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1 5-kDa peptide having the TCR- alpha-specific antigenic determinant.
2 get (ESAT-6) is a known potent virulence and antigenic determinant.
3 ximity (within 0.74 nm) to form a contiguous antigenic determinant.
4 egrity and cell shape and also represent key antigenic determinants.
5 8, 145, and 164 in the VP1 capsid protein as antigenic determinants.
6 echanistic studies of tolerogenesis to minor antigenic determinants.
7 here they have been shown to be the dominant antigenic determinants.
8 uggesting that they each recognize different antigenic determinants.
9 ivity for antibodies against all major viral antigenic determinants.
10 man HAV, suggesting conservation of critical antigenic determinants.
11 ithout selecting aptamers against individual antigenic determinants.
12 nfluenza vaccine (TIV), share cross-reactive antigenic determinants.
13 he expense of responses to novel, protective antigenic determinants.
14 ures consisting of linear and conformational antigenic determinants.
15 ptides representing the surface-exposed PorB antigenic determinants.
16  genotype-transcending immunity to conserved antigenic determinants.
17  tolerance could not be linked to additional antigenic determinants.
18 hat recognize both linear and conformational antigenic determinants.
19 he UK and a description of known beta-lactam antigenic determinants.
20 K88 fimbrial variant is composed of multiple antigenic determinants.
21 e-directed, rational modification of cognate antigenic determinants.
22 nogenicity in a virus bearing the subgroup B antigenic determinants.
23 mplete immune control mutations of the HBsAg antigenic determinants; abnormal expression of S gene; a
24 ned by unique interplay between the variable antigenic determinant and germline-encoded residues in t
25  of Salmonella lipopolysaccharide is a major antigenic determinant and its chemical composition forms
26 chemically defined antigens identified the M antigenic determinant and provided a structural basis fo
27 array of differences in their recognition of antigenic determinants and biological effects.
28  from the interaction between the individual antigenic determinants and can be formed by mixing toget
29 ndings provide important insights for EV-A71 antigenic determinants and emphasize the importance of c
30 es a qualitative analysis of localization of antigenic determinants and flow cytometry provides a qua
31                S also contains the principal antigenic determinants and is the target of neutralizing
32 in tumour cells led to the expression of new antigenic determinants and their immune-mediated rejecti
33 pes of dideoxysugars are thought to serve as antigenic determinants and to play key roles in bacteria
34  directed against new porcine (non-alphaGal) antigenic determinants are considered to play a major ro
35 aled that antibodies against the major viral antigenic determinants are induced in response to either
36  located at the COOH-terminus and that minor antigenic determinants are located at the NH2-terminus a
37  of this antigen, which indicates that these antigenic determinants are the dominant targets of the f
38 imilar approach was used to identify unknown antigenic determinants associated with PBC.
39                    We also mapped the shared antigenic determinant between RIZ and E1A to a conserved
40 protein region believed to include the major antigenic determinants, both involving replacement of un
41  suppress a primary immune response to other antigenic determinants by a number of mechanisms.
42                                We mapped the antigenic determinants by T cell Western blot.
43  work shows that the flanking residues of an antigenic determinant can differentially affect CP and D
44 associated coronavirus (SARS-CoV) is a major antigenic determinant capable of inducing protective imm
45 ure elicits primarily antibodies recognizing antigenic determinants common to the two antigens, as ju
46       This resulted in a restricted range of antigenic determinants composed of only two or three ami
47  IgA1 molecules results in the generation of antigenic determinants containing GalNAc residues that a
48 on suggests Hsps as potential candidates for antigenic determinants contributing to kidney rejection.
49 cally active human transaldolase, recognized antigenic determinants corresponding to linear epitopes
50            Our results suggest that B domain antigenic determinants could be targeted for vaccine or
51 abled the isolation of a unique, nonsulfated antigenic determinant DeltaUA-GlcN-UA-GlcNAc from HS and
52 ns coated with 6-11A were shown to recognize antigenic determinants dependent on the presence of the
53 iated with the bacterial virulent factors or antigenic determinants during periodontal pathogenesis.
