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 |
---|---|
present document | 571 |
food safety | 417 |
european food | 389 |
safety authority | 389 |
transgenic plants | 248 |
mosaic virus | 206 |
medicinal plants | 197 |
issues addressed | 194 |
authority reserves | 194 |
conclusions reached | 194 |
output adopted | 193 |
transparency principle | 193 |
awarded following | 193 |
published complying | 193 |
tender procedure | 193 |
without prejudice | 185 |
bodies identified | 184 |
essential oils | 178 |
essential oil | 163 |
plant mirnas | 160 |
natural products | 156 |
recombinant proteins | 151 |
protease inhibitors | 145 |
immune response | 142 |
plant species | 134 |
edible vaccines | 134 |
plant viruses | 129 |
secondary metabolites | 129 |
hairy roots | 117 |
immune responses | 115 |
plant growth | 115 |
recombinant protein | 115 |
indoor vertical | 113 |
gene expression | 112 |
surface antigen | 107 |
exogenous ncrnas | 107 |
tobacco plants | 106 |
transient expression | 106 |
antifungal activity | 101 |
transgenic tobacco | 101 |
vertical farms | 100 |
edible vaccine | 94 |
clinical trials | 93 |
oral delivery | 89 |
plant cells | 89 |
antiviral activity | 85 |
expression systems | 83 |
amino acids | 83 |
antimicrobial activity | 82 |
hairy root | 82 |
plant cell | 81 |
immune system | 81 |
plant extracts | 80 |
amino acid | 80 |
efsa supporting | 78 |
disease virus | 78 |
supporting publication | 78 |
protein production | 77 |
exogenous rnas | 77 |
plant virus | 75 |
host plant | 72 |
influenza virus | 72 |
arabidopsis thaliana | 71 |
psoralea corylifolia | 70 |
protein expression | 69 |
expression levels | 69 |
gene silencing | 68 |
plant pathogens | 67 |
high levels | 67 |
escherichia coli | 66 |
expression system | 66 |
endophytic fungus | 66 |
oral administration | 65 |
respiratory syndrome | 65 |
like particles | 63 |
monoclonal antibody | 63 |
endophytic fungi | 63 |
bioactive compounds | 62 |
gi tract | 61 |
cell wall | 61 |
key words | 60 |
doc id | 60 |
cord uid | 60 |
mammalian cells | 60 |
nucleic acids | 60 |
oral immunization | 60 |
fusion protein | 59 |
leaf curl | 59 |
plant material | 58 |
coat protein | 58 |
acute respiratory | 57 |
small rnas | 57 |
monoclonal antibodies | 57 |
based vaccines | 56 |
plant ncrnas | 56 |
soluble protein | 56 |
molecular farming | 55 |
rabies virus | 55 |
nucleic acid | 55 |
nicotiana benthamiana | 54 |
cholera toxin | 54 |
cell culture | 54 |
infectious diseases | 53 |
severe acute | 53 |
biological activity | 53 |
united states | 53 |
wide range | 53 |
wcm plants | 52 |
mouth disease | 52 |
medicinal plant | 51 |
multilateral system | 51 |
mg kg | 51 |
root cultures | 51 |
human health | 51 |
human genome | 50 |
capsid protein | 50 |
cell cultures | 49 |
genetic diversity | 49 |
genetically modified | 48 |
human immunodeficiency | 48 |
may also | 47 |
virus infection | 47 |
immunodeficiency virus | 47 |
vaccine development | 47 |
phenolic compounds | 47 |
plant tissues | 46 |
plant expression | 46 |
rna viruses | 46 |
risk assessment | 46 |
exogenous plant | 46 |
chemically modified | 46 |
breast milk | 46 |
tobacco mosaic | 45 |
protease inhibitor | 45 |
see footnote | 45 |
total soluble | 45 |
genetic engineering | 44 |
developing countries | 44 |
viral vectors | 43 |
vaccine production | 43 |
neem oil | 43 |
plant tissue | 43 |
expression level | 43 |
widely used | 43 |
based vaccine | 43 |
subunit vaccine | 42 |
tissue culture | 42 |
side effects | 42 |
oxidative stress | 42 |
antioxidant activity | 41 |
plants expressing | 41 |
important role | 41 |
host plants | 40 |
stem cells | 40 |
exogenous rna | 40 |
total rna | 40 |
vaccine antigens | 40 |
oral vaccines | 39 |
norwalk virus | 39 |
also known | 39 |
stranded rna | 39 |
cellular uptake | 39 |
publications efsa | 39 |
eu publications | 39 |
vaccine candidate | 39 |
biological effects | 39 |
organic compounds | 39 |
pathogenic fungi | 38 |
molecular pharming | 38 |
derived vaccines | 38 |
traditional farming | 38 |
neutralizing antibodies | 38 |
transgenic potato | 38 |
biological effect | 37 |
transgenic plant | 37 |
naked sirna | 37 |
neem cake | 37 |
animal models | 37 |
antimicrobial peptides | 37 |
transmissible gastroenteritis | 36 |
high level | 36 |
low cost | 36 |
transgenic rice | 36 |
viral diseases | 36 |
rna molecules | 36 |
recent years | 36 |
plasmodium falciparum | 36 |
present study | 35 |
tomato plants | 35 |
azadirachta indica | 35 |
polymerase chain | 34 |
chain reaction | 34 |
climate change | 34 |
epithelial cells | 34 |
virus type | 34 |
plants used | 34 |
tobacco leaves | 34 |
adverse effects | 33 |
food production | 33 |
biologically active | 33 |
plant molecular | 33 |
another study | 33 |
large number | 33 |
pharmaceutical proteins | 33 |
growth factor | 33 |
rna interference | 33 |
nervous system | 33 |
cell lines | 33 |
cysteine protease | 32 |
plant lectins | 32 |
molecular weight | 32 |
generation sequencing | 32 |
key questions | 32 |
biological fluids | 32 |
plant derived | 32 |
tomato leaf | 32 |
legume lectins | 32 |
virulence factors | 32 |
oral vaccine | 31 |
high temperature | 31 |
clinical trial | 31 |
fusarium oxysporum | 31 |
small rna | 31 |
higher plants | 31 |
also used | 31 |
literature review | 31 |
gm plants | 30 |
room temperature | 30 |
production systems | 30 |
transformed plants | 30 |
biological activities | 30 |
subunit vaccines | 30 |
herpes simplex | 30 |
potato virus | 30 |
arbuscular mycorrhizal | 29 |
staphylococcus aureus | 29 |
plant treaty | 29 |
different types | 29 |
plant rna | 29 |
plant pathogenic | 29 |
foreign genes | 29 |
cell suspension | 29 |
botrytis cinerea | 29 |
molecular biology | 29 |
novel coronavirus | 29 |
naturally occurring | 29 |
environmental conditions | 29 |
endophytic actinomycetes | 29 |
specific primers | 28 |
public health | 28 |
rna silencing | 28 |
sequence analysis | 28 |
measles virus | 28 |
fi cation | 28 |
protective immune | 28 |
potato tubers | 28 |
viral rna | 28 |
use efficiency | 28 |
active compounds | 28 |
therapeutic proteins | 27 |
plant viral | 27 |
extracellular vesicles | 27 |
certification programs | 27 |
cell death | 27 |
piriformospora indica | 27 |
mice fed | 27 |
plant family | 27 |
mycorrhizal fungi | 27 |
protein produced | 27 |
cucumber mosaic | 27 |
host cell | 27 |
vaccine candidates | 27 |
plant vaccines | 27 |
spike protein | 26 |
viral infections | 26 |
foreign proteins | 26 |
chloroplast genome | 26 |
closely related | 26 |
dengue virus | 26 |
endophytic bacteria | 26 |
human pathogens | 26 |
traditional medicine | 26 |
production system | 26 |
drug discovery | 26 |
cell line | 26 |
human plasma | 26 |
downstream processing | 26 |
cysteine proteases | 26 |
se biofortification | 26 |
disease control | 26 |
inhibitory activity | 26 |
derived vaccine | 26 |
dietary exogenous | 26 |
nicotiana tabacum | 26 |
viral infection | 25 |
vertical farming | 25 |
fresh weight | 25 |
fungal cell | 25 |
chemical composition | 25 |
low levels | 25 |
transgenic potatoes | 25 |
protein synthesis | 25 |
cancer cells | 25 |
