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 |
---|---|
food safety | 1452 |
food insecurity | 962 |
present document | 956 |
food security | 881 |
european food | 680 |
safety authority | 675 |
public health | 361 |
food system | 346 |
conclusions reached | 323 |
output adopted | 323 |
transparency principle | 323 |
published complying | 323 |
issues addressed | 323 |
food production | 316 |
food systems | 310 |
bodies identified | 310 |
without prejudice | 308 |
mg kg | 305 |
case report | 301 |
united states | 294 |
food supply | 293 |
food waste | 276 |
supply chain | 257 |
authority reserves | 242 |
tender procedure | 242 |
awarded following | 242 |
food delivery | 232 |
meat inspection | 186 |
climate change | 182 |
small ruminants | 180 |
food consumption | 178 |
food chain | 173 |
global food | 171 |
methods materials | 168 |
food insecure | 168 |
specific ige | 163 |
plant mirnas | 160 |
food products | 160 |
kg cu | 155 |
developing countries | 152 |
household food | 145 |
human health | 144 |
online food | 140 |
organic food | 129 |
enteric viruses | 128 |
food industry | 128 |
fresh produce | 119 |
infectious diseases | 119 |
healthy food | 118 |
indoor vertical | 114 |
supply chains | 113 |
local food | 112 |
united nations | 112 |
food loss | 112 |
cord uid | 111 |
doc id | 111 |
health care | 111 |
allergic rhinitis | 110 |
exogenous ncrnas | 107 |
skin prick | 106 |
delivery service | 106 |
food assistance | 105 |
vertical farms | 101 |
may also | 101 |
control group | 99 |
risk assessment | 97 |
efsa supporting | 95 |
supporting publication | 95 |
animal health | 95 |
food allergy | 92 |
imaging findings | 90 |
blockchain technology | 90 |
drug administration | 88 |
game meat | 87 |
gastrointestinal tract | 86 |
significantly higher | 85 |
escherichia coli | 85 |
grant agreement | 83 |
statistically significant | 82 |
fatty acids | 82 |
alternative food | 81 |
efsa reserves | 81 |
food processing | 81 |
years old | 80 |
potential concern | 80 |
human rights | 78 |
mean age | 77 |
per cent | 77 |
grass pollen | 77 |
exogenous rnas | 77 |
food price | 76 |
immune system | 76 |
wide range | 75 |
food access | 75 |
dietary restraint | 74 |
world health | 73 |
food quality | 73 |
food poisoning | 73 |
middle east | 70 |
sustainable development | 70 |
mortem inspection | 70 |
social distancing | 70 |
gs standards | 69 |
income countries | 69 |
environmental impacts | 68 |
health organization | 68 |
risk factors | 68 |
food policy | 67 |
food prices | 66 |
gut microbiota | 66 |
systematic review | 65 |
contaminated food | 65 |
gi tract | 65 |
foodborne illness | 65 |
pediatric patients | 65 |
infectious disease | 64 |
prick tests | 64 |
waste reduction | 64 |
risk factor | 64 |
world food | 63 |
study ch | 63 |
red zones | 63 |
amino acid | 63 |
food handlers | 63 |
per year | 62 |
nutrition information | 62 |
value chains | 62 |
prick test | 62 |
pediatric radiology | 61 |
pathogenic vtec | 61 |
class cities | 61 |
food service | 60 |
united kingdom | 60 |
high levels | 60 |
world bank | 60 |
insecure households | 60 |
immune response | 59 |
foodborne disease | 59 |
key words | 59 |
indulgent food | 59 |
food availability | 58 |
service use | 58 |
important role | 58 |
agricultural production | 58 |
production systems | 58 |
food sovereignty | 57 |
will also | 57 |
per day | 57 |
physical activity | 56 |
amino acids | 56 |
plant ncrnas | 56 |
food items | 56 |
contam panel | 55 |
alcohol consumption | 55 |
publications efsa | 55 |
house dust | 55 |
eu publications | 55 |
least one | 54 |
red zone | 54 |
magnetic resonance | 54 |
sun food | 54 |
low food | 54 |
literature review | 54 |
significant differences | 53 |
calorie sweeteners | 53 |
mental health | 53 |
cd cd | 53 |
dairy products | 52 |
express food | 51 |
breast milk | 51 |
compliant results | 50 |
human consumption | 50 |
drinking water | 50 |
critical factors | 50 |
reducing food | 50 |
case study | 50 |
developed countries | 50 |
unrestrained eaters | 50 |
acute respiratory | 50 |
increased risk | 49 |
heart disease | 49 |
sustainable food | 49 |
rural areas | 49 |
respiratory syndrome | 49 |
agriculture organization | 49 |
foodborne viruses | 49 |
welfare conditions | 49 |
food outlets | 49 |
food trade | 49 |
security status | 48 |
natural resources | 48 |
nucleic acids | 48 |
small intestine | 48 |
directive ec | 48 |
urban areas | 48 |
abdominal pain | 47 |
different types | 47 |
allergic reactions | 47 |
food packaging | 47 |
literature search | 47 |
nutrition security | 47 |
food losses | 47 |
restrained eaters | 47 |
epithelial cells | 47 |
insecurity among | 47 |
processed foods | 47 |
widely used | 47 |
atopic dermatitis | 46 |
dog food | 46 |
exogenous plant | 46 |
food crisis | 46 |
food chains | 46 |
scientific opinion | 46 |
significant difference | 45 |
mg ml | 45 |
one health | 45 |
local foods | 45 |
food intake | 45 |
growing pigs | 45 |
dust mite | 45 |
commonly used | 44 |
safe food | 44 |
radiation dose | 44 |
small rnas | 44 |
food traceability | 44 |
chemically modified | 44 |
young children | 44 |
per capita | 44 |
recent years | 43 |
production chain | 43 |
red wine | 43 |
european union | 43 |
north carolina | 43 |
salmonella spp | 43 |
supply network | 43 |
animal feed | 43 |
may occur | 43 |
council directive | 43 |
health risks | 42 |
significant reduction | 42 |
health effects | 42 |
epidemiological studies | 41 |
coronavirus disease | 41 |
severe acute | 41 |
environmental impact | 41 |
dietary intake | 41 |
avian influenza | 41 |
image quality | 41 |
older adults | 41 |
farming systems | 40 |
food demand | 40 |
price crisis | 40 |
chain information | 40 |
immune responses | 40 |
food distribution | 40 |
medical center | 40 |
dietary guidelines | 40 |
value chain | 40 |
business models | 40 |
auf die | 40 |
biological effects | 40 |
food materials | 40 |
exogenous rna | 40 |
assistance programs | 40 |
disease control | 40 |
