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 |
---|---|
amino acid | 258 |
codon usage | 121 |
acid sequences | 53 |
amino acids | 53 |
avian influenza | 53 |
porcine epidemic | 51 |
virus genes | 50 |
nucleotide sequence | 50 |
nucleotide sequences | 48 |
phylogenetic analysis | 47 |
sequence analysis | 47 |
acid sequence | 46 |
cell culture | 45 |
epidemic diarrhea | 43 |
doc id | 40 |
genes doi | 40 |
cord uid | 40 |
viral rna | 40 |
gc content | 39 |
deduced amino | 37 |
influenza virus | 37 |
diarrhea virus | 36 |
leader rna | 36 |
base usage | 36 |
transmissible gastroenteritis | 35 |
codon bias | 35 |
structural proteins | 34 |
usage bias | 33 |
closely related | 33 |
secondary structure | 31 |
gastroenteritis virus | 31 |
jmk strains | 31 |
monoclonal antibodies | 30 |
rna polymerase | 30 |
open reading | 29 |
complete genome | 29 |
type ii | 29 |
sour orange | 28 |
fecal samples | 27 |
sequence data | 27 |
reading frame | 26 |
mrna species | 26 |
methyl transferase | 25 |
infectious bronchitis | 25 |
type i | 25 |
pcr products | 25 |
st cells | 25 |
bank vole | 24 |
supplementary material | 24 |
reverse transcription | 24 |
acid changes | 23 |
cdv strains | 23 |
infected cells | 23 |
accession numbers | 22 |
bronchitis virus | 22 |
performed using | 22 |
highly pathogenic | 22 |
accession number | 21 |
veroe cells | 21 |
viral genome | 21 |
influenza viruses | 20 |
agarose gel | 20 |
vp gene | 20 |
highly conserved | 20 |
clinical signs | 20 |
binding site | 20 |
virus isolation | 20 |
receptor binding | 19 |
bat species | 19 |
reading frames | 19 |
dependent rna | 19 |
genetic diversity | 19 |
bank voles | 18 |
dna polymerase | 18 |
stranded rna | 18 |
entire genome | 18 |
phosphorylation sites | 18 |
lamp assay | 18 |
acid differences | 18 |
previously described | 18 |
pedv strains | 18 |
rna sequences | 18 |
cell line | 18 |
genome sequence | 17 |
reverse transcriptase | 17 |
host range | 17 |
genome sequences | 17 |
glycosylation sites | 17 |
tgev infection | 17 |
also found | 17 |
rna viruses | 17 |
respiratory syndrome | 17 |
acid substitutions | 17 |
genbank accession | 17 |
genomic rna | 17 |
attenuated virus | 16 |
present study | 16 |
sequence identity | 16 |
viral rnas | 16 |
case fatality | 15 |
ga cwl | 15 |
codon positions | 15 |
polymerase gene | 15 |
nucleocapsid protein | 15 |
total rna | 15 |
pathogenic avian | 15 |
neutralizing antibodies | 15 |
synonymous codon | 15 |
ii fcov | 15 |
structural protein | 15 |
attenuated viruses | 14 |
described previously | 14 |
dinucleotide frequency | 14 |
loop structure | 14 |
mutational pressure | 14 |
rna sequence | 14 |
effective codon | 14 |
viral genes | 14 |
phylogenetic trees | 14 |
south korea | 14 |
pcr amplification | 14 |
porcine transmissible | 14 |
hypervariable region | 14 |
immune response | 14 |
cc strain | 14 |
viral replication | 14 |
porcine deltacoronavirus | 14 |
cleavage site | 14 |
positive samples | 14 |
membrane protein | 14 |
online version | 14 |
ark ark | 14 |
previous study | 14 |
phylogenetic tree | 14 |
contains supplementary | 13 |
different strains | 13 |
glycosylation site | 13 |
retroviral rnas | 13 |
genetic mutations | 13 |
authorized users | 13 |
mammalian cells | 13 |
rna extraction | 13 |
gene expression | 13 |
constructed using | 13 |
cpg dinucleotides | 13 |
transient expression | 13 |
transferase activity | 13 |
located within | 13 |
stop codon | 13 |
phylogenetic analyses | 12 |
consensus sequence | 12 |
nucleic acid | 12 |
results showed | 12 |
bovine kobuvirus | 12 |
mass viruses | 12 |
signal peptide | 12 |
fatality rate | 12 |
allantoic fluid | 12 |
pdcov replication | 12 |
viral proteins | 12 |
alemow plants | 12 |
hepatitis virus | 12 |
acid residues | 12 |
puuv strain | 12 |
tcid ml | 12 |
genus viruses | 12 |
ga viruses | 12 |
viral mrna | 12 |
pedv isolates | 12 |
bat pyvs | 12 |
leader sequence | 12 |
electronic supplementary | 11 |
ibv strains | 11 |
detection limit | 11 |
length genome | 11 |
foster city | 11 |
codon number | 11 |
virus replication | 11 |
among different | 11 |
full genome | 11 |
recombinant plasmids | 11 |
tissue culture | 11 |
linked glycosylation | 11 |
published sequences | 11 |
rd position | 11 |
cells transfected | 11 |
virulent strains | 11 |
spike gene | 11 |
genomic sequence | 11 |
gene region | 11 |
terminal domain | 11 |
mg ml | 11 |
nucleotides downstream | 11 |
embryonated eggs | 11 |
samples collected | 11 |
conserved among | 11 |
ibdv genome | 11 |
applied biosystems | 11 |
viruses isolated | 11 |
sm gene | 10 |
human adaptation | 10 |
seven potential | 10 |
negative control | 10 |
coding sequences | 10 |
genome organization | 10 |
mass mass | 10 |
severe acute | 10 |
gel electrophoresis | 10 |
receptor specificity | 10 |
spike protein | 10 |
rna interference | 10 |
sequence alignment | 10 |
old piglets | 10 |
polymerase chain | 10 |
specific primers | 10 |
avirulent strains | 10 |
insect cells | 10 |
rna virus | 10 |
domain iii | 10 |
pathogenic virus | 10 |
chain reaction | 10 |
dna viruses | 10 |
turkey hepatitis | 10 |
final extension | 10 |
host cell | 10 |
frame shift | 10 |
indel pedv | 10 |
infected piglets | 10 |
puuv isolates | 10 |
epidemic diarrhoea | 10 |
viral infection | 10 |
protein kinase | 10 |
gfcov fr | 10 |
molecular characterization | 10 |
like particles | 10 |
cell lines | 10 |
group i | 10 |
codon optimization | 10 |
tgev tmk | 10 |
acute respiratory | 10 |
molecular detection | 9 |
vaccine strains | 9 |
orf ab | 9 |
acid deletion | 9 |
puuv rna | 9 |
stranded dna | 9 |
cdna fragments | 9 |
ethidium bromide | 9 |
usage variation | 9 |
virus isolates | 9 |
aa changes | 9 |
pedv infection | 9 |
better understand | 9 |
i fcov | 9 |
yatapoxvirus genes | 9 |
time rt | 9 |
secondary structures | 9 |
human coronavirus | 9 |
mutation rate | 9 |
lung tissue | 9 |
ch gsjiii | 9 |
previously reported | 9 |
molecular epidemiology | 9 |
well plates | 9 |
rsv rna | 8 |
serially diluted | 8 |
samples tested | 8 |
rna genome | 8 |
even though | 8 |
cave myotis | 8 |
acid identity | 8 |
virus infection | 8 |
kinase ii | 8 |
pcr assay | 8 |
human infections | 8 |
within nsp | 8 |
short hairpin | 8 |
frameshift site | 8 |
stop codons | 8 |
three times | 8 |
pedv orf | 8 |
analysis revealed | 8 |
based elisa | 8 |
fecal specimens | 8 |
economic losses | 8 |
first report | 8 |
ark dpi | 8 |
two different | 8 |
porcine respiratory | 8 |
causative agent | 8 |
overlap region | 8 |
infectious peritonitis | 8 |
pedv variant | 8 |
bovine coronavirus | 8 |
primate cells | 8 |
mediated elisa | 8 |
natural host | 8 |
orange seedlings | 8 |
splice sites | 8 |
ibdv strains | 8 |
protein sequence | 8 |
shrnas targeting | 8 |
two distinct | 8 |
transfected cells | 8 |
determine whether | 8 |