54 iated with the bacterial virulent factors or antigenic determinants during periodontal pathogenesis.
55         In this study, by comparing the same antigenic determinant either as soluble protein or virus
56 igen but 4-7 critical amino acids within the antigenic determinant (epitope), the whole proteome can
57 f-determinants on host Ags and an organism's antigenic determinants (epitopes), can incite autoimmune
58 or the purpose of examining species-specific antigenic determinant expression.
59 thelial cells of the proximal tubules and an antigenic determinant for Heymann nephritis in rats.
60 or) is a potential vaccine target and is the antigenic determinant for serovar typing.
61 ined its oligomeric structure, and displayed antigenic determinants for both LTB and ST.
62 luding seven that have not been described as antigenic determinants for H9N2 viruses before.
63 be mediated by the low affinity of potential antigenic determinants for MHC molecules (determinant se
64 otein fragments that may serve as sources of antigenic determinants for self-reactive T lymphocytes.
65                                We identified antigenic determinants for serogroup 11 serotyping sera
66 precipitation and immunoblotting to identify antigenic determinants for this immunoglobulin.
67 inhibitors on the presentation of individual antigenic determinants from endogenously synthesized or
68 )-based vaccine platforms, which incorporate antigenic determinants from multiple strains into a sing
69 ffinity anti-platelet GPIIIa against a major antigenic determinant, GPIIIa-(49-66), which correlates
70  secreted by myeloma cells contains a unique antigenic determinant (idiotype [Id]) that may serve as
71 eted by myeloma plasma cells, carries unique antigenic determinants (idiotype [Id]) that can be regar
72                        2D7 bound to a unique antigenic determinant in the first half of ECL2 and reco
73 is a building block for a variety of primary antigenic determinants in bacteria, possibly implicated
74                               Hs11S presents antigenic determinants in common with lupin 11S globulin
75 nding, and show that PPD protein adducts are antigenic determinants in patients with contact dermatit
76 apacity of the SIVmac quasispecies to modify antigenic determinants in response to very modest titers
77 hat the heparin binding domain and the major antigenic determinants in the AAV capsid region were not
78      The construct preserved H-2d-restricted antigenic determinants in the remaining portion of HIV-1
79 ants reduces antibody (Ab) response to novel antigenic determinants in the second strain and, consequ
80 rm protection and may aid in identifying the antigenic determinants involved in eliciting protection.
81 A33 developed HAHAs against a conformational antigenic determinant located in the V(L) and V(H) regio
82  residues in Candida mannoprotein, the major antigenic determinant located on the outer surface of th
83 types of Vbeta4(+) cells suggests that a few antigenic determinants may drive proliferation of this s
84 component of PDC for comparison with unknown antigenic determinants observed by affinity capture with
85 omplexed [corrected] with an analogue of the antigenic determinant of CD52.
86 is common in childhood and that hMPV F is an antigenic determinant of hMPV.
87  experiments, it is concluded that the major antigenic determinant of IA-2 is located at the COOH-ter
88 ms in PapA, the major structural subunit and antigenic determinant of P fimbriae of extraintestinal p
89               Since hexon protein is a major antigenic determinant of the Ad capsid, this approach ma
90 ghly specific for beta-(1,6)-glucan, a major antigenic determinant of yeasts and filamentous fungi.
91 ch cleaves the entire terminal trisaccharide antigenic determinants of both A- and B-antigens from so
92                           To investigate the antigenic determinants of Der p 1, we determined two cry
93 valis (ArgI, ArgIA, and ArgIB) contained the antigenic determinants of four of these antibodies (MAbs
94  light on the molecular nature of two strong antigenic determinants of FTCD recognized by autoantibod
95              These chimeras thus combine the antigenic determinants of HPIV3 with the host range rest
96 allogeneic responses can be directed against antigenic determinants of low abundance and that recogni
97 most 3,6-dideoxyhexoses, which are the major antigenic determinants of many Gram-negative pathogens.