cellular uptake | 40 |
traditional farming | 40 |
goat production | 40 |
million people | 40 |
long term | 40 |
private sector | 39 |
risk perception | 39 |
coliform bacteria | 39 |
body weight | 39 |
health benefits | 39 |
see table | 39 |
health outcomes | 39 |
high level | 39 |
computed tomography | 39 |
present study | 39 |
agricultural development | 39 |
human disease | 38 |
safety risk | 38 |
chemical residues | 38 |
even though | 38 |
wine consumption | 38 |
adverse effects | 38 |
foodborne diseases | 38 |
adverse events | 38 |
food secure | 38 |
saharan africa | 38 |
foodborne pathogens | 37 |
total ige | 37 |
foodborne outbreaks | 37 |
zoonotic diseases | 37 |
household income | 37 |
biological effect | 37 |
carbon footprint | 37 |
age group | 37 |
attitudes toward | 37 |
animal welfare | 37 |
nervous system | 37 |
naked sirna | 37 |
use efficiency | 37 |
control measures | 37 |
results suggest | 37 |
future research | 36 |
population growth | 36 |
new zealand | 36 |
food packages | 36 |
ecosystem services | 36 |
meat consumption | 36 |
lactic acid | 36 |
dietary diversity | 36 |
based approach | 36 |
many countries | 36 |
meat products | 36 |
prepared away | 36 |
one study | 36 |
oral administration | 36 |
one year | 36 |
current meat | 36 |
previous research | 36 |
mr imaging | 36 |
intended use | 35 |
vertical farming | 35 |
food sector | 35 |
infection rate | 35 |
safety risks | 35 |
pediatric population | 35 |
specific igg | 35 |
environmental footprints | 35 |
policy makers | 35 |
reduce food | 35 |
european countries | 35 |
chemical hazards | 35 |
prote ins | 35 |
type diabetes | 35 |
data collection | 35 |
flw reduction | 34 |
logistic regression | 34 |
soft tissue | 34 |
prohibited substances | 34 |
congenital heart | 34 |
white matter | 34 |
health hazards | 34 |
coping strategies | 34 |
shelf life | 34 |
experiencing food | 34 |
low levels | 34 |
gene silencing | 34 |
allergic patients | 34 |
rna molecules | 34 |
biological fluids | 34 |
gene expression | 34 |
food control | 34 |
nutritious food | 34 |
kg feed | 34 |
last years | 34 |
current study | 34 |
ghg emissions | 34 |
food environment | 34 |
one patient | 34 |
will discuss | 33 |
food supplies | 33 |
key questions | 33 |
saudi arabia | 33 |
resonance imaging | 33 |
genetically modified | 33 |
biological hazards | 33 |
total number | 33 |
animal products | 33 |
international food | 33 |
food producers | 33 |
functional foods | 33 |
nutrition assistance | 33 |
new york | 33 |
system resilience | 33 |
process hygiene | 33 |
farm level | 33 |
test food | 33 |
imaging features | 32 |
decision making | 32 |
weight gain | 32 |
life cycle | 32 |
differential diagnosis | 32 |
billion people | 32 |
food spoilage | 32 |
peanut allergy | 32 |
carbon dioxide | 32 |
health risk | 32 |
allergic diseases | 32 |
water use | 32 |
also found | 32 |
bioactive compounds | 32 |
nutritional quality | 32 |
informed consent | 32 |
food inflation | 32 |
smallholder farmers | 32 |
west java | 32 |
influenza virus | 32 |
mouse model | 31 |
chronic disease | 31 |
past days | 31 |
relative humidity | 31 |
business model | 31 |
posterior fossa | 31 |
main hazards | 31 |
health status | 31 |
heavy metals | 31 |
gender equality | 31 |
significantly lower | 31 |
fetal mri | 31 |
higher risk | 31 |
antimicrobial resistance | 31 |
commercially available | 31 |
delivery services | 31 |
food prote | 31 |
immune function | 31 |
faecal contamination | 31 |
sustainable entrepreneurs | 31 |
may lead | 31 |
food product | 31 |
direct contact | 31 |
clinical trials | 30 |
nucleic acid | 30 |
fresh fruits | 30 |
high risk | 30 |
food science | 30 |
producing animals | 30 |
leafy greens | 30 |
goat meat | 30 |
healthy foods | 30 |
food aid | 30 |
economic development | 30 |
food allergens | 30 |
two groups | 30 |
based food | 30 |
chronic diseases | 30 |
peripheral blood | 30 |
development goals | 30 |
raw materials | 30 |
resilient food | 29 |
disease outbreaks | 29 |
adequate food | 29 |
toxicological profile | 29 |
will require | 29 |
behavioral intention | 29 |
sheep goats | 29 |
donor countries | 29 |
pet food | 29 |
novel coronavirus | 29 |
global population | 29 |
small rna | 29 |
meal sites | 29 |
much higher | 29 |
median age | 29 |
general population | 29 |
economic growth | 29 |
lymph nodes | 29 |
food prepared | 28 |
significant effect | 28 |
smart contracts | 28 |
vulnerable populations | 28 |
emergency food | 28 |
universal two | 28 |
specific immunotherapy | 28 |
safety issues | 28 |
central nervous | 28 |
pregnant women | 28 |
recent studies | 28 |
food choices | 28 |
north america | 28 |
pg ml | 28 |
contaminated water | 28 |
spinal cord | 28 |
children aged | 28 |
ige levels | 28 |
old male | 27 |
insufficient food | 27 |
pediatric radiologists | 27 |
snap participation | 27 |
consistently food | 27 |
flock herd | 27 |
several studies | 27 |
asthma control | 27 |
factors affecting | 27 |
child policy | 27 |
less likely | 27 |
nutritional status | 27 |
informal food | 27 |
latin america | 27 |
natural disasters | 27 |
food preference | 27 |
weight loss | 27 |
carbon nanotubes | 27 |
retrospective review | 27 |
stranded rna | 27 |
may cause | 27 |
case studies | 27 |
fiber die | 27 |
educational content | 27 |
school meal | 27 |
ng ml | 27 |
medical device | 27 |
risks associated | 27 |
extracellular vesicles | 27 |
also showed | 27 |
mammalian cells | 27 |
food preparation | 27 |
campylobacter spp | 27 |
fatty acid | 26 |
significant increase | 26 |
sample size | 26 |
respiratory tract | 26 |
previous studies | 26 |
brain mri | 26 |
case reports | 26 |
meat safety | 26 |
large number | 26 |
environmental conditions | 26 |
oral route | 26 |
human norovirus | 26 |
age groups | 26 |
also used | 26 |
food retail | 26 |
future studies | 26 |
ern hrung | 26 |
sustainable agriculture | 26 |
incubation period | 26 |
risk perceptions | 26 |
infected prey | 26 |
scientific literature | 26 |
healthy eating | 26 |