primer pair | 8 |
cytopathic effect | 8 |
cell cultures | 8 |
genome consists | 8 |
canine coronavirus | 8 |
days post | 8 |
casein kinase | 8 |
fipv orf | 8 |
coding region | 8 |
disease virus | 8 |
two viruses | 8 |
high case | 8 |
tmk strain | 8 |
maximum likelihood | 8 |
amber codon | 8 |
genomic sequences | 8 |
analysis indicated | 8 |
cov isolates | 8 |
plasmid dna | 8 |
viral genomes | 8 |
major structural | 8 |
avian coronavirus | 8 |
ark viruses | 8 |
virus titers | 7 |
structural genes | 7 |
pcr product | 7 |
glycoprotein gene | 7 |
novel picornaviruses | 7 |
sequence comparison | 7 |
viral strain | 7 |
two strains | 7 |
peptide region | 7 |
linked phosphorylation | 7 |
sy symptoms | 7 |
structural gene | 7 |
mediated isothermal | 7 |
tibetan mastiff | 7 |
korean pedv | 7 |
feline infectious | 7 |
guanylyl transferase | 7 |
orf gene | 7 |
three different | 7 |
mouse hepatitis | 7 |
previous studies | 7 |
human infection | 7 |
new england | 7 |
turkey samples | 7 |
ii fcovs | 7 |
predicted amino | 7 |
may affect | 7 |
pseudoknotted structures | 7 |
pcr using | 7 |
cells using | 7 |
overlap regions | 7 |
expression system | 7 |
leukemia virus | 7 |
post infection | 7 |
efficient frameshifting | 7 |
bat populations | 7 |
hairpin rnas | 7 |
insectivorous bats | 7 |
detecting pedv | 7 |
frameshift sites | 7 |
cap methylation | 7 |
leader complex | 7 |
reaction volume | 7 |
dinucleotide frequencies | 7 |
specific monoclonal | 7 |
late period | 7 |
escherichia coli | 7 |
close relationship | 7 |
human cases | 7 |
determined using | 7 |
subgenomic mrna | 7 |
international committee | 7 |
infect humans | 7 |
genetically engineered | 7 |
using primers | 7 |
attenuated strain | 7 |
central european | 7 |
england biolabs | 7 |
respiratory tract | 7 |
united states | 7 |
rt reaction | 7 |
cryptic splice | 7 |
reaction mixture | 7 |
antigenic variation | 7 |
strand cdna | 7 |
expression vectors | 7 |
dna products | 7 |
molecular evolution | 7 |
phylogenetic relationships | 7 |
intestinal contents | 7 |
dinucleotide patterns | 7 |
genetic differences | 7 |
sequence analyses | 7 |
spike glycoprotein | 7 |
diarrhoea virus | 7 |
polymerase complex | 7 |
isothermal amplification | 7 |
antigenic properties | 7 |
litter extracts | 7 |
cdna clones | 7 |
complex binding | 7 |
high mortality | 7 |
sialic acid | 7 |
tpa dinucleotides | 7 |
bovine serum | 7 |
pl protease | 7 |
gray strain | 7 |
lg ml | 7 |
specific antibody | 7 |
results indicated | 7 |
astrovirus strains | 7 |
whole genome | 7 |
sy reaction | 7 |
duck hepatitis | 7 |
syndrome virus | 7 |
dna sequencing | 7 |
amber stop | 7 |
north american | 7 |
antigenic groups | 7 |
infectious diarrhoea | 7 |
myotis adv | 7 |
porcine reproductive | 7 |
designed based | 7 |
protein genes | 7 |
important role | 7 |
vt strain | 7 |
vt subisolates | 7 |
poultry outbreaks | 7 |
avian infectious | 7 |
molecular markers | 6 |
highly virulent | 6 |
mm tris | 6 |
important factor | 6 |
kda orf | 6 |
gene sequence | 6 |
health organization | 6 |
virus date | 6 |
korean bastvs | 6 |
relative abundance | 6 |
csfv genomes | 6 |
viral strains | 6 |
clinical samples | 6 |
supplementary table | 6 |
culture adapted | 6 |
also observed | 6 |
overall gc | 6 |
respiratory coronavirus | 6 |
cycle sequencing | 6 |
stool samples | 6 |
reference strains | 6 |
isothermal conditions | 6 |
virus infections | 6 |
phylogenetic relationship | 6 |
sy reactions | 6 |
conserved region | 6 |
nt differences | 6 |
related viruses | 6 |
taq dna | 6 |
pedv strain | 6 |
two groups | 6 |
fields virology | 6 |
virus isolate | 6 |
puumala virus | 6 |
technical assistance | 6 |
family coronaviridae | 6 |
japanese bats | 6 |
aligned using | 6 |
pedv ljb | 6 |
genbank database | 6 |
transmembrane domains | 6 |
cluster analysis | 6 |
chest cavity | 6 |
pcr buffer | 6 |
substitutions within | 6 |
restriction fragment | 6 |
different species | 6 |
sequence identities | 6 |
newborn piglets | 6 |
virus may | 6 |
one amino | 6 |
antigenic sites | 6 |
whu strain | 6 |
high specificity | 6 |
subgenomic mrnas | 6 |
gene deletion | 6 |
molecular biology | 6 |
viral dna | 6 |
kinase phosphorylation | 6 |
acid motifs | 6 |
genetic changes | 6 |
monoclonal antibody | 6 |
hubei province | 6 |
zoonotic viruses | 6 |
extraction kit | 6 |
primer set | 6 |
first strand | 6 |
cells infected | 6 |
different serotypes | 6 |
results indicate | 6 |
predicted secondary | 6 |
cdna synthesis | 6 |
world health | 6 |
analysis showed | 6 |
nucleotide deletion | 6 |
muench method | 6 |
abi prism | 6 |
sense rna | 6 |
plants infected | 6 |
purified using | 6 |
rbcv strains | 6 |
colloidal gold | 6 |
type pseudoknot | 6 |
aichi virus | 6 |
litter samples | 6 |
dmem fcs | 6 |
nucleoprotein gene | 6 |
bcv strains | 6 |
gold test | 6 |
evolutionary history | 6 |
poxvirus genes | 6 |
rna molecules | 6 |
acute infectious | 6 |
third position | 6 |
guinea fowl | 6 |
expression levels | 6 |
vero cells | 6 |
wild boar | 6 |
agarose gels | 6 |
stable hairpin | 6 |
genes encoding | 6 |
first two | 6 |
antigenic drift | 6 |
western blot | 6 |
future studies | 6 |
acid composition | 6 |
may explain | 6 |
room temperature | 6 |
avian species | 6 |
first reported | 6 |
computer program | 6 |
chicken embryo | 6 |
leader sequences | 6 |
reference sequences | 6 |
results suggest | 6 |
test strip | 6 |
point mutations | 6 |
chicken embryos | 6 |
extracted rna | 6 |
virus titer | 6 |
may play | 6 |
host adaptation | 6 |
viral load | 6 |
protein expression | 6 |
cytopathic effects | 6 |
avian coronaviruses | 6 |
acid binding | 6 |
southern china | 6 |
stem loop | 5 |
nucleotide identity | 5 |
vaccine strain | 5 |
mammalian expression | 5 |
genetic characterization | 5 |
liver samples | 5 |
ebcv strains | 5 |
derived sequences | 5 |
mutated strain | 5 |
bp amplicons | 5 |
stem sl | 5 |
domain ii | 5 |
bat coronaviruses | 5 |
polyprotein gene | 5 |
dna synthesis | 5 |
viral mrnas | 5 |
antigenic characterization | 5 |
mebus strain | 5 |
ribosomal frame | 5 |
enc values | 5 |
structure prediction | 5 |
bathev bs | 5 |
clustered together | 5 |
two antigenic | 5 |
aa substitutions | 5 |
also showed | 5 |
th con | 5 |
host cells | 5 |
public databases | 5 |
quantitative rt | 5 |
pedv infections | 5 |
single amino | 5 |
sars outbreak | 5 |
viruses within | 5 |
mediated immunity | 5 |
onderstepoort strain | 5 |
described earlier | 5 |
nonstructural protein | 5 |
human hpai | 5 |
using trizol | 5 |
type cdv | 5 |
proc nat | 5 |
amplified dna | 5 |
group iii | 5 |
classical swine | 5 |
brain tissue | 5 |
virus assembly | 5 |
ibdv genes | 5 |
well conserved | 5 |
molluscum contagiosum | 5 |
target dna | 5 |
serologically related | 5 |
like viruses | 5 |
infectious bursal | 5 |
acid deletions | 5 |
primers targeting | 5 |
