noun/verb

This is a table of noun/verb combinations and their frequencies from sentences in your study carrel. Use it to search & browse the list to learn more about your study carrel.

noun	verb	frequency
it	is	698
we	have	598
cells	were	505
cells	are	300
we	found	207
mice	were	205
it	was	200
it	has	188
they	are	187
cells	was	145
studies	have	128
study	was	125
we	used	124
cells	is	119
we	are	112
peptides	were	108
expression	was	102
epitopes	were	101
patients	were	95
antigen	presenting	91
we	show	91
proteins	were	90
molecules	are	83
we	observed	81
epitopes	are	80
peptide	binding	80
proteins	are	78
expression	is	77
response	is	68
cells	expressing	67
cells	have	67
responses	were	66
vaccines	are	66
virus	is	62
mice	are	61
peptides	are	61
they	were	60
protein	is	60
infection	is	59
protein	was	59
genes	are	58
sequences	were	57
antigens	are	55
we	demonstrate	50
response	was	49
patients	had	48
i	binding	48
mhc	binding	47
they	have	46
genes	were	44
we	showed	44
antigen	is	43
mice	infected	43
we	identified	43
cell	mediated	42
cells	express	39
%	were	37
peptides	derived	37
epitope	is	37
epitopes	is	36
study	is	36
responses	are	34
studies	are	34
genes	involved	34
epitope	was	34
viruses	have	33
antibodies	were	32
peptide	is	32
vaccine	was	32
we	were	32
i	is	30
mice	showed	29
mice	was	29
molecules	is	29
cells	infected	29
cells	has	29
cells	showed	28
i	m	28
peptide	was	28
vaccine	is	28
viruses	are	28
we	demonstrated	28
vaccines	have	27
molecules	were	27
infection	was	27
disease	is	27
epitopes	using	26
expression	were	26
gene	is	26
sequence	was	26
mice	expressing	25
virus	was	25
vaccines	is	24
we	present	24
cells	using	24
studies	using	24
patients	are	24
epitopes	derived	23
mhc	is	23
peptides	binding	23
peptides	presented	23
proteins	have	23
we	compared	23
epitopes	have	22
epitopes	was	22
they	do	22
we	determined	22
we	did	22
peptides	bound	21
sequences	are	21
proteins	involved	21
peptides	is	21
cells	had	21
molecules	have	21
mice	have	21
antibody	mediated	20
cells	derived	20
gene	was	20
receptors	are	19
proteins	is	19
antigens	were	19
antigens	is	19
antibodies	are	19
%	had	19
cells	produce	18
epitopes	identified	18
studies	showed	18
studies	suggest	18
we	use	17
study	demonstrates	17
proteins	was	17
patients	was	17
molecules	involved	17
cells	following	17
disease	was	17
molecules	was	16
we	find	16
sequence	is	16
studies	show	16
molecule	is	16
genes	associated	16
cells	increased	16
antigen	was	15
cells	do	15
infection	induces	15
patients	have	15
virus	infected	15
viruses	is	15
virus	has	14
responses	is	14
studies	were	14
studies	indicate	14
cells	did	14
protein	has	14
responses	induced	14
mice	compared	13
study	were	13
response	induced	13
peptides	have	13
mice	is	13
i	was	13
genes	have	13
cells	expressed	13
cell	is	13
antigen	are	13
infections	is	12
vaccines	based	12
they	express	12
patients	compared	12
mice	had	12
it	does	12
response	are	12
infections	are	12
expression	has	12
cells	activated	12
antigens	presented	12
antigen	binding	12
cells	present	12
protein	were	11
their	binding	11
study	shows	11
study	are	11
studies	demonstrated	11
receptor	is	11
peptides	was	11
peptide	presented	11
molecules	using	11
infection	has	11
cells	producing	11
cells	induced	11
we	suggest	10
we	predicted	10
we	do	10
vaccine	using	10
study	has	10
receptors	expressed	10
sequences	was	10
sequences	have	10
receptors	have	10
molecule	was	10
peptides	using	10
peptides	based	10
patients	show	10
mice	did	10
it	did	10
infection	were	10
cells	produced	10
antibody	was	10
epitopes	predicted	9
vaccine	induced	9
study	suggests	9
studied	using	9
sequence	based	9
peptides	containing	9
mice	using	9