land use | 26 |
wide variety | 26 |
severe food | 26 |
human plasma | 26 |
dietary exogenous | 26 |
consumer behavior | 26 |
imaging modalities | 26 |
foodborne illnesses | 26 |
enough food | 26 |
pollen season | 25 |
dietary patterns | 25 |
food imports | 25 |
placebo group | 25 |
recent study | 25 |
image gently | 25 |
grocery stores | 25 |
visual inspection | 25 |
nutritional value | 25 |
test results | 25 |
healthy diets | 25 |
animal diseases | 25 |
poor countries | 25 |
income economies | 25 |
small ruminant | 25 |
disease free | 25 |
family members | 25 |
export restrictions | 25 |
production system | 25 |
tree nut | 25 |
cardiovascular disease | 25 |
food handling | 25 |
improving food | 25 |
will increase | 25 |
respiratory symptoms | 25 |
disease burden | 25 |
european commission | 25 |
edible tissues | 25 |
healthy subjects | 25 |
improve food | 25 |
chemical substances | 25 |
total rna | 25 |
authors declare | 25 |
states food | 24 |
vertical farm | 24 |
clinical presentation | 24 |
bronchial asthma | 24 |
allergic asthma | 24 |
health importance | 24 |
pictorial review | 24 |
risk management | 24 |
thermal processing | 24 |
service customers | 24 |
sheep goat | 24 |
significantly different | 24 |
environmental factors | 24 |
plant mirna | 24 |
planned behavior | 24 |
significantly reduced | 24 |
detectable cases | 24 |
global health | 24 |
animal models | 24 |
wild animals | 24 |
different food | 24 |
may result | 24 |
communicable diseases | 24 |
food allergies | 24 |
important factor | 24 |
severe asthma | 24 |
perceived behavioral | 24 |
south korea | 24 |
rural communities | 24 |
via food | 24 |
lung function | 24 |
regional food | 24 |
future indulgence | 24 |
gm plants | 24 |
may help | 24 |
bacillus cereus | 24 |
primary production | 24 |
member states | 24 |
molecular weight | 24 |
quality control | 24 |
diet quality | 24 |
food banks | 24 |
human enteric | 24 |
food shortages | 23 |
past years | 23 |
food samples | 23 |
innate immune | 23 |
important factors | 23 |
may reduce | 23 |
population density | 23 |
better understanding | 23 |
asthma symptoms | 23 |
milk allergy | 23 |
greenhouse gas | 23 |
inspection system | 23 |
urban agriculture | 23 |
first step | 23 |
food hubs | 23 |
raw milk | 23 |
three groups | 23 |
agricultural products | 23 |
foodborne transmission | 23 |
inspection procedures | 23 |
quality assurance | 23 |
skin tests | 23 |
oral delivery | 23 |
behavioral control | 23 |
international trade | 23 |
higher levels | 23 |
environmental footprint | 23 |
human population | 23 |
years ago | 23 |
mri findings | 23 |
health crisis | 23 |
irrigation water | 23 |
national food | 23 |
broiler diets | 23 |
south america | 23 |
milk proteins | 23 |
listeria monocytogenes | 23 |
crop production | 23 |
among children | 23 |
animal origin | 22 |
smart thinking | 22 |
relatively low | 22 |
mice fed | 22 |
lung disease | 22 |
homeless persons | 22 |
contact dermatitis | 22 |
gulf countries | 22 |
community structure | 22 |
three different | 22 |
asthmatic patients | 22 |
supplemental nutrition | 22 |
fresh foods | 22 |
samples taken | 22 |
toward organic | 22 |
environmental sustainability | 22 |
indulgent consumption | 22 |
provocation test | 22 |
spray drying | 22 |
early childhood | 22 |
production process | 22 |
cell lines | 22 |
may affect | 22 |
cu kg | 22 |
efsa panel | 22 |
food package | 22 |
basic needs | 22 |
food contamination | 22 |
creative commons | 22 |
medical care | 22 |
painted toys | 22 |
growth promoters | 22 |
economic access | 22 |
us department | 22 |
exogenous ncrna | 22 |
mg cu | 22 |
significantly increased | 22 |
imaging studies | 22 |
bone marrow | 22 |
type i | 22 |
serum levels | 22 |
dust mites | 22 |
available data | 22 |
viral infections | 22 |
rna interference | 22 |
murine norovirus | 22 |
also known | 21 |
school closures | 21 |
national level | 21 |
taste receptors | 21 |
increased food | 21 |
safety assurance | 21 |
assurance system | 21 |
social media | 21 |
food animals | 21 |
south africa | 21 |
medium potential | 21 |
race ethnicity | 21 |
civil society | 21 |
disease risk | 21 |
virus inactivation | 21 |
factors associated | 21 |
ige binding | 21 |
agricultural policy | 21 |
nrcp testing | 21 |
ensure food | 21 |
production capacity | 21 |
water supplies | 21 |
food crises | 21 |
cohort study | 21 |
food additives | 21 |
low income | 21 |
egg white | 21 |
clinical practice | 21 |
staphylococcus aureus | 21 |
test foods | 21 |
monitoring programmes | 21 |
newly food | 21 |
nut allergy | 21 |
high quality | 21 |
heat treatment | 21 |
birch pollen | 21 |
two years | 21 |
compounding errors | 21 |
south asia | 21 |
bound copper | 21 |
taste buds | 21 |
virion inactivation | 21 |
safety standards | 21 |
disease emergence | 20 |
common food | 20 |
performed using | 20 |
wash water | 20 |
pollen allergy | 20 |
year old | 20 |
food programme | 20 |
whey protein | 20 |
farming system | 20 |
ionizing radiation | 20 |
food value | 20 |
income adults | 20 |
five years | 20 |
term resilience | 20 |
outdoor farming | 20 |
residue monitoring | 20 |
stainless steel | 20 |
closely related | 20 |
dietary plant | 20 |
allergic reaction | 20 |
high concentrations | 20 |
increase food | 20 |
infected animals | 20 |
gold nanoparticles | 20 |
air quality | 20 |
imported food | 20 |
small number | 20 |
educational exhibit | 20 |
may increase | 20 |
patch test | 20 |
key role | 20 |
compounding pharmacies | 20 |
immune cells | 20 |
negative effects | 20 |
infected food | 20 |
clinical symptoms | 20 |
year period | 20 |
school districts | 20 |
many years | 20 |
relatively high | 20 |
per week | 20 |
healthy life | 20 |
worth noting | 20 |
alcoholic beverages | 20 |
statistical analysis | 20 |
vast majority | 20 |
breast cancer | 20 |
predictive value | 20 |
body mass | 20 |
antioxidant activity | 20 |
intracellular trafficking | 20 |
fold increase | 20 |
red wines | 20 |
bei der | 20 |
