This is a table of type bigram and their frequencies. Use it to search & browse the list to learn more about your study carrel.
bigram | frequency |
---|---|
codon usage | 238 |
infectious bronchitis | 191 |
amino acid | 181 |
ck ch | 145 |
bronchitis virus | 145 |
respiratory syndrome | 119 |
acute respiratory | 110 |
phylogenetic analysis | 108 |
severe acute | 87 |
genetic diversity | 85 |
phylogenetic tree | 77 |
cell epitopes | 73 |
ibv strains | 69 |
closely related | 69 |
syndrome coronavirus | 65 |
spike protein | 63 |
usage bias | 62 |
amino acids | 61 |
novel coronavirus | 55 |
synonymous codon | 51 |
complete genome | 50 |
avian infectious | 49 |
genet evol | 48 |
doc id | 48 |
evol doi | 48 |
rna viruses | 48 |
infect genet | 48 |
cord uid | 48 |
sars coronavirus | 46 |
respiratory syncytial | 44 |
maximum likelihood | 44 |
genome sequences | 43 |
vp gene | 43 |
nsp proteins | 42 |
sequence alignment | 41 |
ns protein | 40 |
syncytial virus | 39 |
accession numbers | 39 |
ch lhlj | 38 |
usage pattern | 38 |
middle east | 37 |
open reading | 37 |
molecular characterization | 36 |
natural selection | 36 |
japanese encephalitis | 36 |
sequence analysis | 35 |
peptide vaccine | 34 |
stranded rna | 34 |
positive samples | 34 |
population size | 33 |
present study | 33 |
public health | 32 |
coding region | 32 |
nucleotide sequences | 32 |
recombination events | 32 |
south korea | 31 |
fecal samples | 30 |
genome sequence | 30 |
east respiratory | 30 |
molecular epidemiology | 30 |
chagas disease | 29 |
viral rna | 29 |
infectious diseases | 29 |
pcr products | 29 |
respiratory disease | 28 |
vaccine strains | 28 |
borrelia spp | 27 |
reading frame | 27 |
immune response | 27 |
host cell | 27 |
performed using | 27 |
gene sequences | 27 |
influenza virus | 27 |
rna polymerase | 26 |
reemerging korean | 26 |
supplementary data | 26 |
phylogenetic trees | 26 |
structural proteins | 26 |
fekov strains | 26 |
leptospira spp | 25 |
spike glycoprotein | 25 |
lhlj vii | 25 |
genbank accession | 25 |
previously described | 24 |
binding domain | 24 |
human respiratory | 24 |
sequence data | 24 |
strain ck | 23 |
coding sequence | 23 |
human coronavirus | 23 |
cell epitope | 23 |
group i | 22 |
reference strains | 22 |
wild birds | 22 |
journal pre | 22 |
sudan ar | 22 |
dengue virus | 22 |
viral replication | 22 |
virus type | 22 |
bat sarsr | 21 |
field strains | 21 |
rna virus | 21 |
mutation pressure | 21 |
orf ab | 21 |
immunodeficiency virus | 21 |
genetic variation | 21 |
receptor binding | 21 |
supplementary table | 21 |
hexon variants | 21 |
korean pedv | 21 |
host cells | 20 |
coding sequences | 20 |
di martino | 20 |
multiple sequence | 20 |
reverse transcriptase | 20 |
structural protein | 20 |
ck sudan | 20 |
host species | 19 |
avian influenza | 19 |
strains isolated | 19 |
vaccine development | 19 |
nov strains | 19 |
avian coronavirus | 19 |
nucleotide sequence | 19 |
polish ibv | 19 |
nucleotide identity | 19 |
species transmission | 19 |
genomic sequences | 19 |
viral proteins | 19 |
world health | 19 |
whole genome | 19 |
type strains | 18 |
recent years | 18 |
immune system | 18 |
south america | 18 |
disease virus | 18 |
accession number | 18 |
found online | 18 |
evolutionary genetics | 18 |
nucleic acid | 18 |
analysis showed | 18 |
pedv strains | 18 |
southwestern china | 18 |
reading frames | 18 |
large number | 17 |
synonymous codons | 17 |
highly pathogenic | 17 |
aliphatic amino | 17 |
fruit bats | 17 |
vaccine strain | 17 |
different genotypes | 17 |
analysis based | 17 |
human sars | 17 |
type i | 17 |
infected cells | 17 |
acid sequences | 17 |
bootstrap values | 17 |
cov nsp | 17 |
vp protein | 17 |
comparative analysis | 17 |
nipah virus | 17 |
sequence identity | 17 |
respiratory tract | 17 |
secondary structure | 17 |
respiratory coronavirus | 16 |
rp patients | 16 |
innate immune | 16 |
human immunodeficiency | 16 |
frame shift | 16 |
coronavirus disease | 16 |
health organization | 16 |
previous study | 16 |
also found | 16 |
protein synthesis | 16 |
pcr amplification | 16 |
mutation rate | 16 |
usage patterns | 16 |
coronavirus nsp | 16 |
capsid protein | 16 |
reference sequence | 16 |
gene expression | 16 |
ch scyb | 16 |
phylogenetic analyses | 16 |
accessory proteins | 16 |
molecular evolutionary | 16 |
population dynamics | 16 |
enc values | 16 |
viral infections | 15 |
authors declare | 15 |
constructed using | 15 |
molecular evolution | 15 |
encephalitis virus | 15 |
previous reports | 15 |
protein sequences | 15 |
southern china | 15 |
innate immunity | 15 |
mouth disease | 15 |
orf gene | 15 |
dependent rna | 15 |
previously reported | 15 |
immunogenicity score | 15 |
genome segments | 15 |
nested pcr | 15 |
like viruses | 15 |
lyme disease | 15 |
bat species | 15 |
strains ck | 15 |
complete vp | 14 |
lao pdr | 14 |
pcr product | 14 |
rotavirus strain | 14 |
korean strains | 14 |
infectious disease | 14 |
clinical samples | 14 |
like coronavirus | 14 |
viruses isolated | 14 |
canine respiratory | 14 |
ebola virus | 14 |
interspecies transmission | 14 |
important role | 14 |
rva strains | 14 |
united states | 14 |
porcine epidemic | 14 |
bronchitis coronavirus | 14 |
rotavirus strains | 14 |
protein gene | 14 |
nucleotide substitutions | 14 |
genbank database | 14 |
cruzi infection | 14 |
like virus | 13 |
nucleotide polymorphism | 13 |
acid identities | 13 |
polyprotein gene | 13 |
genomic rna | 13 |
single nucleotide | 13 |
previous studies | 13 |
newcastle disease | 13 |
pathogenic leptospira | 13 |
analysis revealed | 13 |
point mutations | 13 |
vaccine design | 13 |
virus infection | 13 |
protein structure | 13 |
using mega | 13 |
viral genome | 13 |
human influenza | 13 |
fd ita | 13 |
virus strain | 13 |
trna pools | 13 |
bronchitis viruses | 13 |
significant difference | 13 |
genetic variability | 13 |
genomic analysis | 13 |
highly conserved | 13 |
skyline plot | 13 |
horseshoe bats | 13 |
nonstructural proteins | 13 |
ch lnm | 13 |
guangdong province | 13 |
host innate | 13 |
vp sequences | 13 |
hong kong | 13 |
genetic characterization | 13 |
genetics analysis | 13 |
samples collected | 13 |
cai values | 12 |
aligned using | 12 |
ecological processes | 12 |
sanger sequencing | 12 |
prm protein | 12 |
acid changes | 12 |
grant number | 12 |
acid sequence | 12 |
early epidemic | 12 |
northeast china | 12 |
bat coronaviruses | 12 |
two strains | 12 |
conserved regions | 12 |
aa identity | 12 |
joining method | 12 |
nt identity | 12 |
ch ldl | 12 |
civet scovs | 12 |
genetic characteristics | 12 |
field isolates | 12 |
chz china | 12 |
virus genome | 12 |
transfection assays | 12 |
new coronavirus | 12 |
canine nov | 12 |
pcr assay | 12 |
coding regions | 12 |
thermo fisher | 12 |
emerging viruses | 12 |
coronavirus spike | 12 |
i coronavirus | 12 |
population structure | 12 |
core protein | 12 |
like strains | 12 |