98                             In addition, the antigenic determinants of pICA and the transferrins are
99                                   All of the antigenic determinants of the Duffy blood group system a
100  antibody fragments on the identification of antigenic determinants of the HMW-MAA that can be recogn
101 are an appropriate vaccine antigen since the antigenic determinants of the parent virion are preserve
102         Lesional skin displayed 20 different antigenic determinants of the psoriatic phenotype.
103 that were postulated to constitute the major antigenic determinants of the virus.
104                                              Antigenic determinants on Bla g 2 were analyzed by mutag
105                               An analysis of antigenic determinants on both allergens was performed b
106 ICA*008(A5.1) molecules are the preferential antigenic determinants on ECs of grafts.
107 sessed autoantibodies that recognize similar antigenic determinants on GPIIb/IIIa, the three phage we
108                      Cross-reactions between antigenic determinants on human IgG, class I molecules,
109                    We have characterized the antigenic determinants on recombinant glycosylated full-
110                 Inhibitor antibodies bind to antigenic determinants on the factor VIII molecule and b
111 (SIV) could be achieved with preservation of antigenic determinants on the surface of the viral envel
112 regulation and subsequent activation of self-antigenic determinant-reactive T cells.
113                                 However, the antigenic determinant recognized by RR-402 has yet to be
114 onal antibody (mAb) MK2-23, which mimics the antigenic determinant recognized by the anti-HMW-MAA mAb
115 his study was undertaken to characterize the antigenic determinants recognized by the autoantibodies
116 ied a mutation at position 212 as a possible antigenic determinant responsible for the discrepant HI
117  which recognize the same or spatially close antigenic determinant(s) of the human high m.w.-melanoma
118                            The nature of the antigenic determinant stimulating PBMCs and levels of Th
119                      Env possesses conserved antigenic determinants, such as the gp120 primary recept
120                        The Fab recognized an antigenic determinant that differed from the only other
121 indicates that the HMPV F protein is a major antigenic determinant that mediates extensive cross-line
122  interaction of PPD with the protein and the antigenic determinant that stimulates T cells.
123 osely related to one another, there are some antigenic determinants that are specific to BV isolates
124  result in expression of T cell responses to antigenic determinants that normally remain undetected i
125 d cell (RBC) membrane might serve to occlude antigenic determinants, thereby minimizing transfusion r
126 ritis, a polyclonal antibody that recognizes antigenic determinants throughout the FN molecule produc
127 more stable and presented the protective "a" antigenic determinant to significantly higher levels tha
128        The ability of the surface-accessible antigenic determinants to direct neutralizing Ab respons
129 hat DCs prevent the premature destruction of antigenic determinants to optimize T cell activation.
130 e desirable to artificially conceal cellular antigenic determinants to permit survival of heterologou
131 hat heat shock proteins (Hsp) could serve as antigenic determinants to which these T cells respond ha
132  graft rejection, identifying the epitope-or antigenic determinant-to which an antibody binds, become
133 tics methods to predict epitope networks and antigenic determinants using structural information, as
134                                          The antigenic determinant was localized to the insulin B cha
135 tibodies in HIV-1-positive human sera to the antigenic determinants was determined by the ability of
136  monoclonal antibodies recognizing different antigenic determinants, we identified immunoreactive EPO
137 th the molecular recognition of PBC-specific antigenic determinants were enhanced by an in situ enzym
138 al others previously described, six distinct antigenic determinants were identified and mapped.
139                            To identify which antigenic determinants were surface accessible, monospec
140 ns of IgA1 molecules lead to the exposure of antigenic determinants, which are recognized by naturall
141 cies appeared to recognize IR(6) as a single antigenic determinant, while mouse antibodies recognized
142 to uncharacterised viral proteins that share antigenic determinants with these retroviruses.
143 is opinion, we propose that the hierarchy of antigenic determinants within self-antigens is the major
144            AMS was used to identify specific antigenic determinants within the E2 component of PDC fo

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