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	225
cells	were	160
we	have	96
it	was	86
samples	were	77
we	observed	77
we	found	57
rna	was	53
it	has	50
sequences	are	49
products	were	47
we	used	45
sequences	were	45
assays	were	42
protein	was	40
they	are	38
activity	was	37
sequence	is	33
sequence	was	32
structure	is	32
proteins	were	28
data	were	28
product	was	27
site	is	26
we	performed	26
proteins	are	24
we	were	24
genes	are	22
rna	binding	22
we	show	22
data	indicate	21
we	find	19
codon	is	18
genome	is	18
rna	is	18
analysis	was	17
gene	is	17
we	observe	17
loop	is	16
sample	was	16
data	are	16
assay	was	16
activity	is	16
data	suggest	15
domains	are	15
motif	is	15
domain	is	14
motifs	are	14
we	are	14
site	was	13
we	identified	13
protein	is	13
frameshift	inducing	13
product	is	12
ribosomes	were	12
structures	were	12
they	were	12
structure	was	11
we	compared	11
interaction	is	11
analysis	using	11
expression	was	11
structures	are	10
data	show	10
genes	were	10
interaction	was	10
rna	targets	10
sequences	have	10
sites	are	10
they	have	10
viruses	are	10
we	describe	10
we	generated	10
we	predict	10
we	use	10
ribosome	is	9
ribosome	frameshifting	9
motifs	were	9
we	determined	9
we	showed	9
protein	binding	9
cells	have	9
motif	was	9
genes	is	9
gene	was	9
activities	were	9
cells	are	9
it	does	9
ribosomes	are	8
them	are	8
structure	has	8
samples	are	8
sample	is	8
we	did	8
proteins	involved	8
proteins	have	8
genomes	are	8
cells	was	8
analysis	is	8
we	suggest	7
sites	were	7
sequences	based	7
rna	were	7
products	was	7
products	are	7
expression	is	7
dna	was	7
data	was	7
codons	are	7
virus	is	6
their	frameshifting	6
sequences	was	6
domain	was	6
sequences	containing	6
sequence	using	6
sequences	is	6
cells	is	6
assays	using	6
analysis	indicated	6
analyses	were	6
%	frameshifting	6
assays	was	6
loop	was	5
we	provide	5
viruses	including	5
viruses	have	5
type	was	5
samples	was	5
protein	were	5
protein	has	5
protein	bound	5
rna	are	5
interactions	involving	5
interaction	involving	5
genomes	using	5
dna	using	5
dna	is	5
cells	using	5
assay	were	5
analysis	showed	5
interactions	are	5
structure	formed	4
sample	containing	4
samples	based	4
sequences	involved	4
sequences	using	4
sites	was	4
we	include	4
structures	have	4
their	binding	4
we	do	4
we	identify	4
we	require	4
ribosome	uses	4
rna	target	4
genes	containing	4
ribosome	has	4
genes	have	4
analysis	shows	4
codon	was	4
data	shown	4
ribosome	are	4
acids	were	4
data	using	4
genes	was	4
it	requires	4
loop	required	4
motif	are	4
motif	finding	4
protein	are	4
sequenced	using	3
sequence	were	3
sequence	required	3
sequence	has	3
samples	had	3
samples	containing	3
protein	targets	3
sample	using	3
sample	contains	3
sample	are	3
rna	involves	3
proteins	is	3
sites	is	3
site	are	3
them	have	3
structure	containing	3
structure	induces	3
structures	has	3
structures	predicted	3
structures	was	3
their	targets	3
products	is	3
them	were	3
they	do	3
they	had	3
they	occur	3
they	provide	3
we	had	3
we	included	3
protein	required	3
they	contain	3
product	had	3
dna	are	3
motifs	is	3
acid	binding	3
activities	are	3
activity	being	3
analyses	have	3
analyses	suggest	3
analysis	indicates	3
analysis	suggests	3
assay	using	3
assays	are	3
assays	performed	3
codon	followed	3
data	showed	3
assay	has	3
domain	contains	3
interaction	occurs	3
genes	contain	3
loops	are	3
its	target	3
it	using	3
interactions	were	3
it	had	3
genomes	have	3
motif	were	3
genome	were	3
genome	was	3
genome	are	3
genes	involved	3
rna	base	2
proteins	used	2
proteins	using	2
proteins	was	2
ribosome	requires	2
ribosomes	is	2
rna	using	2
rna	bound	2
rna	containing	2
rna	does	2
rna	forms	2
rna	frameshifting	2
proteins	containing	2
proteins	has	2
loop	were	2
proteins	contain	2
proteins	bound	2
proteins	bind	2
protein	increases	2
protein	containing	2
protein	binds	2
products	generated	2
products	containing	2
products	contained	2
product	were	2
motifs	was	2
motifs	have	2
motif	has	2
samples	is	2
sample	had	2
structures	is	2
sequence	binding	2