egyptian sequences | 5 |
domestic pigs | 5 |
sequence alignments | 5 |
african green | 5 |
two isolates | 5 |
viral diarrhea | 5 |
ptmk strains | 5 |
transfection efficiency | 5 |
nucleic acids | 5 |
joining method | 5 |
consensus sequences | 5 |
novel bat | 5 |
poxvirus members | 5 |
swine industry | 5 |
field strains | 5 |
cap structure | 5 |
puuv strains | 5 |
i fcovs | 5 |
kidney cell | 5 |
sequences revealed | 5 |
directed mutagenesis | 5 |
dinucleotide pairs | 5 |
inhibit pdcov | 5 |
rna template | 5 |
like proteases | 5 |
ga attenuated | 5 |
gene nucleotide | 5 |
length genomes | 5 |
puumala orthohantavirus | 5 |
swine fever | 5 |
two amino | 5 |
structure predictions | 5 |
genomic signature | 5 |
multiple sequence | 5 |
porcine coronavirus | 5 |
quantitative real | 5 |
aa deletion | 5 |
target cells | 5 |
qpcr analysis | 5 |
orf genes | 5 |
strains lsu | 5 |
fujian samples | 5 |
bootstrap values | 5 |
degenerate primers | 5 |
aa change | 5 |
using mega | 5 |
strain astrup | 5 |
led us | 5 |
nat acad | 5 |
green monkey | 5 |
diarrhea viruses | 5 |
immunofluorescence assay | 5 |
hong kong | 5 |
swabs collected | 5 |
antisense primer | 5 |
novel adenovirus | 5 |
tulv moravia | 5 |
wild boars | 5 |
tgev strain | 5 |
detect pedv | 5 |
creative commons | 5 |
many cases | 5 |
pathogenic viruses | 5 |
cell fusion | 5 |
distilled water | 5 |
human adaptive | 5 |
nucleotide positions | 5 |
virus neutralizing | 5 |
chicken eggs | 5 |
purdue strain | 5 |
high mutation | 5 |
weeks old | 5 |
ptmk strain | 5 |
od value | 5 |
neonatal piglets | 5 |
key role | 5 |
signal sequence | 5 |
generated using | 5 |
clinical specimens | 5 |
third codon | 5 |
kda orfs | 5 |
field isolates | 5 |
connecticut strains | 5 |
selection pressure | 5 |
human cells | 5 |
wide range | 5 |
common ancestor | 5 |
comparisons among | 5 |
uninfected mammalian | 5 |
enteric disease | 5 |
seven nucleotides | 5 |
baculovirus expression | 5 |
virus type | 5 |
buffered saline | 5 |
high frequency | 5 |
puuv vranica | 5 |
small membrane | 5 |
coronavirus leader | 5 |
rna recombination | 5 |
shrna recombinant | 5 |
codon position | 5 |
genomic gc | 5 |
base composition | 5 |
differences among | 5 |
virus taxonomy | 5 |
vp protein | 5 |
bursal disease | 5 |
important roles | 5 |
protease domain | 5 |
time pcr | 5 |
infected alemow | 5 |
dna sequences | 5 |
genetic information | 5 |
tertiary structure | 5 |
highly expressed | 5 |
host species | 5 |
acad sci | 5 |
middle east | 5 |
give rise | 5 |
dna fragments | 5 |
different organisms | 4 |
reagent kit | 4 |
six primers | 4 |
significantly correlated | 4 |
rnase inhibitor | 4 |
fujian pedv | 4 |
virus detected | 4 |
double recombination | 4 |
pcr amplifications | 4 |
done using | 4 |
potential pseudoknotting | 4 |
cdna library | 4 |
bovine rotavirus | 4 |
transcription loop | 4 |
nine nucleotides | 4 |
will provide | 4 |
mid period | 4 |
multiplex rt | 4 |
sendai virus | 4 |
florida strain | 4 |
type strains | 4 |
primer sequences | 4 |
korean bovine | 4 |
genomic characterization | 4 |
total reaction | 4 |
large number | 4 |
novel isolates | 4 |
coaxial stacking | 4 |
usa ok | 4 |
different coronaviruses | 4 |
differences observed | 4 |
main factor | 4 |
recombination event | 4 |
blot analysis | 4 |
samples using | 4 |
complete nucleotide | 4 |
potential glycosylation | 4 |
neurological disease | 4 |
sequence homology | 4 |
nt sequence | 4 |
finishing pigs | 4 |
untranslated region | 4 |
mm dntp | 4 |
thaw cycles | 4 |
contained two | 4 |
replicase gene | 4 |
sequences used | 4 |
also contains | 4 |
rna secondary | 4 |
haemorrhagic enteritis | 4 |
three viral | 4 |
mini kit | 4 |
verodogslam cells | 4 |
shifty heptanucleotide | 4 |
encephalomyelitis virus | 4 |
cellular mrna | 4 |
amantadine resistance | 4 |
using clustalw | 4 |
replicase genes | 4 |
mm nacl | 4 |
calves aged | 4 |
recombination events | 4 |
positive control | 4 |
porcine astrovirus | 4 |
acid mutations | 4 |
gastroenteritis coronavirus | 4 |
differential rrt | 4 |
lactogenic immunity | 4 |
csfv orfs | 4 |
nucleotide composition | 4 |
cdna sequencing | 4 |
genome sequencing | 4 |
three nucleotides | 4 |
tgev genome | 4 |
well plate | 4 |
specimens collected | 4 |
citrus tristeza | 4 |
suckling piglets | 4 |
porcine rotavirus | 4 |
changes within | 4 |
various countries | 4 |
well expressed | 4 |
high number | 4 |
calculated using | 4 |
genes showed | 4 |
variola virus | 4 |
results obtained | 4 |
protein may | 4 |
infectious diseases | 4 |
cdna fragment | 4 |
domain within | 4 |
conserved amino | 4 |
antigenic changes | 4 |
recent years | 4 |
different antigenic | 4 |
type receptor | 4 |
european puuv | 4 |
conventional rt | 4 |
acute haemorrhagic | 4 |
associated coronavirus | 4 |
replicase proteins | 4 |
conserved within | 4 |
miniopterus fuliginosus | 4 |
domestic pig | 4 |
viral envelope | 4 |
acidic domain | 4 |
binding activity | 4 |
piglets infected | 4 |
gene sequences | 4 |
viral protein | 4 |
antigenic cartography | 4 |
phage display | 4 |
agrose gel | 4 |
tissue samples | 4 |
bootstrap replicates | 4 |
gamma distribution | 4 |
bat adenoviruses | 4 |
total variation | 4 |
fcs ps | 4 |
pb gene | 4 |
large deletion | 4 |
similar viruses | 4 |
new genus | 4 |
genetically different | 4 |
sars cases | 4 |
pol sequences | 4 |
available sequences | 4 |
correlation analysis | 4 |
culture adaptation | 4 |
trizol reagent | 4 |
transferase assay | 4 |
many countries | 4 |
pcr system | 4 |
monkey kidney | 4 |
envelope protein | 4 |
enveloped viruses | 4 |
leader junction | 4 |
nested set | 4 |
single stranded | 4 |
hepatitis viruses | 4 |
species transmission | 4 |
highly contagious | 4 |
plant viruses | 4 |
diagnostic tests | 4 |
gc concentration | 4 |
length polymorphism | 4 |
pcr amplifying | 4 |
antibody binding | 4 |
cell entry | 4 |
hemagglutinating encephalomyelitis | 4 |
antigenic site | 4 |
chronically infected | 4 |
two cases | 4 |
bat advs | 4 |
rabbit anti | 4 |
cause diarrhea | 4 |
cpg deficiency | 4 |
isolated viruses | 4 |
beaudette strain | 4 |
ii phosphorylation | 4 |
essential medium | 4 |
antigenic differences | 4 |
sequence changes | 4 |
endemic region | 4 |
domestic ducks | 4 |
might also | 4 |
different regions | 4 |
causative agents | 4 |
human primate | 4 |
sequence differences | 4 |
final concentration | 4 |
integral membrane | 4 |
cpg motifs | 4 |
reaction mix | 4 |
tgev strains | 4 |
see table | 4 |
analyzed using | 4 |
world bats | 4 |
sequencing kit | 4 |
rdrp sequences | 4 |
new virus | 4 |
adult cattle | 4 |
optimal reaction | 4 |
recombination sites | 4 |
sars patient | 4 |
csfv genotype | 4 |
myodes glareolus | 4 |
animal species | 4 |
sh sequence | 4 |
cdna libraries | 4 |
applied biosystem | 4 |
original clinical | 4 |
shrna expression | 4 |