inspection methods | 20 |
three cases | 19 |
greater risk | 19 |
rats fed | 19 |
similar results | 19 |
plant rna | 19 |
fold higher | 19 |
women farmers | 19 |
dietary needs | 19 |
high resolution | 19 |
carbon emissions | 19 |
agricultural systems | 19 |
also help | 19 |
new computers | 19 |
plant ncrna | 19 |
ch experiment | 19 |
price volatility | 19 |
integral part | 19 |
hazards identified | 19 |
first time | 19 |
industrialized countries | 19 |
one example | 19 |
medical education | 19 |
million tons | 19 |
mass index | 19 |
two studies | 19 |
illicit use | 19 |
see section | 19 |
blood pressure | 19 |
risk categorisation | 19 |
cases per | 19 |
product quality | 19 |
significantly greater | 19 |
healthy individuals | 19 |
food hygiene | 19 |
results show | 19 |
social networks | 19 |
co emission | 19 |
milk products | 19 |
fecal samples | 19 |
potential health | 19 |
policy responses | 19 |
two main | 19 |
currency exchange | 19 |
mad cow | 19 |
traditional food | 19 |
measured using | 19 |
gizzard erosion | 19 |
common cause | 19 |
animal waste | 19 |
scattering techniques | 19 |
third countries | 19 |
also observed | 19 |
will likely | 19 |
four patients | 19 |
best practice | 19 |
group countries | 19 |
old woman | 19 |
positive results | 19 |
sociodemographic characteristics | 19 |
olfactory dysfunction | 19 |
poverty line | 19 |
antibiotic resistance | 19 |
us food | 19 |
avian flu | 19 |
nutritious foods | 18 |
cow milk | 18 |
may contribute | 18 |
exhibit will | 18 |
prospective study | 18 |
snap benefits | 18 |
based gm | 18 |
fogo island | 18 |
assistance program | 18 |
data analysis | 18 |
three years | 18 |
narrative review | 18 |
food components | 18 |
ex vivo | 18 |
physical examination | 18 |
emergency department | 18 |
maillard reaction | 18 |
production processes | 18 |
previously reported | 18 |
surveillance system | 18 |
intestinal tract | 18 |
consumption patterns | 18 |
health conditions | 18 |
enteric pathogens | 18 |
times higher | 18 |
celiac disease | 18 |
whole grains | 18 |
hong kong | 18 |
pediatric patient | 18 |
study showed | 18 |
allergen immunotherapy | 18 |
nutritional needs | 18 |
sustainable consumption | 18 |
animal species | 18 |
box save | 18 |
respiratory disease | 18 |
pathogenic bacteria | 18 |
developing economies | 18 |
fresh food | 18 |
plasma samples | 18 |
foodborne infections | 18 |
will need | 18 |
drug allergy | 18 |
sweet taste | 18 |
cell line | 18 |
global burden | 18 |
developing world | 18 |
school meals | 18 |
energy intake | 18 |
surveillance systems | 18 |
action plan | 18 |
safety incidents | 18 |
agricultural research | 18 |
ct scans | 18 |
different species | 18 |
dendritic cells | 18 |
toward game | 18 |
barrier properties | 18 |
university hospital | 18 |
meal site | 18 |
animal studies | 18 |
another study | 18 |
high food | 18 |
average age | 18 |
chain management | 18 |
global fscs | 18 |
odds ratio | 18 |
positive impact | 18 |
control diet | 18 |
demographic characteristics | 18 |
plant mir | 18 |
may include | 18 |
rich foods | 18 |
medical records | 18 |
low concentrations | 18 |
mass spectrometry | 18 |
health concern | 18 |
rural development | 18 |
induced anaphylaxis | 18 |
many people | 18 |
will continue | 18 |
animal production | 18 |
umami taste | 18 |
hygiene practices | 18 |
biological barriers | 18 |
also important | 18 |
naturally occurring | 18 |
chain reaction | 18 |
contaminated dog | 18 |
outsourcing facilities | 18 |
food hub | 18 |
periodate oxidation | 18 |
retrospective study | 17 |
south carolina | 17 |
co emissions | 17 |
may become | 17 |
based therapeutics | 17 |
exogenous mirnas | 17 |
statistical significance | 17 |
risk ranking | 17 |
childhood obesity | 17 |
clinical signs | 17 |
primary producers | 17 |
contextual congruence | 17 |
address food | 17 |
cardiovascular diseases | 17 |
animal protein | 17 |
scientific committee | 17 |
risk reduction | 17 |
food standards | 17 |
food challenge | 17 |
adverse health | 17 |
northern ireland | 17 |
delivery distance | 17 |
folic acid | 17 |
will focus | 17 |
forming bacteria | 17 |
mirna processing | 17 |
care system | 17 |
liver disease | 17 |
several countries | 17 |
regression models | 17 |
clinical trial | 17 |
side effects | 17 |
nutrient solution | 17 |
fixit clinic | 17 |
two different | 17 |
significant improvement | 17 |
healthy diet | 17 |
food preferences | 17 |
antimicrobial agents | 17 |
silver nanoparticles | 17 |
oral food | 17 |
taste cells | 17 |
ige level | 17 |
dairy cows | 17 |
compounding pharmacy | 17 |
factors influencing | 17 |
disease prevention | 17 |
pediatric radiologist | 17 |
lower levels | 17 |
orally administered | 17 |
allergic contact | 17 |
compliant samples | 17 |
results indicate | 17 |
national health | 17 |
human nov | 17 |
bacterial species | 17 |
micronutrient deficiencies | 17 |
weather conditions | 17 |
often used | 17 |
high prevalence | 17 |
diabetes mellitus | 17 |
fresh water | 17 |
special issue | 17 |
sectional study | 17 |
health problems | 17 |
demand fulfillment | 17 |
among food | 17 |
source attribution | 17 |
vascular anomalies | 17 |
ct imaging | 17 |
imaging techniques | 17 |
igg levels | 17 |
states department | 17 |
synthetic mir | 16 |
liquid chromatography | 16 |
staple foods | 16 |
rfh development | 16 |
attitude toward | 16 |
borne transmission | 16 |
food commodities | 16 |
asthma patients | 16 |
last decade | 16 |
renewable energy | 16 |
care professionals | 16 |
study aims | 16 |
mast cells | 16 |
adverse reactions | 16 |
significant impact | 16 |
critical control | 16 |
allergic symptoms | 16 |
baseline information | 16 |
global warming | 16 |
undesirable substances | 16 |
resource use | 16 |
polymerase chain | 16 |
olive oil | 16 |
bacillus subtilis | 16 |
yersinia enterocolitica | 16 |
anticipating future | 16 |
anticipating indulgent | 16 |
green zone | 16 |
nutritive value | 16 |
clinical manifestations | 16 |
risks related | 16 |