viruses	use	9
epitope	binding	9
cells	involved	9
cells	compared	9
cell	derived	9
cell	based	9
antigens	derived	9
antigen	has	9
epitope	are	9
responses	have	8
patients	showed	8
peptide	are	8
protein	are	8
proteins	containing	8
proteins	expressed	8
response	following	8
study	using	8
studies	suggested	8
study	showed	8
molecule	were	8
they	did	8
vaccines	were	8
viruses	were	8
our	present	8
antigens	have	8
molecule	has	8
b	was	8
it	's	8
antibody	binding	8
antibody	is	8
antigen	using	8
antigens	was	8
antigens	has	8
disease	has	8
epitope	based	8
epitopes	had	8
genes	including	8
genes	is	8
i	are	8
studies	demonstrate	7
protein	expressing	7
protein	involved	7
receptor	binding	7
receptor	has	7
responses	has	7
sequences	using	7
virus	induces	7
t	is	7
them	were	7
vaccine	has	7
virus	are	7
virus	expressing	7
peptides	associated	7
viruses	has	7
peptides	identified	7
molecules	has	7
peptide	were	7
epitope	were	7
%	are	7
cells	being	7
peptide	derived	7
cells	use	7
diseases	are	7
epitope	has	7
cells	demonstrated	7
epitopes	contained	7
expression	following	7
infection	are	7
itself	is	7
mice	produced	7
molecules	expressed	7
they	had	6
protein	expressed	6
proteins	bind	6
receptors	including	6
receptors	were	6
response	has	6
response	involves	6
sequences	derived	6
their	use	6
peptide	bound	6
vaccine	based	6
vaccine	were	6
vaccines	do	6
virus	binding	6
virus	infects	6
virus	were	6
we	compare	6
we	induced	6
protein	binds	6
virus	have	6
patients	is	6
diseases	were	6
patients	infected	6
.	have	6
.	showed	6
antibodies	was	6
%	was	6
antigen	presented	6
cells	does	6
cells	induce	6
antigen	expressed	6
epitopes	based	6
epitopes	present	6
epitopes	presented	6
genes	has	6
genes	was	6
it	binds	6
its	use	6
epitopes	has	6
response	using	5
responses	was	5
responses	observed	5
responses	following	5
response	were	5
proteins	include	5
response	mediated	5
receptors	is	5
proteins	suggests	5
she	was	5
sequence	were	5
viruses	expressing	5
studies	involving	5
studies	is	5
study	identifies	5
study	used	5
they	contain	5
they	produce	5
vaccine	containing	5
vaccines	using	5
virus	using	5
protein	using	5
we	produced	5
proteins	contain	5
receptor	was	5
protein	induced	5
infection	compared	5
protein	have	5
%	increase	5
%	using	5
antibody	producing	5
antigen	were	5
b	are	5
cell	associated	5
cells	based	5
disease	are	5
diseases	associated	5
expression	are	5
cell	was	5
infection	induced	5
peptides	bind	5
infections	were	5
protein	binding	5
peptides	showed	5
peptides	predicted	5
protein	contains	5
patient	was	5
our	predicted	5
mice	has	5
mice	do	5
receptor	were	4
studies	indicated	4
sequence	are	4
responses	mediated	4
response	does	4
response	based	4
receptor	bound	4
receptor	mediated	4
study	comparing	4
proteins	induced	4
proteins	identified	4
proteins	has	4
studies	was	4
we	identify	4
study	found	4
study	indicates	4
them	are	4
them	have	4
themselves	are	4
they	found	4
they	present	4
they	showed	4
vaccine	expressing	4
vaccines	was	4
we	had	4
peptides	activate	4
peptides	present	4
infection	have	4
patient	is	4
cells	mediated	4
mouse	was	4
%	compared	4
antibodies	is	4
antigens	associated	4
antigens	expressed	4
antigens	involved	4
cell	are	4
cell	has	4
cells	binding	4
cells	containing	4
cells	followed	4
cells	induces	4
antibodies	have	4
cells	show	4
epitopes	being	4
genes	induced	4
genes	using	4
hla	binding	4
i	expressing	4
molecules	present	4
it	induces	4
its	associated	4
mhc	are	4
mice	express	4
epitope	derived	4
proteins	involves	3
proteins	bound	3
proteins	derived	3
proteins	induce	3
receptor	expressed	3
proteins	produced	3
proteins	showed	3
receptor	binds	3
protein	showed	3
receptors	include	3