virus replication | 25 |
agrobacterium tumefaciens | 25 |
test drug | 25 |
literature search | 25 |
plants using | 25 |
salicylic acid | 25 |
international collections | 25 |
genetically engineered | 25 |
plant systems | 25 |
virus isolates | 25 |
plant defense | 25 |
foreign gene | 25 |
crop plants | 25 |
many plant | 24 |
endoplasmic reticulum | 24 |
streptomyces sp | 24 |
disease resistance | 24 |
infected plants | 24 |
plant mirna | 24 |
antibody response | 24 |
antiviral activities | 24 |
administered orally | 24 |
local foods | 24 |
signal peptide | 24 |
protein gene | 24 |
edible plant | 24 |
large scale | 24 |
identi fi | 24 |
gene therapy | 24 |
nutrient solution | 24 |
expression vector | 24 |
innate immune | 24 |
one health | 24 |
mouse model | 24 |
sambucus nigra | 24 |
protein expressed | 24 |
hbsag gene | 24 |
plant extract | 24 |
abiotic stress | 24 |
plasma membrane | 24 |
simplex virus | 24 |
genetic variability | 24 |
human papillomavirus | 24 |
insect cells | 23 |
wide variety | 23 |
antimicrobial activities | 23 |
whole plant | 23 |
avian influenza | 23 |
protein accumulation | 23 |
natural product | 23 |
also found | 23 |
vertical farm | 23 |
heat stress | 23 |
traditional knowledge | 23 |
target protein | 23 |
related proteins | 23 |
virus vaccine | 23 |
neutralising antibodies | 23 |
genetic resources | 23 |
oral immunogenicity | 23 |
syndrome coronavirus | 23 |
antibacterial activity | 23 |
drought stress | 23 |
cell membrane | 23 |
world health | 23 |
gastrointestinal tract | 23 |
target gene | 23 |
traditional chinese | 22 |
two types | 22 |
bacterial endophytes | 22 |
mucosal immune | 22 |
gastroenteritis virus | 22 |
wild plants | 22 |
plants expression | 22 |
labile enterotoxin | 22 |
exogenous ncrna | 22 |
also showed | 22 |
table iv | 22 |
nuclear genome | 22 |
breast cancer | 22 |
fatty acids | 22 |
potato plants | 22 |
zea mays | 22 |
significantly higher | 22 |
influenza vaccine | 22 |
plant production | 22 |
first time | 22 |
citrus tristeza | 22 |
several studies | 21 |
fi ed | 21 |
intracellular trafficking | 21 |
yellow mosaic | 21 |
using plant | 21 |
viral replication | 21 |
health care | 21 |
suspension cultures | 21 |
disulfide bonds | 21 |
gut microbiota | 21 |
muscodor albus | 21 |
plant host | 21 |
scale production | 21 |
cowpea mosaic | 21 |
serine proteases | 21 |
binding proteins | 21 |
hepatoprotective activity | 21 |
global health | 21 |
mediated transformation | 21 |
chinese medicine | 21 |
barley plants | 21 |
virus particles | 21 |
benthamiana plants | 21 |
reverse transcription | 21 |
also reported | 21 |
cgiar genebanks | 21 |
reverse transcriptase | 21 |
transgenic maize | 21 |
stable transformation | 21 |
reactive oxygen | 21 |
three different | 20 |
different plant | 20 |
oxygen species | 20 |
living organisms | 20 |
selenium biofortification | 20 |
expression cassette | 20 |
last years | 20 |
nucleocapsid protein | 20 |
orally administered | 20 |
mass spectrometry | 20 |
ex situ | 20 |
defense compounds | 20 |
plant made | 20 |
phaseolus vulgaris | 20 |
tristeza virus | 20 |
genetic variation | 20 |
like particle | 20 |
phase i | 20 |
performed using | 20 |
rice tungro | 20 |
structural proteins | 20 |
agrobacterium rhizogenes | 20 |
resistance genes | 20 |
immunized mice | 20 |
tobacco chloroplasts | 20 |
next generation | 20 |
different parts | 20 |
cyst nematode | 20 |
life cycle | 20 |
protective immunity | 20 |
rhizoctonia solani | 20 |
dietary plant | 20 |
virus capsid | 20 |
antiviral agents | 20 |
triterpenoid saponins | 19 |
even though | 19 |
current status | 19 |
chlorogenic acid | 19 |
biological control | 19 |
secondary metabolism | 19 |
ethnoveterinary practices | 19 |
immunosorbent assay | 19 |
er retention | 19 |
plant protection | 19 |
widely distributed | 19 |
oral route | 19 |
envelope protein | 19 |
made pharmaceuticals | 19 |
gene transfer | 19 |
scientific literature | 19 |
protects mice | 19 |
recombinant human | 19 |
wild type | 19 |
functional foods | 19 |
glycine max | 19 |
human serum | 19 |
fold higher | 19 |
type i | 19 |
rapid production | 19 |
much higher | 19 |
molecular hybridization | 19 |
health organization | 19 |
plant ncrna | 19 |
andhra pradesh | 19 |
various plant | 18 |
modi fi | 18 |
plant mir | 18 |
antibody responses | 18 |
new delhi | 18 |
hydrogen peroxide | 18 |
medicinal uses | 18 |
full length | 18 |
pcr analysis | 18 |
virus species | 18 |
periodate oxidation | 18 |
simultaneous detection | 18 |
circulatory system | 18 |
water use | 18 |
per year | 18 |
domestic animals | 18 |
phylogenetic analysis | 18 |
fungal pathogens | 18 |
binding site | 18 |
plant products | 18 |
pox virus | 18 |
commonly used | 18 |
mammalian cell | 18 |
plant hosts | 18 |
plant defence | 18 |
vp protein | 18 |
protective antigen | 18 |
commonly found | 18 |
biological barriers | 18 |
active site | 18 |
plant virology | 18 |
case study | 18 |
based gm | 18 |
delivery system | 18 |
clinical aromatherapy | 18 |
dendritic cells | 18 |
food security | 18 |
vitro studies | 18 |
modified plants | 18 |
insect pests | 18 |
aerial parts | 18 |
another important | 18 |
recent advances | 18 |
proteinase inhibitor | 18 |
recombinant dna | 18 |
gene encoding | 18 |
exogenous mirnas | 17 |
exotic species | 17 |
candida albicans | 17 |
translational modifications | 17 |
volatile organic | 17 |
based therapeutics | 17 |
real time | 17 |
withania somnifera | 17 |
growth promoting | 17 |
drug administration | 17 |
serine protease | 17 |
made vaccines | 17 |
benefit sharing | 17 |
plum pox | 17 |
infected cells | 17 |
binding protein | 17 |
genomic dna | 17 |
antimicrobial peptide | 17 |
stress conditions | 17 |
transgenic tomato | 17 |
fi rst | 17 |
based expression | 17 |
food crops | 17 |
central nervous | 17 |
herbal medicines | 17 |
target tissue | 17 |
open reading | 17 |
economically important | 17 |
viral disease | 17 |
phytopathogenic fungi | 17 |
drug development | 17 |
syncytial virus | 17 |
plant origin | 17 |
folk medicine | 17 |
respiratory syncytial | 17 |
pathogenic bacteria | 17 |
outdoor farming | 17 |
medium containing | 17 |
linked immunosorbent | 17 |
secondary metabolite | 17 |
viral genome | 17 |
like receptor | 17 |
mirna processing | 17 |
plants may | 17 |
host cells | 17 |
million people | 17 |
food chain | 17 |
baseline information | 17 |
well plate | 17 |
acid sequence | 16 |
shelf life | 16 |
metabolic pathways | 16 |
plasma samples | 16 |
delivery vehicles | 16 |
surface protein | 16 |
antifungal activities | 16 |
cell walls | 16 |
small intestine | 16 |
milk exosomes | 16 |
biotic stress | 16 |
molecular mechanisms | 16 |
momordica charantia | 16 |
causal agent | 16 |
studies conducted | 16 |
cell types | 16 |
like proteins | 16 |
electron microscopy | 16 |
small molecules | 16 |
experimental animals | 16 |
antibiotic resistance | 16 |
synthetic mir | 16 |
food plants | 16 |
heterologous proteins | 16 |
cgiar centers | 16 |
genetic material | 16 |
cell surface | 16 |
many cases | 16 |
culture medium | 16 |
plant pathogen | 16 |
first report | 16 |