functional food | 16 |
exotic species | 16 |
green onions | 16 |
life expectancy | 16 |
first week | 16 |
short term | 16 |
will review | 16 |
nutrition nr | 16 |
susceptible prey | 16 |
digestive tract | 16 |
host cells | 16 |
gas emissions | 16 |
consumption behavior | 16 |
chronic rhinosinusitis | 16 |
electronic nose | 16 |
chemical composition | 16 |
agricultural productivity | 16 |
better understand | 16 |
delivery systems | 16 |
meat production | 16 |
high potential | 16 |
milk protein | 16 |
type iii | 16 |
findings suggest | 16 |
economic impact | 16 |
organic acids | 16 |
health approach | 16 |
american college | 16 |
uncertain parameters | 16 |
human food | 16 |
among others | 16 |
different levels | 16 |
income households | 16 |
health consequences | 16 |
immediate consumption | 16 |
serum ige | 16 |
chest ct | 16 |
binding capacity | 16 |
million cases | 16 |
water vapor | 16 |
west africa | 16 |
human nutrition | 16 |
many cases | 16 |
essential oil | 16 |
environmental protection | 16 |
feed materials | 16 |
one third | 16 |
image noise | 16 |
healthy controls | 16 |
also significantly | 16 |
relatively small | 16 |
humanitarian response | 16 |
many food | 16 |
milk exosomes | 16 |
cow disease | 16 |
biological agents | 16 |
age range | 16 |
health significance | 16 |
factors related | 16 |
faecal samples | 16 |
will help | 16 |
auf den | 16 |
data obtained | 16 |
economic nutrition | 16 |
thermal inactivation | 16 |
green revolution | 16 |
chronic urticaria | 15 |
meal distribution | 15 |
weighted imaging | 15 |
information regarding | 15 |
dietary exposure | 15 |
patients presented | 15 |
tree pollen | 15 |
dose reduction | 15 |
total cost | 15 |
among patients | 15 |
gastric emptying | 15 |
microbial contamination | 15 |
key stakeholders | 15 |
across countries | 15 |
food networks | 15 |
plasma levels | 15 |
management practices | 15 |
carcass level | 15 |
chest wall | 15 |
piglets fed | 15 |
oxidative stress | 15 |
food ingredients | 15 |
ulcerative colitis | 15 |
restricted diffusion | 15 |
early stages | 15 |
healthcare professionals | 15 |
respiratory sensitization | 15 |
cd high | 15 |
egg yolk | 15 |
leading cause | 15 |
greater odds | 15 |
derived exogenous | 15 |
data available | 15 |
gas chromatography | 15 |
human exposure | 15 |
regarding food | 15 |
occupational exposure | 15 |
literature arguing | 15 |
including food | 15 |
virus infection | 15 |
daily intake | 15 |
patients underwent | 15 |
metabolic syndrome | 15 |
service providers | 15 |
specific food | 15 |
enhance food | 15 |
older persons | 15 |
environmental degradation | 15 |
food group | 15 |
emerging infectious | 15 |
general public | 15 |
clostridium botulinum | 15 |
respiratory infections | 15 |
food crops | 15 |
less common | 15 |
two patients | 15 |
results showed | 15 |
challenge test | 15 |
significant role | 15 |
rural women | 15 |
animal feeds | 15 |
also reported | 15 |
different foods | 15 |
feeding behavior | 15 |
syndrome coronavirus | 15 |
longitudinal study | 15 |
mortem examination | 15 |
aureobasidium pullulans | 15 |
modern food | 15 |
irn surplus | 15 |
alcohol intake | 15 |
hypersensitivity pneumonitis | 15 |
low priority | 15 |
locally produced | 15 |
allergic rhinoconjunctivitis | 15 |
food markets | 15 |
feed control | 15 |
skin test | 15 |
months old | 15 |
wine phenolics | 15 |
uv light | 15 |
missing data | 15 |
might also | 15 |
nitric oxide | 15 |
cold storage | 15 |
viral contamination | 15 |
acetic acid | 15 |
un women | 15 |
wheat flour | 15 |
data suggest | 15 |
price spikes | 15 |
shiga toxin | 15 |
critical role | 15 |
goat carcasses | 15 |
quality food | 15 |
healthy volunteers | 15 |
flocks herds | 15 |
possible sensitization | 15 |
food may | 15 |
slaughter hygiene | 15 |
potential food | 15 |
food needs | 15 |
meal service | 15 |
small intestinal | 15 |
biodiversity loss | 15 |
antiviral activity | 15 |
polychlorinated biphenyls | 15 |
annex glands | 15 |
antioxidant properties | 15 |
mdct images | 15 |
negative health | 15 |
major allergen | 15 |
experimental animals | 15 |
radiation exposure | 15 |
food sources | 15 |
obesity prevention | 15 |
dietary supplements | 15 |
trade restrictions | 15 |
unhealthy food | 15 |
vulnerable groups | 15 |
rosa rubiginosa | 14 |
light scattering | 14 |
limited number | 14 |
general food | 14 |
water resources | 14 |
adult patients | 14 |
world population | 14 |
contrast agent | 14 |
hazards associated | 14 |
dietary recommendations | 14 |
significance level | 14 |
th century | 14 |
transmission via | 14 |
homeless adults | 14 |
information available | 14 |
cell types | 14 |
large companies | 14 |
si content | 14 |
will allow | 14 |
foodborne viral | 14 |
buy food | 14 |
sufficient food | 14 |
socioeconomic status | 14 |
grocery store | 14 |
every year | 14 |
farm animals | 14 |
high school | 14 |
various types | 14 |
bovine milk | 14 |
waste food | 14 |
southeast asia | 14 |
six months | 14 |
food choice | 14 |
vivo studies | 14 |
international migration | 14 |
lessons learned | 14 |
old man | 14 |
virion stability | 14 |
purchase food | 14 |
several years | 14 |
sheep liver | 14 |
since covid | 14 |
food groups | 14 |
corpus callosum | 14 |
distribution system | 14 |
artificial lighting | 14 |
circulatory system | 14 |
different parts | 14 |
symptom score | 14 |
acute gastroenteritis | 14 |
microbiota composition | 14 |
norwalk virus | 14 |
many different | 14 |
local economy | 14 |
birth weight | 14 |
study population | 14 |
microbiological hazards | 14 |
enveloped viruses | 14 |
control fed | 14 |
interventional radiology | 14 |
throw away | 14 |
large numbers | 14 |
one hand | 14 |
may influence | 14 |
environmental change | 14 |
regulatory requirements | 14 |
political economy | 14 |
grocery shopping | 14 |
working group | 14 |
food manufacturers | 14 |
control study | 14 |
global trade | 14 |
ige mediated | 14 |
reducible co | 14 |
taste disc | 14 |
many factors | 14 |