avian coronaviruses | 12 |
optimal codons | 12 |
acid composition | 11 |
functional sirnas | 11 |
fisher scientific | 11 |
strains identified | 11 |
ibv isolates | 11 |
divergence times | 11 |
host immune | 11 |
synonymous mutations | 11 |
borrelia species | 11 |
gene sequence | 11 |
common ancestor | 11 |
human populations | 11 |
canine parvovirus | 11 |
nucleotide composition | 11 |
converting enzyme | 11 |
nsp genes | 11 |
complete polyprotein | 11 |
genetic analysis | 11 |
fruit bat | 11 |
recombination event | 11 |
immune responses | 11 |
nonsynonymous variants | 11 |
novel human | 11 |
diarrhea virus | 11 |
phylogenetic inference | 11 |
evolutionary history | 11 |
infected individuals | 11 |
global spread | 11 |
tioman virus | 11 |
first report | 11 |
epidemic diarrhea | 11 |
genomic sequence | 11 |
calculated using | 11 |
rna recombination | 11 |
bootstrap replicates | 11 |
final extension | 11 |
borrelia burgdorferi | 11 |
generated using | 11 |
first identified | 11 |
antigenic relatedness | 11 |
ibv strain | 11 |
positive selection | 11 |
human scovs | 11 |
commonly used | 11 |
ev strains | 11 |
tree based | 11 |
virus replication | 11 |
substitution models | 11 |
indian sars | 11 |
codon adaptation | 11 |
time scale | 11 |
purified using | 11 |
among different | 11 |
analysis using | 11 |
substitution model | 11 |
overall codon | 11 |
virus transmission | 11 |
rrna gene | 11 |
early polish | 11 |
net charge | 11 |
ibv lineages | 11 |
ch scdy | 10 |
positively selected | 10 |
molecular characteristics | 10 |
coronavirus infectious | 10 |
complete genomes | 10 |
cell entry | 10 |
bat sars | 10 |
bovine coronavirus | 10 |
trypanosoma cruzi | 10 |
influenza viruses | 10 |
respiratory distress | 10 |
late epidemic | 10 |
bayesian phylogenetic | 10 |
host range | 10 |
subunit gene | 10 |
cell culture | 10 |
kidney samples | 10 |
recombination analysis | 10 |
nov strain | 10 |
sample size | 10 |
connectivity index | 10 |
polymerase chain | 10 |
vaccine formulation | 10 |
molecular clock | 10 |
chicken eggs | 10 |
first time | 10 |
chinese fekov | 10 |
genomic characterization | 10 |
nucleocapsid protein | 10 |
also observed | 10 |
respiratory infections | 10 |
highly divergent | 10 |
sequences obtained | 10 |
likelihood phylogenetic | 10 |
orf encodes | 10 |
blood samples | 10 |
stool samples | 10 |
new zealand | 10 |
whole coding | 10 |
specific primers | 10 |
cdna clone | 10 |
genetic drift | 10 |
virus strains | 10 |
may play | 10 |
boman index | 10 |
also identified | 10 |
chain reaction | 10 |
viral entry | 10 |
epitope prediction | 10 |
results showed | 10 |
bat origin | 10 |
rapidly evolving | 10 |
chicken flocks | 10 |
vp genes | 10 |
three different | 10 |
genome analysis | 10 |
likelihood method | 10 |
better understand | 10 |
gene source | 10 |
mutation points | 10 |
norwalk virus | 10 |
high mutation | 10 |
national veterinary | 10 |
social factors | 10 |
bayesian skyline | 9 |
genomic diversity | 9 |
life technologies | 9 |
international committee | 9 |
virus isolates | 9 |
type strain | 9 |
cleavage site | 9 |
supplementary material | 9 |
hypervariable regions | 9 |
rna replication | 9 |
porcine kobuvirus | 9 |
ch cqkx | 9 |
human strain | 9 |
bactrian camels | 9 |
vero ccl | 9 |
binding affinity | 9 |
electron microscopy | 9 |
human enterovirus | 9 |
bayesian inference | 9 |
genome sequencing | 9 |
consensus sequence | 9 |
selection pressure | 9 |
genetic recombination | 9 |
polish strains | 9 |
results suggest | 9 |
major hexon | 9 |
urban genotypes | 9 |
canine norovirus | 9 |
human novs | 9 |
us strains | 9 |
canine infectious | 9 |
fekov strain | 9 |
length genomic | 9 |
fekov reference | 9 |
ibv genome | 9 |
ace receptor | 9 |
feline calicivirus | 9 |
different countries | 9 |
assembled using | 9 |
hypervariable region | 9 |
primers used | 9 |
acid identity | 9 |
applied biosystems | 9 |
different ibv | 9 |
relaxed clock | 9 |
cropland cover | 9 |
ace expression | 9 |
primer pair | 9 |
bovine kobuvirus | 9 |
full genome | 9 |
enc value | 9 |
bkov vp | 9 |
nt aa | 9 |
better understanding | 9 |
reverse vaccinology | 9 |
southeast asia | 9 |
maximum parsimony | 9 |
escherichia coli | 9 |
feline nov | 9 |
population history | 9 |
analyzed using | 9 |
hiv infection | 9 |
rna genome | 9 |
anhui province | 9 |
acid residues | 9 |
membrane protein | 9 |
dna sequences | 9 |
urban ducks | 9 |
nucleotide substitution | 9 |
spike gene | 9 |
selected sites | 9 |
cdna synthesis | 9 |
polish gi | 9 |
recent studies | 9 |
nt duplication | 9 |
close relationship | 9 |
complete genomic | 9 |
sequences using | 9 |
clustered together | 9 |
bayesian coalescent | 9 |
like ibv | 8 |
aichi virus | 8 |
clock model | 8 |
canine coronavirus | 8 |
positive rate | 8 |
infected patients | 8 |
feline strain | 8 |
nucleotide contents | 8 |
two different | 8 |
genetic heterogeneity | 8 |
host protein | 8 |
hydrophobic residues | 8 |
epidemic scovs | 8 |
genogroup gvi | 8 |
ba genotype | 8 |
veterinary institute | 8 |
rva strain | 8 |
type ibv | 8 |
clinical signs | 8 |
replication fidelity | 8 |
national center | 8 |
bactrian camel | 8 |
canine feline | 8 |
sequence variation | 8 |
vp region | 8 |
recurrent mutations | 8 |
diarrhoeic cats | 8 |
fcv orf | 8 |
extracted using | 8 |
emerging infectious | 8 |
human ace | 8 |
healthy dogs | 8 |
canine strain | 8 |
rva rabbit | 8 |
bari ita | 8 |
simple method | 8 |
nl nsp | 8 |
parainfluenza virus | 8 |
different strains | 8 |
south american | 8 |
step rt | 8 |
viral diseases | 8 |
rna synthesis | 8 |
human transmission | 8 |
ns proteins | 8 |
acid substitutions | 8 |
human norovirus | 8 |
entire genome | 8 |
like strain | 8 |
mutation rates | 8 |
selective pressure | 8 |
extraction kit | 8 |
new genotype | 8 |
domestic cats | 8 |
agarose gel | 8 |
bat coronavirus | 8 |
recent common | 8 |
four ibv | 8 |
evolutionary rates | 8 |
family coronaviridae | 8 |
recombination detection | 8 |
nucleotide identities | 8 |
total rna | 8 |
epidemiological models | 8 |
publicly available | 8 |
cell lines | 8 |
highest nucleotide | 8 |
immune sera | 8 |
nt deletion | 8 |
flab fragments | 8 |
murine coronavirus | 8 |
north america | 8 |
sir model | 8 |
indian patients | 8 |
protein vp | 8 |
strain te | 8 |
takara bio | 8 |
wild animals | 8 |
host population | 8 |
zoonotic viruses | 8 |
patients infected | 8 |
feline kobuvirus | 8 |
mouse hepatitis | 8 |
human host | 8 |
five proteins | 8 |
sequence identities | 8 |
infectious respiratory | 8 |
allantoic fluid | 8 |
illumina miseq | 8 |
time rt | 8 |
norovirus infection | 8 |
ch scms | 8 |
illumina sequencing | 8 |
major role | 8 |
class i | 8 |
epidemiological studies | 7 |
adaptive evolution | 7 |
respiratory diseases | 7 |
binding site | 7 |
strand cdna | 7 |
missense mutations | 7 |
membrane fusion | 7 |
viral strains | 7 |
peptide vaccines | 7 |
flab gene | 7 |
potential epitopes | 7 |
pcr kit | 7 |
tested positive | 7 |