themselves	are	2
its	targets	2
we	predicted	2
we	followed	2
we	described	2
we	compare	2
viruses	is	2
viruses	includes	2
virus	are	2
type	using	2
type	are	2
they	showed	2
they	require	2
they	include	2
them	being	2
sequence	containing	2
their	use	2
structures	formed	2
structure	were	2
sites	have	2
sites	found	2
site	were	2
site	containing	2
site	bound	2
site	binding	2
sequences	used	2
sequences	provided	2
sequences	has	2
sequences	form	2
itself	is	2
genomes	contain	2
its	predicted	2
assays	require	2
dna	binding	2
data	suggests	2
data	indicated	2
data	including	2
data	have	2
data	generated	2
data	being	2
codon	are	2
cells	has	2
cells	compared	2
cell	using	2
cell	is	2
assays	showed	2
assays	is	2
domain	had	2
assays	indicated	2
assays	described	2
assay	is	2
assay	included	2
analysis	suggested	2
analyses	indicate	2
activity	have	2
activity	has	2
activity	followed	2
activity	compared	2
acids	have	2
acid	induces	2
its	frameshifting	2
dnas	were	2
analysis	are	2
domain	suggests	2
genome	using	2
it	uses	2
domains	have	2
it	occurs	2
it	involves	2
it	indicates	2
it	provides	2
interactions	described	2
interaction	were	2
interaction	has	2
interaction	does	2
i	has	2
genomes	has	2
genomes	containing	2
it	contains	2
gene	required	2
genes	predicted	2
genome	have	2
domains	were	2
gene	has	2
gene	requires	2
gene	targeting	2
frameshift	occurs	2
genes	required	2
genes	using	2
genome	contains	2
genome	form	2
genome	has	2
samples	do	1
rna	suggest	1
samples	contained	1
sample	were	1
sample	showed	1
sample	generates	1
sample	contained	1
rna	used	1
rna	suggested	1
rna	do	1
rna	indicated	1
rna	predicted	1
rna	occurs	1
rna	occurred	1
rna	involved	1
rna	indicates	1
rna	increases	1
rna	having	1
rna	has	1
rna	found	1
rna	followed	1
samples	have	1
sequence	form	1
samples	increase	1
sequence	found	1
sequences	described	1
rna	contains	1
sequences	contain	1
sequenced	was	1
sequence	used	1
sequence	requires	1
sequence	occurs	1
sequence	increased	1
sequence	identified	1
sequence	have	1
sequence	follows	1
samples	showed	1
sequence	following	1
sequence	followed	1
sequence	does	1
sequence	determines	1
sequence	contains	1
sequence	being	1
sequence	based	1
sequence	base	1
sequence	are	1
samples	showing	1
rna	did	1
protein	shown	1
rna	bind	1
protein	do	1
protein	used	1
sequences	formed	1
protein	showed	1
protein	involved	1
protein	induces	1
protein	indicates	1
protein	including	1
protein	identified	1
protein	following	1
protein	does	1
protein	determines	1
rna	based	1
products	using	1
products	occurred	1
products	included	1
products	have	1
product	provided	1
product	predicted	1
product	observed	1
product	identified	1
product	contained	1
ours	is	1
proteins	base	1
proteins	being	1
proteins	binding	1
proteins	did	1
ribosomes	was	1
ribosomes	use	1
ribosomes	having	1
ribosomes	have	1
ribosomes	bound	1
ribosome	using	1
ribosome	shows	1
ribosome	did	1
ribosome	contains	1
ribosome	binding	1
proteins	suggests	1
proteins	showed	1
proteins	required	1
proteins	observed	1
proteins	including	1
proteins	include	1
proteins	having	1
proteins	generated	1
proteins	followed	1
proteins	doing	1
proteins	do	1
sequences	do	1
structure	induce	1
sequences	forming	1
they	used	1
us	using	1
us	is	1
types	were	1
types	include	1
types	based	1
type	shown	1
type	provides	1
type	is	1
type	frameshifting	1
type	contains	1
they	use	1
sequences	found	1
they	target	1
they	suggest	1
they	induce	1
they	included	1
they	generated	1
they	did	1
they	describe	1
themselves	were	1
themselves	show	1
them	is	1
virus	binding	1
virus	binds	1
virus	contains	1
virus	following	1
motifs	used	1
we	required	1
we	perform	1
we	increased	1
viruses	were	1
viruses	using	1
viruses	requires	1
viruses	having	1
viruses	has	1
viruses	had	1
viruses	do	1
viruses	contain	1
viruses	being	1
viruses	base	1
virus	was	1
virus	using	1
virus	targeted	1
virus	induced	1
virus	have	1
virus	forms	1
virus	form	1
them	had	1
their	target	1
their	increased	1
structure	did	1
structure	based	1
sites	using	1
sites	indicated	1
sites	identified	1
sites	has	1