receptors	used	3
proteins	based	3
peptides	has	3
protein	having	3
protein	containing	3
protein	based	3
peptides	do	3
peptides	contained	3
peptides	being	3
peptide	contains	3
peptide	containing	3
patients	produced	3
patients	has	3
responses	associated	3
patient	had	3
response	compared	3
they	presented	3
responses	using	3
sequence	has	3
molecules	do	3
we	observe	3
we	infected	3
we	derived	3
viruses	was	3
viruses	infect	3
viruses	including	3
viruses	do	3
virus	show	3
virus	induced	3
vaccines	expressing	3
vaccines	derived	3
vaccines	containing	3
they	used	3
they	show	3
they	indicate	3
they	include	3
study	suggest	3
study	involved	3
study	included	3
studies	showing	3
sequences	showed	3
sequences	is	3
sequenced	using	3
sequence	using	3
mouse	were	3
it	be	3
molecules	derived	3
antigens	using	3
cells	suggesting	3
cells	presenting	3
cells	mediate	3
cells	including	3
cells	include	3
cells	identified	3
cells	determines	3
cells	contain	3
cells	be	3
cells	associated	3
cell	activating	3
antigens	induced	3
disease	following	3
antigen	used	3
antigen	produced	3
antigen	induced	3
antibody	are	3
antibodies	using	3
antibodies	produced	3
antibodies	present	3
antibodies	induced	3
antibodies	bind	3
.	were	3
molecules	compared	3
disease	associated	3
antibodies	do	3
disease	were	3
i	presented	3
diseases	have	3
mice	contained	3
mhc	was	3
mhc	expressing	3
it	shows	3
it	indicates	3
it	includes	3
it	contains	3
infections	have	3
infections	has	3
infection	does	3
mice	following	3
i	have	3
expression	increased	3
epitope	have	3
genes	increases	3
epitopes	bound	3
epitopes	showed	3
mice	used	3
expression	induced	3
genes	identified	3
gene	expressed	3
gene	has	3
expression	using	3
protein	predicting	2
proteins	did	2
proteins	does	2
proteins	having	2
proteins	including	2
proteins	observed	2
proteins	present	2
molecules	binding	2
receptor	activates	2
receptor	are	2
receptor	have	2
receptors	associated	2
receptor	induces	2
receptors	do	2
receptors	present	2
receptors	using	2
receptors	was	2
response	activated	2
response	associated	2
response	had	2
response	involving	2
protein	mediates	2
responses	followed	2
receptors	suggesting	2
peptide	being	2
protein	inducing	2
protein	induces	2
sequence	have	2
molecules	following	2
molecules	including	2
molecules	presenting	2
molecules	produced	2
mouse	is	2
patient	were	2
patients	being	2
patients	comparing	2
patients	do	2
patients	using	2
peptide	based	2
peptide	followed	2
peptide	predicted	2
peptide	using	2
peptides	followed	2
peptides	found	2
peptides	induced	2
peptides	used	2
protein	associated	2
protein	derived	2
sequence	containing	2
they	observed	2
sequences	bound	2
virus	had	2
they	use	2
vaccine	followed	2
vaccine	have	2
vaccine	increased	2
vaccine	induces	2
vaccine	showed	2
vaccines	being	2
vaccines	identifying	2
vaccines	induce	2
virus	compared	2
virus	involved	2
sequences	contained	2
virus	mediated	2
virus	present	2
virus	producing	2
virus	uses	2
viruses	did	2
viruses	following	2
viruses	induce	2
viruses	used	2
we	followed	2
we	included	2
they	suggest	2
they	infect	2
they	induced	2
they	demonstrate	2
sequences	found	2
sequences	had	2
sequences	used	2
studies	did	2
studies	suggests	2
study	based	2
study	compared	2
study	demonstrated	2
study	demonstrating	2
study	did	2
study	express	2
study	identified	2
study	indicate	2
study	suggested	2
t	have	2
their	associated	2
them	contain	2
them	is	2
them	use	2
themselves	have	2
they	activate	2
molecules	follow	2
proteins	using	2
molecules	bind	2
classes	were	2
cell	expressing	2
cell	using	2
cell	were	2
cells	activate	2
cells	bound	2
cells	contained	2
cells	involves	2
cells	produces	2