years ago | 16 |
sars coronavirus | 16 |
plastid transformation | 16 |
well known | 16 |
per cell | 16 |
inhibitory effect | 16 |
induced liver | 16 |
level expression | 16 |
coli heat | 16 |
human diseases | 16 |
final product | 16 |
last decade | 16 |
immune function | 16 |
various diseases | 16 |
highly conserved | 16 |
agricultural systems | 15 |
specific inhibitors | 15 |
cp gene | 15 |
plant breeding | 15 |
antifungal properties | 15 |
previously described | 15 |
rna polymerase | 15 |
molecular cloning | 15 |
ab initio | 15 |
human body | 15 |
leaf extracts | 15 |
wilt virus | 15 |
nuclear transfer | 15 |
structural protein | 15 |
long time | 15 |
stable transgenic | 15 |
plant system | 15 |
transgene expression | 15 |
virus glycoprotein | 15 |
chloroplast transformation | 15 |
yield production | 15 |
chemical modifications | 15 |
disulfide bridges | 15 |
wound healing | 15 |
cold chain | 15 |
cauliflower mosaic | 15 |
growth hormone | 15 |
synthetic gene | 15 |
human growth | 15 |
microplate reader | 15 |
pcr products | 15 |
leaf extract | 15 |
molecular targets | 15 |
one study | 15 |
viral vector | 15 |
local people | 15 |
yellow vein | 15 |
transplastomic tobacco | 15 |
mixed infections | 15 |
genes encoding | 15 |
time rt | 15 |
igg antibodies | 15 |
glycan structures | 15 |
derived exogenous | 15 |
toxic effects | 15 |
veterinary use | 15 |
leaf tissue | 15 |
disease management | 15 |
infectious disease | 15 |
jasmonic acid | 15 |
host range | 15 |
great potential | 15 |
target cells | 15 |
salt stress | 15 |
lipid peroxidation | 15 |
middle east | 15 |
heavy metals | 15 |
zucchini yellow | 15 |
inhibitory effects | 15 |
plants infected | 15 |
nucleotide sequence | 15 |
pepino mosaic | 15 |
olea europaea | 15 |
gel electrophoresis | 15 |
nuclear transformation | 15 |
drug resistance | 15 |
fungal origin | 15 |
indigenous communities | 15 |
annex glands | 15 |
still unknown | 15 |
brassica oleracea | 15 |
triticum aestivum | 15 |
organic matter | 14 |
functional analysis | 14 |
plant secondary | 14 |
artificial lighting | 14 |
systemic effects | 14 |
alkaline phosphatase | 14 |
papillomavirus type | 14 |
previously reported | 14 |
medicinal properties | 14 |
mice immunized | 14 |
virus surface | 14 |
serum igg | 14 |
molecular mass | 14 |
chimeric protein | 14 |
raw material | 14 |
lower levels | 14 |
protein structure | 14 |
high se | 14 |
gastroenteritis coronavirus | 14 |
indian medicinal | 14 |
ion channels | 14 |
hemagglutinin protein | 14 |
similar results | 14 |
plant based | 14 |
saccharomyces cerevisiae | 14 |
guinea pigs | 14 |
plant genetic | 14 |
per day | 14 |
derived mirnas | 14 |
nontransformed roots | 14 |
currently available | 14 |
sialic acid | 14 |
another example | 14 |
viral expression | 14 |
agronomic biofortification | 14 |
plant roots | 14 |
also important | 14 |
mg ml | 14 |
olive oil | 14 |
abiotic stresses | 14 |
comparative analysis | 14 |
recent developments | 14 |
plant amps | 14 |
eastern anatolia | 14 |
suspension culture | 14 |
molecular recognition | 14 |
major role | 14 |
collecting expeditions | 14 |
recombinant vaccines | 14 |
recombinant bacterial | 14 |
antibody production | 14 |
tetanus toxin | 14 |
protein yield | 14 |
plants plant | 14 |
different species | 14 |
plants containing | 14 |
higher levels | 14 |
hiv infection | 14 |
newcastle disease | 14 |
cell membranes | 14 |
significant role | 14 |
using different | 14 |
study area | 14 |
broad spectrum | 14 |
food feed | 14 |
signal transduction | 14 |
dietary intake | 14 |
dna sequence | 14 |
nontransgenic roots | 14 |
two decades | 14 |
vegetable garden | 14 |
gene clusters | 14 |
infectious agents | 14 |
vivo studies | 14 |
insecticidal activity | 14 |
human pathogenic | 14 |
like protein | 14 |
developing world | 14 |
glutathione reductase | 14 |
neem trees | 14 |
metabolite production | 14 |
traditional vaccines | 14 |
crop loss | 14 |
plant materials | 14 |
affinity chromatography | 14 |
neem products | 14 |
dna polymerase | 14 |
edible plants | 14 |
cause disease | 14 |
genome project | 14 |
recent study | 14 |
subtractive library | 14 |
breeding programs | 14 |
many different | 13 |
materials available | 13 |
per dose | 13 |
based production | 13 |
delivery systems | 13 |
transgenic chloroplasts | 13 |
may occur | 13 |
fungal species | 13 |
negative bacteria | 13 |
plant diseases | 13 |
tomato spotted | 13 |
transgenic lines | 13 |
time pcr | 13 |
leaf spot | 13 |
crystal structure | 13 |
production cost | 13 |
antiviral agent | 13 |
innate immunity | 13 |
control plants | 13 |
effective vaccine | 13 |
quality control | 13 |
heterologous expression | 13 |
extraction buffer | 13 |
human breast | 13 |
specific antibodies | 13 |
bacillus anthracis | 13 |
coding sequence | 13 |
transplastomic plants | 13 |
fungal endophytes | 13 |
host immune | 13 |
varioskan lux | 13 |
aspartic proteases | 13 |
plant transformation | 13 |
resistant plants | 13 |
clinical studies | 13 |
western blot | 13 |
orally immunogenic | 13 |
superoxide dismutase | 13 |
blot analysis | 13 |
oral tolerance | 13 |
root system | 13 |
plant genome | 13 |
efsa task | 13 |
made available | 13 |
contracting parties | 13 |
liver diseases | 13 |
wheat curl | 13 |
solanum nigrum | 13 |
transgenic lettuce | 13 |
following oral | 13 |
serum albumin | 13 |
feed risk | 13 |
per gram | 13 |
pcr assay | 13 |
multimode microplate | 13 |
less toxic | 13 |
among others | 13 |
like nanoparticles | 13 |
antiviral properties | 13 |
antimicrobial properties | 13 |
many countries | 13 |
molecular dynamics | 13 |
aceria tosichella | 13 |
active constituents | 13 |
protein purification | 13 |
maize seed | 13 |
health status | 13 |
ebola virus | 13 |
antiviral drugs | 13 |
spotted wilt | 13 |
antioxidant properties | 13 |
plant parts | 13 |
animal health | 13 |
virus activity | 13 |
foreign protein | 13 |
root extracts | 13 |
circular rnas | 13 |
i clinical | 13 |
proteins using | 13 |
chemical defense | 13 |
short time | 13 |
liver injury | 13 |
photosynthesis efficiency | 13 |
curl mite | 13 |
low molecular | 13 |
seed oil | 13 |
hiv activity | 13 |
tomato fruit | 13 |
targeted pathogens | 13 |
environmental stresses | 13 |
biological processes | 13 |
lux multimode | 13 |
different levels | 13 |
oryza sativa | 13 |
several plant | 13 |
rna virus | 13 |
rosa rubiginosa | 13 |
derived recombinant | 13 |
corylifolia extract | 13 |
porphyromonas gingivalis | 13 |
viral proteins | 13 |
plant root | 13 |
binding sites | 13 |
berberis microphylla | 13 |
plant biotechnology | 13 |
protein kinase | 13 |
vaccine protects | 13 |
see section | 13 |
fv fm | 13 |
plasmid dna | 13 |
exotic plants | 12 |
results suggest | 12 |
study showed | 12 |
binding domain | 12 |
target proteins | 12 |
technical support | 12 |
genome sequence | 12 |
cysteine residues | 12 |
detection methods | 12 |
liver damage | 12 |
whole plants | 12 |
various types | 12 |
new drugs | 12 |
vegetatively propagated | 12 |
alfalfa mosaic | 12 |
proteomic analysis | 12 |
significant differences | 12 |
time qpcr | 12 |
food borne | 12 |