conducted using | 4 |
original lung | 4 |
evolutionary relationships | 4 |
virus strain | 4 |
porcine coronaviruses | 4 |
putative protein | 4 |
empty plasmid | 4 |
poxvirus genomes | 4 |
newly isolated | 4 |
current study | 4 |
serum sample | 4 |
infected animals | 4 |
southern brazil | 4 |
protein sequences | 4 |
cysteine residues | 4 |
i orf | 4 |
fusion peptide | 4 |
puuv isolate | 4 |
thermal cycler | 4 |
potential pseudoknot | 4 |
strains isolated | 4 |
ferret antisera | 4 |
canadian geese | 4 |
restriction enzyme | 4 |
using standard | 4 |
rscu values | 4 |
partially purified | 4 |
clinical symptoms | 4 |
pfu ml | 4 |
dntp mixture | 4 |
much less | 4 |
pcr kit | 4 |
cavity lavage | 4 |
pseudoknotted structure | 4 |
serial dilutions | 4 |
step rt | 4 |
chain termination | 4 |
genetic evolution | 4 |
viral infections | 4 |
cdna using | 4 |
plays important | 4 |
cells showed | 4 |
natural selection | 4 |
nsy subisolates | 4 |
transferase domain | 4 |
bayesian trees | 4 |
sequencing reactions | 4 |
coli dh | 4 |
usage patterns | 4 |
gene coding | 4 |
novel puuv | 4 |
diagnostic reagents | 4 |
tree based | 4 |
blast search | 4 |
variable region | 4 |
expected size | 4 |
following transfection | 4 |
myotis velifer | 4 |
nonstructural proteins | 4 |
accessory gene | 4 |
kidney cells | 4 |
three major | 4 |
western blotting | 4 |
order nidovirales | 4 |
nucleotide changes | 4 |
fusion protein | 4 |
nested pcr | 4 |
specific nucleotide | 4 |
group ii | 4 |
ml dmem | 4 |
translational frameshifting | 4 |
affect codon | 4 |
proteins including | 4 |
accessory genes | 4 |
interference efficiency | 4 |
genome analysis | 4 |
pcr rflp | 4 |
animal viruses | 4 |
restriction enzymes | 4 |
axis values | 4 |
laboratory manual | 4 |
mutations within | 4 |
canine parvovirus | 4 |
kobuvirus strains | 4 |
early diagnosis | 4 |
three groups | 4 |
long deletion | 4 |
new genera | 4 |
confirmed human | 4 |
chicken egypt | 4 |
major antigenic | 4 |
fragment length | 4 |
antigenic map | 4 |
lamp reaction | 4 |
chinese strains | 4 |
pedv samples | 4 |
proteins vp | 4 |
canine distemper | 4 |
cells harboring | 4 |
among strains | 4 |
analysis based | 4 |
i virus | 4 |
also detected | 4 |
whether shrna | 4 |
junction sequence | 4 |
new world | 4 |
immune responses | 4 |
adaptive markers | 4 |
orange plants | 4 |
variation among | 4 |
gene products | 4 |
kda protein | 4 |
gene segment | 4 |
coding regions | 4 |
time quantitative | 4 |
human health | 4 |
clinical swine | 4 |
nucleocapsid gene | 4 |
primers used | 4 |
immunodeficiency virus | 4 |
known substitutions | 4 |
recent studies | 4 |
mock control | 4 |
shifty sequence | 4 |
software version | 4 |
acid difference | 4 |
poxvirus species | 4 |
electron microscopy | 4 |
significantly higher | 4 |
mega version | 4 |
tristeza virus | 4 |
early region | 4 |
stem region | 4 |
faecal samples | 4 |
cwl virus | 4 |
life technologies | 4 |
membrane glycoprotein | 4 |
mrna cap | 4 |
dinucleotide bias | 4 |
dna sequence | 4 |
fetal bovine | 4 |
viruses including | 4 |
interstructural gene | 4 |
stable hairpins | 4 |
pedv field | 4 |
sm protein | 4 |
tailed bats | 4 |
rinderpest virus | 4 |
puumala hantavirus | 4 |
may indicate | 4 |
dna extraction | 4 |
turkey coronavirus | 4 |
expression vector | 4 |
sequences obtained | 4 |
two porcine | 4 |
cov genomes | 4 |
genetic relationships | 4 |
risk assessment | 4 |
bat fecal | 4 |
infected pigs | 4 |
two open | 4 |
uua aac | 4 |
bovine viral | 4 |
expressing plasmids | 4 |
nucleoprotein mrna | 4 |
one piglet | 4 |
vitro transcription | 4 |
binding sites | 4 |
rapid detection | 4 |
puuv sotkamo | 4 |
two species | 4 |
infectious dose | 4 |
acute enteritis | 4 |
heptad repeat | 4 |
analyses based | 3 |
prcv strains | 3 |
moloney murine | 3 |
sequences upstream | 3 |
tgev abs | 3 |
dpi strains | 3 |
sequence revealed | 3 |
fipv interstructural | 3 |
ebcv mebus | 3 |
genbank available | 3 |
cloning kit | 3 |
embryonated chicken | 3 |
human viruses | 3 |
component analysis | 3 |
rpv viral | 3 |
observed previously | 3 |
coronavirus genome | 3 |
different tissues | 3 |
virus particle | 3 |
nucleotide substitutions | 3 |
serotype isolates | 3 |
using two | 3 |
evolutionary lineage | 3 |
heptanucleotide sequence | 3 |
fcov replication | 3 |
statistical analysis | 3 |
severe diarrhea | 3 |
tyrosine kinase | 3 |
vector system | 3 |
medium containing | 3 |
lesser extent | 3 |
membrane fusion | 3 |
assembly process | 3 |
classical methylation | 3 |
like protease | 3 |
ibv using | 3 |
base positions | 3 |
water bath | 3 |
rectal temperature | 3 |
different csfv | 3 |
differences amino | 3 |
culture collection | 3 |
host may | 3 |
chicken rbc | 3 |
sars coronavirus | 3 |
sars epidemics | 3 |
predicted mr | 3 |
genbank egyptian | 3 |
florida serotypes | 3 |
tailed bat | 3 |
roe deer | 3 |
pedvs isolated | 3 |
positive strand | 3 |
atcc ccl | 3 |
pcr positive | 3 |
based assays | 3 |
new sars | 3 |
tgev orf | 3 |
vaccine viruses | 3 |
attenuated pedv | 3 |
viral shedding | 3 |
bovine astrovirus | 3 |
per reaction | 3 |
among sars | 3 |
hantavirus outbreak | 3 |
hi assay | 3 |
virus gene | 3 |
terminal portion | 3 |
negative controls | 3 |
sequences encoding | 3 |
like pedv | 3 |
intestinal tract | 3 |
common vole | 3 |
genetic clades | 3 |
iii alone | 3 |
six nucleotides | 3 |
virus stocks | 3 |
also present | 3 |
forward primer | 3 |
located near | 3 |
orf lab | 3 |
sequenase version | 3 |
rna helicase | 3 |
complete genomic | 3 |
whu isolate | 3 |
normal chicken | 3 |
north carolina | 3 |
immunodominant region | 3 |
pedv vaccine | 3 |
taiwan isolates | 3 |
cap methyl | 3 |
green fluorescent | 3 |
kdke tetrad | 3 |
small intestine | 3 |
complete sequences | 3 |
linked sia | 3 |
inner primer | 3 |
host immune | 3 |
structural elements | 3 |
china date | 3 |
reaction temperature | 3 |
acid variations | 3 |
molecular weight | 3 |
poxvirus genera | 3 |
trees using | 3 |
year old | 3 |
immune system | 3 |
binding domain | 3 |
capped mrna | 3 |
loop structures | 3 |
causes many | 3 |
culture supernatant | 3 |
tumor virus | 3 |
major core | 3 |
pedv rna | 3 |
coding sequence | 3 |
old embryonated | 3 |
syndrome coronavirus | 3 |
genetic variation | 3 |
nomenclature system | 3 |
korean kobuvirus | 3 |
per well | 3 |
identification test | 3 |
florida strains | 3 |
slightly overlapping | 3 |
viral nucleocapsid | 3 |
taiwan tc | 3 |
acid change | 3 |
gain new | 3 |
eld per | 3 |
natural reservoirs | 3 |
mismatches compared | 3 |
clinical sample | 3 |
novel pyv | 3 |
alignment editor | 3 |
genetic mutation | 3 |
genus coronavirus | 3 |
phosphorylated nucleocapsid | 3 |
structure downstream | 3 |
coronaviruses belonging | 3 |
vaccinia virus | 3 |
particularly useful | 3 |
mammalian cell | 3 |