cells	used	2
classes	are	2
disease	being	2
cell	binding	2
disease	induced	2
diseases	has	2
diseases	including	2
diseases	mediated	2
epitope	does	2
epitope	expressed	2
epitope	involving	2
epitope	presented	2
epitope	showed	2
epitopes	associated	2
cell	expresses	2
b	presenting	2
epitopes	determined	2
antigens	containing	2
molecules	being	2
%	have	2
.	found	2
.	was	2
antibodies	based	2
antibodies	binding	2
antibodies	bound	2
antibody	did	2
antibody	were	2
antigen	bound	2
antigens	determining	2
b	is	2
antigens	did	2
antigens	following	2
antigens	including	2
antigens	increases	2
antigens	involves	2
antigens	predicted	2
antigens	present	2
antigens	used	2
b	compared	2
b	had	2
epitopes	binding	2
antigens	identified	2
epitopes	inducing	2
mice	demonstrated	2
it	determines	2
it	follows	2
it	had	2
it	involves	2
it	showed	2
it	were	2
its	binding	2
mhc	associated	2
mhc	bound	2
mhc	has	2
mice	expressed	2
it	are	2
mice	indicating	2
mice	induced	2
mice	produce	2
mice	producing	2
molecule	are	2
molecule	compared	2
molecule	expressed	2
molecule	involved	2
epitopes	suggested	2
molecules	associated	2
it	associates	2
mice	present	2
infections	induce	2
hla	presenting	2
expression	did	2
expression	compared	2
infection	suggests	2
expression	have	2
expression	induces	2
gene	are	2
genes	expressed	2
genes	included	2
genes	show	2
hla	based	2
expression	showed	2
i	associated	2
i	presenting	2
infection	had	2
i	did	2
infection	mediated	2
infection	followed	2
infection	demonstrated	2
i	predicts	2
i	has	2
infection	following	2
proteins	followed	1
proteins	includes	1
proteins	do	1
proteins	following	1
proteins	had	1
proteins	demonstrated	1
proteins	included	1
proteins	mediate	1
proteins	increases	1
proteins	indicated	1
proteins	mediates	1
proteins	shown	1
receptor	based	1
proteins	binding	1
receptor	containing	1
receptor	compared	1
proteins	contained	1
protein	indicated	1
proteins	being	1
protein	use	1
protein	does	1
receptor	had	1
protein	followed	1
protein	following	1
protein	found	1
protein	had	1
protein	identifies	1
protein	increased	1
protein	indicating	1
protein	induce	1
protein	involves	1
protein	mediated	1
protein	observed	1
protein	present	1
protein	shows	1
receptor	demonstrated	1
response	observed	1
receptor	identified	1
response	determines	1
response	involved	1
response	mediating	1
response	present	1
response	show	1
response	showed	1
response	shows	1
responses	activate	1
responses	activated	1
responses	being	1
responses	contained	1
responses	determined	1
responses	did	1
responses	do	1
responses	had	1
protein	contained	1
response	inducing	1
response	demonstrates	1
receptor	increases	1
response	demonstrated	1
receptor	mediates	1
receptor	suggest	1
receptor	using	1
receptors	based	1
receptors	bound	1
receptors	compared	1
receptors	containing	1
receptors	identified	1
receptors	involved	1
receptors	mediated	1
receptors	showing	1
receptors	suggests	1
receptors	use	1
response	been	1
response	comparing	1
protein	do	1
patient	presented	1
protein	associates	1
mouse	indicate	1
mouse	suggesting	1
our	identified	1
our	use	1
patient	are	1
patient	base	1
responses	including	1
patients	based	1
patients	demonstrate	1
patients	demonstrated	1
patients	does	1
patients	expressed	1
patients	expressing	1
patients	followed	1
patients	following	1
patients	found	1
mouse	indicated	1
mouse	has	1
patients	included	1
molecules	suggested	1
molecules	activates	1
molecules	associate	1
molecules	based	1
molecules	bound	1
molecules	contain	1
molecules	derive	1
molecules	determine	1
molecules	followed	1
molecules	follows	1
molecules	includes	1
molecules	mediate	1
molecules	mediates	1
molecules	mediating	1