producing escherichia | 14 |
human pathogenic | 14 |
also provide | 14 |
pictorial essay | 14 |
copper sources | 14 |
uv systems | 14 |
human pathogens | 14 |
imaging characteristics | 14 |
primary care | 14 |
experience food | 14 |
significant correlation | 14 |
domestic animals | 14 |
systemic effects | 14 |
molecular mechanisms | 14 |
dietary protein | 14 |
human infection | 14 |
one case | 14 |
tertiary care | 14 |
take place | 14 |
potential risk | 14 |
medical history | 14 |
must also | 14 |
negligible potential | 14 |
hazard analysis | 14 |
studies suggest | 14 |
detailed information | 14 |
may explain | 14 |
essential oils | 14 |
slaughterhouse level | 14 |
migrant workers | 14 |
interactive effect | 14 |
food policies | 14 |
many parts | 14 |
circular economy | 14 |
first case | 14 |
food fraud | 14 |
noncommunicable diseases | 14 |
clinical studies | 14 |
accidental trauma | 14 |
physical health | 14 |
three scenarios | 14 |
frozen storage | 14 |
feed additives | 14 |
nf patients | 14 |
beitrag zur | 14 |
chemical modifications | 14 |
prior research | 14 |
high poverty | 14 |
new era | 14 |
using different | 14 |
hot water | 14 |
available online | 14 |
water supply | 14 |
copper concentrations | 14 |
insecurity rates | 14 |
room temperature | 14 |
household level | 14 |
biohaz panel | 14 |
many studies | 14 |
different ways | 14 |
derived mirnas | 14 |
three months | 14 |
quantum dots | 14 |
urease activity | 14 |
toxoplasma gondii | 14 |
sambucus nigra | 14 |
nasal symptoms | 14 |
delivery vehicles | 13 |
special emphasis | 13 |
recent research | 13 |
heavily contaminated | 13 |
oral challenge | 13 |
negative impact | 13 |
food manufacturing | 13 |
total population | 13 |
food market | 13 |
irb approval | 13 |
scale social | 13 |
sheep meat | 13 |
food sustainability | 13 |
efsa task | 13 |
relevant information | 13 |
risk analysis | 13 |
growth rate | 13 |
well understood | 13 |
nutrition rev | 13 |
every day | 13 |
reduce faecal | 13 |
risk posed | 13 |
food preservation | 13 |
pesticide residues | 13 |
disinfection systems | 13 |
study suggests | 13 |
blood pool | 13 |
health survey | 13 |
water footprint | 13 |
feed risk | 13 |
clinical history | 13 |
health issues | 13 |
pediatric spine | 13 |
iu ml | 13 |
low level | 13 |
phenolic compounds | 13 |
highly educated | 13 |
standards agency | 13 |
insecurity may | 13 |
patients showed | 13 |
coronary heart | 13 |
exotic plants | 13 |
pollen allergic | 13 |
food storage | 13 |
within min | 13 |
food initiatives | 13 |
food retailing | 13 |
among homeless | 13 |
child abuse | 13 |
food companies | 13 |
different countries | 13 |
will provide | 13 |
clinical data | 13 |
purchasing power | 13 |
also lead | 13 |
salmonella enterica | 13 |
animal husbandry | 13 |
trace elements | 13 |
commonly found | 13 |
international organizations | 13 |
online learning | 13 |
based products | 13 |
microbial community | 13 |
one meal | 13 |
arabidopsis thaliana | 13 |
harmonised epidemiological | 13 |
near future | 13 |
clinical surveillance | 13 |
rh conditions | 13 |
hypersensitivity reactions | 13 |
limited access | 13 |
medicinal products | 13 |
white wines | 13 |
positive spt | 13 |
frozen berries | 13 |
staphylococcal enterotoxin | 13 |
climatic conditions | 13 |
co per | 13 |
reported cases | 13 |
economic effects | 13 |
supplementary material | 13 |
gold standard | 13 |
food deserts | 13 |
fish oil | 13 |
clinical nutrition | 13 |
protein binding | 13 |
daily life | 13 |
well known | 13 |
increasing number | 13 |
taste receptor | 13 |
like receptor | 13 |
major source | 13 |
detection limit | 13 |
product recalls | 13 |
food pantries | 13 |
child nutrition | 13 |
mommlrp model | 13 |
policy research | 13 |
well tolerated | 13 |
carboxylic acid | 13 |
sublingual immunotherapy | 13 |
educational attainment | 13 |
log reduction | 13 |
will lead | 13 |
staple food | 13 |
determine whether | 13 |
feline calicivirus | 13 |
type ii | 13 |
sustainable diets | 13 |
child health | 13 |
country governments | 13 |
public policy | 13 |
broad spectrum | 13 |
plant species | 13 |
fresh fruit | 13 |
eu food | 13 |
accurate diagnosis | 13 |
acid content | 13 |
screening methods | 13 |
within minutes | 13 |
two children | 13 |
ductus arteriosus | 13 |
respiratory sensitizers | 13 |
brain barrier | 13 |
raw material | 13 |
long time | 13 |
human cases | 13 |
nipah virus | 13 |
factor analysis | 13 |
adverse reaction | 13 |
eap group | 13 |
study included | 13 |
european region | 13 |
food shopping | 13 |
per cell | 13 |
food contact | 13 |
older generations | 13 |
analytical methods | 13 |
many times | 13 |
contaminated foods | 13 |
wastewater treatment | 13 |
local communities | 13 |
symptom levels | 13 |
products made | 13 |
population size | 13 |
school children | 13 |
nutrition policy | 13 |
food borne | 13 |
transmission routes | 13 |
best practices | 13 |
control subjects | 13 |
mr images | 13 |
via consumption | 13 |
transmitted via | 13 |
local governments | 13 |
metal nanoparticles | 13 |
energy consumption | 13 |
nutritional requirements | 13 |
berberis microphylla | 13 |
population health | 13 |
mean value | 13 |
drug allergies | 13 |
different kinds | 13 |
negative impacts | 13 |
zoonotic disease | 13 |
glucose tolerance | 13 |
two cases | 13 |
borne pathogens | 13 |
small angle | 13 |
moderate alcohol | 13 |
eu level | 13 |
gastrointestinal symptoms | 13 |
food industries | 13 |
decision variables | 13 |
agricultural sector | 13 |
sweetened beverages | 13 |
protein levels | 13 |
plant foods | 13 |
product safety | 13 |
inhibitory effect | 13 |
respiratory diseases | 13 |
compounded medications | 13 |
renal failure | 13 |
four weeks | 13 |
lancet commission | 13 |
air disinfection | 13 |
large amounts | 13 |
dense foods | 13 |
large scale | 13 |
urban school | 13 |
fasciola hepatica | 13 |
imaging appearances | 13 |
dietary habits | 13 |
additional information | 13 |
low dose | 13 |
economic value | 13 |