glutamic acid | 12 |
human immune | 12 |
seed production | 12 |
oral vaccination | 12 |
borne diseases | 12 |
low doses | 12 |
veterinary vaccines | 12 |
functional characterization | 12 |
two major | 12 |
multiplex pcr | 12 |
homologous recombination | 12 |
steroidal glycoalkaloid | 12 |
noncoding rna | 12 |
derived edible | 12 |
rice seeds | 12 |
vector systems | 12 |
also involved | 12 |
two main | 12 |
cells expressing | 12 |
diabetes mellitus | 12 |
virus resistance | 12 |
plant leaves | 12 |
single dose | 12 |
deep sequencing | 12 |
new materials | 12 |
immune cells | 12 |
herbal medicine | 12 |
relative humidity | 12 |
regulatory approval | 12 |
plant edible | 12 |
heat pumps | 12 |
mucosal immunity | 12 |
secondary products | 12 |
growth promotion | 12 |
anthrax lethal | 12 |
biological function | 12 |
potential use | 12 |
plant sources | 12 |
new generation | 12 |
vitro antiviral | 12 |
ethnobotanical study | 12 |
soil se | 12 |
cell proliferation | 12 |
sequence information | 12 |
maximum expression | 12 |
good manufacturing | 12 |
stable expression | 12 |
broad range | 12 |
infected leaves | 12 |
dpt protein | 12 |
new collecting | 12 |
rabies vaccine | 12 |
active ingredients | 12 |
takes place | 12 |
iv injection | 12 |
aqueous extract | 12 |
commercial production | 12 |
every year | 12 |
fusion proteins | 12 |
mediated immune | 12 |
acid residues | 12 |
key question | 12 |
chikungunya virus | 12 |
artemisia annua | 12 |
crop species | 12 |
based vectors | 12 |
yellow leaf | 12 |
honeysuckle decoction | 12 |
many alkaloids | 12 |
stress response | 12 |
candidate vaccine | 12 |
expressed proteins | 12 |
respiratory tract | 12 |
roots compared | 12 |
three times | 12 |
membrane protein | 12 |
infested plants | 12 |
neem tree | 12 |
antigen expression | 12 |
volatile compounds | 12 |
virus challenge | 12 |
endophytic microorganisms | 12 |
creative commons | 12 |
human clinical | 12 |
commercially available | 12 |
plasma levels | 12 |
human cells | 12 |
mediated gene | 12 |
potential applications | 12 |
plant exogenous | 12 |
curl disease | 12 |
body weight | 12 |
protein vp | 12 |
bacterial antigen | 12 |
initial search | 12 |
carbon tetrachloride | 12 |
antimicrobial compounds | 12 |
tissue cultures | 12 |
human monoclonal | 12 |
speci fi | 11 |
will also | 11 |
traditionally used | 11 |
endothelial cells | 11 |
agricultural research | 11 |
viral pathogens | 11 |
via oral | 11 |
first step | 11 |
analysis revealed | 11 |
genetic manipulation | 11 |
cancer cell | 11 |
acid sequences | 11 |
defense responses | 11 |
times higher | 11 |
many studies | 11 |
therapeutic agents | 11 |
crop production | 11 |
different databases | 11 |
different tissues | 11 |
steroidal alkaloids | 11 |
genetic information | 11 |
first plant | 11 |
lipid transfer | 11 |
cucurbita pepo | 11 |
animal pathogens | 11 |
virus hemagglutinin | 11 |
brain barrier | 11 |
mixed infection | 11 |
sustainable agriculture | 11 |
distilled water | 11 |
yersinia pestis | 11 |
derived ncrnas | 11 |
based oral | 11 |
dna vaccine | 11 |
binding affinity | 11 |
oxidative damage | 11 |
aristotelia chilensis | 11 |
search engines | 11 |
hiv protein | 11 |
environmental sustainability | 11 |
field conditions | 11 |
proteins produced | 11 |
brassica campestris | 11 |
significant difference | 11 |
copy number | 11 |
mutation rate | 11 |
virus detection | 11 |
relatively low | 11 |
biological functions | 11 |
single plant | 11 |
cell movement | 11 |
two different | 11 |
foreign dna | 11 |
viral envelope | 11 |
life history | 11 |
fatty acid | 11 |
plants production | 11 |
given orally | 11 |
recent studies | 11 |
waste products | 11 |
vector system | 11 |
class iii | 11 |
antifungal compounds | 11 |
low expression | 11 |
finally selected | 11 |
protein content | 11 |
fluorescent protein | 11 |
curl virus | 11 |
expression vectors | 11 |
derived antigens | 11 |
antigen production | 11 |
pharmaceutical industry | 11 |
pharmacological properties | 11 |
compounds isolated | 11 |
van der | 11 |
dwarf virus | 11 |
target genes | 11 |
pestalotiopsis microspora | 11 |
methodology described | 11 |
extensively used | 11 |
chinese medicinal | 11 |
high cost | 11 |
bajaur agency | 11 |
colorectal cancer | 11 |
respiratory diseases | 11 |
research groups | 11 |
large numbers | 11 |
tamil nadu | 11 |
curl new | 11 |
negative control | 11 |
dry weight | 11 |
systematic review | 11 |
specific antibody | 11 |
transgenic carrot | 11 |
active ingredient | 11 |
virus disease | 11 |
salvia miltiorrhiza | 11 |
pseudomonas aeruginosa | 11 |
chloroplast expression | 11 |
naked sirnas | 11 |
delhi virus | 11 |
production platform | 11 |
quinolizidine alkaloids | 11 |
molecular basis | 11 |
protective effect | 11 |
irrigation water | 11 |
reading frame | 11 |
causative agent | 11 |
high throughput | 11 |
vaccine antigen | 11 |
alternative medicine | 11 |
chemical constituents | 11 |
mouse anti | 11 |
environmental protection | 11 |
cgiar genebank | 11 |
functional groups | 11 |
acid levels | 11 |
tobacco cells | 11 |
organic acids | 11 |
native species | 11 |
high yield | 11 |
lesser extent | 11 |
autoimmune diseases | 11 |
herpes virus | 11 |
animal vaccines | 11 |
cell division | 11 |
bitter gourd | 11 |
large amount | 11 |
virulence factor | 11 |
secondary structure | 11 |
antisense oligonucleotides | 11 |
many years | 11 |
total amount | 11 |
heterologous protein | 11 |
significantly increased | 11 |
antibody levels | 11 |
proteolytic activity | 11 |
protein levels | 10 |
pcr using | 10 |
detailed study | 10 |
body fluids | 10 |
higher level | 10 |
south africa | 10 |
many advantages | 10 |
sequence data | 10 |
table i | 10 |
trichosanthes kirilowii | 10 |
vitis vinifera | 10 |
culex quinquefasciatus | 10 |
antimicrobial agents | 10 |
transgenic hairy | 10 |
root rot | 10 |
natural selection | 10 |
irrigation system | 10 |
various plants | 10 |
vaccine based | 10 |
derived products | 10 |
serum samples | 10 |
crude extracts | 10 |
new viruses | 10 |
soluble sugars | 10 |
free radical | 10 |
food supply | 10 |
high affinity | 10 |
low ph | 10 |
fresh leaf | 10 |
plant defensins | 10 |
west bengal | 10 |
related compounds | 10 |
systemic movement | 10 |
viruses infecting | 10 |
pcr amplification | 10 |
least one | 10 |
oral gavage | 10 |
high temperatures | 10 |
well tolerated | 10 |
allium sativum | 10 |
molecular characterization | 10 |
positive bacteria | 10 |
plant disease | 10 |
highly effective | 10 |
food source | 10 |
cash crops | 10 |
protein sequence | 10 |
modified rnas | 10 |
rna content | 10 |
recent progress | 10 |
accumulation levels | 10 |
bioactive metabolites | 10 |
genetic transformation | 10 |
aspartic protease | 10 |
biocontrol agents | 10 |
optical fiber | 10 |
molecular techniques | 10 |
crude plant | 10 |
plants like | 10 |
derived hbsag | 10 |
highly pathogenic | 10 |
per group | 10 |
negative effects | 10 |
transiently expressed | 10 |
text reports | 10 |
water deficit | 10 |
small interfering | 10 |
elaborated sap | 10 |
defense system | 10 |
natural compounds | 10 |
also called | 10 |
