quadgram

This is a table of type quadgram and their frequencies. Use it to search & browse the list to learn more about your study carrel.

quadgram	frequency
in the presence of	213
of mhc class i	208
mhc class i molecules	175
in the absence of	157
major histocompatibility complex class	155
the mhc class i	138
in the context of	131
of the immune system	123
mhc class i and	118
the central nervous system	109
histocompatibility complex class i	106
of mhc class ii	102
cd and cd t	101
class i and class	94
has been shown to	89
as well as the	88
play a role in	87
of the immune response	84
i and class ii	84
of cd t cells	83
have been shown to	82
mhc class ii molecules	81
an important role in	76
on the other hand	76
on the surface of	76
in the case of	74
the major histocompatibility complex	74
specific cd t cells	73
of the mhc class	73
in vitro and in	71
t cells in the	70
vitro and in vivo	69
the mhc class ii	68
and cd t cells	68
in the pathogenesis of	66
for the development of	65
of this study was	63
in the present study	63
been shown to be	63
of major histocompatibility complex	61
severe acute respiratory syndrome	61
in the development of	61
mhc class i antigen	61
at the time of	60
cd t cells in	60
this study was to	58
in the regulation of	58
of class i mhc	57
play an important role	54
class i and ii	53
human immunodeficiency virus type	51
the aim of this	50
in the central nervous	49
on the cell surface	49
at the cell surface	48
the t cell receptor	47
was found to be	47
and mhc class ii	46
mhc class i alleles	46
of the t cell	46
cd t cell responses	46
as a result of	45
class i mhc molecules	45
these data suggest that	45
aim of this study	44
histocompatibility complex class ii	43
a role in the	43
of hla class i	43
is one of the	43
these results suggest that	43
expression of mhc class	43
the role of the	42
the expression of the	42
of class ii mhc	41
cd t cells and	40
of cd and cd	40
on the basis of	40
mhc class i molecule	40
c e l l	40
for the first time	39
a wide range of	39
as well as in	38
by mhc class i	38
antigen processing and presentation	38
to the development of	38
in this study we	38
for mhc class i	38
the presence of a	37
associated with antigen processing	36
peripheral blood mononuclear cells	36
in the induction of	36
transporter associated with antigen	36
can be used to	36
one of the most	36
to mhc class i	36
mhc class i expression	36
to be involved in	35
in the number of	35
for the treatment of	35
mhc class i binding	35
the immune response to	35
to the cell surface	35
expression of class ii	34
cd t cells from	34
t cells specific for	33
cd t cells were	33
a large number of	33
our data suggest that	33
innate and adaptive immune	33
the immune epitope database	33
it is possible that	33
in the endoplasmic reticulum	33
innate and adaptive immunity	32
we have shown that	32
are involved in the	32
a central role in	32
the presence of the	32
mhc class i genes	32
class ii antigen presentation	32
of the major histocompatibility	32
it has been shown	31
class ii mhc antigen	31
for the induction of	30
in the treatment of	30
of cd t cell	30
class i expression in	30
t h a t	30
has been shown that	30
acute respiratory syndrome coronavirus	30
expression of class i	30
mhc class ii expression	30
to cd t cells	30
little is known about	30
in the control of	29
the innate immune system	29
for the generation of	29
mhc class ii binding	29
t cell responses to	29
in a variety of	29
in contrast to the	29
t i o n	29
important role in the	29
vg vd t cells	28
on mhc class i	28
to mhc class ii	28
at the level of	28
the surface of the	27
we have previously shown	27
with mhc class i	27
presence or absence of	27
class i antigen presentation	27
mhc class ii presentation	27
of human immunodeficiency virus	26
class ii mhc antigens	26
the adaptive immune system	26
in the generation of	26
by the immune system	26
the class i mhc	26
for mhc class ii	26
for the prediction of	26
at the end of	26
class i major histocompatibility	26
a member of the	26
of ctl escape mutants	25
cd t cell response	25
hexavalent recombinant protein mixture	25
be involved in the	25
class ii major histocompatibility	25
the development of a	25
is involved in the	25
it is possible to	25
mhc class ii antigen	25
herpes simplex virus type	25
and cd t cell	25
in the production of	25
of t cell receptor	25
both cd and cd	25
of the adaptive immune	25
cells as well as	25
by cd t cells	25
of the innate immune	25
had no effect on	25
an increase in the	25
plays an important role	24
from the endoplasmic reticulum	24
of peptide binding to	24
the expression of class	24
for their ability to	24
patient and graft survival	24
the expression of mhc	24
have previously shown that	24
a wide variety of	24
t cell response to	24
in balb c mice	24
may play a role	24
class i antigen processing	23
it is likely that	23
memory cd t cells	23
is associated with the	23
as well as a	23
i and mhc class	23
studies have shown that	23
have been used to	23
w i t h	23
ii major histocompatibility complex	23
macrophages and dendritic cells	23
mhc class i peptide	23
the specificity of the	23
e l l s	23
in the immune system	23
were found to be	23
of the class i	23
the end of the	23
and mhc class i	23
of mouse hepatitis virus	22
is based on the	22
it is important to	22
the immune system and	22
of the central nervous	22
for the presence of	22
the presence or absence	22
the nature of the	22
we found that the	22
the ability of the	22
is thought to be	22
a critical role in	22
the mhc i hla	22
results suggest that the	21
chicken mhc class i	21
investigate the role of	21
the development of bnp	21
i major histocompatibility complex	21
under the control of	21
express mhc class ii	21
at the same time	21
to be associated with	21
in the activation of	21
also been shown to	21
specific t cell clones	21
for the identification of	21
may contribute to the	21
these results demonstrate that	21
this work was supported	21
a n t i	21
in addition to the	21
the context of the	21
from the er membrane	21
of t cell activation	20
cell surface expression of	20
a crucial role in	20
in mhc class ii	20
hla class i molecules	20
in the expression of	20
to the immune system	20
may be involved in	20
data suggest that the	20
in vivo and in	20
class i and mhc	20
the host immune response	20
the highest binding affinity	20
work was supported by	20
both mhc class i	20
a single amino acid	20
cells in response to	20
in the form of	20
class i heavy chains	20
of the class ii	20
specific cd and cd	19
processing and presentation of	19
of class i and	19
t and b cells	19
in the immune response	19
t cell responses in	19
induction of class ii	19
database and analysis resource	19
the cd t cell	19
this is the first	19
in the design of	19
a key role in	19
these data indicate that	19
class ii mhc molecules	19
by the presence of	19
plays a role in	19
has been reported to	19
a high level of	19
in the bone marrow	19
national institutes of health	19
with the amino acids	19
in a number of	19
class ii presentation of	19
class i molecules and	18
mhc class ii drb	18
a pivotal role in	18
on the presence of	18
of gd t cells	18
mhc class ii alleles	18
and the presence of	18
to the pathogenesis of	18
by flow cytometry and	18
is associated with a	18
mhc class i presentation	18
our understanding of the	18
human mhc class i	18
cd t cells by	18
by the addition of	18
by the use of	18
it was found that	18
the production of il	18
in the t cell	18
t cell recognition of	18
in comparison to the	18
of class ii mrna	18
bonds with the amino	18