african countries | 13 |
diagnostic accuracy | 12 |
chicken meat | 12 |
slaughterhouse surveillance | 12 |
allergic sensitization | 12 |
human diet | 12 |
surface water | 12 |
natural environment | 12 |
key question | 12 |
relatively healthy | 12 |
sensitive agriculture | 12 |
data sets | 12 |
methodology described | 12 |
adult rats | 12 |
viral pathogens | 12 |
leafy vegetables | 12 |
imported foods | 12 |
asthma severity | 12 |
global traceability | 12 |
gs global | 12 |
rna polymerase | 12 |
inactivation kinetics | 12 |
inclusion criteria | 12 |
traceability systems | 12 |
health impacts | 12 |
provide information | 12 |
patients affected | 12 |
will reduce | 12 |
imaging appearance | 12 |
nomadic flocks | 12 |
middle eastern | 12 |
management system | 12 |
carbon nanotube | 12 |
panic buying | 12 |
extremely rare | 12 |
dietary quality | 12 |
gently campaign | 12 |
significantly associated | 12 |
four different | 12 |
intensive production | 12 |
growing number | 12 |
food secur | 12 |
distancing measures | 12 |
reverse transcription | 12 |
live animals | 12 |
normal range | 12 |
also performed | 12 |
food produced | 12 |
risk communication | 12 |
initial search | 12 |
outbreak associated | 12 |
pacific region | 12 |
production patterns | 12 |
economic status | 12 |
purchase yak | 12 |
generalized urticaria | 12 |
plant exogenous | 12 |
ascorbic acid | 12 |
keep food | 12 |
emergency school | 12 |
allergic disease | 12 |
poor people | 12 |
constructed wetlands | 12 |
regression analysis | 12 |
samples tested | 12 |
cut food | 12 |
equitable access | 12 |
oral cavity | 12 |
small farmers | 12 |
control programmes | 12 |
ne wborn | 12 |
ecological sensibility | 12 |
frequently associated | 12 |
research institute | 12 |
bovine spongiform | 12 |
processing facilities | 12 |
food will | 12 |
research group | 12 |
poultry meat | 12 |
antimicrobial activity | 12 |
related factors | 12 |
citric acid | 12 |
microbial growth | 12 |
subjective norms | 12 |
peanut allergens | 12 |
policy changes | 12 |
consumer trust | 12 |
will result | 12 |
diet supplemented | 12 |
severe allergic | 12 |
allergen components | 12 |
circular rnas | 12 |
alkaline phosphatase | 12 |
birds fed | 12 |
ileal content | 12 |
coronavirus pandemic | 12 |
bestimmung der | 12 |
value proposition | 12 |
health policy | 12 |
gfg strategy | 12 |
three major | 12 |
next generation | 12 |
patient harm | 12 |
zoonotic pathogens | 12 |
inspection methodology | 12 |
food insufficiency | 12 |
high priority | 12 |
affected people | 12 |
mast cell | 12 |
poverty reduction | 12 |
concerning food | 12 |
co eq | 12 |
comparative analysis | 12 |
honeysuckle decoction | 12 |
included patients | 12 |
future food | 12 |
past decade | 12 |
safety management | 12 |
patients without | 12 |
reg cd | 12 |
anticipation condition | 12 |
dependent variable | 12 |
untersuchungen fiber | 12 |
high population | 12 |
cervical spine | 12 |
controlled trial | 12 |
watery diarrhea | 12 |
high sensitivity | 12 |
connective tissue | 12 |
school food | 12 |
laying hens | 12 |
active packaging | 12 |
diseases caused | 12 |
almost every | 12 |
imaging modality | 12 |
target tissue | 12 |
current food | 12 |
vitro studies | 12 |
commons licence | 12 |
covid pandemic | 12 |
based foods | 12 |
portal vein | 12 |
molluscan shellfish | 12 |
livestock production | 12 |
mild asthma | 12 |
hiv aids | 12 |
rapid detection | 12 |
angle scattering | 12 |
information condition | 12 |
first reported | 12 |
fully understood | 12 |
heat pumps | 12 |
histamine release | 12 |
provide food | 12 |
energy efficiency | 12 |
new hazards | 12 |
old female | 12 |
residue control | 12 |
blockchain platform | 12 |
testicular torsion | 12 |
addressing food | 12 |
java province | 12 |
iv injection | 12 |
office buildings | 12 |
existing food | 12 |
toxic effects | 12 |
short time | 12 |
water sources | 12 |
renal function | 12 |
spongiform encephalopathy | 12 |
highly sensitive | 12 |
sustainable lifestyles | 12 |
humans via | 12 |
census tract | 12 |
per unit | 12 |
last decades | 12 |
uric acid | 12 |
two weeks | 12 |
derived products | 12 |
diagnostic imaging | 12 |
total score | 12 |
billion gm | 12 |
policy xxx | 12 |
also detected | 12 |
food health | 12 |
humanitarian aid | 12 |
disease surveillance | 12 |
identified using | 12 |
salmonella typhimurium | 12 |
comisurv report | 12 |
economic losses | 12 |
patient size | 12 |
phenolic acids | 12 |
growing food | 12 |
generation sequencing | 12 |
rural community | 12 |
per person | 12 |
social security | 12 |
specific hazards | 12 |
food outlet | 12 |
blood flow | 12 |
arable land | 12 |
flow cytometry | 12 |
basic food | 12 |
production chains | 12 |
pigs fed | 12 |
human right | 12 |
various forms | 12 |
among low | 12 |
acid bacteria | 12 |
obesity prevalence | 12 |
serum specific | 12 |
respiratory viruses | 12 |
valuable tool | 12 |
variance decomposition | 12 |
lockdown measures | 11 |
improved food | 11 |
two major | 11 |
pediatric musculoskeletal | 11 |
systems approach | 11 |
emerging food | 11 |
contact surfaces | 11 |
family history | 11 |
arab middle | 11 |
acid metabolism | 11 |
broiler chickens | 11 |
detect animals | 11 |
may provide | 11 |
derived ncrnas | 11 |
meals purchased | 11 |
maximum levels | 11 |
project repat | 11 |
may still | 11 |
antisense oligonucleotides | 11 |
aortic arch | 11 |
food sensitization | 11 |
lamina propria | 11 |
takes place | 11 |
interstitial lung | 11 |
food feed | 11 |
make sure | 11 |
studies showed | 11 |
economic impacts | 11 |
federal nutrition | 11 |
median number | 11 |
energy use | 11 |
reduction strategies | 11 |
commission regulation | 11 |
using blockchain | 11 |
total food | 11 |
copper seems | 11 |
key factor | 11 |
positive skin | 11 |
experimental diets | 11 |
support food | 11 |
added value | 11 |
hev rna | 11 |
human serum | 11 |
animals heavily | 11 |
cost savings | 11 |
observation group | 11 |
copper bound | 11 |
