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	825
we	have	649
peptides	are	363
peptides	were	343
it	was	261
it	has	253
they	are	240
peptides	have	155
peptide	was	152
proteins	are	130
peptide	is	124
studies	have	121
cells	were	114
we	used	110
peptides	is	108
we	found	107
we	report	98
peptides	derived	94
we	are	94
study	was	92
protein	is	92
proteins	were	81
activity	was	79
peptides	was	73
they	have	73
we	synthesized	73
they	were	64
activity	is	63
peptide	derived	63
we	show	62
peptides	containing	62
results	suggest	57
results	are	55
structure	is	55
method	is	54
results	obtained	53
we	designed	53
we	developed	53
protein	was	52
sequences	were	51
results	were	50
results	show	50
acids	are	45
molecules	are	45
proteins	is	44
sequence	is	44
proteins	have	42
residues	are	42
we	were	42
receptors	are	41
protein	design	41
peptide	design	41
interactions	are	40
peptide	has	38
system	is	38
results	showed	37
studies	are	37
studies	were	37
domain	is	36
cells	are	35
we	demonstrated	33
receptor	binding	33
sequence	was	32
group	is	31
methods	are	31
model	was	31
proteins	involved	31
residues	were	31
we	demonstrate	31
we	showed	30
we	identified	30
structure	was	30
method	was	30
effect	is	30
peptides	has	29
residue	is	29
their	use	28
we	use	28
acids	were	27
interaction	is	27
structures	are	27
study	is	27
analysis	was	26
peptides	using	25
effect	was	24
model	is	24
we	find	24
cells	is	24
methods	have	23
structures	were	23
studies	showed	23
sequences	are	22
them	are	22
method	using	22
method	has	22
.	have	21
cells	was	21
membrane	is	21
protein	targets	21
system	was	21
peptide	containing	20
protein	were	20
we	obtained	20
effects	were	20
domains	are	20
analysis	showed	19
molecules	have	19
peptides	identified	19
peptides	show	19
protein	are	19
structures	formed	19
we	determined	19
we	suggest	19
peptides	based	18
virus	was	18
results	provide	18
proteins	containing	18
analysis	using	18
peptide	binding	18
molecules	were	18
group	was	18
activities	are	18
protein	has	17
site	is	17
protein	target	17
its	use	17
peptides	showed	17
groups	have	17
acid	is	16
group	has	16
it	does	16
models	were	16
result	is	16
results	demonstrate	16
studies	using	16
systems	are	16
sequence	has	15
their	binding	15
residue	was	15
models	have	15
cells	have	15
protein	binding	14
results	have	14
we	reported	14
sites	were	13
virus	binding	13
they	do	13
their	target	13
systems	have	13
studies	demonstrated	13
peptides	do	13
sites	are	13
residues	have	13
proteins	using	13
peptides	targeting	13
interaction	was	13
peptides	had	12
viruses	are	12
studies	suggest	12
sequences	was	12
proteins	was	12
peptides	used	12
peptides	obtained	12
peptides	having	12
proteins	has	12
peptide	were	12
groups	were	12
activities	were	12
activity	has	12
peptide	based	12
methods	used	12
acids	have	12
molecule	is	12
peptide	showed	11
them	is	11
system	has	11
study	using	11
studied	using	11
structures	have	11
results	demonstrated	11
receptors	were	11
receptor	was	11
viruses	were	11
peptide	contains	11
effects	are	11
.	demonstrated	11
analysis	is	11
domain	was	11
membrane	was	11
groups	are	11
interactions	is	11
interactions	were	11
peptides	inhibited	10
them	were	10
study	found	10
sequences	derived	10
result	was	10
residues	is	10
residues	involved	10
receptors	have	10
virus	is	10
peptides	bind	10
peptide	are	10
molecules	is	10
models	are	10
membranes	are	10
membrane	binding	10
it	showed	10
activity	using	10
acid	was	10
sequences	have	9
we	provide	9
they	showed	9
they	found	9
systems	is	9
study	were	9
studies	suggested	9
sequences	using	9
membranes	is	9
protein	containing	9