the activation of the	18
is known about the	18
for each of the	18
in the united states	18
in order to determine	18
in the presence or	18
during the course of	18
immune response in the	18
we were able to	18
class i mhc antigen	18
been implicated in the	18
the size of the	18
is mediated by the	18
the regulation of the	18
specific cd t cell	18
in mhc class i	18
the male reproductive tract	18
a significant increase in	17
these results indicate that	17
r a n s	17
the t cell repertoire	17
specific cytotoxic t lymphocytes	17
mhc class i antigens	17
in a mouse model	17
to the mhc class	17
a high degree of	17
cd t cells with	17
as shown in fig	17
may be due to	17
to play a role	17
our results suggest that	17
determined by flow cytometry	17
we have found that	17
the total number of	17
a major role in	17
the structure of the	17
the absence of the	17
and adaptive immune responses	17
was significantly higher in	17
t cell activation and	17
the analysis of the	17
and major histocompatibility complex	17
our results show that	17
the innate and adaptive	17
cd t cell epitopes	17
in their ability to	17
mhc class i pathway	17
used in this study	17
vivo and in vitro	17
peptide binding to mhc	17
and the development of	17
t r a n	17
in health and disease	17
role in the pathogenesis	17
the amino acid sequence	17
ii mhc antigen expression	16
as well as to	16
t c e l	16
has been suggested that	16
in the course of	16
and the number of	16
as a consequence of	16
in cd t cells	16
immune epitope database and	16
l and l dna	16
there was no significant	16
balb c mice were	16
has also been shown	16
here we show that	16
binding affinity to the	16
to be able to	16
was associated with a	16
is essential for the	16
is required for the	16
cells of the immune	16
t and b cell	16
activation of the immune	16
the innate immune response	16
university school of medicine	16
a better understanding of	16
a limited number of	16
middle east respiratory syndrome	16
has been associated with	16
to investigate the role	16
the presence of il	16
it has been suggested	16
was observed in the	16
have been associated with	16
dengue virus infection of	16
as compared to the	16
selection of ctl escape	16
bnp and bnp dams	16
mhc class i haplotypes	16
of t cells in	16
of myelin basic protein	16
the adaptive immune response	16
t cell epitopes in	16
epitope database and analysis	16
t cell clones specific	15
it has been reported	15
to determine whether the	15
in renal transplant recipients	15
and tumor necrosis factor	15
cell clones specific for	15
of herpes simplex virus	15
both innate and adaptive	15
class i expression by	15
can be used for	15
we have developed a	15
t cell antigen receptor	15
with respect to the	15
the t cell response	15
the level of the	15
in t cell activation	15
human papillomavirus type e	15
antigen expression on astrocytes	15
our results indicate that	15
mhc class i heavy	15
is likely to be	15
of the cd t	15
in a murine model	15
it is known that	15
a t i o	15
of severe acute respiratory	15
cells in the absence	15
and the expression of	15
of the endoplasmic reticulum	15
are required for the	15
in response to the	15
class i antigen expression	15
it is not known	15
b and t cell	15
a mouse model of	15
class ii expressing cells	15
is dependent on the	15
and t cell epitopes	15
involved in the regulation	15
which is associated with	15
to better understand the	15
a broad range of	15
the absence of any	15
and class ii mhc	15
is known to be	15
it was shown that	15
was shown to be	15
gene expression in the	15
based peptide vaccine against	15
are likely to be	15
were obtained from the	15
central role in the	14
the immune system is	14
can be induced by	14
the presence of ifn	14
the length of the	14
the control of the	14
cells in the presence	14
is due to the	14
at the site of	14
a cd t cell	14
at least in part	14
the immune system in	14
have been reported to	14
to major histocompatibility complex	14
the absence of cd	14
the objective of this	14
mhc class ii genes	14
and l dna constructs	14
similar to that of	14
in v i m	14
of t cell clones	14
immune response to the	14
play a critical role	14
been shown to induce	14
the first time that	14
of a variety of	14
the expression of cd	14
has been used to	14
was significantly higher than	14
was used as a	14
been reported to be	14
was to investigate the	14
cellular and humoral immune	14
the present study was	14
there was no difference	14
in mice infected with	14
the vast majority of	14
the purpose of this	14
of a number of	14
similar results were obtained	14
identification and characterization of	14
class ii mhc mrna	14
which are involved in	14
that there is a	14
have shown that the	14
with the exception of	14
play a pivotal role	14
inducible nitric oxide synthase	14
in the formation of	14
has been reported that	13
as a function of	13
was used for the	13
binding to mhc class	13
no significant difference in	13
with mhc class ii	13
between the two groups	13
from mice immunized with	13
t cell proliferation and	13
are shown in table	13
study was to investigate	13
has been implicated in	13
in the field of	13
of this study is	13
class i molecules in	13
cd t lymphocytes secreting	13
the immune response in	13
on cd t cells	13
prediction of mhc class	13
were retrieved from the	13
of bat mhc i	13
could be due to	13
the host immune system	13
at least one of	13
with the aid of	13
class i mhc antigens	13
have the potential to	13
expression of the transgene	13
it is not clear	13
increase in the number	13
mhc antigen expression on	13
first line of defense	13
to the presence of	13
class i surface expression	13
role in the regulation	13
a murine model of	13
with the use of	13
regulation of mhc class	13
prediction of protective antigens	13
in order to identify	13
for cd t cells	13
have not yet been	13
to the activation of	13
levels of mhc class	13
it is clear that	13
highest binding affinity to	13
of the role of	13
plays a central role	13
of class i molecules	13
and class ii molecules	13
mhc class ii expressing	13
is not required for	13
the fact that the	13
the stability of the	13
and the production of	13
objective of this study	13
expression of major histocompatibility	13
to the er membrane	13
has the potential to	13
class i expression on	13
the most common cause	13
the severe acute respiratory	12
class i molecules are	12
from a variety of	12
the rest of the	12
could be used to	12
memory cd t cell	12
of the present study	12
the authors declare that	12
to the identification of	12
play a major role	12
most common cause of	12
the importance of the	12
the transporter associated with	12
the mechanism by which	12
even in the absence	12
with the development of	12
is shown in fig	12
higher than that of	12
glial fibrillary acidic protein	12
to the endoplasmic reticulum	12
affinity to the mhc	12
by a variety of	12
cd t cells to	12
mhc class i restricted	12
are included in the	12
in terms of the	12
can be induced to	12
one of the best	12
play a crucial role	12
in the brains of	12
may be an important	12
mhc class ii peptide	12
igg and igg a	12
of innate and adaptive	12
to a variety of	12
the context of a	12
the polymerase chain reaction	12
in the maintenance of	12
the class ii mhc	12
in the majority of	12
with the mhc i	12
the immune system to	12
of hepatitis c virus	12
major histocompatibility complex molecules	12
for the detection of	12
both class i and	12
cytokines such as il	12
the binding affinity of	12
the function of the	12
we have investigated the	12
of t cell proliferation	12
an mhc class i	12