tcov strains | 3 |
theoretically effective | 3 |
prompted us | 3 |
serological test | 3 |
transcriptional modification | 3 |
sequences showed | 3 |
sequence similarity | 3 |
porcine kidney | 3 |
using dna | 3 |
overall genome | 3 |
adv sequences | 3 |
second sh | 3 |
transient transfection | 3 |
guano samples | 3 |
takara bio | 3 |
rnas targeting | 3 |
mammalian viruses | 3 |
thermo fisher | 3 |
identified four | 3 |
four structural | 3 |
homologous regions | 3 |
central europe | 3 |
resources war | 3 |
translational efficiency | 3 |
coronavirus ibv | 3 |
mass strain | 3 |
commons licence | 3 |
just downstream | 3 |
different codon | 3 |
goat anti | 3 |
high similarity | 3 |
transposable element | 3 |
suckling pigs | 3 |
effective number | 3 |
based differential | 3 |
gene cloning | 3 |
entire viral | 3 |
purification kit | 3 |
murine leukemia | 3 |
axis value | 3 |
ay taiwan | 3 |
high conservation | 3 |
post mortem | 3 |
possible explanation | 3 |
partial orf | 3 |
see discussion | 3 |
examined using | 3 |
visualized using | 3 |
distemper virus | 3 |
national center | 3 |
using rt | 3 |
mortality rates | 3 |
volume using | 3 |
genus mamastrovirus | 3 |
emerging viruses | 3 |
might affect | 3 |
previously group | 3 |
big dye | 3 |
gene showed | 3 |
recent study | 3 |
using bioedit | 3 |
dependent protein | 3 |
pedv reference | 3 |
indel pedvs | 3 |
hokkaido virus | 3 |
plasmid expression | 3 |
relative dinucleotide | 3 |
ctv strains | 3 |
sequence representing | 3 |
proteolytic cleavage | 3 |
directly sequenced | 3 |
antigenic change | 3 |
terminal region | 3 |
porcine hemagglutinating | 3 |
primers based | 3 |
hev strains | 3 |
control pdcov | 3 |
vvibdv isolates | 3 |
containing rna | 3 |
tgev rna | 3 |
pandemic preparedness | 3 |
sy gene | 3 |
sequences available | 3 |
ns protein | 3 |
isolates originated | 3 |
pcr primers | 3 |
broiler chickens | 3 |
yeast viruses | 3 |
csfv strain | 3 |
glycoprotein genes | 3 |
biotechnology information | 3 |
polymerase genes | 3 |
study reported | 3 |
primed transcription | 3 |
two axes | 3 |
genomic regions | 3 |
higher viral | 3 |
stomatitis virus | 3 |
genomic properties | 3 |
ten amino | 3 |
rodent trapping | 3 |
high prevalence | 3 |
tissue tropism | 3 |
genetic antigenic | 3 |
ibdv isolates | 3 |
two camp | 3 |
sequence database | 3 |
changes resulting | 3 |
two piglets | 3 |
pdcov infection | 3 |
late region | 3 |
life cycle | 3 |
dsrna virus | 3 |
described elsewhere | 3 |
putative short | 3 |
much higher | 3 |
different pdcov | 3 |
downer cattle | 3 |
tgev replication | 3 |
hi titer | 3 |
differences within | 3 |
sars coronaviruses | 3 |
changes associated | 3 |
viral entry | 3 |
ntr sequences | 3 |
recombinant plasmid | 3 |
vaccine development | 3 |
expressed genes | 3 |
cumulative number | 3 |
surface projections | 3 |
binding motif | 3 |
gene decreased | 3 |
aligning non | 3 |
specific shrnas | 3 |
porcine hev | 3 |
chinese field | 3 |
rflp serotype | 3 |
fatality rates | 3 |
prior amplification | 3 |
trizol ls | 3 |
egyptian reference | 3 |
data showed | 3 |
binding protein | 3 |
strain cv | 3 |
site directed | 3 |
virus genome | 3 |
state university | 3 |
actual codon | 3 |
relative position | 3 |
first detection | 3 |
tadarida brasiliensis | 3 |
takara biotechnology | 3 |
previously published | 3 |
three regions | 3 |
percent gc | 3 |
authors declare | 3 |
genes encoded | 3 |
porcine pseudorabies | 3 |
bj ay | 3 |
coronaviridae family | 3 |
genetic analyzer | 3 |
partially overlaps | 3 |
highly divergent | 3 |
amplification method | 3 |
highly biased | 3 |
gene open | 3 |
open access | 3 |
studies indicate | 3 |
shift site | 3 |
first identified | 3 |
posterior probabilities | 3 |
natural reservoir | 3 |
full length | 3 |
two shrnas | 3 |
taken together | 3 |
may reflect | 3 |
vole reovirus | 3 |
dk resources | 3 |
i coronaviruses | 3 |
specific amino | 3 |
also influence | 3 |
viral transmission | 3 |
hydrophobic region | 3 |
genomic dna | 3 |
residues within | 3 |
asian countries | 3 |
cell cultureadapted | 3 |
detailed sequence | 3 |
clinical diagnosis | 3 |
short orf | 3 |
low levels | 3 |
abundant component | 3 |
complete sequence | 3 |
based rrt | 3 |
puuv infections | 3 |
cm flasks | 3 |
variable orf | 3 |
envelope proteins | 3 |
protein characterization | 3 |
two rbcv | 3 |
fecal swabs | 3 |
small interfering | 3 |
second axis | 3 |
length genomic | 3 |
virus pb | 3 |
sea lion | 3 |
lamp method | 3 |
isolate will | 3 |
aged days | 3 |
susceptible cells | 3 |
innate immune | 3 |
different ibv | 3 |
core protein | 3 |
two novel | 3 |
virulent ibdv | 3 |
globular head | 3 |
prcv may | 3 |
turkey poults | 3 |
samples including | 3 |
ten dam | 3 |
recently discovered | 3 |
reported previously | 3 |
family poxviridae | 3 |
genetic analyses | 3 |
constructed three | 3 |
synthesis kit | 3 |
two pairs | 3 |
antigenic analyses | 3 |
viruses circulating | 3 |
conformational epitopes | 3 |
noncoding regions | 3 |
different viruses | 3 |
csfv strains | 3 |
urban area | 3 |
reverse primer | 3 |
iowa state | 3 |
chimeric virus | 3 |
coronavirus sequences | 3 |
membered hl | 3 |
viral particles | 3 |
likelihood analysis | 3 |
ay bj | 3 |
molossus molossus | 3 |
maternity roost | 3 |
novel mammalian | 3 |
feline coronavirus | 3 |
situ hybridization | 3 |
positive animals | 3 |
serial passage | 3 |
much lower | 3 |
five nucleotides | 3 |
xi dna | 3 |
nine casein | 3 |
genomic composition | 3 |
sequence encoding | 3 |
continuous surveillance | 3 |
time points | 3 |
canine cov | 3 |
different bat | 3 |
deep groove | 3 |
genes also | 3 |
protective immune | 3 |
study suggested | 3 |
reverse primers | 3 |
transcription signal | 3 |
envelope glycoproteins | 3 |
boxes contain | 3 |
sequenced using | 3 |
typical experiment | 3 |
virus growth | 3 |
vector pgenesil | 3 |
gel extraction | 3 |
acid level | 3 |
pdcov strain | 3 |
length nucleotides | 3 |
immediately adjacent | 3 |
likelihood tree | 3 |
financial support | 3 |
evaluate risks | 3 |
biological function | 3 |
korean cattle | 3 |
virus proteins | 3 |
puuv gpc | 3 |
relationships among | 3 |
different animal | 3 |
wild birds | 3 |
antigenic clusters | 3 |
based rt | 3 |
placed genus | 3 |
effective sequences | 3 |
trapping sites | 3 |
atcc crl | 3 |
pig fecal | 3 |
pseudorabies virus | 3 |
recently described | 3 |
genetic characteristics | 3 |
virus strains | 3 |
based adjuvant | 3 |
fx neo | 3 |
general correlation | 3 |
terminal nt | 3 |
corresponding sequences | 3 |
distinct clusters | 3 |
korean strains | 3 |
potential protein | 3 |
gga aac | 3 |
assembled using | 3 |
tgev leader | 3 |
infected experimentally | 3 |
previous report | 3 |
located downstream | 3 |
therapeutic applications | 3 |
ha protein | 3 |
rna copies | 3 |
hantavirus infections | 3 |