molecules	presents	1
molecules	showed	1
patients	having	1
patients	increased	1
peptides	shows	1
peptide	used	1
peptides	compared	1
peptides	did	1
peptides	does	1
peptides	expressed	1
peptides	find	1
peptides	had	1
peptides	having	1
peptides	indicated	1
peptides	induce	1
peptides	induces	1
peptides	inducing	1
peptides	involved	1
peptides	predict	1
peptides	produce	1
peptides	shown	1
peptides	associate	1
peptide	suggesting	1
patients	induced	1
peptide	shows	1
patients	present	1
patients	presented	1
patients	showing	1
patients	suggested	1
peptide	activates	1
peptide	compared	1
peptide	does	1
peptide	following	1
peptide	found	1
peptide	has	1
peptide	have	1
peptide	induced	1
peptide	produced	1
peptide	show	1
peptide	showed	1
responses	include	1
study	does	1
responses	induce	1
vaccine	contained	1
vaccine	did	1
vaccine	does	1
vaccine	increases	1
vaccine	inducing	1
vaccine	involves	1
vaccine	presented	1
vaccine	produced	1
vaccine	use	1
vaccine	used	1
vaccines	contain	1
vaccines	has	1
vaccines	include	1
vaccines	includes	1
vaccines	involving	1
vaccines	produced	1
vaccine	derived	1
vaccine	are	1
vaccines	used	1
us	identify	1
themselves	induce	1
themselves	infected	1
themselves	is	1
themselves	produce	1
they	be	1
they	bind	1
they	derive	1
they	identify	1
they	increased	1
they	induce	1
they	mediate	1
they	predicted	1
they	produced	1
they	suggested	1
us	be	1
vaccines	use	1
virus	based	1
themselves	being	1
viruses	derive	1
viruses	express	1
viruses	identified	1
viruses	induced	1
viruses	produce	1
viruses	using	1
we	've	1
we	associated	1
we	determine	1
we	express	1
we	expressed	1
we	predict	1
we	presented	1
we	produce	1
we	shows	1
we	suggested	1
viruses	derived	1
viruses	containing	1
virus	bound	1
viruses	based	1
virus	contains	1
virus	demonstrating	1
virus	did	1
virus	do	1
virus	found	1
virus	identified	1
virus	inducing	1
virus	involves	1
virus	mediates	1
virus	produce	1
virus	produced	1
virus	showed	1
virus	suggesting	1
virus	used	1
viruses	associated	1
themselves	did	1
themselves	be	1
responses	involve	1
sequences	identified	1
sequences	involved	1
sequences	present	1
sequencing	using	1
she	has	1
she	presented	1
studied	are	1
studied	do	1
studied	include	1
studied	included	1
studied	including	1
studied	was	1
studies	based	1
studies	demonstrating	1
studies	determined	1
studies	do	1
sequences	indicated	1
sequences	did	1
studies	had	1
sequences	determined	1
responses	involved	1
responses	show	1
responses	showed	1
sequence	derived	1
sequence	did	1
sequence	found	1
sequence	involves	1
sequence	predicted	1
sequence	showed	1
sequence	shown	1
sequence	shows	1
sequenced	is	1
sequenced	were	1
sequences	based	1
sequences	containing	1
studies	found	1
studies	has	1
them	using	1
study	produces	1
t	bind	1
t	compared	1
t	derived	1
t	has	1
t	involves	1
t	used	1
t	was	1
their	derived	1
their	increased	1
them	found	1
them	had	1
them	has	1
them	induce	1
them	presenting	1
them	showed	1
study	showing	1
study	presented	1
studies	identified	1
study	involving	1
studies	include	1
studies	included	1
studies	including	1
studies	suggesting	1
studies	used	1
study	associated	1
study	compares	1
study	demonstrate	1
study	do	1
molecule	presenting	1
study	had	1
study	have	1
study	includes	1
study	including	1
study	indicated	1
molecule	presents	1
infections	was	1
molecule	present	1
cells	contains	1
cells	determined	1
cells	follows	1
cells	found	1
cells	having	1
cells	increase	1
cells	increases	1
cells	indicate	1
cells	indicated	1
cells	indicates	1
cells	indicating	1
cells	mediates	1
cells	observed	1
cells	predict	1
cells	predicted	1
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