the basis of the	12
in the mhc class	12
of the host immune	12
the use of the	12
the results of the	12
kolaskar and tongaonkar antigenicity	12
as well as for	12
from the cell surface	12
the cellular immune response	12
data indicate that the	12
are known to be	12
the d structure of	12
the cell surface and	12
these data demonstrate that	12
into the endoplasmic reticulum	12
our data show that	12
and activator of transcription	12
positional bias of epitopes	12
critical role in the	12
by the t cell	12
class ii mhc expression	12
of regulatory t cells	12
as one of the	12
or more of the	12
the strength of the	12
there was a significant	12
amino acid sequence of	12
transducer and activator of	12
expression of cd and	12
of cd t lymphocytes	12
cd memory t cells	12
key role in the	12
of the mhc i	12
the activity of the	12
the protein data bank	12
structure and function of	12
ii antigen presentation pathway	12
the study of the	12
class ii mrna was	12
cells are able to	12
cell clones isolated from	12
the potential role of	12
i and ii molecules	12
at different time points	11
in the process of	11
have also been shown	11
type i and type	11
of tumor necrosis factor	11
virus infection of human	11
signal transducer and activator	11
induce the expression of	11
the course of infection	11
development of bnp in	11
in the level of	11
to the mhc i	11
t h i s	11
the role of cd	11
the development of the	11
in the brazilian population	11
our data indicate that	11
derived mhc class i	11
be used as a	11
has not yet been	11
on mhc class ii	11
we have demonstrated that	11
the identification of the	11
a t cell receptor	11
the formation of the	11
a positive correlation between	11
of t cell epitopes	11
as part of the	11
on the expression of	11
the molecular basis of	11
mhc antigen expression in	11
a significant role in	11
on the number of	11
server for prediction of	11
an in silico approach	11
study was to determine	11
in addition to their	11
not appear to be	11
of hla class ii	11
antigens and subunit vaccines	11
was supported by the	11
the human immunodeficiency virus	11
it has also been	11
is consistent with the	11
it remains to be	11
be due to the	11
were performed using the	11
have been implicated in	11
pivotal role in the	11
the context of mhc	11
in the cns of	11
the selection of ctl	11
is the most common	11
express class ii mhc	11
major histocompatibility complex antigen	11
t cells from the	11
that can be used	11
we previously showed that	11
of the presence of	11
cd t cells specific	11
to have the highest	11
class ii molecules are	11
compared to that of	11
c bl mice were	11
class i mhc hc	11
a reduction in the	11
hearts and kidneys of	11
the first line of	11
to the generation of	11
this study is to	11
t cell clones isolated	11
involved in the pathogenesis	11
t h e r	11
both in vitro and	11
t cells in a	11
we conclude that the	11
purpose of this study	11
role for autophagy in	11
regulation of class i	11
complex class i molecules	11
presented by mhc class	11
of chicken mhc class	11
with the help of	11
is responsible for the	11
to a large extent	11
for prediction of protective	11
human t cell clones	11
cells in the cns	11
it has been proposed	11
has led to the	11
a server for prediction	11
mhc class i ligands	11
one or more of	11
and b cell epitopes	11
mhc class i allele	11
for binding to the	11
been shown that the	11
class i or class	11
of the development of	11
the antigen presentation pathway	11
gd t cells in	11
cd and cd cells	11
was no significant difference	11
in innate and adaptive	11
by the observation that	11
the expression of these	11
the mechanisms by which	11
tumor necrosis factor alpha	11
central nervous system of	11
the aim of the	11
were shown to be	11
complex class i and	11
have the capacity to	11
that the expression of	11
the quality of the	11
the expression of genes	11
was performed using the	11
by cytotoxic t lymphocytes	11
on the role of	11
have been identified in	11
to an increase in	11
through the use of	11
transported to the cell	11
t cell proliferation in	11
be related to the	11
results indicate that the	11
the expression of il	11
of class ii major	11
specific t cell responses	11
mycobacterium avium subspecies paratuberculosis	11
play a key role	10
class i mhc products	10
activation of cd t	10
mhc class ii and	10
been found to be	10
class i heavy chain	10
animal care and use	10
to the induction of	10
patients with multiple sclerosis	10
role of autophagy in	10
class ii gene expression	10
of natural killer cells	10
both humoral and cellular	10
may be associated with	10
nipah virus glycoprotein g	10
of mhc antigen expression	10
from the peripheral blood	10
in the er lumen	10
the l and l	10
in the first step	10
structure of the human	10
in mice vaccinated with	10
i and type ii	10
the development of an	10
can be used as	10
to test the hypothesis	10
this study demonstrates that	10
does not appear to	10
of experimental allergic encephalomyelitis	10
class i mhc expression	10
be used for the	10
experimental allergic encephalomyelitis in	10
the expression of a	10
activation of t cells	10
be important in the	10
hydrogen bonds with the	10
ctl escape mutants in	10
cells were stimulated with	10
class i molecules by	10
to be important for	10
of the patients with	10
dislocation from the er	10
reactive t cell clones	10
have the ability to	10
cd t cells was	10
we show that the	10
cells and b cells	10
cells of the cns	10
are members of the	10
t lymphocytes secreting ifn	10
and function of the	10
t cell response in	10
play a significant role	10
by a number of	10
the results showed that	10
hla class i antigen	10
of l and l	10
least one of the	10
was significantly lower in	10
with hexavalent recombinant protein	10
based diagnostics and vaccines	10
cd t cell epitope	10
of the target cell	10
cells from patients with	10
cells were treated with	10
hla class ii molecules	10
cd t cells are	10
model of multiple sclerosis	10
amino acid sequences of	10
we have identified a	10
might be involved in	10
were selected for further	10
we did not find	10
compared to control groups	10
i antigen presentation pathway	10
of the virus to	10
the possibility that the	10
were used as a	10
there were no significant	10
tumour antigens and subunit	10
investigated the effect of	10
cytotoxic t lymphocyte responses	10
as a positive control	10
dendritic cells in the	10
a web server for	10
the presence of an	10
of the seminiferous epithelium	10
the majority of the	10
the origin of the	10
from the selected region	10
east respiratory syndrome coronavirus	10
in the peripheral blood	10
the crystal structure of	10
have been detected in	10
are able to recognize	10
of t cell responses	10
our data demonstrate that	10
at the transcriptional level	10
no effect on the	10
cd cd t cells	10
the sequence of the	10
used to predict the	10
recognized by t cells	10
human and mouse mhc	10
significant increase in the	10
the hearts and kidneys	10
production in response to	10
the peripheral blood of	10
antigens on brain cells	10
a negative regulator of	10
have a role in	10
it is also possible	10
a protective immune response	10
presented in the context	10
has been described in	10
classical swine fever virus	10
of genes involved in	10
involved in the immune	10
plays a critical role	10
t cells can be	10
studies have demonstrated that	10
mhc class i in	10
to class i mhc	10
are essential for the	10
hydrophobic bonds with the	10
of reactive oxygen species	10
on the development of	10
has been demonstrated in	10
the unfolded protein response	10