peptides	binding	9
peptide	identified	9
activity	are	9
membranes	containing	9
it	shows	9
it	binds	9
peptides	inhibit	9
structure	has	8
peptides	designed	8
proteins	based	8
proteins	identified	8
study	showed	8
study	are	8
study	demonstrated	8
model	has	8
viruses	have	8
peptide	using	8
peptides	found	8
method	used	8
domains	is	8
method	based	8
analysis	are	8
domain	were	8
domains	have	8
cells	using	8
interactions	using	8
it	allows	8
it	includes	8
its	target	8
sequences	is	7
peptides	form	7
peptides	including	7
proteins	contain	7
receptor	is	7
results	suggested	7
sequence	were	7
peptides	contain	7
studies	reported	7
systems	were	7
them	have	7
they	bind	7
they	contain	7
we	had	7
peptides	did	7
.	showed	7
peptides	being	7
group	are	7
peptide	had	7
.	developed	7
.	reported	7
analysis	based	7
effects	have	7
domain	has	7
i	is	7
it	contains	7
it	had	7
it	induces	7
it	provides	7
membrane	are	7
site	are	6
protein	contains	6
protein	used	6
proteins	found	6
proteins	including	6
sequences	used	6
we	do	6
structure	using	6
studies	show	6
they	include	6
they	show	6
viruses	including	6
we	did	6
peptide	does	6
peptides	bound	6
residues	forming	6
peptide	did	6
cell	are	6
peptide	bound	6
.	used	6
acids	was	6
activity	were	6
analyses	were	6
analysis	were	6
acids	using	6
cells	has	6
molecule	was	6
it	forms	6
membrane	were	6
methods	were	6
model	are	6
i	have	6
protein	based	5
peptides	synthesized	5
peptides	provide	5
peptides	involved	5
peptides	induce	5
peptide	leads	5
peptides	include	5
peptide	shows	5
peptide	induced	5
peptide	designed	5
protein	involved	5
protein	found	5
system	based	5
results	using	5
sequences	containing	5
site	was	5
structure	based	5
structures	based	5
structures	is	5
study	provides	5
their	targets	5
they	identified	5
they	provide	5
viruses	is	5
molecules	has	5
molecules	was	5
%	was	5
methods	using	5
domains	were	5
methods	is	5
%	are	5
.	identified	5
acid	binding	5
acids	has	5
acids	is	5
activities	have	5
activity	based	5
activity	have	5
analysis	suggested	5
domains	involved	5
acid	were	5
effect	has	5
its	binding	5
effects	is	5
methods	based	5
method	uses	5
itself	is	5
membranes	were	5
it	inhibits	5
it	's	5
groups	is	5
group	were	5
result	suggested	4
protein	inhibits	4
receptor	have	4
receptor	has	4
receptor	are	4
proteins	include	4
proteins	does	4
proteins	bind	4
peptide	obtained	4
protein	induced	4
protein	binds	4
peptides	target	4
peptides	reported	4
peptides	formed	4
peptide	inhibits	4
peptide	induces	4
sequence	are	4
results	shown	4
them	showed	4
sequence	based	4
sequence	containing	4
we	know	4
we	included	4
they	form	4
they	did	4
them	was	4
peptide	have	4
system	using	4
system	allows	4
study	suggested	4
study	has	4
studies	is	4
structures	has	4
structure	are	4
sites	have	4
sequence	derived	4
peptide	increased	4
protein	showed	4
peptide	forms	4
analysis	has	4
group	developed	4
effect	induced	4
domains	do	4
domain	containing	4
cells	showed	4
cells	led	4
cells	derived	4
activities	is	4
group	showed	4
acid	containing	4
acid	based	4
.	were	4
.	was	4
.	had	4
%	were	4
peptide	allows	4
group	have	4
cell	targeting	4
group	using	4
membranes	have	4
molecules	using	4
groups	has	4
models	using	4
models	is	4
model	using	4
model	based	4
method	allowed	4
method	provides	4
membrane	bound	4
it	suggests	4
it	leads	4
it	inhibited	4
interactions	have	4
i	was	4
he	was	4
sequence	using	3
results	was	3
result	suggests	3
results	reported	3
results	showing	3
sequence	obtained	3
sequence	design	3
sequences	showed	3
residues	including	3
residues	was	3
proteins	leading	3
receptors	is	3
receptors	has	3
receptor	targeting	3