strain revealed | 3 |
tracheal swabs | 3 |
one tyrosine | 3 |
disease caused | 3 |
viral variants | 3 |
available pre | 3 |
astrovirus infection | 3 |
polymerase protein | 3 |
pig farming | 3 |
cattle brain | 3 |
human population | 3 |
vp genes | 3 |
adapted tgev | 3 |
dna sequencer | 3 |
coronaviruses sequenced | 3 |
complete cds | 3 |
four lineages | 3 |
drug resistance | 3 |
six viruses | 3 |
viruses described | 3 |
randomly selected | 3 |
overall base | 3 |
diagnostic cases | 3 |
uua aau | 3 |
pandemic risk | 3 |
large spike | 3 |
coronavirus infectious | 3 |
attenuated form | 3 |
embryo passage | 3 |
plp motif | 3 |
acid substitution | 3 |
three clusters | 3 |
phosphorylation site | 3 |
virus neutralization | 3 |
west java | 3 |
potential secondary | 3 |
groups based | 3 |
extracts collected | 3 |
human astrovirus | 3 |
fever virus | 3 |
san diego | 3 |
puuv sequences | 3 |
random codon | 3 |
random primer | 3 |
substitution model | 3 |
mrna capping | 3 |
bp probability | 3 |
uuu uua | 3 |
site upstream | 3 |
ii feline | 3 |
rna using | 3 |
previously isolated | 3 |
tested positive | 3 |
found upstream | 3 |
also related | 3 |
polymerase activity | 3 |
orf amino | 3 |
system ii | 3 |
vt genome | 3 |
first axis | 3 |
bovine coronaviruses | 3 |
may cause | 3 |
previously recognized | 3 |
rna molecule | 3 |
permanent cell | 3 |
first step | 3 |
cloacal swabs | 3 |
characteristic ladder | 3 |
infected cell | 3 |
leader rnas | 3 |
macrogen institute | 3 |
mediates viral | 3 |
novel viruses | 3 |
velifer samples | 3 |
i glycoprotein | 3 |
strain hb | 3 |
interspecies recombination | 3 |
viruses closer | 3 |
distinct groups | 3 |
high efficiency | 3 |
coli cells | 3 |
stranded positive | 3 |
electron microscope | 3 |
study showed | 3 |
complete genomes | 3 |
kod fx | 3 |
strand synthesis | 3 |
bases upstream | 3 |
cm flask | 3 |
rna genomes | 3 |
plasmids targeting | 3 |
mm mgcl | 3 |
morbillivirus genus | 3 |
arkansas serotype | 3 |
main factors | 3 |
high degree | 3 |
reservoir hosts | 3 |
connecting loops | 3 |
deltacoronavirus strain | 3 |
mutations occurred | 3 |
three shrnas | 3 |
functional domains | 3 |
high pure | 3 |
significant variation | 3 |
illumina platform | 3 |
putative new | 3 |
comprehensive analysis | 3 |
period case | 3 |
neuros strain | 3 |
lg well | 3 |
genetically diverse | 3 |
sequence characteristics | 3 |
guanine methyl | 3 |
predicted orf | 3 |
translational selection | 3 |
swine influenza | 3 |
data suggest | 3 |
still causes | 3 |
causal agent | 3 |
four major | 3 |
carpathian lineage | 3 |
antigenic variants | 3 |
viral antigen | 3 |
gc rich | 3 |
study identified | 3 |
overlapping orfs | 3 |
hk cow | 3 |
potential pseudoknots | 3 |
field samples | 3 |
usage among | 3 |
clinical materials | 3 |
sublineages ii | 3 |
serotype identification | 3 |
mhv strain | 3 |
analysis using | 3 |
without prior | 3 |
first time | 3 |
significantly longer | 3 |
wide analysis | 3 |
visual inspection | 3 |
novel polyomaviruses | 3 |
bf sha | 3 |
european countries | 3 |
reaction conditions | 3 |
ml phylogenetic | 3 |
one viral | 3 |
approximately kb | 3 |
predicted stem | 3 |
full genomic | 3 |
peritonitis virus | 3 |
originally isolated | 3 |
overall nucleotide | 3 |
unique sequence | 3 |
tc ay | 3 |
vole kidney | 3 |
sy subisolates | 3 |
sequence deviation | 3 |
economically important | 3 |
three amino | 3 |
vitro methyl | 3 |
kobuvirus infection | 3 |
usage pattern | 3 |
conserved genes | 3 |
additional studies | 3 |
display library | 3 |
pig farms | 3 |
synonymous mutations | 3 |
obtained sequences | 3 |
bromophenol blue | 3 |
enteric viruses | 3 |
tertiary interaction | 3 |
viruses belonging | 3 |
ibv gray | 3 |
virulence might | 3 |
pedv isolate | 3 |
sequences indicating | 3 |
dna replication | 3 |
neutralization epitopes | 3 |
jun title | 3 |
palm civets | 3 |
primers specific | 3 |
vesicular stomatitis | 3 |
competent cells | 3 |
metagenomic analysis | 3 |
bromide staining | 3 |
serological analysis | 3 |
major groups | 3 |
feline coronaviruses | 3 |
expensive equipment | 3 |
rna isolation | 3 |
per ml | 3 |
negative strand | 3 |
genome may | 3 |
primary chicken | 3 |
cell monolayer | 3 |
unmethylated cpg | 3 |
two positions | 3 |
horseradish peroxidase | 3 |
mrna synthesis | 3 |
short sequence | 3 |
culture infectious | 3 |
antigenic characteristics | 3 |
probe hybridized | 3 |
fisher scientific | 3 |
murine hepatitis | 3 |
hi titers | 3 |
also demonstrated | 3 |
published sequence | 3 |
pdcov strains | 3 |
specific antibodies | 3 |
virulence markers | 3 |
turkey farms | 3 |
single orf | 3 |
influenza surveillance | 3 |
virus entry | 3 |
substitutions associated | 3 |
following accession | 3 |
fipv genome | 3 |
membrane gene | 3 |
trees infected | 3 |
putative frameshift | 3 |
methyltransferase activity | 3 |
primer extension | 3 |
dye terminator | 3 |
tested negative | 3 |
neutralization assay | 3 |
marburg viruses | 3 |
significant difference | 3 |
program predicted | 3 |
linked immunosorbent | 3 |
conserved regions | 3 |
co atmosphere | 3 |
pedv based | 3 |
ped outbreaks | 3 |
virus shedding | 3 |
two sequences | 3 |
probably due | 3 |
line derived | 3 |
may also | 3 |
reduced replication | 3 |
biological characteristics | 3 |
methylation pathway | 3 |
respiratory bovine | 3 |
feces using | 3 |
examine codon | 2 |
several vaccines | 2 |
virus vaccine | 2 |
bat adenovirus | 2 |
swine viral | 2 |
geographic regions | 2 |
eight sy | 2 |
subgenomic rna | 2 |
ribose binding | 2 |
capsid proteins | 2 |
lowest homology | 2 |
tgev gene | 2 |
culture medium | 2 |
ntr regions | 2 |
genes associated | 2 |
poultry sector | 2 |
aged month | 2 |
influenza control | 2 |
spleen homogenate | 2 |
protective immunity | 2 |
motifs within | 2 |
another important | 2 |
cwl pathogenic | 2 |
amv reverse | 2 |
virus community | 2 |
different studies | 2 |
swine sample | 2 |
virulent viruses | 2 |
polymerase ii | 2 |
epidemiological studies | 2 |
old spf | 2 |
novel type | 2 |
replicase polyproteins | 2 |
upper respiratory | 2 |
following years | 2 |
acid similarity | 2 |
chain monte | 2 |
viral loads | 2 |
hcl ph | 2 |
strain jhm | 2 |
orf regions | 2 |
wide geographical | 2 |
yellow dwarf | 2 |
distributed widely | 2 |
transmission events | 2 |
basic understanding | 2 |
available data | 2 |
restriction sites | 2 |
corresponding overlap | 2 |
different interactions | 2 |
fort dodge | 2 |
levels following | 2 |
two theoretically | 2 |
reverse complement | 2 |
unique feature | 2 |
similarity graphs | 2 |
geographical location | 2 |
strain derived | 2 |
protease cleavage | 2 |
american type | 2 |
members within | 2 |
multiple bat | 2 |
mrna instability | 2 |
published studies | 2 |
major cause | 2 |
sublineage ii | 2 |
ii termination | 2 |
virus evolutionary | 2 |