and the immune system	10
in an attempt to	10
for the mhc class	10
these findings suggest that	10
the phenotype of the	10
reactive cd t cells	10
cells were transfected with	10
tumor necrosis factor receptor	10
with the presence of	10
have been identified as	10
were significantly higher in	10
mhc class ii pathway	10
we have previously reported	10
class ii mrna expression	10
and natural killer cells	10
the human mhc class	10
cells specific for the	10
to the lack of	10
be responsible for the	10
for t cell recognition	10
role in the development	10
test the hypothesis that	10
has been proposed that	10
in the er and	10
of dendritic cells in	10
in the recognition of	10
mice were immunized with	10
it is difficult to	10
the absence of a	9
were identified in the	9
the production of ifn	9
can be found in	9
in antigen processing and	9
the binding of the	9
for the production of	9
there is no evidence	9
for the prevention of	9
it was reported that	9
of the e protein	9
central nervous system in	9
was carried out in	9
blood samples were collected	9
class i peptide complexes	9
of cytotoxic t lymphocytes	9
class i mhc epitopes	9
antigen expression on oligodendrocytes	9
predicted to have the	9
the possible role of	9
express high levels of	9
regulation of the immune	9
by the sertoli cells	9
ligand recognition by the	9
and is required for	9
of nkg d ligands	9
we investigated the role	9
remains to be determined	9
it is noteworthy that	9
of antigen presenting cells	9
t cells in vitro	9
reactive t cells in	9
within the central nervous	9
was detected in the	9
have been proposed to	9
a low level of	9
cells is mediated by	9
binding to the mhc	9
under control of the	9
dependent on the presence	9
tested for their ability	9
the role of autophagy	9
for the presentation of	9
of the ctl response	9
in a model of	9
role in the control	9
cd t cell proliferation	9
may lead to the	9
vgamma vdelta t cells	9
the effects of ifn	9
class ii antigen expression	9
professional antigen presenting cells	9
in the human population	9
memory t cell clones	9
significantly higher in the	9
components of the immune	9
are more likely to	9
better understanding of the	9
the induction of a	9
to a lesser extent	9
for a number of	9
contribute to the pathogenesis	9
a large set of	9
the diversity of the	9
there is evidence that	9
under the influence of	9
were adoptively transferred into	9
within the context of	9
this suggests that the	9
and activation of the	9
the goal of this	9
mhc ii alleles hla	9
of memory t cells	9
or cd t cells	9
t cells were sorted	9
show for the first	9
d structure of the	9
t cell epitopes for	9
cell epitopes of the	9
for the study of	9
immune response to a	9
the hla class i	9
mhc class i haplotype	9
can be divided into	9
treatment of patients with	9
hla class i and	9
within the seminiferous epithelium	9
of the expression of	9
one of the major	9
amino acids in length	9
in line with the	9
stimulate class i expression	9
the differential expression of	9
ctl escape mutants are	9
study was designed to	9
was based on the	9
activation and proliferation of	9
the tumor necrosis factor	9
the number of cd	9
class i antigens on	9
and characterization of a	9
naive cd t cells	9
it has been demonstrated	9
mhc class ii antigens	9
to the formation of	9
have been developed to	9
class ii expression in	9
cell epitopes in the	9
cells were incubated with	9
t cells has been	9
vg vd t cell	9
it is not yet	9
dimensional structure of the	9
ii mhc antigens on	9
determine the role of	9
graft and patient survival	9
components of the mhc	9
expression on oligodendrocytes and	9
mhc i and mhc	9
in mice and humans	9
is the case for	9
ligands and peptide motifs	9
was not detected in	9
to determine the role	9
by forming hydrogen bonds	9
could be detected in	9
and the percentage of	9
induction of class i	9
hepatitis c virus core	9
the course of the	9
in any of the	9
role in the induction	9
a number of different	9
do not appear to	9
the basis of their	9
bright foxp t cells	9
of class i expression	9
of vg vd t	9
the presence of specific	9
allele by forming hydrogen	9
hla class i expression	9
mhc class i gene	9
a significant reduction in	9
investigated the role of	9
method for prediction of	9
cd bright foxp t	9
genes involved in the	9
in the bat transcriptome	9
their ability to stimulate	9
these findings indicate that	9
was used to predict	9
it was possible to	9
would be expected to	9
but not in the	9
we have studied the	9
was determined by the	9
their ability to produce	9
that the ability of	9
foxp regulatory t cells	9
of class i major	9
have been described in	9
the immune response of	9
in a cohort of	9
t lymphocyte responses to	9
play a central role	9
the national institutes of	9
its role in the	9
c t i o	9
cd t cell clones	9
cd t cell subsets	9
in c bl mice	9
order to determine the	9
presentation to cd t	9
cd cd bright foxp	9
peptides that bind to	9
for the control of	9
forming hydrogen bonds with	9
complex class ii molecules	9
known to be involved	9
to the site of	9
on oligodendrocytes and astrocytes	9
in the major histocompatibility	9
than that of the	9
it is conceivable that	9
the role of these	9
that mhc class i	9
of the nervous system	9
i mhc antigen expression	9
were included in the	9
in the hearts and	9
the draining lymph nodes	9
the human and mouse	9
they are able to	9
crystal structure of the	9
the antibody response to	9
myelin basic protein and	9
we could show that	9
mhc class i is	9
for major histocompatibility complex	9
binding to mhc molecules	9
regulates the expression of	9
mechanisms involved in the	9
and the induction of	9
were tested for their	9
the cytotoxic activity of	9
in the presentation of	9
were used for the	9
the genetic variability of	9
human cd t cells	9
are present in the	9
of antigen processing and	9
arms of the immune	9
is not yet known	9
class ii expression on	9
the induction of the	9
retinal pigment epithelial cells	9
a role for autophagy	9
for the majority of	8
the data indicate that	8
an overview of the	8
a major source of	8
we have analyzed the	8
one of the first	8
mhc class i proteins	8
the loss of the	8
surface expression of cd	8
been shown to have	8
mechanisms of mhc class	8
class i molecules is	8
in response to a	8
by major histocompatibility complex	8
has been observed in	8
arm of the immune	8
a broad spectrum of	8
of mhc molecules in	8
other components of the	8
n s c r	8
priming of cd t	8
may be explained by	8
mhc class ii molecule	8
are consistent with a	8
that the presence of	8
a major cause of	8
with high levels of	8
we propose that the	8
igg a and igg	8
to be important in	8
the ability of a	8
the first evidence that	8
was used to determine	8
in kidney transplant recipients	8
cd or cd t	8
the conformation of the	8
the induction of apoptosis	8
a key role for	8
of both innate and	8
and cellular immune responses	8
these data show that	8
the b m deficient	8
the use of a	8
murine class i mhc	8
important to note that	8
that the induction of	8
binding affinity to mhc	8
i expression in astrocytes	8
the early phase of	8
the majority of these	8
ii expressing cells in	8
a variety of cell	8
binding of peptides to	8
t cell epitope prediction	8
and its role in	8
a safe and effective	8
to the plasma membrane	8
is a chronic inflammatory	8
the influenza a virus	8
proliferation of t cells	8
into the central nervous	8
suggesting a role for	8
to test this hypothesis	8
of influenza a virus	8
hcmv us and us	8
as compared to control	8
a n s c	8
inducible expression of h	8
and humoral immune responses	8