proteins	used	3
proteins	targeting	3
proteins	showed	3
proteins	show	3
proteins	being	3
protein	had	3
sites	is	3
site	has	3
them	has	3
sites	using	3
study	provide	3
peptides	use	3
we	determine	3
virus	using	3
types	is	3
they	had	3
systems	has	3
systems	based	3
system	involving	3
study	suggests	3
study	identified	3
structure	inducing	3
study	did	3
studies	provide	3
studies	has	3
studies	demonstrate	3
structures	suggests	3
structures	including	3
structure	were	3
structure	suggests	3
structure	shows	3
protein	forms	3
peptide	used	3
peptides	increase	3
cell	is	3
interaction	using	3
interaction	are	3
groups	was	3
effect	are	3
domain	derived	3
cells	obtained	3
cells	induces	3
cells	including	3
cells	containing	3
analysis	demonstrated	3
it	did	3
analysis	allowed	3
analyses	showed	3
analyses	are	3
al	reported	3
acids	involved	3
.	found	3
.	are	3
%	increase	3
%	have	3
interactions	based	3
cells	contain	3
method	reported	3
our	designed	3
methods	has	3
peptides	contained	3
peptide	involved	3
peptide	increases	3
peptide	found	3
peptide	formed	3
peptide	contained	3
peptide	binds	3
peptide	being	3
our	lead	3
peptides	demonstrated	3
our	design	3
molecule	has	3
models	use	3
molecule	are	3
molecule	binding	3
methods	including	3
molecule	using	3
molecules	contain	3
molecules	including	3
residues	showed	2
receptors	do	2
peptides	induced	2
receptors	involved	2
receptors	using	2
residue	are	2
residues	containing	2
residues	did	2
residues	having	2
residues	led	2
sequence	contains	2
result	obtained	2
result	showed	2
results	allowed	2
results	led	2
receptor	using	2
sequence	designed	2
sequence	does	2
sequence	found	2
sequence	have	2
sequence	used	2
sequences	designed	2
peptides	known	2
receptor	involved	2
protein	leads	2
sequences	including	2
peptides	report	2
peptides	reporting	2
peptides	showing	2
peptides	shows	2
peptides	targeted	2
protein	bind	2
protein	determine	2
protein	have	2
protein	obtained	2
receptor	inhibits	2
protein	targeting	2
protein	using	2
proteins	did	2
proteins	do	2
proteins	had	2
proteins	involve	2
proteins	obtained	2
proteins	suggested	2
proteins	synthesized	2
sequences	found	2
system	allowed	2
sequences	show	2
type	is	2
system	formed	2
system	were	2
systems	using	2
their	derived	2
their	targeted	2
them	being	2
they	allow	2
they	demonstrate	2
they	developed	2
type	was	2
sequences	synthesized	2
types	has	2
types	including	2
us	identify	2
virus	has	2
virus	induced	2
viruses	using	2
viruses	was	2
we	develop	2
we	suggested	2
system	developed	2
system	contains	2
system	containing	2
study	used	2
she	is	2
site	contains	2
site	involved	2
site	using	2
site	were	2
sites	has	2
sites	was	2
structures	contain	2
structures	determined	2
structures	do	2
structures	was	2
studied	were	2
studies	did	2
studies	found	2
studies	involving	2
studies	was	2
study	demonstrate	2
study	design	2
study	shows	2
peptides	inhibiting	2
receptors	form	2
peptides	increases	2
domains	was	2
cell	were	2
cells	leads	2
cells	show	2
domain	contains	2
domain	showed	2
domains	binding	2
domains	containing	2
domains	show	2
domains	using	2
effect	were	2
cell	using	2
effects	using	2
group	designed	2
group	includes	2
group	used	2
groups	based	2
groups	had	2
groups	using	2
he	has	2
i	are	2
cell	was	2
cell	binding	2
interaction	were	2
activities	based	2
peptides	forming	2
.	has	2
acid	are	2
acid	has	2
acid	inhibits	2
acids	containing	2
acids	form	2
acids	including	2
acids	showed	2
activities	has	2
analysis	shows	2
activity	increased	2
activity	leads	2
al	found	2
analyses	have	2
analyses	suggest	2
analyses	was	2
analysis	identified	2
analysis	known	2