cell cycle | 10 |
much less | 10 |
broadly neutralizing | 10 |
antibody produced | 10 |
immunogenic properties | 10 |
current study | 10 |
low level | 10 |
kg day | 10 |
aromatic plants | 10 |
rapidly degraded | 10 |
maize seeds | 10 |
antiplasmodial activity | 10 |
important part | 10 |
following key | 10 |
endophytic microbes | 10 |
interfering rnas | 10 |
cell epitopes | 10 |
tomato fruits | 10 |
functional species | 10 |
also possible | 10 |
cell type | 10 |
global food | 10 |
urban areas | 10 |
plants grown | 10 |
heat stable | 10 |
recombination events | 10 |
carbon dioxide | 10 |
hbv vaccine | 10 |
gene cluster | 10 |
global system | 10 |
contact dermatitis | 10 |
proteolytic enzymes | 10 |
inactivating protein | 10 |
bacterial cell | 10 |
family i | 10 |
determined using | 10 |
movement protein | 10 |
protein biosynthesis | 10 |
including plant | 10 |
key role | 10 |
modified sirna | 10 |
influenza viruses | 10 |
recent work | 10 |
homo sapiens | 10 |
eaten raw | 10 |
endophytic streptomyces | 10 |
sars patients | 10 |
biomass production | 10 |
many plants | 10 |
proteolytic degradation | 10 |
crop trust | 10 |
dna methylation | 10 |
important plants | 10 |
using various | 10 |
protein protease | 10 |
twenty years | 10 |
cichorium intybus | 10 |
alternative production | 10 |
four different | 10 |
long term | 10 |
bacterial species | 10 |
per unit | 10 |
traditional medicinal | 10 |
west nile | 10 |
protective antibody | 10 |
mm tris | 10 |
daucus carota | 10 |
highly specific | 10 |
also present | 10 |
level production | 10 |
orally immunized | 10 |
pathogenic microorganisms | 10 |
se fertilizers | 10 |
plant micrornas | 10 |
virus titer | 10 |
heat labile | 10 |
naked oligonucleotides | 10 |
diagnostic tools | 10 |
mycorrhizal fungus | 10 |
dna damage | 10 |
possible biological | 10 |
herbal remedies | 10 |
east respiratory | 10 |
liquid chromatography | 10 |
cost effective | 10 |
fever virus | 10 |
stem cell | 10 |
chemical compounds | 10 |
tertiary structure | 10 |
benthamiana leaves | 10 |
plant resistance | 10 |
nitrogen fixation | 10 |
seed extract | 10 |
great importance | 10 |
symptom management | 10 |
lactuca sativa | 10 |
heavy chain | 10 |
control group | 10 |
human disease | 10 |
pcr assays | 10 |
lamina propria | 10 |
heat shock | 10 |
cho produced | 10 |
mottle virus | 10 |
sequence homology | 10 |
bovine milk | 10 |
dietary exposure | 10 |
using transgenic | 10 |
maize plants | 10 |
pest management | 10 |
cereal cyst | 10 |
gynostemma pentaphyllum | 10 |
significantly lower | 10 |
dna technology | 10 |
anticancer activity | 10 |
indole alkaloids | 10 |
purification process | 10 |
lethal factor | 10 |
new strategies | 10 |
see table | 10 |
protease activity | 10 |
bovine serum | 10 |
economic losses | 10 |
high number | 10 |
signi fi | 10 |
experimental data | 10 |
commonly known | 9 |
mucosal vaccines | 9 |
iv administration | 9 |
circular rna | 9 |
isothermal amplification | 9 |
fresh fruit | 9 |
new zealand | 9 |
therapeutic potential | 9 |
seed crops | 9 |
growth inhibition | 9 |
rural community | 9 |
traditional herbal | 9 |
structure prediction | 9 |
cancer therapy | 9 |
based vector | 9 |
secretory pathway | 9 |
new virus | 9 |
selenium accumulation | 9 |
abdominal pain | 9 |
chemical structure | 9 |
two species | 9 |
collecting missions | 9 |
may play | 9 |
specific inhibitor | 9 |
animal cells | 9 |
amyrin synthase | 9 |
th century | 9 |
protein per | 9 |
blood cells | 9 |
induced hepatic | 9 |
small ncrnas | 9 |
replacement therapy | 9 |
another group | 9 |
plant taxa | 9 |
carbohydrate binding | 9 |
ms medium | 9 |
resistance breakdown | 9 |
crude extract | 9 |
data sets | 9 |
highly immunogenic | 9 |
various pathogens | 9 |
elisa assays | 9 |
organic solvents | 9 |
systems based | 9 |
virus strains | 9 |
virus populations | 9 |
clinical development | 9 |
defense mechanism | 9 |
results showed | 9 |
evolutionary history | 9 |
high protein | 9 |
viral entry | 9 |
produce recombinant | 9 |
highly efficient | 9 |
viral genomes | 9 |
drug design | 9 |
rural areas | 9 |
supplementary table | 9 |
associated lymphoid | 9 |
biotechnological applications | 9 |
natural sources | 9 |
plant biomass | 9 |
pseudomonas syringae | 9 |
herbal products | 9 |
disease caused | 9 |
identified key | 9 |
se fertilization | 9 |
pathogenic avian | 9 |
specific plant | 9 |
oral dose | 9 |
mirnas mir | 9 |
authors declare | 9 |
sars sera | 9 |
gene gun | 9 |
entry inhibitors | 9 |
digestive enzymes | 9 |
nitric oxide | 9 |
rna therapeutics | 9 |
plants without | 9 |
biocontrol agent | 9 |
virus envelope | 9 |
diabetic rats | 9 |
hepatoprotective effects | 9 |
therapeutic protein | 9 |
using agrobacterium | 9 |
peptide lectins | 9 |
obtained using | 9 |
coding rnas | 9 |
currently used | 9 |
differentially expressed | 9 |
codon usage | 9 |
copy numbers | 9 |
nasal immunization | 9 |
ferulic acid | 9 |
signaling pathway | 9 |
chimeric virus | 9 |
also increased | 9 |
nanopore sequencing | 9 |
samples collected | 9 |
antimalarial drugs | 9 |
medicinally important | 9 |
bacterial origin | 9 |
synthetic drugs | 9 |
enzymatic extract | 9 |
se species | 9 |
producing plants | 9 |
defense mechanisms | 9 |
labile toxin | 9 |
virus diseases | 9 |
codon optimization | 9 |
analysis showed | 9 |
virus rna | 9 |
hepatoprotective effect | 9 |
carrot cell | 9 |
positive control | 9 |
ribes magellanicum | 9 |
gene family | 9 |
days post | 9 |
viral nucleic | 9 |
origanum vulgare | 9 |
epidermal growth | 9 |
genebank platform | 9 |
plant nanobionics | 9 |
ex vivo | 9 |
production platforms | 9 |
ocimum basilicum | 9 |
medicinal applications | 9 |
small number | 9 |
disease symptoms | 9 |
photosystem ii | 9 |
human sera | 9 |
presenting cells | 9 |
host species | 9 |
radical scavenging | 9 |
pro tein | 9 |
plants oral | 9 |
glycan structure | 9 |
using specific | 9 |
ctv isolates | 9 |
secretory iga | 9 |
pertussis toxin | 9 |
disease incidence | 9 |
hepatic injury | 9 |
aspergillus flavus | 9 |
limited number | 9 |
cytotoxic effects | 9 |
indian isolates | 9 |
expressing recombinant | 9 |
functional recombinant | 9 |
sugar accumulation | 9 |
rice plants | 9 |
agricultural crops | 9 |
tonne ha | 9 |
bioactive compound | 9 |
signaling molecules | 9 |
promoting rhizobacteria | 9 |
dna fragments | 9 |
local functional | 9 |
human use | 9 |
narrative review | 9 |
two groups | 9 |
carbon nanotubes | 9 |
search using | 9 |
acute phase | 9 |
confers protection | 9 |
nile virus | 9 |
retention signal | 9 |
transgenic tomatoes | 9 |
pr proteins | 9 |
transgenic arabidopsis | 9 |
agricultural practices | 9 |
heterodera filipjevi | 9 |
north america | 9 |
antigen expressed | 9 |
viral protein | 9 |
domain iii | 9 |
feather disease | 9 |
van damme | 9 |
energy demand | 9 |
fusarium sp | 9 |
mucosal surfaces | 9 |
fruit trees | 9 |
sweet potato | 9 |
human cancer | 9 |
virus infections | 9 |
candidate plant | 9 |
expression technology | 9 |
transgenic animal | 9 |
antiviral screening | 9 |
virus monoclonal | 9 |
future research | 9 |
microtiter plate | 9 |