human gd t cells	8
infection of mice with	8
are consistent with the	8
not significantly different between	8
cell clones derived from	8
it is unclear whether	8
tcr and discrimination between	8
that the majority of	8
the occurrence of bnp	8
as well as their	8
type i ifn production	8
of autoreactive t cells	8
are believed to be	8
induction of mhc class	8
s c r i	8
understanding of the molecular	8
cells were used as	8
is well known that	8
we have used a	8
and t cell responses	8
with an increase in	8
of the b m	8
at the surface of	8
the bat mhc i	8
was not due to	8
the causative agent of	8
crucial role in the	8
and discrimination between homeostasis	8
of the proinflammatory cytokines	8
hla class i surface	8
of cytotoxic t cells	8
we hypothesized that the	8
has been demonstrated that	8
the location of the	8
class i molecules on	8
induces the expression of	8
the t cell antigen	8
expressing cells in the	8
the site of infection	8
a recombinant vaccinia virus	8
class i expression is	8
care and use committee	8
be explained by the	8
new insights into the	8
may play an important	8
that cd t cells	8
the results indicate that	8
the results suggest that	8
in vitro t cell	8
was used to assess	8
for the purpose of	8
h n aiv np	8
has been found to	8
are considered to be	8
mice immunized with the	8
leukocyte antigen class i	8
spleen and lymph nodes	8
was carried out using	8
it is well known	8
alone or in combination	8
due to the lack	8
i f i c	8
the human cytomegalovirus us	8
of the disease and	8
in the blood of	8
for the pathogenesis of	8
study was to evaluate	8
involved in the development	8
performed as previously described	8
to cytotoxic t lymphocytes	8
west nile virus infection	8
specific memory t cells	8
the present study we	8
are thought to be	8
using a panel of	8
alleles in the brazilian	8
of innate immune responses	8
the presence of hla	8
the interaction of the	8
were from the selected	8
in association with the	8
to be required for	8
in the er membrane	8
immune response against the	8
it is necessary to	8
t cell and b	8
cd foxp regulatory t	8
r i p t	8
at c for min	8
of the designed vaccine	8
from balb c mice	8
in response to stimulation	8
validation of methods for	8
in complex with the	8
i and class i	8
in major histocompatibility complex	8
cd t cells can	8
c r i p	8
high levels of il	8
a transgenic mouse model	8
class i mhc molecule	8
the induction of class	8
used to determine the	8
can be activated by	8
in silico prediction of	8
chronic relapsing experimental allergic	8
methods for cytotoxic t	8
the authors declare no	8
expression of mhc molecules	8
the effect of the	8
for a role of	8
major role in the	8
of bnp in calves	8
and the use of	8
context of mhc class	8
plays a crucial role	8
for mhc ligands and	8
binding affinity of the	8
of human dendritic cells	8
the molecular mechanisms of	8
presented by mhc molecules	8
did not differ between	8
did not affect the	8
the immunogenicity of the	8
neonatal vg vd t	8
for myelin basic protein	8
by binding to the	8
was to evaluate the	8
mhc ligands and peptide	8
the n terminus of	8
cells were stained with	8
in response to viral	8
the low levels of	8
amino acids in the	8
and the level of	8
levels of genetic diversity	8
of the proteasome in	8
mhc class i protein	8
peptides binding to mhc	8
the mdbk cell line	8
in response to anti	8
to be essential for	8
was not significantly different	8
mice infected with a	8
have the highest binding	8
t cells isolated from	8
cell and b cell	8
surface expression of class	8
or a combination of	8
cytokines such as tnf	8
of west nile virus	8
that are involved in	8
in the endocytic pathway	8
lymph node cells from	8
quantitative predictions of peptide	8
for the expression of	8
the severity of the	8
to further investigate the	8
is supported by the	8
to the t cell	8
as a negative regulator	8
is characterized by the	8
of balb c mice	8
macaque mhc class i	8
cell epitopes have been	8
as a source of	8
the highest number of	8
major histocompatibility complex in	8
the draining lymph node	8
of chinese rhesus macaques	8
in the cns is	8
c virus core protein	8
are associated with the	8
a single t cell	8
by mhc class ii	8
donor cd t cells	8
t cells and b	8
expression of hla class	8
specific for myelin basic	8
in the initiation of	8
of methods for cytotoxic	8
cells and t cells	8
type of immune response	8
the early stages of	8
at the molecular level	8
the ctl response to	8
for class ii mhc	8
is in contrast to	8
to stimulate class i	8
we have recently shown	8
of an immune response	8
mouse mammary tumor virus	8
did not correlate with	8
may be related to	8
antigen presentation in the	8
cells can be induced	8
is also possible that	8
the scope of this	8
of t cell recognition	8
or in combination with	8
of immune response to	8
predictions of peptide binding	8
on major histocompatibility complex	8
emini surface accessibility prediction	8
bepipred linear epitope prediction	8
can be induced in	8
that cd t cell	8
t i n g	8
significant differences in the	8
with mouse hepatitis virus	8
in an effort to	8
in kidney transplant patients	8
induced mhc class ii	8
t cell lines and	8
number of cd t	8
we demonstrate that the	8
cd cytotoxic t lymphocytes	8
by cytotoxic t cells	8
bat mhc i genes	8
database for mhc ligands	8
hla class i antigens	8
has been found in	8
high levels of cd	8
mhc class ii in	8
class ii peptide binding	8
the immune system of	8
in multiple sclerosis lesions	8
contribute to the development	8
is a member of	8
be induced to express	8
between the number of	8
the induction of cd	8
the humoral immune response	8
to act as a	8
t cells with a	8
be detected in the	8
are a number of	8
cytotoxic t cell responses	8
of t and b	8
is believed to be	8
in the current study	8
there are a number	8
goal of this study	8
in a series of	7
patients with and without	7
the development of autoimmune	7
peptides presented by mhc	7
r o t e	7
in a dose dependent	7
in a wide variety	7
s p e c	7
were excluded from the	7
type iii secretion system	7
a small number of	7
the generation of a	7
the pathogenesis of the	7
associated with a significant	7
a high binding affinity	7
the endoplasmic reticulum and	7
b cells in the	7
were not able to	7
aim of the study	7
can be recognized by	7
the initiation of the	7
cell epitope prediction using	7
of the human class	7
shown to be a	7
response to viral infection	7
enhanced dengue virus infection	7
the presence of cd	7
declare that they have	7
involved in this process	7
included in this study	7
the protective immune response	7
analyses were performed using	7
appears to be a	7
changes in the expression	7
considered to be a	7
from a patient with	7
at the university of	7
epitopes were predicted by	7
bound to mhc class	7
are critical for the	7
predicted to bind to	7
and the fact that	7
modified vaccinia virus ankara	7
more likely to be	7
the subcellular localization of	7
stages of the disease	7
of inflammatory bowel disease	7
t cells stimulated with	7
the duration of the	7
for the selection of	7
class i expression was	7
we and others have	7
amino acid composition of	7
degradation of class i	7
the aromatic amino acid	7
in at least one	7
an animal model of	7
a high proportion of	7
cd t helper cells	7
dams not vaccinated with	7
due to the high	7
does not seem to	7
is considered to be	7
of cytokines such as	7
of the final vaccine	7
kidney transplant recipients with	7
it was demonstrated that	7
is important to note	7
a broader range of	7
absence or presence of	7
demonstrate for the first	7
have been found to	7
by the expression of	7