analysis	provides	2
i	found	2
activities	using	2
interactions	has	2
molecules	identified	2
models	derived	2
models	having	2
models	was	2
molecule	bound	2
molecule	contains	2
molecule	induced	2
molecule	used	2
molecules	binding	2
molecules	containing	2
molecules	induced	2
models	based	2
molecules	inhibit	2
molecules	reported	2
peptide	demonstrated	2
peptide	known	2
peptide	led	2
peptides	determines	2
peptides	does	2
interactions	involved	2
peptides	find	2
models	demonstrated	2
our	target	2
model	were	2
methods	had	2
it	suggested	2
model	used	2
it	be	2
its	known	2
itself	was	2
membranes	using	2
method	allows	2
method	are	2
methods	developed	2
membrane	using	2
methods	showed	2
methods	use	2
model	demonstrated	2
model	derived	2
model	suggests	2
model	have	2
model	induced	2
model	provides	2
model	suggested	2
sequence	determines	1
results	providing	1
results	shows	1
sequence	binds	1
sequence	bound	1
sequence	demonstrated	1
sequence	determined	1
sequence	increases	1
sequence	identified	1
sequence	shown	1
sequence	induces	1
sequence	inhibited	1
sequence	provides	1
results	is	1
sequence	showed	1
results	leads	1
result	demonstrate	1
results	including	1
residues	using	1
residues	involve	1
sequenced	using	1
residues	known	1
residues	leads	1
residues	provided	1
residues	provides	1
result	allows	1
results	do	1
result	demonstrated	1
result	shows	1
resulting	increase	1
results	allow	1
results	based	1
results	did	1
sequence	suggests	1
sites	targeted	1
sequences	being	1
sequences	contained	1
sites	led	1
structure	allows	1
structure	being	1
structure	bound	1
structure	containing	1
structure	contains	1
structure	determined	1
structure	determines	1
structure	does	1
structure	formed	1
structure	had	1
structure	have	1
structure	having	1
structure	includes	1
residues	include	1
sites	leading	1
sites	identified	1
sites	do	1
sequences	lead	1
sequences	determined	1
sequences	form	1
sequences	had	1
sequences	having	1
sequences	identified	1
sequences	inhibits	1
sequences	obtained	1
site	induces	1
sequences	provide	1
sequences	targeted	1
site	allowing	1
site	contained	1
site	does	1
site	had	1
residues	inhibits	1
proteins	derived	1
residues	identified	1
residues	has	1
proteins	allow	1
proteins	allows	1
proteins	be	1
proteins	binding	1
proteins	contained	1
proteins	contains	1
proteins	demonstrate	1
structure	increased	1
proteins	designed	1
proteins	form	1
proteins	forming	1
proteins	forms	1
proteins	identify	1
proteins	includes	1
proteins	increased	1
protein	synthesized	1
protein	suggests	1
protein	shows	1
protein	bound	1
peptides	shown	1
peptides	suggested	1
peptides	suggests	1
protein	allowed	1
protein	allowing	1
protein	allows	1
protein	designed	1
protein	showing	1
protein	determines	1
protein	did	1
protein	formed	1
protein	induces	1
protein	provided	1
protein	provides	1
proteins	induce	1
proteins	induces	1
proteins	leads	1
residues	allow	1
residue	has	1
residue	induced	1
residue	induces	1
residue	led	1
residue	showed	1
residue	shows	1
residues	allows	1
residue	based	1
residues	being	1
residues	bind	1
residues	contained	1
residues	derived	1
residues	does	1
residues	form	1
residue	does	1
receptors	was	1
proteins	shown	1
receptor	leading	1
proteins	suggesting	1
proteins	suggests	1
proteins	targeted	1
proteins	use	1
receptor	found	1
receptor	induces	1
receptor	targeted	1
receptors	used	1
receptor	targets	1
receptor	were	1
receptors	having	1
receptors	included	1
receptors	leading	1
receptors	showed	1
structure	increase	1
study	involved	1
structure	increases	1
type	allows	1
them	included	1
them	inhibited	1
them	provide	1
