to the immunodominant epitope and prevent the emergence of immu
46 r data indicate that E6 aa48-57 contains the immunodominant epitope and that a CRT/E6 DNA vaccine may
47 suggest that iB-1 is an immunogenic but not immunodominant epitope and that anti-iB-1 antibodies do
48 responses to rLACK are skewed away from the immunodominant epitopes and are diversified to include t
49 lt in impaired CD8 T cell responses to known immunodominant epitopes and decline in heterosubtypic im
51 nactivated SARS-CoV recognized the two major immunodominant epitopes and one antigenic site located a
53 eleted or mutated to alanine, eliminated the immunodominant epitope, and we used this information to
54 of memory CD8 T cells to only one of the two immunodominant epitopes, and p75R deficiency had a minim
55 t epitopes, the 32-kDa protein contained two immunodominant epitopes, and the 16-kDa protein containe
56 onymous/synonymous mutations and encompassed immunodominant epitopes, and their locations were not es
57 echanisms for class II-mediated selection of immunodominant epitopes are complex and differ for each
61 eral blood of human subjects and to identify immunodominant epitopes associated with viral infection.
62 he Leishmania major LACK antigen contains an immunodominant epitope at amino acids 156 to 173 (LACK(1
63 ecombinant OGDC-E2 was judged to express the immunodominant epitope, because when sera from patients
65 he amplification of the CTL response to this immunodominant epitope, but also to the recognition of f
66 trates that a single amino acid change in an immunodominant epitope can eliminate an immune response
67 nduced CD8(+) T-cell responses against three immunodominant epitopes can increase the incidence of el
70 nalysis revealed a minimal determinant of an immunodominant epitope, comprising critical residues at
72 Located within a single CP subunit is an immunodominant epitope consisting of residues 169 to 180
73 we have shown that the regions flanking the immunodominant epitope constitute a portable motif that
74 oci restricted the dominant regions, and the immunodominant epitopes could be predicted using bioinfo
75 and transient exposure of non-neutralizing, immunodominant epitopes could hinder the induction of br
76 ed CD8+ T cells, including those recognizing immunodominant epitopes, decline with combination therap
78 mice with bioactive CpG ODN combined with an immunodominant epitope derived from herpes simplex virus
79 lls indicated that nearly 20-fold more of an immunodominant epitope derived from kappa L chains was b
80 linical trial data in mice, we introduced an immunodominant epitope derived from ovalbumin (OVA; SIIN
81 DC increased cross-presentation of E75, the immunodominant epitope derived from the HER2 protein, an
83 tope V is weakly cross-presented relative to immunodominant epitopes derived from the same protein Ag
86 unctionality, whereas those specific for the immunodominant epitope exhibit increased functionality i
91 vant-free mix of three peptides that include immunodominant epitopes for gluten-specific CD4-positive
92 opulation of CD8(+) T cells specific for the immunodominant epitope formed by H-2Db and the influenza
94 xicity against the immunizing peptides or an immunodominant epitope from an influenza recall antigen.
95 ers containing a peptide corresponding to an immunodominant epitope from human GAD65 were used to ana
96 d carboxyl-terminal extension containing the immunodominant epitope from influenza hemagglutinin anti
98 approximately 85% of cells specific for the immunodominant epitope from the viral matrix (M) protein
99 and memory TCR repertoires for each of three immunodominant epitopes from lymphocytic choriomeningiti
102 topes that can be as strong as those seen in immunodominant epitopes from the "conventionally process
103 II-restricted processing and presentation of immunodominant epitopes from the major house dust mite a
104 MEFA-6) which incorporates all of the major immunodominant epitopes from the seven functional region
105 D8(+) T cell responses of cattle against two immunodominant epitopes from Theileria parva (Tp1(214-22
106 human cells specific for OspA(165-184), the immunodominant epitope, from five DRB1*0401(+) patients,
108 blood and mucosal tissues, with responses to immunodominant epitopes generally shared by both sites;
110 thermore, this vaccination approach subverts immunodominant epitope hierarchies by enhancing response
112 T cell tolerance to the H-2-D(b)-restricted immunodominant epitope I of T Ag by 6 mo of age, before
114 the CD8(+) T cell response specific for the immunodominant epitope in C57BL/6 mice, derived from gly
117 mpatibility complex (MHC) protein I-Au is an immunodominant epitope in experimental autoimmune enceph
118 e early CTL response was focused on a highly immunodominant epitope in gp 160, there was rapid elimin
121 n the brain even when those reactive with an immunodominant epitope in Tat are lost from the rest of
122 121-130 presented in the context of Db is an immunodominant epitope in TMEV infection and that the fr
123 ts to the importance of internal residues as immunodominant epitopes in (1-->2)-beta-mannans and to t
124 ein specifically recognized multiple, unique immunodominant epitopes in autologous tumor idiotype.