human cytomegalovirus | 9 |
turkish folk | 9 |
environmental factors | 9 |
different host | 9 |
ncrna molecules | 9 |
directly related | 9 |
traditional uses | 9 |
intelligent packaging | 9 |
genomic sequence | 9 |
studies showed | 9 |
also shown | 9 |
ncrnas must | 9 |
may serve | 9 |
certification standard | 9 |
food web | 9 |
regulatory agencies | 9 |
se concentration | 9 |
plant responses | 9 |
pathogenic fungus | 9 |
genetic variants | 8 |
blood samples | 8 |
genes involved | 8 |
antigens produced | 8 |
stress treatments | 8 |
orally given | 8 |
target tissues | 8 |
enzymatic activity | 8 |
recombinant tobacco | 8 |
compounds include | 8 |
chronic hepatitis | 8 |
cucumis sativus | 8 |
resistance gene | 8 |
preparatory phase | 8 |
growth rate | 8 |
phosphate buffer | 8 |
outer membrane | 8 |
scientific community | 8 |
dna sequences | 8 |
tobacco plant | 8 |
total protein | 8 |
novel norwalk | 8 |
major components | 8 |
regulatory elements | 8 |
raw materials | 8 |
ginkgo biloba | 8 |
ascorbic acid | 8 |
dna vaccines | 8 |
oxidosqualene cyclase | 8 |
higher concentrations | 8 |
transcription factor | 8 |
western blotting | 8 |
virgin olive | 8 |
induced gene | 8 |
rnai effects | 8 |
crop protection | 8 |
bitter taste | 8 |
harsh conditions | 8 |
showed strong | 8 |
soybean seeds | 8 |
higher expression | 8 |
yellow dwarf | 8 |
bioactive peptides | 8 |
streptococcus mutans | 8 |
cell monolayer | 8 |
past years | 8 |
solanum lycopersicum | 8 |
bee pollen | 8 |
infected plant | 8 |
gene promoter | 8 |
new era | 8 |
higher dose | 8 |
protein function | 8 |
high expression | 8 |
increased expression | 8 |
nucleotide identity | 8 |
aedes albopictus | 8 |
isoprene units | 8 |
cellular barriers | 8 |
different geographical | 8 |
chromosaponin i | 8 |
genebank managers | 8 |
medicinal herbs | 8 |
rich source | 8 |
silencing effects | 8 |
trypsin inhibitor | 8 |
fungi isolated | 8 |
significant reduction | 8 |
biological systems | 8 |
aqueous extracts | 8 |
rna delivery | 8 |
many viruses | 8 |
large quantities | 8 |
data suggest | 8 |
dna sequencing | 8 |
oral boosting | 8 |
specific immune | 8 |
se compounds | 8 |
purifi cation | 8 |
scientific information | 8 |
defense compound | 8 |
protection agency | 8 |
cdna libraries | 8 |
unit operations | 8 |
srna sequencing | 8 |
liquid nitrogen | 8 |
indian subcontinent | 8 |
certification program | 8 |
vp gene | 8 |
hiv microbicide | 8 |
microbe interactions | 8 |
many others | 8 |
antimalarial activity | 8 |
higher amount | 8 |
romaine lettuce | 8 |
neutralizing antibody | 8 |
dependent enhancement | 8 |
dietary mirnas | 8 |
read counts | 8 |
weight umbel | 8 |
diverse group | 8 |
therapeutic efficacy | 8 |
aspergillus niger | 8 |
pdb id | 8 |
mmr vaccine | 8 |
mice following | 8 |
chow diet | 8 |
many aspects | 8 |
positive impact | 8 |
energy use | 8 |
growth hormones | 8 |
oral toxicity | 8 |
puri fi | 8 |
pcr product | 8 |
target molecules | 8 |
triterpenoid saponin | 8 |
per plant | 8 |
antitumor activity | 8 |
identified using | 8 |
vaccines expression | 8 |
heart disease | 8 |
dietetically absorbed | 8 |
plant protein | 8 |
potatoes expressing | 8 |
available scientific | 8 |
highly stable | 8 |
showed high | 8 |
transient production | 8 |
goat anti | 8 |
gene sequences | 8 |
several advantages | 8 |
also identified | 8 |
single nucleotide | 8 |
field isolates | 8 |
antioxidant activities | 8 |
cucumis melo | 8 |
one hand | 8 |
human population | 8 |
critical role | 8 |
economic importance | 8 |
highly variable | 8 |
liver cancer | 8 |
early stage | 8 |
novel bioactive | 8 |
comparative study | 8 |
serum levels | 8 |
vaccines produced | 8 |
healthy controls | 8 |
national plant | 8 |
done using | 8 |
encoded proteins | 8 |
many researchers | 8 |
high quality | 8 |
fold increase | 8 |
systemic immune | 8 |
lycopersicon esculentum | 8 |
reads every | 8 |
formulated version | 8 |
dna molecules | 8 |
lymph nodes | 8 |
developed using | 8 |
data obtained | 8 |
environmental concerns | 8 |
still unclear | 8 |
based protein | 8 |
gm crops | 8 |
terminal domain | 8 |
human beings | 8 |
culture conditions | 8 |
new insights | 8 |
specific protein | 8 |
national genebanks | 8 |
immune activation | 8 |
critical analysis | 8 |
enterotoxigenic escherichia | 8 |
virus strain | 8 |
recombinant yeast | 8 |
highly infectious | 8 |
mrna expression | 8 |
oligonucleotide microarray | 8 |
ethnoveterinary medicines | 8 |
viral particles | 8 |
human consumption | 8 |
glycosylation pattern | 8 |
standard curve | 8 |
relatively short | 8 |
vaccine produced | 8 |
per well | 8 |
hiv transmission | 8 |
envelope glycoprotein | 8 |
new plant | 8 |
already reported | 8 |
every minute | 8 |
glycyrrhiza glabra | 8 |
biological component | 8 |
probably due | 8 |
biological receptors | 8 |
chain fv | 8 |
proteins expressed | 8 |
self replicating | 8 |
specific expression | 8 |
insect hoppers | 8 |
cdna clones | 8 |
governing body | 8 |
brine shrimp | 8 |
foeniculum vulgare | 8 |
high risk | 8 |
protective efficacy | 8 |
highly functionalized | 8 |
coumaric acid | 8 |
storage protein | 8 |
raw potato | 8 |
many biological | 8 |
current knowledge | 8 |
vivo efficacy | 8 |
potent anti | 8 |
affinity tag | 8 |
electron transport | 8 |
specific iga | 8 |
binary vectors | 8 |
antiviral drug | 8 |
rosa canina | 8 |
photosynthetic apparatus | 8 |
antiviral effects | 8 |
emerging diseases | 8 |
gateway technology | 8 |
also influence | 8 |
low se | 8 |
antigen delivered | 8 |
veterinary medicine | 8 |
structural features | 8 |
plant peptides | 8 |
glycosylation patterns | 8 |
systemic leaves | 8 |
luffa cylindrica | 8 |
also observed | 8 |
mucosal vaccine | 8 |
plants must | 8 |
ethnoveterinary knowledge | 8 |
ribosomal protein | 8 |
extremely high | 8 |
important roles | 8 |
knot nematode | 8 |
wild relatives | 8 |
transgenic carrots | 8 |
multiplex rt | 8 |
natural origin | 8 |
human primates | 8 |
colon cancer | 8 |
also tested | 8 |
acid decarboxylase | 8 |
cystic fibrosis | 8 |
carrot plants | 8 |
mirna duplex | 8 |
orally delivered | 8 |
protein structures | 8 |
bioinformatics tools | 8 |
vein virus | 8 |
treated cells | 8 |
water potential | 8 |
recombinant vaccine | 8 |
research institute | 8 |
earlier studies | 8 |
viral antigens | 8 |
fruit antibacterial | 8 |
almost every | 8 |
new viral | 8 |
melia azedarach | 8 |
restriction sites | 8 |
transfer proteins | 8 |
structural basis | 8 |
like receptors | 8 |
positive results | 8 |
graminis var | 8 |
starting point | 8 |
tumor cells | 8 |
adaptive immune | 8 |
type plants | 8 |
silencing suppressors | 8 |
crops like | 8 |
growth regulators | 8 |
also detected | 8 |
antigens expressed | 8 |
enveloped viruses | 8 |
recent reports | 8 |
gene regulation | 8 |
vaccinated animals | 8 |
pisum sativum | 8 |
till date | 8 |
cdna library | 8 |
another approach | 8 |
mirna biogenesis | 8 |
ldlrap protein | 8 |
humoral response | 8 |
protein protects | 8 |
pathogen interactions | 8 |
iga antibodies | 8 |
small size | 8 |
parasitic diseases | 8 |
studies report | 8 |
surface area | 8 |
recombinant antigen | 8 |