east asia | 7 |
highly variable | 7 |
like coronaviruses | 7 |
virus infectious | 7 |
reference sequences | 7 |
full genomic | 7 |
clinical characteristics | 7 |
may represent | 7 |
hepatitis virus | 7 |
one synonymous | 7 |
lower respiratory | 7 |
cek cells | 7 |
dna polymerase | 7 |
respiratory infection | 7 |
nt sequence | 7 |
agilent technologies | 7 |
differential equations | 7 |
bio inc | 7 |
neutralizing antibodies | 7 |
pp ab | 7 |
chn sccd | 7 |
strains detected | 7 |
statistically significant | 7 |
codon bias | 7 |
aa sequence | 7 |
chinese horseshoe | 7 |
strain isolated | 7 |
genetic susceptibility | 7 |
two distinct | 7 |
across populations | 7 |
virus population | 7 |
may provide | 7 |
amoy gardens | 7 |
infect humans | 7 |
software package | 7 |
pca analysis | 7 |
low frequencies | 7 |
forest cover | 7 |
significantly different | 7 |
tissue tropism | 7 |
antiviral therapeutic | 7 |
virus rna | 7 |
demographic history | 7 |
purifying selection | 7 |
model parameters | 7 |
younger brother | 7 |
rva dog | 7 |
human population | 7 |
per site | 7 |
distantly related | 7 |
settlement cover | 7 |
genome organization | 7 |
software version | 7 |
reverse transcription | 7 |
wetland cover | 7 |
significant differences | 7 |
natural reservoirs | 7 |
likelihood phylogenies | 7 |
mutated reads | 7 |
may also | 7 |
respiratory illness | 7 |
cell line | 7 |
different host | 7 |
rabies virus | 7 |
diagnostic tests | 7 |
basic reproduction | 7 |
corresponding amino | 7 |
burgdorferi sensu | 7 |
nsp protein | 7 |
cov infection | 7 |
shannon index | 7 |
epithelial cells | 7 |
length genome | 7 |
south africa | 7 |
biotechnology information | 7 |
study reported | 7 |
lpv rtv | 7 |
stool sample | 7 |
land cover | 7 |
east asian | 7 |
antigenic epitopes | 7 |
evolutionary relationships | 7 |
san diego | 7 |
markov chain | 7 |
fragmentation index | 7 |
results indicate | 7 |
tc chn | 7 |
important reservoir | 7 |
animal species | 7 |
infectious cdna | 7 |
generation sequencing | 7 |
study showed | 7 |
deep sequencing | 7 |
east region | 7 |
transmissible gastroenteritis | 7 |
multiple alignment | 7 |
therapeutic drugs | 7 |
substitution rate | 7 |
molecular evidence | 7 |
purified core | 7 |
kcal mol | 7 |
breakpoint site | 7 |
virus isolated | 6 |
previous report | 6 |
clock models | 6 |
genetically related | 6 |
zoonotic transmission | 6 |
buffered saline | 6 |
genomic dna | 6 |
sequences generated | 6 |
urban cycle | 6 |
zika virus | 6 |
principal component | 6 |
receptor recognition | 6 |
colombian population | 6 |
like human | 6 |
viseu prt | 6 |
monte carlo | 6 |
predicted using | 6 |
vaccinology approach | 6 |
viral titers | 6 |
gene analysis | 6 |
population genetics | 6 |
human aivs | 6 |
genetic code | 6 |
hydrophilicity value | 6 |
crcov isolates | 6 |
hek cells | 6 |
sequences showed | 6 |
endoplasmic reticulum | 6 |
genomic location | 6 |
region sequences | 6 |
new variants | 6 |
reproduction ratio | 6 |
reassortment events | 6 |
different serotypes | 6 |
edited using | 6 |
therapeutic drug | 6 |
negative selection | 6 |
three strains | 6 |
swedish dogs | 6 |
diagnostic purposes | 6 |
acute gastroenteritis | 6 |
ifng gene | 6 |
coronavirus associated | 6 |
substitutions per | 6 |
virus evolution | 6 |
phylogenetic relationships | 6 |
american asian | 6 |
human coronaviruses | 6 |
united kingdom | 6 |
unique aa | 6 |
capsid gene | 6 |
conservancy analysis | 6 |
i coronaviruses | 6 |
rscu value | 6 |
sequence similarity | 6 |
related coronavirus | 6 |
transmission routes | 6 |
national institute | 6 |
nov genotypes | 6 |
lapine strain | 6 |
potential lineage | 6 |
spike proteins | 6 |
recent study | 6 |
vaccine candidates | 6 |
sars coronaviruses | 6 |
highly contagious | 6 |
systematic review | 6 |
gene revealed | 6 |
remains unclear | 6 |
mammalian orthoreovirus | 6 |
forest fragmentation | 6 |
similar viruses | 6 |
human cells | 6 |
one strain | 6 |
higher elevation | 6 |
first two | 6 |
gel electrophoresis | 6 |
four genera | 6 |
conducted using | 6 |
serological evidence | 6 |
ch scls | 6 |
chain monte | 6 |
human adenovirus | 6 |
broadly reactive | 6 |
darwinian selection | 6 |
strains belonging | 6 |
based peptide | 6 |
reagent kit | 6 |
asymptomatic patients | 6 |
clinical features | 6 |
european countries | 6 |
camelus bactrianus | 6 |
ncov proteins | 6 |
screened using | 6 |
virus nucleic | 6 |
viral pathogens | 6 |
virus using | 6 |
homoplasic sites | 6 |
conserved among | 6 |
close proximity | 6 |
ribosomal frame | 6 |
structural genes | 6 |
spontaneous mutations | 6 |
strains showed | 6 |
clinical manifestations | 6 |
western blot | 6 |
monoclonal antibodies | 6 |
genogroup iv | 6 |
new species | 6 |
wild bird | 6 |
qx strains | 6 |
vaccinia virus | 6 |
nsp gene | 6 |
ibv ck | 6 |
viral pathogenesis | 6 |
vp sequence | 6 |
porcine rotavirus | 6 |
pistoia ita | 6 |
evolutionary dynamics | 6 |
rna extraction | 6 |
bats covs | 6 |
silico approach | 6 |
separate branch | 6 |
molecular biology | 6 |
using trizol | 6 |
interfering rna | 6 |
length genomes | 6 |
sampling dates | 6 |
outbreak associated | 6 |
analysis version | 6 |
novel mammalian | 6 |
parvovirus type | 6 |
significantly higher | 6 |
virus genomes | 6 |
wild ducks | 6 |
genetic variants | 6 |
analysis reveals | 6 |
mutated sequences | 6 |
play roles | 6 |
described previously | 6 |
gel extraction | 6 |
identified epitopes | 6 |
mafft multiple | 6 |
bat strain | 6 |
bat viruses | 6 |
default parameters | 6 |
zoonotic origin | 6 |
population genetic | 6 |
serological tests | 6 |
function variants | 6 |
nucleotide similarity | 6 |
ch scmy | 6 |
allantoic fluids | 6 |
borrelia spirochetes | 6 |
lapine rotavirus | 6 |
active sites | 6 |
human infection | 6 |
norovirus genogroup | 6 |
first isolation | 6 |
mutational pressure | 6 |
molecular detection | 6 |
healthy controls | 6 |
relapsing fever | 6 |
tc ita | 6 |
identified using | 6 |
used vaccine | 6 |
wide range | 6 |
mhc class | 6 |
novel vp | 6 |
lineage iii | 6 |
borne viruses | 6 |
sylvatic genotype | 6 |
monophyletic clade | 6 |
reservoir hosts | 6 |
related coronaviruses | 6 |
strand rna | 6 |
suppresses host | 6 |
canine novs | 6 |
four major | 6 |
natural recombination | 6 |
epitopes namely | 6 |
infection rate | 6 |
batcov ratg | 6 |
virus prevalence | 6 |
dendritic cells | 5 |
different areas | 5 |
transmission events | 5 |
primer sequences | 5 |
virus genotypes | 5 |
inferred using | 5 |
amplified using | 5 |
findings suggest | 5 |
natural history | 5 |
western africa | 5 |
detection program | 5 |
samples obtained | 5 |
eidolon helvum | 5 |
genotype strains | 5 |
selected peptides | 5 |
geographical regions | 5 |
rate variation | 5 |
strains collected | 5 |
simplex virus | 5 |
reference strain | 5 |
major structural | 5 |
sense rna | 5 |
virus codon | 5 |
risk factors | 5 |
data suggest | 5 |
information criterion | 5 |
virus ns | 5 |