them	show	1
them	showing	1
they	be	1
they	bound	1
they	contained	1
they	demonstrated	1
they	has	1
they	included	1
they	increases	1
they	inhibit	1
they	involve	1
they	led	1
them	include	1
them	had	1
them	forming	1
their	being	1
systems	providing	1
systems	show	1
systems	shows	1
systems	use	1
systems	used	1
systems	was	1
their	increased	1
them	derived	1
their	inhibiting	1
their	targeting	1
their	uses	1
them	bind	1
them	contain	1
them	contains	1
they	used	1
type	form	1
structure	involved	1
type	suggest	1
virus	were	1
viruses	being	1
viruses	bind	1
viruses	derive	1
viruses	has	1
viruses	includes	1
viruses	provide	1
viruses	reported	1
viruses	suggests	1
viruses	target	1
we	derived	1
we	design	1
we	obtain	1
we	synthesize	1
you	are	1
virus	uses	1
virus	targeted	1
virus	synthesized	1
types	involves	1
type	were	1
types	are	1
types	being	1
types	had	1
types	include	1
types	included	1
types	was	1
virus	known	1
us	design	1
us	obtain	1
virus	design	1
virus	includes	1
virus	induces	1
virus	inhibiting	1
systems	involved	1
systems	induced	1
systems	including	1
systems	include	1
structures	suggest	1
structures	using	1
studied	induced	1
studied	targets	1
studied	was	1
studies	allowed	1
studies	based	1
studies	be	1
studies	demonstrating	1
studies	developed	1
studies	identified	1
studies	include	1
studies	including	1
studies	led	1
studies	report	1
structures	shows	1
structures	showed	1
structures	obtained	1
structures	did	1
structure	leading	1
structure	shown	1
structures	allow	1
structures	allows	1
structures	bound	1
structures	derived	1
structures	form	1
structures	obtain	1
structures	forming	1
structures	found	1
structures	had	1
structures	included	1
structures	involved	1
structures	involving	1
studies	reporting	1
studies	showing	1
studies	suggests	1
system	targeted	1
system	increases	1
system	leads	1
system	provided	1
system	provides	1
system	showed	1
system	suggested	1
system	used	1
system	derived	1
system	uses	1
systems	containing	1
systems	demonstrate	1
systems	demonstrated	1
systems	forming	1
systems	found	1
system	have	1
system	are	1
studies	targeting	1
peptides	led	1
study	demonstrating	1
study	do	1
study	does	1
study	have	1
study	include	1
study	included	1
study	involving	1
studying	designed	1
study	provided	1
study	reports	1
study	show	1
study	showing	1
study	suggest	1
study	uses	1
peptides	provides	1
molecules	found	1
peptides	leads	1
cells	provide	1
domains	contains	1
domains	has	1
domains	lead	1
domains	showed	1
effect	allows	1
effect	being	1
effect	determined	1
effect	did	1
effect	does	1
effect	including	1
effects	known	1
effects	lead	1
effects	led	1
effects	suggests	1
effects	was	1
domains	contained	1
domains	bind	1
domain	used	1
domain	determined	1
cells	targets	1
cells	used	1
domain	allowed	1
domain	are	1
domain	binding	1
domain	binds	1
domain	does	1
domain	targets	1
domain	have	1
domain	induces	1
domain	inhibits	1
domain	showing	1
domain	shows	1
domain	target	1
ets	have	1
group	containing	1
group	demonstrated	1
i	m	1
he	is	1
i	binds	1
i	developed	1
i	does	1
i	form	1
i	induces	1
i	targeted	1
groups	showed	1
i	were	1
interaction	has	1
interaction	increases	1
interaction	involving	1
interaction	provides	1
interactions	allows	1
groups	used	1
groups	provides	1
group	did	1
group	reported	1
group	forms	1
group	having	1
group	identified	1
group	include	1
group	increased	1
group	report	1
group	shows	1
groups	led	1
grouped	based	1
groups	allowed	1
groups	contain	1
groups	contained	1
groups	containing	1
groups	form	1
cells	suggested	1
cells	involves	1
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