matrix protein | 8 |
defence responses | 8 |
long noncoding | 8 |
protein genes | 8 |
derived hbv | 8 |
vaccine delivered | 8 |
plants resistant | 8 |
next step | 8 |
yet another | 8 |
expressing vp | 8 |
miu ml | 8 |
serum antibodies | 8 |
several types | 8 |
mm edta | 8 |
recombinant genes | 8 |
acetic acid | 8 |
vascular plants | 8 |
using taqman | 8 |
mm nacl | 8 |
retention signals | 8 |
green fluorescent | 8 |
mirnas levels | 8 |
immunogenic proteins | 8 |
different strains | 8 |
take place | 8 |
enzyme electrode | 7 |
laser desorption | 7 |
green algae | 7 |
many diseases | 7 |
open field | 7 |
stranded dna | 7 |
ge healthcare | 7 |
cd cells | 7 |
putative transplastomic | 7 |
hiv aids | 7 |
analysis using | 7 |
expected size | 7 |
information available | 7 |
propagated crops | 7 |
reducing anxiety | 7 |
toxic compounds | 7 |
derived foods | 7 |
throughput sequencing | 7 |
insect cell | 7 |
er retained | 7 |
plants showed | 7 |
cellular homeostasis | 7 |
also contain | 7 |
dpt transgene | 7 |
plant rnas | 7 |
plant vaccine | 7 |
rna molecule | 7 |
kingdom regulation | 7 |
much longer | 7 |
tomato mosaic | 7 |
etch virus | 7 |
comprehensive review | 7 |
life forms | 7 |
virus isolation | 7 |
study reported | 7 |
electrical energy | 7 |
plant small | 7 |
rat hepatocytes | 7 |
antibodies produced | 7 |
plants via | 7 |
general population | 7 |
dna viruses | 7 |
genome organization | 7 |
rapidly cleared | 7 |
oral ingestion | 7 |
inoculated plants | 7 |
blood glucose | 7 |
neutralizing monoclonal | 7 |
transforming growth | 7 |
relatively high | 7 |
gene controlled | 7 |
phytosanitary measures | 7 |
mannopine synthase | 7 |
virus vector | 7 |
human volunteers | 7 |
seed germination | 7 |
root culture | 7 |
reagent consisting | 7 |
higher concentration | 7 |
desorption ionization | 7 |
national level | 7 |
high degree | 7 |
receptor binding | 7 |
cassava mosaic | 7 |
solanum tuberosum | 7 |
proteins may | 7 |
tungro disease | 7 |
molecular evolution | 7 |
experimental studies | 7 |
recom binant | 7 |
assisted laser | 7 |
frequently used | 7 |
protein product | 7 |
transposable elements | 7 |
also evaluated | 7 |
recombinant subunit | 7 |
mediated transient | 7 |
losses due | 7 |
stress resistance | 7 |
enhances plant | 7 |
future prospects | 7 |
digestion system | 7 |
mannose type | 7 |
immune complex | 7 |
ulcerative colitis | 7 |
second generation | 7 |
recombinant pharmaceuticals | 7 |
climatic conditions | 7 |
pathological conditions | 7 |
hcl buffer | 7 |
aromatherapy essential | 7 |
complete genome | 7 |
transformed plant | 7 |
cultured cells | 7 |
cytopathic effect | 7 |
molecular docking | 7 |
root growth | 7 |
electron transfer | 7 |
optimal expression | 7 |
stimulating factor | 7 |
farming systems | 7 |
dpt fusion | 7 |
producing fungus | 7 |
endophytic fungal | 7 |
producing endophytic | 7 |
protein folding | 7 |
cry aa | 7 |
heterologous gene | 7 |
classified according | 7 |
important aspect | 7 |
environmentally friendly | 7 |
catalytic type | 7 |
fragaria chiloensis | 7 |
three doses | 7 |
abscisic acid | 7 |
relatively small | 7 |
capparis spinosa | 7 |
clinical samples | 7 |
enzyme linked | 7 |
metabolic processes | 7 |
significantly reduced | 7 |
antifungal agents | 7 |
dna chips | 7 |
enteric pathogens | 7 |
total dna | 7 |
plant development | 7 |
tomato yellow | 7 |
posttranslational modifications | 7 |
new vaccines | 7 |
experimentally validated | 7 |
cardiovascular diseases | 7 |
translational modification | 7 |
class i | 7 |
hordeum vulgare | 7 |
medicago sativa | 7 |
term storage | 7 |
olneya tesota | 7 |
climate changes | 7 |
research conducted | 7 |
regulatory functions | 7 |
pathogenic infection | 7 |
animal studies | 7 |
exposure prophylaxis | 7 |
base pairs | 7 |
extracellular matrix | 7 |
bacillus subtilis | 7 |
level protein | 7 |
also includes | 7 |
peroxidase activity | 7 |
colletotrichum gloeosporioides | 7 |
dependent rna | 7 |
igm antibodies | 7 |
polyethylene glycol | 7 |
will lead | 7 |
vp expressed | 7 |
culture room | 7 |
mass production | 7 |
structural diversity | 7 |
barr virus | 7 |
streptococcus pyogenes | 7 |
bursal disease | 7 |
virus entry | 7 |
nutritional value | 7 |
test animals | 7 |
tobacco etch | 7 |
based detection | 7 |
suspension cells | 7 |
mirna mir | 7 |
health issues | 7 |
cell growth | 7 |
differentially regulated | 7 |
must also | 7 |
target mrna | 7 |
rapid high | 7 |
integrated pest | 7 |
traditional medicines | 7 |
increased resistance | 7 |
plants per | 7 |
polyclonal antibodies | 7 |
database searching | 7 |
plaque reduction | 7 |
including humans | 7 |
although many | 7 |
significantly decreased | 7 |
production line | 7 |
plant specific | 7 |
rna genome | 7 |
derived antigen | 7 |
mammalian mirna | 7 |
plant kingdom | 7 |
injectable vaccines | 7 |
animal diseases | 7 |
mice expression | 7 |
soil bacteria | 7 |
calcium phosphate | 7 |
active component | 7 |
gene insertion | 7 |
individual plants | 7 |
induced colitis | 7 |
study revealed | 7 |
antimalarial drug | 7 |
btv serotypes | 7 |
enzyme replacement | 7 |
comparative proteomic | 7 |
negative impact | 7 |
signaling pathways | 7 |
biological properties | 7 |
last two | 7 |
subcellular targeting | 7 |
found within | 7 |
root development | 7 |
reduction assay | 7 |
aromatic alchemy | 7 |
antimicrobial proteins | 7 |
chloroquine resistance | 7 |
new platform | 7 |
rabbit anti | 7 |
mature mirnas | 7 |
gi conditions | 7 |
synergistic effect | 7 |
malaria vaccine | 7 |
syndrome virus | 7 |
induced hepatotoxicity | 7 |
liver fibrosis | 7 |
responsive proteins | 7 |
filariasis vector | 7 |
host systems | 7 |
detection techniques | 7 |
nagoya protocol | 7 |
newly emerging | 7 |
uv radiation | 7 |
following equation | 7 |
antifungal agent | 7 |
review process | 7 |
influenza activity | 7 |
per kg | 7 |
three major | 7 |
many instances | 7 |
cell viability | 7 |
protective role | 7 |
molecular modeling | 7 |
certification standards | 7 |
commonly called | 7 |
rinderpest virus | 7 |
food industry | 7 |
light energy | 7 |
particular interest | 7 |
ncrna stability | 7 |
environmental impact | 7 |
hbv antigen | 7 |
based small | 7 |
expressed protein | 7 |
endophytic actinobacteria | 7 |
step towards | 7 |
samples distributed | 7 |
cancer treatment | 7 |
metal toxicity | 7 |
free radicals | 7 |
biocontrol potential | 7 |
animal model | 7 |
corylifolia seeds | 7 |
significant antiviral | 7 |
plant stress | 7 |
multiple proteins | 7 |
production costs | 7 |
aspergillus fumigatus | 7 |
rapid detection | 7 |
play important | 7 |
passenger strand | 7 |
cow milk | 7 |
compounds produced | 7 |
based system | 7 |
biopharmaceutical production | 7 |
cerebrospinal fluid | 7 |
low concentration | 7 |
combination treatments | 7 |
mirnas may | 7 |
symbiotic relationship | 7 |
successfully used | 7 |
glutathione peroxidase | 7 |
leaf discs | 7 |
bamboo mosaic | 7 |
risk factors | 7 |
time consuming | 7 |
produced vaccines | 7 |
reaction groups | 7 |
antioxidant enzymes | 7 |
energy metabolism | 7 |
broad bean | 7 |
future perspectives | 7 |