assay using | 2 |
trees based | 2 |
whether cpv | 2 |
spss version | 2 |
two possible | 2 |
agriculture organization | 2 |
ca uthvd | 2 |
frameshifting occurs | 2 |
significant economic | 2 |
peptide display | 2 |
strain ch | 2 |
functional analysis | 2 |
unique amino | 2 |
new coronavirus | 2 |
major viral | 2 |
misc sirna | 2 |
coronavirus nucleocapsid | 2 |
preferred nucleotide | 2 |
catalyses cap | 2 |
high nucleotide | 2 |
pol overlap | 2 |
high gc | 2 |
express yatapoxvirus | 2 |
sequencespecific shrnas | 2 |
egg layers | 2 |
attenuation process | 2 |
parvovirus type | 2 |
gcg package | 2 |
high percentage | 2 |
forward primers | 2 |
secretory pathway | 2 |
vero cell | 2 |
showed high | 2 |
deubiquitinating protease | 2 |
calf serum | 2 |
terminator cycle | 2 |
transmembrane domain | 2 |
family astroviridae | 2 |
pooled intestinal | 2 |
total volume | 2 |
lysis method | 2 |
larger numbers | 2 |
nucleotide mismatches | 2 |
recombination among | 2 |
proportion gc | 2 |
single stem | 2 |
attenuated ibv | 2 |
gel analyzer | 2 |
viral isolation | 2 |
represent antigenic | 2 |
two main | 2 |
viral attachment | 2 |
positive fecal | 2 |
identity observed | 2 |
three cdna | 2 |
rnai effect | 2 |
high morbidity | 2 |
within residues | 2 |
last year | 2 |
decreased dramatically | 2 |
distinct species | 2 |
selected viruses | 2 |
lm filter | 2 |
likelihood ratio | 2 |
package version | 2 |
three aa | 2 |
monte carlo | 2 |
amantadine treatment | 2 |
proteolytically cleaved | 2 |
bathev strains | 2 |
mrna molecules | 2 |
replicate exclusively | 2 |
viral segments | 2 |
master mix | 2 |
see also | 2 |
small mammal | 2 |
mediated rna | 2 |
phylogenetic classification | 2 |
strains within | 2 |
vole mgn | 2 |
codon sequences | 2 |
particular mrna | 2 |
quick decline | 2 |
virus factories | 2 |
rna kit | 2 |
ibdv dinucleotide | 2 |
bioedit software | 2 |
protein stability | 2 |
ml reaction | 2 |
hairpin loop | 2 |
airborne transmission | 2 |
indonesian ministry | 2 |
postulated rna | 2 |
associated coronaviruses | 2 |
cloned using | 2 |
ibv serotypes | 2 |
scale bar | 2 |
first base | 2 |
valuable tool | 2 |
produced using | 2 |
qiaquick gel | 2 |
korean field | 2 |
final class | 2 |
mfpyv genome | 2 |
total rnas | 2 |
mass attenuated | 2 |
amplifying pedv | 2 |
three genomes | 2 |
rna pseudoknots | 2 |
peculiar base | 2 |
aligned based | 2 |
rabbit igg | 2 |
enteric cases | 2 |
investigated whether | 2 |
family adenoviridae | 2 |
two reports | 2 |
reactions using | 2 |
acid mismatches | 2 |
blind passages | 2 |
subunit sequence | 2 |
genome replication | 2 |
prcv infection | 2 |
cattle infected | 2 |
inhibited pdcov | 2 |
causal relationship | 2 |
revealed several | 2 |
molecular techniques | 2 |
infectious disease | 2 |
zoonotic infections | 2 |
sample contains | 2 |
similar structure | 2 |
genetic distances | 2 |
onderstepoort vaccine | 2 |
bww vx | 2 |
sequences fell | 2 |
organization world | 2 |
human puumala | 2 |
diagnostic potential | 2 |
four potential | 2 |
causing considerable | 2 |
science foundation | 2 |
swine samples | 2 |
mediated disease | 2 |
japanese strain | 2 |
experimental animals | 2 |
virulent pedv | 2 |
domestic animals | 2 |
zoonotic rna | 2 |
peptide ligands | 2 |
polyclonal antibody | 2 |
porcine tgev | 2 |
i members | 2 |
genetic lineages | 2 |
felv genome | 2 |
reverse transcribed | 2 |
human transmission | 2 |
single species | 2 |
unused reading | 2 |
sequence deletion | 2 |
nokd kmx | 2 |
viral capsid | 2 |
nipah virus | 2 |
structural homology | 2 |
culture supernatants | 2 |
sequence conservation | 2 |
virus particles | 2 |
potential sites | 2 |
windows nt | 2 |
different time | 2 |
truncated transcripts | 2 |
feces samples | 2 |
although pedv | 2 |
revealed two | 2 |
new strains | 2 |
heilongjiang province | 2 |
reactive antibodies | 2 |
sv large | 2 |
inoculated cells | 2 |
binding specificity | 2 |
transferred onto | 2 |
topo vector | 2 |
vole monoclonal | 2 |
among subisolates | 2 |
additional role | 2 |
adapted strain | 2 |
fattening pigs | 2 |
cos cells | 2 |
homogenized samples | 2 |
mucosal immunity | 2 |
surface glycoprotein | 2 |
fujian province | 2 |
avg bp | 2 |
variability among | 2 |
gene junction | 2 |
specific poxvirus | 2 |
coronavirus genomes | 2 |
displacement dna | 2 |
lavage samples | 2 |
swine testicular | 2 |
genomic portion | 2 |
different location | 2 |
using oligo | 2 |
manually edited | 2 |
sample collection | 2 |
strains chk | 2 |
od values | 2 |
gel using | 2 |
usually isolated | 2 |
corresponding sequence | 2 |
transfection reagent | 2 |
group strains | 2 |
color coding | 2 |
equally detected | 2 |
future investigations | 2 |
identify sequence | 2 |
ann arbor | 2 |
analyses indicated | 2 |
including humans | 2 |
qpcr analyses | 2 |
isolates found | 2 |
acid variation | 2 |
negative standard | 2 |
jmk strain | 2 |
pest control | 2 |
thailand strains | 2 |
least two | 2 |
sequences deposited | 2 |
dna amplification | 2 |
host transmission | 2 |
human host | 2 |
suspected frameshift | 2 |
chip buds | 2 |
viral protease | 2 |
resulting cdna | 2 |
disease status | 2 |
neuraminidase stalk | 2 |
fcov ntu | 2 |
strand rna | 2 |
fold dilutions | 2 |
circulating viruses | 2 |
early stages | 2 |
sequencing indicated | 2 |
rneasy mini | 2 |
agricultural science | 2 |
various regions | 2 |
os kyvvf | 2 |
changes inventory | 2 |
primary target | 2 |
encode proteins | 2 |
atrophic enteritis | 2 |
multibasic cleavage | 2 |
three recombinant | 2 |
two orfs | 2 |
divergence point | 2 |
substitutions related | 2 |
various viruses | 2 |
amino changes | 2 |
antigenic distance | 2 |
cellular transformation | 2 |
active site | 2 |
biotechnology co | 2 |
cells resulted | 2 |
resulting hairpin | 2 |
containing codons | 2 |
heat shock | 2 |
acid homology | 2 |
two subunits | 2 |
picornavirus sequences | 2 |
increase virulence | 2 |
corresponding region | 2 |
wide mutation | 2 |
three restriction | 2 |
blast analysis | 2 |
deer astroviruses | 2 |
functional motifs | 2 |
also provided | 2 |
small envelop | 2 |
using reverse | 2 |
avian covs | 2 |
pathogenic mass | 2 |
showed severe | 2 |
region may | 2 |
encoded within | 2 |
primer sets | 2 |
two stem | 2 |
detect bathev | 2 |
least similarity | 2 |
free trypsin | 2 |
turkey erythrocytes | 2 |
viruses host | 2 |
virus life | 2 |
highly dependent | 2 |
infection studies | 2 |
highly sensitive | 2 |
shrna targeting | 2 |
one proposed | 2 |
dead wild | 2 |
four strains | 2 |
using specific | 2 |
less codon | 2 |
coding rnas | 2 |
result indicated | 2 |
high levels | 2 |
strand viruses | 2 |
higher concentrations | 2 |
strikingly different | 2 |
stem regions | 2 |
avg covariation | 2 |
enteropathogenic coronavirus | 2 |
selective forces | 2 |
baculoviruses expressing | 2 |