with the class i	7
that the immune system	7
class i or ii	7
leads to the activation	7
was used as the	7
that the use of	7
in this study were	7
as is the case	7
as well as other	7
single amino acid change	7
were able to induce	7
a and c a	7
this study we have	7
the design of the	7
specific t cells from	7
for the recognition of	7
be a consequence of	7
to be recognized by	7
mhc class i interaction	7
class ii binding peptides	7
a consequence of the	7
by their ability to	7
o n a l	7
which is required for	7
peptides for mhc class	7
with a combination of	7
t cells and the	7
wide spectrum viral vaccines	7
cd regulatory t cells	7
reproductive and respiratory syndrome	7
were able to show	7
myelin basic protein to	7
to the production of	7
were selected based on	7
assessed by flow cytometry	7
a new generation of	7
involved in t cell	7
gamma delta t cell	7
i and mhc ii	7
has been detected in	7
and has been shown	7
is not sufficient for	7
of intercellular adhesion molecule	7
human leukocyte antigen class	7
be processed and presented	7
coronavirus infection induces h	7
of dengue virus infection	7
the national institute of	7
shown to play a	7
is regulated by the	7
t i g e	7
in the draining lymph	7
scale validation of methods	7
was dependent on the	7
astrocytes present myelin basic	7
and the generation of	7
is similar to that	7
molecules in the er	7
cells in the spleen	7
d n d s	7
serum levels of il	7
is a consequence of	7
in the etiology of	7
in vivo gene delivery	7
understanding of the mechanisms	7
basic protein to encephalitogenic	7
of type i interferons	7
the functions of the	7
and their ability to	7
present study was to	7
the genome of the	7
immune system and the	7
c bl j mice	7
the class i antigen	7
belonging to the b	7
and class ii antigen	7
of t cells that	7
by in situ hybridization	7
the false discovery rate	7
class i binding epitopes	7
previous studies have shown	7
the amino acid sequences	7
that they have no	7
are able to induce	7
were included in this	7
may be responsible for	7
heritability of the development	7
over the course of	7
were detected in the	7
t u r e	7
and class ii major	7
in the prevention of	7
involved in antigen presentation	7
autophagy in innate and	7
activated cd t cells	7
role of cd t	7
our findings indicate that	7
was also used to	7
a novel role for	7
through the activation of	7
prediction of peptide binding	7
antibody by a virus	7
the alloreactive t cell	7
strain of mouse hepatitis	7
t cell epitopes of	7
and their role in	7
repertoire of t cells	7
towards the human mhc	7
the extracellular part of	7
potential t cell epitopes	7
the expression of h	7
a variety of immune	7
t cell receptor recognition	7
at the er membrane	7
is an urgent need	7
the spread of the	7
in order to investigate	7
h at room temperature	7
is associated with an	7
the prediction of the	7
is independent of the	7
may be able to	7
with respect to their	7
significantly higher than that	7
across the er membrane	7
the levels of il	7
of antigenic determinants on	7
the nipah virus glycoprotein	7
the understanding of the	7
mhc class i typing	7
p r o t	7
using a combination of	7
i e n t	7
of some of the	7
and the ability to	7
low levels of mhc	7
a result of the	7
to be responsible for	7
may be useful in	7
a limited set of	7
porcine reproductive and respiratory	7
in the pathophysiology of	7
single t cell receptor	7
authors declare that they	7
t cell responses and	7
was found in the	7
may serve as a	7
to the loss of	7
to process and present	7
by western blot analysis	7
expressed on the cell	7
suppressor of cytokine signaling	7
been shown to play	7
c i f i	7
macrophage colony stimulating factor	7
study demonstrates that the	7
the identification of a	7
of t cell receptors	7
a large panel of	7
results demonstrate that the	7
to be mediated by	7
of high levels of	7
patients with cervical cancer	7
mrna for class ii	7
the development of new	7
there are at least	7
been identified in the	7
to that observed in	7
and expression of the	7
to be the most	7
in the serum of	7
in the identification of	7
the binding of a	7
f i c i	7
l a n t	7
that the development of	7
of gene expression in	7
when compared with the	7
line of defense against	7
in a phase i	7
role in t cell	7
dendritic cells in vivo	7
i molecules belonging to	7
in both cell types	7
of expression of the	7
humoral and cellular immune	7
murray valley encephalitis virus	7
we have observed that	7
for the activation of	7
proliferated in response to	7
the mechanism of action	7
the stabilized matrix method	7
was carried out by	7
to the selection of	7
of t h e	7
interactions were from the	7
of genes associated with	7
when compared to the	7
for the delivery of	7
able to bind to	7
a large fraction of	7
of the binding site	7
that are associated with	7
and to a lesser	7
peptides that can be	7
the induction of an	7
the absence or presence	7
was not associated with	7
t cell clones were	7
as well as its	7
the outcome of the	7
of these cells in	7
mhc class ii processing	7
high levels of mhc	7
cells in the bone	7
that the class i	7
be important for the	7
as well as those	7
using the polymerase chain	7
c a and c	7
the autophagy pathway and	7
selected for further analysis	7
plays a key role	7
and influenza a virus	7
authors declare no competing	7
they have no competing	7
such as dendritic cells	7
classical mhc class i	7
n t i g	7
mhc class i surface	7
a final concentration of	7
and humoral immune response	7
i s s u	7
induction of hepatitis a	7
of the immune responses	7
in class ii mhc	7
referred to as the	7
the possibility of a	7
variety of cell types	7
i g e n	7
a decrease in the	7
p e c i	7
a high number of	7
the limited number of	7
and infectious virus release	7
innate immune response to	7
crystal structure of a	7
e c i f	7
of the antigen presentation	7
of b f cells	7
as shown in table	7
omat ar film plus	7
the surface expression of	7
the shape of the	7
the effects of the	7
by dendritic cells and	7
which is responsible for	7
downregulation of mhc class	7
also play a role	7
and the mhc class	7
days in the presence	7
the number of potential	7
endogenous mhc class ii	7
in the normal rat	7
immune response of the	7
of t cells with	7
at the single cell	7
b cell epitope prediction	7
are responsible for the	7
class ii gene drb	7
the antigen processing and	7
our results demonstrate that	7
cd t lymphocyte responses	7
by an increase in	7
at major histocompatibility complex	7
d i f f	7
in the nervous system	7
of t cells by	7
t cell responses are	7
restricted t cell epitopes	7
in the first months	7
the immunogenicity of a	7
that can bind to	7
of type i ifn	7
class i molecules belonging	7
n t e r	7
in the absence or	7
small cell lung cancer	7
an analysis of the	7
and the control of	7
protein to encephalitogenic t	7
been identified as a	7
presentation by mhc class	7
were used as stimulators	7
a role in regulating	7
for cd t cell	7
cd t cell activation	7
i molecules in the	7
in spite of the	7
class ii drb gene	7
expression is associated with	7
of mhc i molecules	7
to investigate the effect	7
amino acids of the	7
present myelin basic protein	7
of a large number	7
class i molecules with	7
stimulated in vitro with	7
component of the innate	7
is characterized by a	7
t cell epitopes from	7
dock web server for	7
excluded from the analysis	7
autoimmune diseases such as	7
effector cd t cells	7
cd t em cells	7
the interaction with the	7
i mhc molecules and	7
role in the immune	7
cd a low cd	7
peptides corresponding to the	7
is related to the	7
even in the presence	7