much lower | 7 |
food processing | 7 |
recipients outside | 7 |
vaccines plant | 7 |
liver disorders | 7 |
several reports | 7 |
nucleotide sequences | 7 |
digestive problems | 7 |
caffeic acid | 7 |
interferon response | 7 |
available literature | 7 |
flavonoid seeds | 7 |
fi cient | 7 |
virus vectors | 7 |
different cell | 7 |
guide strand | 7 |
low abundance | 7 |
dpt gene | 7 |
stunt virus | 7 |
taxol production | 7 |
behloul wu | 7 |
recombinant plant | 7 |
sirna formulated | 7 |
maintenance medium | 7 |
key elements | 7 |
healthy adults | 7 |
candidate vaccines | 7 |
heavy metal | 7 |
phomopsis sp | 7 |
factors affecting | 7 |
antigenic determinants | 7 |
hydroxyl group | 7 |
ns antigen | 7 |
manufacturing practice | 7 |
antidepressant activity | 7 |
pest control | 7 |
symptomatic leaves | 7 |
bacterial cells | 7 |
medicago inc | 7 |
digestive tract | 7 |
oilseed rape | 7 |
influenza vaccines | 7 |
economic impact | 7 |
clinical evaluation | 7 |
transformed tobacco | 7 |
chloroplast genetic | 7 |
products obtained | 7 |
microbial community | 7 |
lymphoid tissue | 7 |
carrot cells | 7 |
infectious bursal | 7 |
selenium deficiency | 7 |
impatiens balsamina | 7 |
southern blot | 7 |
fungal pathogenesis | 7 |
spinach leaves | 7 |
recombi nant | 7 |
among plant | 7 |
recombinant virus | 7 |
microbial origin | 7 |
efflux pumps | 7 |
acacia victoriae | 7 |
small intestines | 7 |
virus control | 7 |
potentially useful | 7 |
core antigen | 7 |
cause severe | 7 |
ethnoveterinary medicinal | 7 |
denaturing conditions | 7 |
reading frames | 7 |
expression platform | 7 |
fi cations | 7 |
biofortification strategies | 7 |
specific manner | 7 |
alfalfa transgenic | 7 |
controlled environment | 7 |
novel endophytic | 7 |
last decades | 7 |
cell epitope | 7 |
promote plant | 7 |
time periods | 7 |
vaccine formulations | 7 |
fresh water | 7 |
stanleya pinnata | 7 |
atmospheric nitrogen | 7 |
translational repression | 7 |
kentucky bioprocessing | 7 |
molecule inhibitors | 7 |
south america | 7 |
effective vaccines | 7 |
vital importance | 7 |
rna degradation | 7 |
rapid growth | 7 |
extensively studied | 7 |
mammalian mirnas | 7 |
corylifolia linn | 7 |
derived hepatitis | 7 |
least two | 7 |
naked dna | 7 |
food packaging | 7 |
based transient | 7 |
glycoprotein gp | 7 |
results indicated | 7 |
plant response | 7 |
plants carrying | 7 |
originally isolated | 7 |
antigen produced | 7 |
stress factors | 7 |
team members | 7 |
showed significant | 7 |
developed countries | 7 |
virus suspension | 7 |
international movement | 7 |
natural resources | 7 |
conventional vaccines | 7 |
new world | 7 |
food plant | 7 |
tight junctions | 7 |
human nutrition | 7 |
quantitative data | 7 |
transcriptional gene | 7 |
several years | 7 |
factor ix | 7 |
cell nucleus | 7 |
resistant strains | 7 |
mainly used | 7 |
plant germplasm | 7 |
synthetic lt | 7 |
tobacco leaf | 7 |
electrochemical nbs | 7 |
ms ms | 7 |
possible effects | 7 |
methyl group | 7 |
heterodera schachtii | 7 |
virus variability | 7 |
leaf protein | 7 |
may act | 7 |
antiviral compounds | 7 |
host tissue | 7 |
allium cepa | 7 |
well documented | 7 |
swine fever | 7 |
untranslated region | 7 |
genomic regions | 7 |
gallic acid | 7 |
replication cycle | 7 |
fluorescent dyes | 7 |
specific promoters | 7 |
different regions | 7 |
sclerotinia sclerotiorum | 7 |
vascular endothelial | 7 |
within min | 7 |
valuable secondary | 7 |
generally used | 7 |
new endophytic | 7 |
transmitted viruses | 7 |
bovine rotavirus | 7 |
source leaves | 7 |
lung tissues | 7 |
virus diagnostics | 7 |
tobacco chloroplast | 7 |
hydroponic systems | 7 |
promising results | 7 |
wheat grain | 7 |
stable nuclear | 7 |
single stranded | 7 |
extremely difficult | 7 |
mice models | 7 |
tetanus toxoid | 7 |
virus like | 7 |
previous studies | 7 |
hiv microbicides | 7 |
organic se | 7 |
food products | 7 |
temperature stress | 7 |
based edible | 7 |
recently reported | 7 |
medicago truncatula | 7 |
plants producing | 7 |
high mortality | 7 |
virus evolution | 7 |
gene flow | 6 |
cortical cells | 6 |
genetically similar | 6 |
sindbis virus | 6 |
current state | 6 |
mentioned earlier | 6 |
different areas | 6 |
available information | 6 |
cardiovascular disease | 6 |
gene function | 6 |
recombinant tmv | 6 |
important source | 6 |
igg antibody | 6 |
soil organic | 6 |
high yields | 6 |
vitro assays | 6 |
host proteins | 6 |
shock protein | 6 |
antigen gene | 6 |
signifi cant | 6 |
must remember | 6 |
yield expression | 6 |
following section | 6 |
also isolated | 6 |
functional food | 6 |
significant effects | 6 |
toxic effect | 6 |
nt sirnas | 6 |
milk production | 6 |
pathogenic attack | 6 |
mice model | 6 |
chimeric proteins | 6 |
plants will | 6 |
potent inhibitors | 6 |
derived protease | 6 |
van etten | 6 |
grey literature | 6 |
direct contact | 6 |
internationally coordinated | 6 |
two approaches | 6 |
like tomato | 6 |
contaminated soil | 6 |
made proteins | 6 |
well microtiter | 6 |
macrophage colony | 6 |
using plants | 6 |
protein sequences | 6 |
live attenuated | 6 |
study conducted | 6 |
microbial communities | 6 |
tabacum cv | 6 |
rlv protein | 6 |
coding region | 6 |
metabolic gene | 6 |
hiv infected | 6 |
therapeutic antibodies | 6 |
sequence complementarity | 6 |
target site | 6 |
sugar beet | 6 |
stone fruit | 6 |
especially important | 6 |
different plants | 6 |
complex structures | 6 |
dengue type | 6 |
protein carbonylation | 6 |
plant dna | 6 |
relatively easy | 6 |
terminal region | 6 |
cultivated species | 6 |
classical swine | 6 |
rotavirus infection | 6 |
increasing number | 6 |
major concern | 6 |
therapeutic purposes | 6 |
case studies | 6 |
capsicum annuum | 6 |
inhibitors targeting | 6 |
higher doses | 6 |
hiv antigen | 6 |
mtt assay | 6 |
immunomodulatory effects | 6 |
virus discovery | 6 |
pharmacological effects | 6 |
storage proteins | 6 |
food crop | 6 |
glycan profile | 6 |
crown gall | 6 |
will focus | 6 |
chemically synthesized | 6 |
cancer prevention | 6 |
based systems | 6 |
fructus psoraleae | 6 |
vegetative propagation | 6 |
virus multiplication | 6 |
plant breeders | 6 |
cationic lipids | 6 |
new hosts | 6 |
human diet | 6 |
genetic purity | 6 |
plant metabolites | 6 |
oral intake | 6 |
loading buffer | 6 |
potato tuber | 6 |
cryptococcus neoformans | 6 |
cinnamic acid | 6 |
industrial enzymes | 6 |
bacterial pathogens | 6 |
new pgrfa | 6 |
heterologously expressed | 6 |
costs associated | 6 |
well plates | 6 |
kirilowii var | 6 |
compounds may | 6 |
novel natural | 6 |
gastric problems | 6 |
osc enzymes | 6 |
tea tree | 6 |
results indicate | 6 |
rice mirnas | 6 |
three par | 6 |
nigella sativa | 6 |
neutralizing activity | 6 |
environmental risk | 6 |
specific rna | 6 |
energy consumption | 6 |
originally ingested | 6 |
important crops | 6 |
peptide antibiotics | 6 |
important component | 6 |
important plant | 6 |
different viral | 6 |
stress responses | 6 |
different sites | 6 |
including plants | 6 |
antifungal compound | 6 |
marketed products | 6 |
viral structural | 6 |
antisense oligonucleotide | 6 |