ch lsc | 5 |
urban population | 5 |
water areas | 5 |
adenosine deaminases | 5 |
high genetic | 5 |
gastroenteritis virus | 5 |
two sequences | 5 |
expressing plasmids | 5 |
diarrheic samples | 5 |
similarity degree | 5 |
estimated using | 5 |
urban environments | 5 |
acid position | 5 |
dogs may | 5 |
close genetic | 5 |
virus detection | 5 |
deduced amino | 5 |
percentage identity | 5 |
pcr conditions | 5 |
generalized skyline | 5 |
turkey coronavirus | 5 |
complete sars | 5 |
china date | 5 |
variants including | 5 |
among children | 5 |
genomic characteristics | 5 |
pairwise aa | 5 |
vn epitopes | 5 |
evolutionary relationship | 5 |
like particles | 5 |
signaling pathway | 5 |
two large | 5 |
correlation analysis | 5 |
uniprot protein | 5 |
four structural | 5 |
another study | 5 |
strain cat | 5 |
located within | 5 |
like receptor | 5 |
synthesis kit | 5 |
attachment protein | 5 |
migration rates | 5 |
total number | 5 |
purification kit | 5 |
size history | 5 |
study group | 5 |
nucleocapsid gene | 5 |
base substitutions | 5 |
mini kit | 5 |
genome alignment | 5 |
recovered patients | 5 |
cov spike | 5 |
also detected | 5 |
food production | 5 |
deltacoronavirus supports | 5 |
antiviral drugs | 5 |
murine kobuvirus | 5 |
coronavirus genome | 5 |
autumn migration | 5 |
nervous system | 5 |
atlantic forest | 5 |
two civet | 5 |
rrna sequences | 5 |
binding epitopes | 5 |
viral diarrhea | 5 |
human noroviruses | 5 |
online tool | 5 |
hydrophilicity scores | 5 |
genetic relationship | 5 |
herpes simplex | 5 |
red list | 5 |
hydrophilicity score | 5 |
broiler chickens | 5 |
genetic distance | 5 |
polymerase gene | 5 |
pcr using | 5 |
pathogenic mass | 5 |
transmission history | 5 |
unique early | 5 |
comparative genome | 5 |
giv novs | 5 |
antigenic characteristics | 5 |
bar indicates | 5 |
reference genome | 5 |
us strain | 5 |
significant role | 5 |
veterinary research | 5 |
sample sizes | 5 |
detected across | 5 |
viral infection | 5 |
novel feline | 5 |
anthropogenic environments | 5 |
genus deltacoronavirus | 5 |
peptide epitopes | 5 |
cluster analysis | 5 |
urban areas | 5 |
analysis program | 5 |
generation time | 5 |
multiple reassortment | 5 |
chemokine receptor | 5 |
acid deletion | 5 |
england biolabs | 5 |
nosed fruit | 5 |
protease inhibitor | 5 |
mean age | 5 |
rna binding | 5 |
sequences available | 5 |
fever virus | 5 |
peruvian alpaca | 5 |
across years | 5 |
may affect | 5 |
successfully obtained | 5 |
study aimed | 5 |
poultry flocks | 5 |
feline coronavirus | 5 |
seven novel | 5 |
retrospective study | 5 |
six months | 5 |
loaded peptide | 5 |
direct sequencing | 5 |
also analyzed | 5 |
high antigenicity | 5 |
synthesized using | 5 |
md values | 5 |
protein information | 5 |
viral spike | 5 |
respiratory viruses | 5 |
posterior probability | 5 |
virus classification | 5 |
spontaneous mutation | 5 |
genetic changes | 5 |
different parts | 5 |
determine whether | 5 |
signal transduction | 5 |
related viruses | 5 |
expression levels | 5 |
high frequency | 5 |
sequencing data | 5 |
specific primer | 5 |
negative side | 5 |
epidemic strain | 5 |
acute diarrhea | 5 |
homolog proteins | 5 |
untranslated region | 5 |
overall prevalence | 5 |
molecular analysis | 5 |
net charges | 5 |
genomic data | 5 |
also predicted | 5 |
geographical distribution | 5 |
accessory protein | 5 |
coronavirus infection | 5 |
index case | 5 |
gamma gene | 5 |
coronaviridae family | 5 |
pneumonia outbreak | 5 |
west africa | 5 |
adenovirus type | 5 |
genetically diverse | 5 |
human beings | 5 |
domestic animals | 5 |
using maximum | 5 |
missing data | 5 |
hvr encoding | 5 |
usage variation | 5 |
like infectious | 5 |
viral cross | 5 |
vp capsid | 5 |
immunodeficiency viruses | 5 |
using reverse | 5 |
simian immunodeficiency | 5 |
almost identical | 5 |
research institute | 5 |
throughput sequencing | 5 |
respiratory signs | 5 |
specific pathogen | 5 |
poorly understood | 5 |
population sizes | 5 |
duplicated region | 5 |
pathogenic viruses | 5 |
three distinct | 5 |
normal tissues | 5 |
land use | 5 |
transmission dynamics | 5 |
genome backbone | 5 |
protein kinase | 5 |
genetic models | 5 |
small number | 5 |
determined using | 5 |
avian paramyxovirus | 5 |
rna editing | 5 |
canine noroviruses | 5 |
supports bat | 5 |
final concentration | 5 |
pcr results | 5 |
egg production | 5 |
water cover | 5 |
epitopes using | 5 |
novel respiratory | 5 |
evolutionary rate | 5 |
current situation | 5 |
civet scov | 5 |
feline novs | 5 |
viral genomic | 5 |
coronavirus avian | 5 |
canine kobuvirus | 5 |
phylogenetic reconstruction | 5 |
qx ibv | 5 |
strains circulating | 5 |
previously published | 5 |
severe respiratory | 5 |
blood group | 5 |
variation across | 5 |
palm civets | 5 |
natural host | 5 |
sylvatic genotypes | 5 |
bootstrap support | 5 |
superscript iii | 5 |
different epidemic | 5 |
large fraction | 5 |
acid level | 5 |
allele frequencies | 5 |
virus infections | 5 |
coronavirus oc | 5 |
possess high | 5 |
effective population | 5 |
evolutionary analysis | 5 |
prevalence rate | 5 |
mortality rate | 5 |
mrv strains | 5 |
new england | 5 |
upper respiratory | 5 |
total net | 5 |
old female | 5 |
using bioedit | 5 |
highest immunogenicity | 5 |
time evolution | 5 |
pteropus bats | 5 |
positive sera | 5 |
potential recombination | 5 |
independent branch | 5 |
also tested | 5 |
antigenic sites | 5 |
wild migratory | 5 |
confirmed using | 5 |
site year | 5 |
novel virus | 5 |
two epitopes | 5 |
protein genes | 5 |
epidemic models | 5 |
order nidovirales | 5 |
using seqman | 5 |
west nile | 5 |
new model | 5 |
done using | 5 |
viral evolution | 5 |
gene recombination | 5 |
taken together | 5 |
coronavirus ibv | 5 |
natural habitats | 5 |
hexon gene | 5 |
pairwise comparison | 5 |
global health | 5 |
helvum bats | 5 |
cell receptor | 5 |
first molecular | 5 |
gb strain | 5 |
antibody responses | 5 |
sequencing libraries | 5 |
envelope protein | 5 |
syncytial viruses | 5 |
rab clustered | 5 |
also performed | 5 |
rva alpaca | 5 |
antagonize host | 5 |
structured coalescent | 5 |
recombination within | 5 |
nucleotide duplication | 5 |
single open | 5 |
viral spread | 5 |
partial rdrp | 5 |
fasta format | 5 |
biological sequence | 4 |
genetic predisposition | 4 |
aksu city | 4 |
option complete | 4 |
i binding | 4 |
seven hvrs | 4 |
bigdye terminator | 4 |
endemic korean | 4 |
similar results | 4 |
virus attachment | 4 |
glycoprotein sequences | 4 |
first strand | 4 |
coronavirus strain | 4 |
financial interests | 4 |
bold triangles | 4 |
remains unknown | 4 |
commercial broiler | 4 |
bkov genome | 4 |
rna adenosine | 4 |
epidemiological data | 4 |
xinjiang province | 4 |
sampling interval | 4 |
serine protease | 4 |
genome assemblies | 4 |
hubei province | 4 |
dnastar inc | 4 |
least three | 4 |
likelihood phylogeny | 4 |
using anti | 4 |
seven different | 4 |
brazilian bats | 4 |