of the inflammatory response	7
a mhc class i	7
the most frequent mhc	7
of class i antigen	7
the er membrane and	7
an increased risk of	7
surface expression of mhc	7
the herpes simplex virus	7
were measured by elisa	7
cytotoxic t lymphocytes in	7
acid sequence of the	7
high levels of ifn	7
the single cell level	7
the expression level of	7
surface of the target	6
all of which are	6
cd t cells as	6
and tongaonkar antigenicity scale	6
a mechanism by which	6
generation of mhc class	6
response in the cns	6
protein vaccine adjuvanted with	6
to bind to the	6
i antigen processing pathway	6
t cell conditioned media	6
processing and presentation by	6
was added to the	6
production of proinflammatory cytokines	6
the proinflammatory cytokines il	6
assess the role of	6
and contribute to the	6
the cell surface of	6
understanding of the immune	6
epitopes have been identified	6
expression of adhesion molecules	6
of the immunogenic proteins	6
in a population of	6
as a model system	6
recent evidence indicates that	6
i alleles in the	6
was identified as a	6
to the major histocompatibility	6
well as in the	6
by expression of the	6
in their capacity to	6
myelin basic protein peptide	6
was obtained from the	6
class ii binding affinity	6
empirical method for prediction	6
bf and chb m	6
with the t cell	6
in support of this	6
is not essential for	6
were significantly lower in	6
and respiratory syndrome virus	6
not included in the	6
for a variety of	6
but it is not	6
a crucial role for	6
about the role of	6
we investigated the effect	6
s p l a	6
gd t cells were	6
the selection of epitopes	6
into the er lumen	6
positive correlation between the	6
backbone atoms of the	6
recognition by t cells	6
the role of cytokines	6
the time of writing	6
also been implicated in	6
isolation and characterization of	6
cells were positive for	6
specific t cell response	6
specific t cells by	6
that is associated with	6
lowest docking energy score	6
vitro in the presence	6
of our study was	6
of a wide range	6
the myelin basic protein	6
and dynamics of the	6
in the first year	6
in human peripheral blood	6
class i binding prediction	6
of type i interferon	6
ii major histocompatibility antigens	6
immune system is the	6
between mhc class i	6
the cell surface in	6
response to treatment with	6
the production of cytokines	6
was associated with the	6
in an in vitro	6
as in the case	6
of mycobacterium avium subsp	6
into the host cell	6
of the ebola virus	6
to the role of	6
the cd and cd	6
of the number of	6
in human t cells	6
presentation by dendritic cells	6
a direct effect on	6
of experimental autoimmune encephalomyelitis	6
it is not possible	6
clones specific for the	6
cells are capable of	6
the molecular mimicry hypothesis	6
surface expression of hla	6
the ebola virus glycoprotein	6
be associated with the	6
of the male reproductive	6
neuronal and glial cells	6
and ia antigens on	6
in the response to	6
histocompatibility complex antigen expression	6
new insight into the	6
mammalian target of rapamycin	6
order to study the	6
in the numbers of	6
molecules as well as	6
in humans and mice	6
has recently been shown	6
to express mhc class	6
the affinity of the	6
of autophagy proteins in	6
t a r g	6
to ensure that the	6
of the amino acid	6
of signal peptide peptidase	6
mice as well as	6
cells were adoptively transferred	6
very high level of	6
associated with antigen presentation	6
on the identification of	6
through the mhc class	6
is critical for the	6
b m deficient mice	6
were associated with a	6
of the s proteasome	6
and the immune response	6
molecules at the cell	6
of antigen recognition by	6
peptide binding predictions for	6
for the lack of	6
regulation of major histocompatibility	6
improved method for predicting	6
risk of graft loss	6
the pathogenesis of inflammatory	6
ia antigens on brain	6
in position of the	6
and chb m were	6
supported by the national	6
the h n aiv	6
tumor necrosis factor and	6
in the general population	6
molecules belonging to the	6
and the class i	6
sensitivity and specificity of	6
immune cells in the	6
y k s n	6
f f e r	6
with the human genome	6
before the addition of	6
such as multiple sclerosis	6
a number of viruses	6
isa v compared to	6
in both cd and	6
role of the proteasome	6
of peptides derived from	6
alone is not sufficient	6
of the alloreactive t	6
positive cells in the	6
we have previously demonstrated	6
i n s t	6
revealed the presence of	6
to adjust for multiple	6
aspects of the immune	6
used for the treatment	6
differences between the groups	6
and the risk of	6
this is due to	6
and delivered to the	6
the role of t	6
of these cells to	6
a component of the	6
at various time points	6
mice that had been	6
mhc class ii was	6
antigen in the context	6
we did not observe	6
version of this article	6
were determined by flow	6
to express class i	6
to be linked to	6
designed l and l	6
for class i mhc	6
t e i n	6
the world health organization	6
a r g e	6
t cells derived from	6
in the h n	6
cultured in the presence	6
for days in the	6
specific immune responses by	6
in the processing of	6
data show that the	6
recent studies have demonstrated	6
regulate the expression of	6
were cultured in rpmi	6
that binds to the	6
t a t i	6
bind to mhc class	6
for a total of	6
of the b cell	6
the thymus and pooled	6
class i and the	6
could be used in	6
n terminus of the	6
numbers of cd t	6
the transcriptional regulation of	6
cell epitopes for the	6
the presence of donor	6
production of type i	6
expressed at the cell	6
mhc class i complex	6
t cells responding to	6
an important source of	6
presentation to t cells	6
determinants on protein antigens	6
aas converted to srl	6
consistent with a role	6
prediction of antigenic determinants	6
affinity to mhc class	6
of the effects of	6
data are consistent with	6
on the type of	6
gd t cells and	6
binding predictions for hla	6
of hepatitis b virus	6
is not associated with	6
the context of class	6
these observations suggest that	6
to that of the	6
in the early stages	6
has been shown in	6
human retinal pigment epithelial	6
host immune response to	6
global gene expression in	6
chou and fasman beta	6
the vaccine candidate proteins	6
of the transcription factor	6
of patients with multiple	6
a mechanism for the	6
the first months post	6
compared to wild type	6
the association of the	6
was found to have	6
are found in the	6
t cell responses were	6
as antigen presenting cells	6
the b cell receptor	6
i expression by oligodendroglia	6
have been postulated to	6
mhc class i products	6
major histocompatibility antigens on	6
the heritability of the	6
approach has been used	6
an important role for	6
expressing high levels of	6
retrieved from the ncbi	6
to be due to	6
of the t cells	6
cells and cd t	6
the lowest binding energy	6
recent data suggest that	6
a strong association between	6
and fasman beta turn	6
i expression on oligodendroglia	6
cd cd foxp t	6
class i genes in	6
immune responses in vivo	6
also contribute to the	6
were selected for the	6
is not dependent on	6
hepatitis b surface antigen	6
bat mhc class i	6
exclude the possibility that	6
i n d i	6
an adaptive immune response	6
has been demonstrated to	6
development of a vaccine	6
the physiological relevance of	6
this study was designed	6
the overall incidence of	6
and a number of	6
in different cell types	6
ability to respond to	6
ii mhc mrna expression	6
some of the most	6
that can be presented	6
regulation of gene expression	6
to occur in the	6
the b and t	6
montanide isa v compared	6
jhm strain of mouse	6
that there is an	6