sites	form	1
site	showed	1
site	observed	1
site	includes	1
site	had	1
site	generated	1
site	found	1
site	followed	1
site	base	1
sequences	shown	1
sequences	showed	1
sequences	predicted	1
sequences	observed	1
sequences	increase	1
sequences	including	1
sequences	had	1
structure	contains	1
structure	does	1
their	base	1
structure	forms	1
structures	using	1
structures	targeting	1
structures	suggests	1
structures	shown	1
structures	indicate	1
structures	included	1
structures	identified	1
structures	found	1
structures	form	1
structures	determined	1
structures	containing	1
structures	contain	1
structures	bound	1
structure	suggested	1
structure	shown	1
structure	requires	1
structure	provides	1
structure	involving	1
structure	increases	1
structure	increased	1
structure	includes	1
our	predicted	1
activity	involved	1
motifs	requires	1
cells	identified	1
codon	have	1
codon	has	1
codon	had	1
codon	following	1
codon	determines	1
cells	use	1
cells	targeting	1
cells	showed	1
cells	providing	1
cells	increased	1
cells	having	1
domain	suggesting	1
cells	does	1
cells	do	1
cell	requires	1
cell	contains	1
cell	are	1
assays	used	1
assays	suggests	1
assays	shown	1
assays	involved	1
assays	has	1
codons	does	1
codons	is	1
codons	occurs	1
codons	shows	1
domain	occurring	1
domain	involving	1
domain	involved	1
domain	indicated	1
domain	has	1
domain	described	1
domain	are	1
dnas	have	1
dna	were	1
dna	containing	1
data	used	1
data	suggested	1
data	provided	1
data	provide	1
data	is	1
data	has	1
data	do	1
data	describe	1
data	containing	1
data	based	1
codons	were	1
assays	had	1
assayed	had	1
assay	used	1
activity	generated	1
activity	are	1
activities	was	1
activities	using	1
activities	performed	1
activities	is	1
activities	have	1
activities	generated	1
activities	compared	1
acids	targeted	1
acids	is	1
acids	are	1
acid	were	1
acid	was	1
acid	based	1
acid	base	1
%	were	1
%	observed	1
%	increase	1
%	determined	1
%	compared	1
%	being	1
activity	determined	1
activity	targeting	1
assay	showed	1
activity	using	1
assay	involves	1
assay	done	1
assay	does	1
assay	determines	1
assay	described	1
assay	being	1
assay	based	1
analysis	used	1
analysis	showing	1
analysis	required	1
analysis	performed	1
analysis	has	1
analysis	following	1
analysis	does	1
analyses	showed	1
analyses	provide	1
analyses	is	1
analyses	identified	1
analyses	did	1
analyses	described	1
analyses	are	1
domain	showed	1
domains	determine	1
motifs	required	1
interactions	including	1
it	performs	1
it	induced	1
it	increased	1
it	included	1
it	generates	1
it	follows	1
it	contained	1
it	base	1
interactions	suggest	1
interactions	is	1
interactions	have	1
domains	did	1
interaction	forms	1
interaction	being	1
interaction	are	1
i	requires	1
i	predicts	1
i	is	1
i	indicates	1
i	increased	1
i	binding	1
genomes	was	1
its	binding	1
its	increased	1
its	use	1
itself	frameshifting	1
motifs	occur	1
motifs	involved	1
motifs	found	1
motif	using	1
motif	involved	1
motif	induces	1
motif	have	1
motif	frameshifting	1
motif	followed	1
motif	containing	1
loops	is	1
loop	using	1
loop	suggested	1
loop	increases	1
loop	has	1
loop	formed	1
loop	containing	1
loop	contain	1
loop	binds	1
loop	base	1
itself	has	1
genomes	required	1
genomes	provides	1
genomes	is	1
gene	have	1
gene	following	1
gene	finding	1
gene	containing	1
gene	are	1
frameshift	was	1
frameshift	has	1
figures	do	1
expressions	are	1
expression	were	1
expression	using	1
expression	induced	1
expression	have	1
expression	determined	1
expression	are	1
domains	using	1
domains	showed	1
domains	show	1
domains	performing	1
domains	is	1
domains	indicated	1
domains	found	1
gene	forms	1
gene	including	1
genomes	do	1
gene	increased	1
genomes	based	1
genome	requires	1
genome	predicted	1
genome	occurs	1
genome	including	1
genome	contain	1
genes	use	1
genes	showed	1
genes	induced	1
genes	indicates	1
genes	include	1
genes	identified	1
genes	having	1
genes	has	1
genes	does	1
genes	do	1
genes	based	1
gene	were	1
gene	using	1
gene	occurring	1
gene	involved	1
we	targeted	1