highly immunogenic | 4 |
virus disease | 4 |
global diversity | 4 |
paramyxoviridae family | 4 |
first detected | 4 |
feline norovirus | 4 |
viral dna | 4 |
two clades | 4 |
broiler chicken | 4 |
several genes | 4 |
viral capsid | 4 |
assessed using | 4 |
fc cluster | 4 |
necrosis factor | 4 |
viral protein | 4 |
acid differences | 4 |
gene segment | 4 |
menangle virus | 4 |
borne viral | 4 |
i interferon | 4 |
hierarchical analysis | 4 |
algorithms implemented | 4 |
newly emerged | 4 |
young dogs | 4 |
orf junction | 4 |
viral loads | 4 |
mammalian species | 4 |
influencing factors | 4 |
strains available | 4 |
probability distribution | 4 |
codon position | 4 |
phosphoprotein gene | 4 |
anas platyrhynchos | 4 |
studies showed | 4 |
sars epidemic | 4 |
novel bat | 4 |
nt duplicated | 4 |
binding affinities | 4 |
identical amino | 4 |
virus will | 4 |
third site | 4 |
using clustal | 4 |
remaining non | 4 |
online version | 4 |
identified within | 4 |
ibv isolate | 4 |
takes place | 4 |
positive side | 4 |
trees constructed | 4 |
strain detected | 4 |
i ifn | 4 |
viral genomes | 4 |
accession nc | 4 |
confirmed cases | 4 |
showed high | 4 |
cross species | 4 |
jev proteins | 4 |
statistical computing | 4 |
young children | 4 |
length human | 4 |
default settings | 4 |
limited understanding | 4 |
novel group | 4 |
divergence time | 4 |
library preparation | 4 |
cycle sequencing | 4 |
ifn response | 4 |
end reads | 4 |
strain ita | 4 |
fragments belonging | 4 |
solid tumor | 4 |
high similarity | 4 |
species obtained | 4 |
sudanese isolate | 4 |
chicken embryos | 4 |
phylogenetic methods | 4 |
laboratory animal | 4 |
spectrum antiviral | 4 |
feline kobuviruses | 4 |
novel genotype | 4 |
bat populations | 4 |
natural course | 4 |
ten ibvs | 4 |
strain ecu | 4 |
dimensional structure | 4 |
susceptible individuals | 4 |
vp amino | 4 |
respiratory failure | 4 |
feline bocavirus | 4 |
host shift | 4 |
broad spectrum | 4 |
canine bufavirus | 4 |
immunocompromised patients | 4 |
fecal specimens | 4 |
model averaging | 4 |
strains shared | 4 |
antigenic determinants | 4 |
hrsv infection | 4 |
length vp | 4 |
fusion peptide | 4 |
acid substitution | 4 |
gene coding | 4 |
codon deoptimization | 4 |
one serotype | 4 |
substitutions site | 4 |
akaike information | 4 |
broiler flocks | 4 |
key determinant | 4 |
field ibv | 4 |
epi isl | 4 |
virus isolation | 4 |
ca repeat | 4 |
alignment search | 4 |
confidence interval | 4 |
leptospira sp | 4 |
study revealed | 4 |
antibodies specific | 4 |
ibv variants | 4 |
using bayesian | 4 |
usage biases | 4 |
viral transmission | 4 |
southern sweden | 4 |
ck za | 4 |
gov blast | 4 |
tissue culture | 4 |
virus taxonomy | 4 |
migration process | 4 |
bstvs vs | 4 |
aa mutations | 4 |
phylogenetic profiling | 4 |
control study | 4 |
accession jx | 4 |
aku aku | 4 |
high risk | 4 |
clc genomics | 4 |
wide analysis | 4 |
variation among | 4 |
sylvatic dengue | 4 |
effective number | 4 |
intermediate hosts | 4 |
base transitions | 4 |
least one | 4 |
strains previously | 4 |
qiaquick gel | 4 |
genetic relationships | 4 |
severe diarrhea | 4 |
evolutionary biology | 4 |
uncultured leptospira | 4 |
rapid replacement | 4 |
cc shared | 4 |
viruses belonging | 4 |
multiple alignments | 4 |
allowed us | 4 |
dnase i | 4 |
time pcr | 4 |
high hydrophilicity | 4 |
tissue samples | 4 |
lower prevalence | 4 |
genetic data | 4 |
solid tumors | 4 |
large numbers | 4 |
four mass | 4 |
immunogenic vaccine | 4 |
drug resistance | 4 |
pet dogs | 4 |
human nov | 4 |
iucn red | 4 |
tract infections | 4 |
blast search | 4 |
bat covs | 4 |
rna secondary | 4 |
also known | 4 |
following accession | 4 |
human rva | 4 |
samples across | 4 |
studies suggest | 4 |
demographic stochasticity | 4 |
health concern | 4 |
partial gene | 4 |
seven field | 4 |
different regions | 4 |
high nucleotide | 4 |
eastern china | 4 |
vertical transmission | 4 |
viral infectivity | 4 |
sample genealogy | 4 |
recent korean | 4 |
human giv | 4 |
stop codon | 4 |
sylvatic strains | 4 |
four isolates | 4 |
gene segments | 4 |
encephalitis vaccines | 4 |
van dijk | 4 |
entropy value | 4 |
isolate names | 4 |
viral shedding | 4 |
region encompassing | 4 |
reflect bootstrap | 4 |
ten polish | 4 |
hoping hospital | 4 |
strain giv | 4 |
diarrheic feces | 4 |
interferon production | 4 |
neutralization assay | 4 |
fekov sequences | 4 |
different methods | 4 |
changes may | 4 |
dna analyzer | 4 |
branch point | 4 |
invitrogen ltd | 4 |
chinese qx | 4 |
sensu lato | 4 |
genomic characterisation | 4 |
full length | 4 |
person transmission | 4 |
forest biome | 4 |
conformational changes | 4 |
parsimony methods | 4 |
beta interferon | 4 |
gallus gallus | 4 |
consensus level | 4 |
virus detected | 4 |
future research | 4 |
rotavirus species | 4 |
even though | 4 |
gvi feline | 4 |
respiratory symptoms | 4 |
pteropus giganteus | 4 |
genotype constellation | 4 |
epidemic wave | 4 |
days post | 4 |
human bufavirus | 4 |
coronavirus hku | 4 |
south east | 4 |
will provide | 4 |
protein orf | 4 |
one sample | 4 |
naturally occurring | 4 |
neutralization assays | 4 |
hr domain | 4 |
duck hepatitis | 4 |
european bats | 4 |
aa sequences | 4 |
maximum immunogenicity | 4 |
geneious software | 4 |
alignment showed | 4 |
results revealed | 4 |
five different | 4 |
vaccine virus | 4 |
nov genome | 4 |
rrs sequences | 4 |
bkov strain | 4 |
molecular sequences | 4 |
sera titrated | 4 |
taq polymerase | 4 |
mass type | 4 |
natural environments | 4 |
relatively low | 4 |
molecular epidemiological | 4 |
epitope loaded | 4 |
environmental parameters | 4 |
embryonated chicken | 4 |
rectal swabs | 4 |
miseq reagent | 4 |
novs genetically | 4 |
protein contained | 4 |
genetic evolution | 4 |
terminal domain | 4 |
ongoing adaptation | 4 |
unique evolutionary | 4 |
random hexamers | 4 |
massachusetts serotype | 4 |
apparently new | 4 |
close contact | 4 |
antigenic variation | 4 |
constant population | 4 |
host receptor | 4 |
vaccine peptide | 4 |
molecular mechanisms | 4 |
swedish crcov | 4 |
aedes aegypti | 4 |
like rva | 4 |
medical conditions | 4 |
friendly biological | 4 |
antigenicity scores | 4 |
autumnal prevalence | 4 |
uk software | 4 |
sequence alignments | 4 |
iedb server | 4 |
shaping codon | 4 |
zoonotic potential | 4 |
viral attachment | 4 |
highest identity | 4 |
heterochronous data | 4 |
structure elements | 4 |
visualized using | 4 |
web server | 4 |
mutations involved | 4 |
index values | 4 |
cytopathic effect | 4 |
eight sequences | 4 |
ev virus | 4 |
evolutionary changes | 4 |
different hosts | 4 |
search tool | 4 |
cleavage sites | 4 |
highest identities | 4 |
kb fragment | 4 |
borrelia sp | 4 |
west bengal | 4 |
containing insertions | 4 |
disease control | 4 |
masked palm | 4 |
may help | 4 |
case fatality | 4 |
neighbor base | 4 |
statistical support | 4 |
detailed comparative | 4 |
zoonotic spillover | 4 |
assay targeting | 4 |