127 We studied the CD8(+) T cell response to six immunodominant epitopes in five HIV-infected subjects us
128 es, and HLA tetramer binding against defined immunodominant epitopes in gag, pol, env, and nef as wel
130 peptide pool demonstrates a pivotal role for immunodominant epitopes in the generation of a clonal re
133 core shells with an antibody specific to the immunodominant epitope is compared to the constructs wit
134 dicated that, like serum autoantibodies, the immunodominant epitope is directed against the inner lip
137 d modulation of effector T cells specific to immunodominant epitopes is a central issue in autoimmune
140 EBA autoantibodies recognize four major immunodominant epitopes localized within the amino-termi
142 ain these epitopes but lack the variable and immunodominant epitopes located in the globular head of
143 g without limiting virus viability, and also immunodominant epitopes located in variable regions.
144 ominant epitope and prevent the emergence of immunodominant epitope-loss viruses and virus-induced tu
146 according to the binding motif of the human immunodominant epitope MBP 85-99 and the binding pockets
148 ern that the combination of several normally immunodominant epitopes might result in a new hierarchy
151 amma-producing CD8+ T cells specific for the immunodominant epitope NS3-1073 in 26 of 30 mice (86%) t
152 s optica (NMO) patients, which recognize the immunodominant epitope of aquaporin-4, exhibit Th17 pola
153 y using a human T-cell line specific for the immunodominant epitope of Bet v 1 and in vivo in an adju
157 nerated TCR transgenic NOD mice for a second immunodominant epitope of GAD65, peptide 206-220 (G206).
159 t viral replication through targeting of the immunodominant epitope of group-associated antigen (Gag)
161 terminal residues, Trp62/63, which flank the immunodominant epitope of hen egg lysozyme (HEL 52-61),
162 nses to the COOH-terminal PFR of the H-2A(k) immunodominant epitope of hen egg lysozyme (HEL) 52-61.
163 HLA-DR53 and H-2Ek, extensive mimicry of the immunodominant epitope of HLA-DR53 by several carcinogen
166 me(v+/-)) and B10.PL wild-type mice with the immunodominant epitope of myelin basic protein (MBP Ac1-
167 on the nature of the anchor residues of the immunodominant epitope of myelin basic protein (MBP) 85-
168 Amino acid residues 111-129 represent an immunodominant epitope of myelin basic protein (MBP) in
170 , we demonstrated that analog peptides of an immunodominant epitope of myelin basic protein (residues
173 tested a "worst case" scenario in which the immunodominant epitope of OVA (SIINFEKL) and its in vitr
174 ronal hnRNP A1 is contained within the human immunodominant epitope of tax and suggests that molecula
175 f CD8(+) T cells that recognize the Tax11-19 immunodominant epitope of Tax protein expressed by human
176 nia in which antibody is directed against an immunodominant epitope of the beta3 (glycoprotein IIIa [
177 t recombinant L. monocytogenes expressing an immunodominant epitope of the LCMV glycoprotein (GP33) w
178 h frequency of CD4+ T cells specific for the immunodominant epitope of the viral hemagglutinin (HA) p
182 cted autoreactive CD4(+) T cells recognizing immunodominant epitopes of Dsg3 initiate the production
183 s of eight SMS patients recognised different immunodominant epitopes of GAD65 compared with T cells f
184 tigen receptor (TCR) specific for one of the immunodominant epitopes of GAD65, peptide 286-300 (G286)
186 the antibody response and suggested that the immunodominant epitopes of OspC reside in the variable d
187 tive immunity is not necessarily directed at immunodominant epitopes of pathogens and may be improved
189 ead consistent with periodic turnover of the immunodominant epitopes of PfEMP1 associated with severe
194 ully identified the physiologically selected immunodominant epitopes of two model antigens: hemagglut
195 V)-specific CD8 T cells recognize a strongly immunodominant epitope on glycoprotein B (gB498) and can
196 ce, activated CD8(+) T cells specific for an immunodominant epitope on HSV-1 glycoprotein B (gB-CD8 c
197 ice, half of these cells are specific for an immunodominant epitope on HSV-1 glycoprotein B, whereas
199 dy the specificity of the CTL response to an immunodominant epitope on the dengue virus NS3 protein.