rna concentration | 2 |
statistically significant | 2 |
mj research | 2 |
pairwise comparison | 2 |
br viruses | 2 |
three plasmids | 2 |
geographically distinct | 2 |
replication transcription | 2 |
comparative studies | 2 |
populations may | 2 |
six potential | 2 |
viral progeny | 2 |
cells treated | 2 |
positive selection | 2 |
frame shifting | 2 |
ns genes | 2 |
two large | 2 |
ggc ccc | 2 |
dodge laboratories | 2 |
induce neutralizing | 2 |
mm mgc | 2 |
enzyme linked | 2 |
expression systems | 2 |
among multiple | 2 |
igg antibody | 2 |
different pedv | 2 |
superscript ii | 2 |
specific epitopes | 2 |
including hiv | 2 |
selected phages | 2 |
cellular membranes | 2 |
nt deletion | 2 |
velifer guano | 2 |
mfpyv tag | 2 |
affinity chromatography | 2 |
nucleotide segment | 2 |
feces sample | 2 |
speed centrifugation | 2 |
institutional affiliations | 2 |
adenosyl methionine | 2 |
diarrheic pig | 2 |
diagnostic method | 2 |
i tkdgy | 2 |
qiazol lysis | 2 |
five species | 2 |
guano pellets | 2 |
expected enc | 2 |
gene also | 2 |
sense primer | 2 |
orf products | 2 |
countries around | 2 |
encodes non | 2 |
strain oc | 2 |
geographic characteristics | 2 |
distant regions | 2 |
duplex rt | 2 |
viruses sequenced | 2 |
individual genes | 2 |
original one | 2 |
ntu might | 2 |
cap structures | 2 |
published maps | 2 |
extracted viral | 2 |
heat block | 2 |
rna polymerases | 2 |
human influenza | 2 |
sequence aactaaac | 2 |
higher case | 2 |
using antigenic | 2 |
onto biodyne | 2 |
mrbay es | 2 |
using high | 2 |
regions showing | 2 |
axes represent | 2 |
light chain | 2 |
egyptian isolates | 2 |
mutation analysis | 2 |
regulatory sequences | 2 |
activities required | 2 |
young ducklings | 2 |
uninfected ducks | 2 |
turkey gut | 2 |
acid positions | 2 |
american bats | 2 |
infection inhibition | 2 |
different porcine | 2 |
contrast microscopy | 2 |
poultry species | 2 |
contained seven | 2 |
immunosorbent assay | 2 |
pig population | 2 |
sequences found | 2 |
induced cpe | 2 |
virus detection | 2 |
lamp amplifying | 2 |
nucleotides around | 2 |
linear epitopes | 2 |
epitopes may | 2 |
isolator availability | 2 |
specific gene | 2 |
tmk strains | 2 |
bayesian inference | 2 |
rnase activity | 2 |
fip cat | 2 |
several yatapoxvirus | 2 |
avirulent bcv | 2 |
ml per | 2 |
less asparagine | 2 |
disease outbreaks | 2 |
novel gpc | 2 |
experimental evidence | 2 |
northern blot | 2 |
bastv associated | 2 |
blot test | 2 |
following primer | 2 |
also included | 2 |
genetic analysis | 2 |
virus families | 2 |
virus vaccines | 2 |
leucine zipper | 2 |
mammal species | 2 |
actual enc | 2 |
replication origin | 2 |
zoonotic dis | 2 |
bastk strain | 2 |
rbcv isolates | 2 |
authors also | 2 |
eleven monoclonal | 2 |
conserved sequence | 2 |
watery diarrhea | 2 |
three stop | 2 |
antibody secreting | 2 |
tgev nucleoprotein | 2 |
class includes | 2 |
primer explorer | 2 |
plasma membrane | 2 |
gene arose | 2 |
also computed | 2 |
isolates lsu | 2 |
red deer | 2 |
frame deletion | 2 |
present upstream | 2 |
transfection complexes | 2 |
elisa plates | 2 |
remains neutral | 2 |
strain differed | 2 |
fluorescent protein | 2 |
seems likely | 2 |
regulatory region | 2 |
bat hev | 2 |
conventional antibody | 2 |
field mouse | 2 |
size bp | 2 |
completely sequenced | 2 |
cov strain | 2 |
two genetically | 2 |
shangai qxc | 2 |
successful virus | 2 |
brain tissues | 2 |
like sequences | 2 |
sequences generated | 2 |
lymphocyte infiltration | 2 |
coronavirus mouse | 2 |
elicit cellular | 2 |
sequencing analysis | 2 |
multiple bands | 2 |
ten nucleotides | 2 |
additional orf | 2 |
entire nucleocapsid | 2 |
genomic region | 2 |
laboratory strain | 2 |
two serotypes | 2 |
major epidemic | 2 |
high identities | 2 |
viral structural | 2 |
may differ | 2 |
piglets either | 2 |
chinese pedv | 2 |
mm hepes | 2 |
putative orf | 2 |
indirect elisa | 2 |
nucleotides long | 2 |
orange tissues | 2 |
rna structure | 2 |
bathev rna | 2 |
cov genetics | 2 |
joining analysis | 2 |
like coronavirus | 2 |
corresponding author | 2 |
viral diseases | 2 |
long fragment | 2 |
porto alegre | 2 |
pedv specific | 2 |
heilongjiang provincial | 2 |
primers pol | 2 |
within orf | 2 |
high fidelity | 2 |
gc composition | 2 |
growth factor | 2 |
three independent | 2 |
tgev polyclonal | 2 |
typical experimental | 2 |
previously frozen | 2 |
measured spectrophotometrically | 2 |
using gap | 2 |
strains differed | 2 |
two virus | 2 |
loop dnas | 2 |
results either | 2 |
resistance substitutions | 2 |
distance matrix | 2 |
initiator atg | 2 |
organization similar | 2 |
small orf | 2 |
capped rna | 2 |
genus alphacoronavirus | 2 |
evolutionary relationship | 2 |
subsequent years | 2 |
relative abundances | 2 |
british isolate | 2 |
common basis | 2 |
enteric bovine | 2 |
high bootstrap | 2 |
three genotypes | 2 |
collected samples | 2 |
key residues | 2 |
potential pathogens | 2 |
pastv lineages | 2 |
gene silencing | 2 |
approximately nm | 2 |
hypothetical translated | 2 |
epithelial hyperplasia | 2 |
contagious disease | 2 |
five different | 2 |
polyprotein ab | 2 |
overlapping reading | 2 |
different coronavirus | 2 |
outbreaks since | 2 |
sars epidemic | 2 |
potent inhibition | 2 |
adenosine residue | 2 |
hemagglutination assay | 2 |
protein deletion | 2 |
uuc ccc | 2 |
two vaccine | 2 |
degrade rna | 2 |
among respiratory | 2 |
four transmembrane | 2 |
sequences examined | 2 |
lesser susceptibility | 2 |
jurisdictional claims | 2 |
similar base | 2 |
ay shangai | 2 |
substitutions present | 2 |
diarrheal disease | 2 |
clinical liver | 2 |
first days | 2 |
aa sequences | 2 |
mm kc | 2 |
two aa | 2 |
passaged three | 2 |
usa key | 2 |
disease first | 2 |
phylogenetic characterization | 2 |
published coronavirus | 2 |
stable stem | 2 |
effective inhibition | 2 |
severe sy | 2 |
swine genome | 2 |
observation indicates | 2 |
human immunodeficiency | 2 |
gene contains | 2 |
newly emerged | 2 |
pedv particles | 2 |
challenged piglets | 2 |
approximately thirty | 2 |
hantavirus gn | 2 |
engineered diagnostic | 2 |
vp regions | 2 |
sequence diversity | 2 |
inhibit tgev | 2 |
sci proc | 2 |
two separate | 2 |
qxc ay | 2 |
may enhance | 2 |
virion envelope | 2 |
pcr results | 2 |
geographic region | 2 |
identify viruses | 2 |
infected cattle | 2 |
consensus full | 2 |
ct motif | 2 |
detection rate | 2 |
west germany | 2 |
regions identified | 2 |
rna primer | 2 |
diverse lineages | 2 |
respir viruses | 2 |
watery diarrhoea | 2 |
tgev remains | 2 |
genus orthohepevirus | 2 |
endoplasmic reticulum | 2 |
competing interests | 2 |
virus outbreaks | 2 |
citrus virology | 2 |
fluorescence microscopy | 2 |
cell adapted | 2 |
original author | 2 |
recorded daily | 2 |
resistance mutations | 2 |
newly determined | 2 |