pcr reactions | 4 |
genetic polymorphism | 4 |
settlements cover | 4 |
methods used | 4 |
coronavirus pathogenesis | 4 |
heptad repeat | 4 |
likelihood trees | 4 |
three groups | 4 |
specific rt | 4 |
first sars | 4 |
infected individual | 4 |
also reported | 4 |
evolutionary distance | 4 |
polish variants | 4 |
breakpoint sites | 4 |
evolving viruses | 4 |
urbanized areas | 4 |
ethnic groups | 4 |
genomic organization | 4 |
also used | 4 |
branch reflect | 4 |
natural hosts | 4 |
healthy cats | 4 |
chemokine genes | 4 |
study using | 4 |
aa insertion | 4 |
sequences located | 4 |
strongly associated | 4 |
randomly selected | 4 |
group antigens | 4 |
prepared using | 4 |
alignment using | 4 |
genomic surveillance | 4 |
kobuvirus genome | 4 |
human rotavirus | 4 |
technical assistance | 4 |
ibv serotypes | 4 |
democratic republic | 4 |
free water | 4 |
viral polymerase | 4 |
distress syndrome | 4 |
structure prediction | 4 |
recombinant strains | 4 |
fecal viral | 4 |
canine gvi | 4 |
beta barrel | 4 |
software suite | 4 |
year period | 4 |
new epidemic | 4 |
genomics workbench | 4 |
including humans | 4 |
sars cases | 4 |
causative agent | 4 |
family flaviviridae | 4 |
acid positions | 4 |
proteins also | 4 |
death toll | 4 |
immune status | 4 |
amplified products | 4 |
complete orf | 4 |
aa long | 4 |
genetic diversities | 4 |
ev coding | 4 |
genetically similar | 4 |
plot analysis | 4 |
shift protein | 4 |
data associated | 4 |
alignment software | 4 |
one deletion | 4 |
tree topology | 4 |
complete bkov | 4 |
reported sequences | 4 |
birds coronavirus | 4 |
ln china | 4 |
bkov positive | 4 |
viruses may | 4 |
sequence comparison | 4 |
coalescent process | 4 |
dna samples | 4 |
fecal sample | 4 |
reactive primers | 4 |
windows nt | 4 |
basic local | 4 |
hiv aids | 4 |
novs strains | 4 |
antigenically related | 4 |
host gene | 4 |
gansu province | 4 |
personal relationships | 4 |
furin cleavage | 4 |
seven epitopes | 4 |
local alignment | 4 |
compositional constraints | 4 |
descending order | 4 |
web version | 4 |
probable bat | 4 |
gene showed | 4 |
highest hydrophilicity | 4 |
research council | 4 |
relative genetic | 4 |
factors may | 4 |
rrs fragments | 4 |
using clustalw | 4 |
biological functions | 4 |
lopinavir ritonavir | 4 |
growth factor | 4 |
similarity plot | 4 |
ancestral locations | 4 |
potential novel | 4 |
asymptomatic animals | 4 |
animal health | 4 |
strains may | 4 |
diverse trna | 4 |
previous endemic | 4 |
stochastic sir | 4 |
stochastic models | 4 |
strain sa | 4 |
bootstrap value | 4 |
may increase | 4 |
cause severe | 4 |
genus flavivirus | 4 |
fidelity dna | 4 |
clinical trials | 4 |
human ifn | 4 |
bat genera | 4 |
angiotensin converting | 4 |
significantly lower | 4 |
hexon protein | 4 |
primers targeting | 4 |
virus variants | 4 |
descriptive study | 4 |
consensus sequences | 4 |
one isolate | 4 |
orf orf | 4 |
control strategies | 4 |
base preferences | 4 |
novel parvovirus | 4 |
strains based | 4 |
pathogenic strains | 4 |
female balb | 4 |
iav prevalence | 4 |
new host | 4 |
nasopharyngeal swabs | 4 |
enteric coronavirus | 4 |
virus dynamics | 4 |
zhangye city | 4 |
feline enteric | 4 |
formed two | 4 |
rab shared | 4 |
blot analysis | 4 |
variation within | 4 |
asymptomatic cats | 4 |
virus species | 4 |
animal novs | 4 |
rdrp fragment | 4 |
prefusion conformation | 4 |
rna folding | 4 |
mutagenesis studies | 4 |
swedish national | 4 |
nile virus | 4 |
alignment containing | 4 |
tumor necrosis | 4 |
virus vp | 4 |
strong binders | 4 |
cov may | 4 |
flab sequences | 4 |
one step | 4 |
human settlements | 4 |
flying foxes | 4 |
pcr assays | 4 |
help us | 4 |
many studies | 4 |
competing interests | 4 |
data collection | 4 |
rna interference | 4 |
disease progression | 4 |
poultry industry | 4 |
human ifng | 4 |
fcv strains | 4 |
based diagnostics | 4 |
taq dna | 4 |
genetic sequence | 4 |
recombination among | 4 |
pedv isolates | 4 |
family reoviridae | 4 |
nonstructural protein | 4 |
primary solid | 4 |
coronavirus genomes | 4 |
immune cells | 4 |
wuhan city | 4 |
key factor | 4 |
three times | 4 |
high sequence | 4 |
strain rva | 4 |
relative synonymous | 4 |
complete deletion | 4 |
single introduction | 4 |
urban mallards | 4 |
canine strains | 4 |
sequencing reads | 4 |
coronavirus pneumonia | 4 |
jv i | 4 |
qiagen gmbh | 4 |
ifn production | 4 |
cytokine storm | 4 |
irrigated cultures | 3 |
tested negative | 3 |
rt master | 3 |
host reservoir | 3 |
real time | 3 |
repeat region | 3 |
mutational bias | 3 |
coronavirus outbreak | 3 |
novel norovirus | 3 |
sea level | 3 |
additional studies | 3 |
syndrome coronaviruses | 3 |
continued surveillance | 3 |
avian rna | 3 |
municipal hoping | 3 |
may involve | 3 |
epidemiological dynamics | 3 |
high rates | 3 |
ribosomal rna | 3 |
massachusetts pathogenic | 3 |
cells expressing | 3 |
neutralizing antibody | 3 |
named sars | 3 |
widespread distribution | 3 |
immunogenic peptide | 3 |
sigma protein | 3 |
spatial structure | 3 |
distinct clades | 3 |
vp genotype | 3 |
analysis shows | 3 |
chinese provinces | 3 |
additional primers | 3 |
may cause | 3 |
interspecies jumping | 3 |
previously unknown | 3 |
pathogenic avian | 3 |
membrane glycoprotein | 3 |
epitope conservancy | 3 |
recombination using | 3 |
report showed | 3 |
encoding regions | 3 |
analyses performed | 3 |
formal analysis | 3 |
length orf | 3 |
infect mammals | 3 |
epidemic sequences | 3 |
comparative study | 3 |
new york | 3 |
viral adaptation | 3 |
proinflammatory cytokines | 3 |
comparative method | 3 |
two types | 3 |
diverse sarsr | 3 |
underlying mechanism | 3 |
potential risk | 3 |
transcription factor | 3 |
major groups | 3 |
viral outbreaks | 3 |
fcv evolution | 3 |
functional receptor | 3 |
virus caused | 3 |
substitution matrices | 3 |
worldwide distribution | 3 |
different organs | 3 |
sangon biotech | 3 |
strain nomenclature | 3 |
lsc i | 3 |
coronavirus study | 3 |
variation analysis | 3 |
two non | 3 |
human interspecies | 3 |
findings indicate | 3 |
selective pressures | 3 |
slightly different | 3 |
human aiv | 3 |
fatality rate | 3 |
global sars | 3 |
highly similar | 3 |
viral evolutionary | 3 |
population growth | 3 |
ibv genomes | 3 |
central nervous | 3 |
time reversible | 3 |
cell membrane | 3 |
geographic clustering | 3 |
forward primer | 3 |
main focus | 3 |
wild waterfowl | 3 |
genetic material | 3 |
housing complex | 3 |
clinical symptoms | 3 |
kinetics selection | 3 |
ii coronaviruses | 3 |
health emergency | 3 |
research foundation | 3 |
genotype frequencies | 3 |
transmission potential | 3 |
virus origins | 3 |
nov spontaneous | 3 |
norovirus gii | 3 |
pan troglodytes | 3 |
bigger datasets | 3 |
bat population | 3 |
template rna | 3 |
population density | 3 |
anthropized environments | 3 |
transfected cells | 3 |
poultry farming | 3 |
several studies | 3 |
grassland cover | 3 |
new respiratory | 3 |