study was to assess	6
is not possible to	6
f e c t	6
is the most important	6
elicit an immune response	6
modulation of the immune	6
the time of transplant	6
cells have been shown	6
inhibition of t cell	6
was determined by flow	6
intracellular retention of gag	6
is likely due to	6
and suggest that the	6
the induction of mhc	6
been shown to enhance	6
by a combination of	6
also found to be	6
in the rat testis	6
salt bridge is formed	6
did not show any	6
and is associated with	6
of these molecules in	6
stability of mhc class	6
e c t i	6
expression of cd in	6
the class i and	6
has been identified as	6
expression of costimulatory molecules	6
i expression by microglia	6
by cd t lymphocytes	6
t cells were isolated	6
aim of the present	6
a risk factor for	6
induction of apoptosis in	6
autocrine motility factor receptor	6
in response to ifn	6
that in addition to	6
a dose dependent manner	6
predicting population coverage of	6
inbred strains of mice	6
response to stimulation with	6
is not due to	6
compared to the control	6
of cytokines and chemokines	6
results are consistent with	6
was to assess the	6
towards the development of	6
class i molecules were	6
incidence of acute rejection	6
e t a l	6
known to be a	6
in silico analysis of	6
is similar to the	6
the discovery of the	6
compared to that in	6
t cells was significantly	6
of the molecular mechanisms	6
in the human genome	6
is supported by a	6
cells in the thymus	6
specific t cells in	6
in rpmi supplemented with	6
t i s s	6
mice initially immunized with	6
the central role of	6
an effective immune response	6
an understanding of the	6
the role of hla	6
papillomavirus type e and	6
cell receptor recognition of	6
increase the number of	6
results show that the	6
been shown to increase	6
and the role of	6
is unlikely to be	6
of autophagy in innate	6
for prediction of antigenic	6
of cell surface molecules	6
an e ubiquitin ligase	6
hypothetical protein map c	6
of the tcr repertoire	6
for the major histocompatibility	6
expression of mhc antigens	6
with severe combined immunodeficiency	6
cells in the rat	6
are listed in table	6
i and ii alleles	6
l and l genes	6
a novel mechanism of	6
of adaptive immune responses	6
analyzed by flow cytometry	6
levels were significantly higher	6
la antigen expression on	6
thought to be a	6
t cell clones with	6
a a a a	6
and its effect on	6
the immune response against	6
supported in part by	6
in the outcome of	6
ar film plus two	6
the repertoire of t	6
the antigenicity of the	6
from the er to	6
presenting cells in the	6
of immune responses to	6
t cells as well	6
samples were collected at	6
in a transgenic model	6
cells in the periphery	6
is not known whether	6
amino acid residues in	6
mice vaccinated with hexavalent	6
to be critical for	6
degraded by the proteasome	6
the ratio of cd	6
is associated with increased	6
we observed that the	6
test was used to	6
associated with mhc class	6
to express class ii	6
of mice infected with	6
e and e proteins	6
the endoplasmic reticulum to	6
allergy and infectious diseases	6
was no difference in	6
to the discovery of	6
associated with an increased	6
acid change in the	6
major histocompatibility class ii	6
in vitro in the	6
k s n nq	6
endothelial cells and astrocytes	6
fc receptors for igg	6
cytotoxic t lymphocyte epitope	6
were extracted from the	6
was used to measure	6
t cells from patients	6
the important role of	6
p l a n	6
positional scanning combinatorial peptide	6
the autophagy gene atg	6
in the face of	6
gd t cells are	6
of the salt bridge	6
this study we investigated	6
this was associated with	6
class i binding peptides	6
for the maintenance of	6
in addition to its	6
has the highest binding	6
for h at room	6
was defined as a	6
used as a positive	6
center for biotechnology information	6
by the absence of	6
of the importance of	6
and cd t lymphocytes	6
beyond the scope of	6
a n s p	6
analysis showed that the	6
the natural history of	6
as well as il	6
of the antigen processing	6
be recognized by t	6
the cd t lymphocyte	6
antigen presenting cells in	6
the immune response and	6
the production of the	6
cell epitope mapping tools	6
associated with activation of	6
l l dna constructs	6
restricted cytotoxic t cells	6
a reduction of the	6
expression in murine astrocytes	6
cells isolated from the	6
classes i and ii	6
reproduction in any medium	6
of peptides binding to	6
signal peptide peptidase is	6
development of bnp within	6
as a negative control	6
on the other side	6
in the domestic cat	6
on the use of	6
cells can be activated	6
can be applied to	6
the activation status of	6
for the design of	6
to the regulation of	6
the relative contribution of	6
is a prerequisite for	6
supported by a grant	6
alloreactive cd t cells	6
i or class ii	6
evidence for a role	6
amino acid identity with	6
we would like to	6
the designed l and	6
r g e t	6
the kinetics of the	6
the purpose of the	6
b and t cells	6
surface expression of the	6
by the sertoli cell	6
the endoplasmic reticulum membrane	6
role in the early	6
cleaved by signal peptidase	6
of the autophagy pathway	6
the chicken leukocyte receptor	6
the inhibitory effect of	6
one of the main	6
cd t cell help	6
which are associated with	6
the selection of the	6
antigenic determinants on protein	6
proteins as well as	6
the iedb population coverage	6
a large variety of	6
might play a role	6
the structure and function	6
should be noted that	6
class ii mhc gene	6
might be able to	6
the abundance of the	6
the remainder of the	6
in the spleen and	6
have been used in	6
the interaction between the	6
of type i ifns	6
for cd and cd	6
the cells of the	6
for the analysis of	6
major histocompatibility complex antigens	6
were incubated for h	6
was no difference between	6
the large number of	6
can lead to a	6
it should be noted	6
in cd and cd	6
i f f e	6
be influenced by the	6
t h e s	6
national center for biotechnology	6
surface mhc class i	6
of a t cell	6
naive and memory cd	6
cytotoxic t lymphocytes by	6
are recognized by the	6
in order to study	6
the treatment of patients	6
is not clear whether	6
the underlying molecular mechanisms	6
t cells that are	6
different mhc class i	6
reduction in the number	6
escape mutants are not	6
type e and e	6
gain access to the	6
t cell responses against	6
due to the presence	6
of programmed cell death	6
that class i expression	6
investigate the effect of	6
associated with an increase	6
by hepatitis c virus	6
in response to infection	6
no significant differences were	6
is predicted to have	6
by at least two	6
which was followed by	6
r a f t	6
type i and ii	6
were significantly higher than	6
are a family of	6
class iii pi k	6
control of viral infections	6
abstract withdrawn by author	6
of the study was	6
in the setting of	6
specific for the immunodominant	6
the number of ox	6
despite the fact that	6
binding peptides based on	6
cells in peripheral blood	6
cell responses in the	6
and adaptive immune systems	6
induce an immune response	6
vascular cell adhesion molecule	6
can be modulated by	6
of t cells to	6
the secondary structure of	6
was significantly reduced in	6
of the cell cycle	6
by real time pcr	6
an essential role for	6
the lowest docking energy	6
in the mouse and	6
have been able to	6
did not result in	6
of the cells with	6
of the rhesus macaque	6
i n t e	6
b cells can be	6
in mice immunized with	6
memory t cells were	6
the pathogenesis of this	6
the activation of t	6
in patients with chronic	6
in the study of	6
of systemic lupus erythematosus	6
dendritic cells and macrophages	6
cd t cell lines	6