202 E-1 TAAs to investigate presentation of this immunodominant epitope on the surface of a variety of ca
204 maintain a 1:1 ratio of cells recognizing an immunodominant epitope on viral glycoprotein B (gB498-50
205 gineered FVIII molecules has further defined immunodominant epitopes on FVIII and may provide a thera
206 chronic graft loss; thus, identification of immunodominant epitopes on major histocompatibility comp
207 ker of HIV-1-ITP elicited due to exposure of immunodominant epitopes on talin-H as a result of a dise
208 nal and monoclonal antibodies indicated that immunodominant epitopes on the capsid protein as well as
210 209 through 276, indicating that one or more immunodominant epitopes on Topo I is located between ami
211 rating encephalitogenic T cells specific for immunodominant epitopes on various myelin proteins that
212 s infection is often focused on one or a few immunodominant epitopes, one approach to circumvent this
213 e lambda repressor cI sequence p1-102 or its immunodominant epitopes (p12-26, p73-88) can be elicited
214 of MHC class I molecules in complex with two immunodominant epitopes (PA(224-233)/D(b) and PB1(703-71
216 -) mice were expanded in the presence of the immunodominant epitope present in the MHV transmembrane
217 line immunodeficiency virus (FIV) comprising immunodominant epitopes present in the third variable do
219 nown to bind to M3 molecules, fMIGWII is the immunodominant epitope presented by M3 during infection
220 unodominance effect, whereby the presence of immunodominant epitopes prevents recognition of nondomin
221 ed target cells coated with two of the three immunodominant epitopes previously defined for LCMV (gly
226 We previously identified TB10.4(20-28) as an immunodominant epitope recognized by H2-K(d)-restricted
227 specific for listeriolysin O (LLO)91-99, the immunodominant epitope recognized by H2-Kd-restricted T
229 nd the PDTRP fragment, which is a well-known immunodominant epitope recognized by several anti-MUC1 m
230 The mutated PPP1R3B peptide represents the immunodominant epitope recognized by tumor-reactive T ce
231 entameric B subunit of CT (CTB) contains the immunodominant epitopes recognized by antibodies that ne
232 virus (HIV) escape mutations often arise in immunodominant epitopes recognized by MHC class I allele
234 elated with overall sequence homology, and 2 immunodominant epitope regions of Phl p 12 were identifi
235 rity of dominant over subdominant responses, immunodominant epitopes represent the preferred vaccine
239 e presented by this allele, and suggest that immunodominant epitopes restricted by common HLA alleles
241 hat memory CD8 T cells specific for a single immunodominant epitope (S436 or S525) substantially prot
243 K288S/Y176F, a variant mutated in one of the immunodominant epitopes, showed reduced antigenicity.
246 sed by virus isolates to mutate away from an immunodominant epitope-specific CTL response are not wel
247 oss-presentation coupled with competition by immunodominant epitope-specific T(CD8) contributes to th
248 These results showed that P5 contains an immunodominant epitope specifically associated with DTH
250 ur-TCR-Tg]) expressing a TCR recognizing the immunodominant epitope (Sur20-28) of murine survivin dur
251 duced frequency of T cells responding to the immunodominant epitope Talpha146-162 indicating a degree
253 s revealed flanking residues proximal to the immunodominant epitope that increased the production and
254 ctural and immunobiological definition of an immunodominant epitope that is a candidate immunogen for
255 N specifically inhibited the response to two immunodominant epitopes that are known to be dependent o
256 mor cells is to identify and slightly modify immunodominant epitopes that elicit T-cell responses.
258 thogen has made it difficult to characterize immunodominant epitopes that would allow the identificat
260 e was shifted from the previously identified immunodominant epitope to a novel epitope when the antig
261 with the non-immunodominant peptide enabled immunodominant epitopes to induce T-cell activation (p=0
263 jor histocompatibility complex (MHC) class I immunodominant epitopes using an overlapping peptide scr
264 dent increase in the surface exposure of the immunodominant epitope (V86-T98) as determined by antibo
267 the number of mutations within HBV core gene immunodominant epitopes was lower at TW28 and was negati
268 ost and parasite may be responsible for this immunodominant epitope, we screened for antibody-reactiv
271 human leukocyte antigen (HLA) restriction of immunodominant epitopes were defined using HLA class II
276 clonal, polymeric IgA antibody that binds an immunodominant epitope within the O-antigen (O-Ag) compo
277 designated as pML-MIT3, that coexpresses the immunodominant epitopes within the three distinct lipoyl
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