brownian diffusion | 3 |
single gene | 3 |
potential peptide | 3 |
polymerase complex | 3 |
envelope glycoprotein | 3 |
genomic region | 3 |
genus betacoronavirus | 3 |
one non | 3 |
mammalian orthoreoviruses | 3 |
based vaccine | 3 |
ha segment | 3 |
reverse primers | 3 |
nucleotide fragment | 3 |
must fit | 3 |
economic losses | 3 |
roc cdc | 3 |
neutral evolution | 3 |
changes produced | 3 |
using sanger | 3 |
rhesus macaque | 3 |
sanger method | 3 |
missense mutation | 3 |
bp fragment | 3 |
orf finder | 3 |
two axes | 3 |
four serotypes | 3 |
nucleotide archive | 3 |
spatial continuum | 3 |
gisaid database | 3 |
gastroenteritis outbreak | 3 |
field strain | 3 |
strains using | 3 |
vero cells | 3 |
cell cultures | 3 |
major genotype | 3 |
cause disease | 3 |
homo sapiens | 3 |
greater mekong | 3 |
viruses sequenced | 3 |
horseshoe bat | 3 |
specific antibodies | 3 |
encoding region | 3 |
sequence comparisons | 3 |
expression level | 3 |
immunodominant region | 3 |
diarrhoea virus | 3 |
related species | 3 |
protein expression | 3 |
lineage contained | 3 |
peptide segments | 3 |
targeted protein | 3 |
biological function | 3 |
diseased tissues | 3 |
two residues | 3 |
diagnostic tools | 3 |
saharan africa | 3 |
sra dataset | 3 |
coalescent framework | 3 |
causes severe | 3 |
identical sequences | 3 |
contagious disease | 3 |
analysis found | 3 |
nucleotide insertion | 3 |
virus host | 3 |
coronavirus proteins | 3 |
infectious agents | 3 |
study conducted | 3 |
enteritis signs | 3 |
easy vector | 3 |
three reemerging | 3 |
primer sequence | 3 |
especially among | 3 |
similarity index | 3 |
diarrheic cats | 3 |
exponentially distributed | 3 |
enteric viruses | 3 |
putative recombination | 3 |
human settlement | 3 |
rscu values | 3 |
genes revealed | 3 |
taipei municipal | 3 |
viruses associated | 3 |
novel canine | 3 |
using different | 3 |
single stranded | 3 |
novel bkov | 3 |
likely involves | 3 |
clinically proven | 3 |
ethidium bromide | 3 |
nov gvi | 3 |
virus genotype | 3 |
genome contains | 3 |
evidence suggests | 3 |
new member | 3 |
spike receptor | 3 |
consecutive seasons | 3 |
molecular markers | 3 |
epidemiological parameters | 3 |
temperate regions | 3 |
phylogenetic relationship | 3 |
bats middle | 3 |
replications using | 3 |
orf overlap | 3 |
multivariate analysis | 3 |
genetic information | 3 |
unidirectional neutralization | 3 |
suppress host | 3 |
codon contents | 3 |
control measures | 3 |
previous korean | 3 |
binding properties | 3 |
findings provide | 3 |
among humans | 3 |
science foundation | 3 |
variant strains | 3 |
proven protease | 3 |
pressure analysis | 3 |
coalescent theory | 3 |
tc per | 3 |
fastq files | 3 |
wild short | 3 |
widely distributed | 3 |
codon preference | 3 |
em structure | 3 |
mer peptides | 3 |
like protease | 3 |
like vaccine | 3 |
increased contact | 3 |
coalescent approaches | 3 |
sequences carrying | 3 |
hrsv subgroup | 3 |
dog gvi | 3 |
urban environment | 3 |
limited genetic | 3 |
control plasmid | 3 |
rflp method | 3 |
dabbling ducks | 3 |
available genomes | 3 |
literature review | 3 |
large phylogenies | 3 |
multiple mutations | 3 |
ab polyprotein | 3 |
sliding window | 3 |
three consecutive | 3 |
tumor types | 3 |
sequences support | 3 |
hospitalizations among | 3 |
cellular receptor | 3 |
mainland china | 3 |
using axyprep | 3 |
two main | 3 |
recovery phase | 3 |
direct evidence | 3 |
south china | 3 |
animal ethics | 3 |
numbers mk | 3 |
strain may | 3 |
results show | 3 |
receptor usage | 3 |
population dynamic | 3 |
developing countries | 3 |
similar structures | 3 |
feline parvovirus | 3 |
negative stain | 3 |
chicken farms | 3 |
simple vector | 3 |
using samtools | 3 |
genus kobuvirus | 3 |
either alone | 3 |
interferon signaling | 3 |
reovirus sigma | 3 |
therapeutic development | 3 |
million people | 3 |
viruses detected | 3 |
relatively high | 3 |
time tree | 3 |
analyzed strains | 3 |
room temperature | 3 |
cancer types | 3 |
hendra virus | 3 |
noroviruses detection | 3 |
cell fusion | 3 |
epitope regions | 3 |
single virus | 3 |
protein orfs | 3 |
evolutionary processes | 3 |
recombinant virus | 3 |
parameter model | 3 |
refractory mutational | 3 |
giganteus bat | 3 |
utr region | 3 |
translated proteins | 3 |
known bkov | 3 |
genetic relatedness | 3 |
epidemic areas | 3 |
genetic sublineages | 3 |
sequence closest | 3 |
detection methods | 3 |
global distribution | 3 |
glycosylation sites | 3 |
expression systems | 3 |
human bocavirus | 3 |
variable rates | 3 |
comprised aois | 3 |
aquatic birds | 3 |
glycoprotein sequence | 3 |
tissue damage | 3 |
two groups | 3 |
translational levels | 3 |
plasmids pgl | 3 |
experimentally demonstrated | 3 |
proof coronavirus | 3 |
kidney tissue | 3 |
viral dsrna | 3 |
candidate new | 3 |
source population | 3 |
high levels | 3 |
megalign program | 3 |
first detection | 3 |
variable regions | 3 |
branch lengths | 3 |
using superscript | 3 |
investigated whether | 3 |
epidemic diseases | 3 |
cosmopolitan genotypes | 3 |
avian astroviruses | 3 |
analyses based | 3 |
three sequences | 3 |
phylogenetic approaches | 3 |
host shifts | 3 |
genogroup giv | 3 |
immunoinformatics approach | 3 |
arg constituting | 3 |
encoding six | 3 |
cell responses | 3 |
coronavirus cross | 3 |
gov orffinder | 3 |
prior density | 3 |
reverse transcribed | 3 |
adenovirus infection | 3 |
second region | 3 |
nosocomial infection | 3 |
bp pcr | 3 |
bkov detection | 3 |
evolving infectious | 3 |
stable cell | 3 |
many countries | 3 |
secondary infections | 3 |
pars trees | 3 |
scientific research | 3 |
stimulating factor | 3 |
intestinal content | 3 |
human health | 3 |
bp including | 3 |
evolutionary origin | 3 |
chagasic cardiomyopathy | 3 |
different lengths | 3 |
recent outbreaks | 3 |
mice inoculated | 3 |
tuning translation | 3 |
nov rna | 3 |
bat diversity | 3 |
vp nucleotide | 3 |
high elevation | 3 |
different bat | 3 |
dipeptidyl peptidase | 3 |
gardens housing | 3 |
health policies | 3 |
aa protein | 3 |
vaccinated chickens | 3 |
substantial evidence | 3 |
influenza pandemic | 3 |
diversity among | 3 |
korean field | 3 |
mice infected | 3 |
geographic locations | 3 |
cov genome | 3 |
first identification | 3 |
viral strain | 3 |
design functional | 3 |
end illumina | 3 |
coronavirus sub | 3 |
ecg alterations | 3 |
identified homoplasies | 3 |
variable region | 3 |
freshly deposited | 3 |
two major | 3 |
rna sequences | 3 |
grassland areas | 3 |
chosen preferentially | 3 |
acid replacements | 3 |
bioinformatics analysis | 3 |
analysis indicated | 3 |
wt arg | 3 |
positive sample | 3 |
omics analysis | 3 |
viral particles | 3 |
hotspot sequences | 3 |
evolutionary studies | 3 |
host exists | 3 |
underlying diseases | 3 |
alignment editor | 3 |
network protocol | 3 |
tract infection | 3 |
guano farms | 3 |
viral genes | 3 |
mega software | 3 |
secondary structures | 3 |
possible transmission | 3 |
strains revealed | 3 |
national park | 3 |
sequences respectively | 3 |
remaining flab | 3 |
one virus | 3 |
ibv field | 3 |
still needs | 3 |
made using | 3 |
winter months | 3 |
vaccine candidate | 3 |
gene products | 3 |
second axis | 3 |
small sample | 3 |
th dpi | 3 |
evidence supporting | 3 |
ancestral origin | 3 |
underlying medical | 3 |
vital role | 3 |
profiles retrieved | 3 |
one sequence | 3 |
parsimony tree | 3 |
cell proliferation | 3 |
viral sequences | 3 |
traditional vaccines | 3 |
hospitalized patients | 3 |
diseased chickens | 3 |
spf chicken | 3 |
conserved sequence | 3 |
first step | 3 |
high homology | 3 |
nearly complete | 3 |
putative non | 3 |
third index | 3 |
santa clara | 3 |
varied according | 3 |
infected cell | 3 |
two ibv | 3 |
mrna expression | 3 |
study clustered | 3 |
natural science | 3 |
data set | 3 |
cellular machinery | 3 |
immune failure | 3 |
antigenically distinct | 3 |
coronavirus kb | 3 |
insertion site | 3 |
various genotypes | 3 |
mostly deletions | 3 |
multiple times | 3 |
substitution parameters | 3 |
three non | 3 |
nsp suppresses | 3 |
negative control | 3 |
western analysis | 3 |
viral species | 3 |
first case | 3 |
fc clusters | 3 |
hydropathy index | 3 |
aminoacid sequences | 3 |
high identity | 3 |
study provides | 3 |
comparative studies | 3 |
saudi arabia | 3 |
ncov spike | 3 |
epitope position | 3 |
strains except | 3 |
codon usages | 3 |
ribosomal frameshift | 3 |
using mafft | 3 |
complete nucleotide | 3 |
strict clock | 3 |
group coronavirus | 3 |
tc aus | 3 |
neutralizing titer | 3 |
hemorrhagic fever | 3 |
global af | 3 |
mixed models | 3 |
vp lineages | 3 |
four strains | 3 |
translationally cleaved | 3 |
supplementary tables | 3 |
outer capsid | 3 |
protein production | 3 |
nt similarity | 3 |
infected seroconverters | 3 |
internal nodes | 3 |
relatedness values | 3 |
ifn induction | 3 |
close evolutionary | 3 |
pathogen free | 3 |
ifng genotype | 3 |
host factors | 3 |
homogeneous substitution | 3 |
mrv strain | 3 |
key roles | 3 |
bats isolation | 3 |
limited sequences | 3 |
coronavirus sars | 3 |
cipres science | 3 |
using illumina | 3 |
implicated cytokine | 3 |
two chinese | 3 |
immune escape | 3 |
three independent | 3 |
carrying large | 3 |
infection cycle | 3 |
aroma values | 3 |
vertebrate cell | 3 |
group coronaviruses | 3 |
informed consent | 3 |
tioman island | 3 |
protein plays | 3 |
siv lineages | 3 |
polymorphism may | 3 |
bioedit software | 3 |
receptor ace | 3 |
statistical phylogeography | 3 |
antigenic resemblance | 3 |
cluster tree | 3 |
regulatory factor | 3 |
computer program | 3 |
multiple countries | 3 |
deduced aa | 3 |
complete sequences | 3 |
analysis suggested | 3 |
lasergene software | 3 |
temporal structure | 3 |
mutated positions | 3 |
pathogenicity factor | 3 |
animal experiments | 3 |
vitro mutagenesis | 3 |
rotavirus classification | 3 |
previously characterized | 3 |
coalescent approach | 3 |
camel blood | 3 |
cov infected | 3 |
synonymous substitutions | 3 |
fetal bovine | 3 |
long distance | 3 |
tissues seems | 3 |
host may | 3 |
like receptors | 3 |
qx strain | 3 |
bovine serum | 3 |
population model | 3 |
controlled trial | 3 |
scoring system | 3 |
life cycle | 3 |
genome characterization | 3 |
aids pandemic | 3 |
gene contained | 3 |
identity matrix | 3 |
using figtree | 3 |
temporal dynamics | 3 |
immunogenicity scores | 3 |
another group | 3 |
selection plays | 3 |
composition constraints | 3 |
avian species | 3 |
insectivorous bats | 3 |
negative sera | 3 |
renilla luciferase | 3 |
also displayed | 3 |
ita displayed | 3 |
within orf | 3 |
translation initiation | 3 |
extension step | 3 |
agricultural sciences | 3 |
local clock | 3 |
social distancing | 3 |
pcr based | 3 |
recombinant vaccinia | 3 |
glycoprotein gene | 3 |
genome consists | 3 |
estimate maximum | 3 |
codon preferences | 3 |
excluding masked | 3 |
relative frequencies | 3 |
virus isolate | 3 |
past population | 3 |
emerging genotype | 3 |
base region | 3 |
method based | 3 |
distilled water | 3 |
causative agents | 3 |
interferon induction | 3 |
synonymous variant | 3 |
host jumps | 3 |
vaccines based | 3 |
novel coronaviruses | 3 |
species barrier | 3 |
higher prevalence | 3 |
predominant strain | 3 |
compared using | 3 |
constructed based | 3 |
detectable positive | 3 |
using geneious | 3 |
primer sets | 3 |
sequencing using | 3 |
nt exhibited | 3 |
contact network | 3 |
software figtree | 3 |
animal reservoirs | 3 |
pathogenic sars | 3 |
major cause | 3 |
bordetella bronchiseptica | 3 |
mhc molecules | 3 |
rna molecule | 3 |
ili region | 3 |
regulates replication | 3 |
major capsid | 3 |
pathogenic coronaviruses | 3 |
sylvatic cycle | 3 |
designing sirnas | 3 |
genes encoding | 3 |
based population | 3 |
nov genetic | 3 |
type ii | 3 |
ethical committee | 3 |
evolution analysis | 3 |
reovirus isolated | 3 |
method using | 3 |
unique mechanism | 3 |
transmission rates | 3 |
type genomes | 3 |
virus titer | 3 |
trna pool | 3 |
swedish research | 3 |
virus molecular | 3 |
numbers mh | 3 |
short read | 3 |
missense variants | 3 |
deduced aminoacid | 3 |
viral proteases | 3 |
extremely high | 3 |
viral interaction | 3 |
american countries | 3 |
weak codon | 3 |
ninth report | 3 |
total variation | 3 |
positive rates | 3 |
threshold value | 3 |
genomic positions | 3 |
bats captured | 3 |
infections caused | 3 |
rotavirus isolated | 3 |
glycoprotein genes | 3 |
sequences deposited | 3 |
list threat | 3 |
epidemic diarrhoea | 3 |
ndv infection | 3 |
pathological changes | 3 |
showed significant | 3 |
regions within | 3 |
animal diseases | 3 |
genus leptospira | 3 |
aa identities | 3 |
junction region | 3 |
ch scem | 3 |
pet dog | 3 |
spatial distribution | 3 |
mutations produced | 3 |
attenuated vaccine | 3 |
previously shown | 3 |
strains formed | 3 |
matched non | 3 |
virus characterization | 3 |
protective immunity | 3 |
mediated editing | 3 |
eight normal | 3 |
bioinformatic tools | 3 |
mutational system | 3 |
science gateway | 3 |
highest similarity | 3 |
pathogenic role | 3 |
structural basis | 3 |
viral metagenomics | 3 |
luciferase reporter | 3 |
animal ethical | 3 |
adaptation index | 3 |
including yunnan | 3 |
sequences indicated | 3 |
binary matrix | 3 |
preferential selection | 3 |
epidemic modeling | 3 |
wild migrating | 3 |
cell linear | 3 |
live vaccine | 3 |
ten strains | 3 |
sensu stricto | 3 |
virus circulating | 3 |
distinct ibv | 3 |
us pedv | 3 |
poultry population | 3 |
us protein | 3 |
primer pairs | 3 |
severe cases | 3 |
genes coding | 3 |
positive correlation | 3 |
evade host | 3 |
inferred age | 3 |
barr virus | 3 |
natural reservoir | 3 |
recombinant sequences | 3 |
involves several | 3 |
vertebrate cells | 3 |
major factors | 3 |
highly prevalent | 3 |
intersubtype recombination | 3 |
china including | 3 |
major determinant | 3 |
strains cluster | 3 |
observed near | 3 |
closed sir | 3 |