particular attention | 11 |
antimicrobial use | 11 |
natural killer | 11 |
three days | 11 |
binding proteins | 11 |
like nanoparticles | 11 |
studies reported | 11 |
similarity coefficient | 11 |
copper concentration | 11 |
clay bound | 11 |
enough money | 11 |
male patient | 11 |
may take | 11 |
basophil activation | 11 |
aspergillus niger | 11 |
prenatal ultrasound | 11 |
social capital | 11 |
red cross | 11 |
mortality rate | 11 |
cell membranes | 11 |
social benefits | 11 |
confidence interval | 11 |
free diet | 11 |
zinc deficiency | 11 |
service quality | 11 |
water consumption | 11 |
sex ratio | 11 |
online survey | 11 |
higher food | 11 |
naked sirnas | 11 |
poor quality | 11 |
important risk | 11 |
study aimed | 11 |
dogs dying | 11 |
sedentary behaviours | 11 |
like polychlorinated | 11 |
water scarcity | 11 |
native species | 11 |
significantly improved | 11 |
run estimates | 11 |
maximum residue | 11 |
urban soils | 11 |
low number | 11 |
homeless population | 11 |
high incidence | 11 |
data collected | 11 |
main public | 11 |
study reported | 11 |
vegetable consumption | 11 |
global nutrition | 11 |
borne viruses | 11 |
solomon islands | 11 |
made available | 11 |
quality standards | 11 |
skeletal surveys | 11 |
unstimulated saliva | 11 |
protein isolate | 11 |
social determinants | 11 |
genetic diversity | 11 |
vertebral fractures | 11 |
global south | 11 |
frozen raspberries | 11 |
sars coronavirus | 11 |
conducted using | 11 |
production areas | 11 |
water content | 11 |
often associated | 11 |
took place | 11 |
table shows | 11 |
school district | 11 |
heat inactivation | 11 |
review process | 11 |
confirmed cases | 11 |
national medical | 11 |
quality risks | 11 |
control systems | 11 |
east respiratory | 11 |
particularly important | 11 |
significant change | 11 |
serum albumin | 11 |
significantly reduce | 11 |
enterica subsp | 11 |
frequently reported | 11 |
may play | 11 |
insecurity screening | 11 |
die wirkung | 11 |
major challenge | 11 |
women smallholder | 11 |
balanced diet | 11 |
problems associated | 11 |
home gardening | 11 |
population will | 11 |
health aspects | 11 |
following key | 11 |
logistics cost | 11 |
still unknown | 11 |
frozen strawberries | 11 |
poorly understood | 11 |
pacific food | 11 |
mouth disease | 11 |
rna silencing | 11 |
assurance schemes | 11 |
objective function | 11 |
culturally appropriate | 11 |
food scandals | 11 |
borne diseases | 11 |
water quality | 11 |
clinical findings | 11 |
food businesses | 11 |
still unclear | 11 |
population scenarios | 11 |
exchange parties | 11 |
clinical course | 11 |
constructed wetland | 11 |
priority ranking | 11 |
anaphylactic reactions | 11 |
nutrition research | 11 |
serum tryptase | 11 |
within food | 11 |
safety net | 11 |
expression levels | 11 |
romaine lettuce | 11 |
eu countries | 11 |
fish meal | 11 |
chemical elements | 11 |
significant changes | 11 |
data sharing | 11 |
occupational asthma | 11 |
recent decades | 11 |
may vary | 11 |
foodborne pathogen | 11 |
determined using | 11 |
methods used | 11 |
natural history | 11 |
affect food | 11 |
small size | 11 |
patient width | 11 |
world trade | 11 |
food pantry | 11 |
significant decrease | 11 |
cell proliferation | 11 |
serum total | 11 |
detection methods | 11 |
chemical compounds | 11 |
aristotelia chilensis | 11 |
optic nerve | 11 |
pasteurized milk | 11 |
readily available | 11 |
liver fluke | 11 |
abdominal cramps | 11 |
whole body | 11 |
complex emergencies | 11 |
current inspection | 11 |
study also | 11 |
innate immunity | 11 |
three times | 11 |
two decades | 11 |
per month | 11 |
especially among | 11 |
western blot | 11 |
proposed changes | 11 |
encapsulating systems | 11 |
major concern | 11 |
low cost | 11 |
traceability standard | 11 |
information system | 11 |
moderate wine | 11 |
brown rice | 11 |
bakery products | 11 |
old boy | 11 |
patient age | 11 |
allergen exposure | 11 |
key findings | 11 |
uvgi systems | 11 |
major food | 11 |
peach tree | 11 |
chicken eggs | 11 |
sick children | 11 |
fed birds | 11 |
help reduce | 11 |
positive correlation | 11 |
education level | 11 |
per order | 11 |
tract infections | 11 |
milk fat | 11 |
plant material | 11 |
steady state | 11 |
dairy case | 11 |
emerging hazards | 11 |
global economy | 11 |
administration fda | 11 |
pathogenic viruses | 11 |
limited resources | 11 |
relative importance | 11 |
also suggests | 11 |
uncertain problem | 11 |
finally selected | 11 |
mean score | 11 |
fast brain | 11 |
land area | 11 |
lower extremity | 11 |
gut content | 11 |
significantly less | 11 |
disease caused | 11 |
sustainable business | 11 |
high frequency | 11 |
national residue | 11 |
human infectious | 11 |
burkina faso | 11 |
control groups | 11 |
system will | 11 |
another important | 11 |
biological activity | 11 |
primary producer | 11 |
level panel | 11 |
specific information | 11 |
substances listed | 11 |
study using | 11 |
well documented | 11 |
studies performed | 11 |
help us | 11 |
also required | 11 |
one hour | 11 |
bakery workers | 11 |
iii taste | 10 |
harvest losses | 10 |
east asia | 10 |
commons attribution | 10 |
older people | 10 |
clean water | 10 |
cautious actions | 10 |
modified rnas | 10 |
will make | 10 |
gold nanoparticle | 10 |
us adults | 10 |
safety culture | 10 |
rhinitis symptoms | 10 |
food processors | 10 |
food business | 10 |
structural changes | 10 |
social impacts | 10 |
open access | 10 |
current legislation | 10 |
imaging plays | 10 |
fda alerts | 10 |
moisture content | 10 |
identified key | 10 |
specific antibodies | 10 |
possible biological | 10 |
monthly income | 10 |
wild animal | 10 |
rapidly degraded | 10 |
lead paint | 10 |
cruise ships | 10 |
different aspects | 10 |
considered appropriate | 10 |
developed world | 10 |
asian countries | 10 |
long periods | 10 |
potato case | 10 |
standard deviation | 10 |
term food | 10 |
eight patients | 10 |
acid composition | 10 |
brain injury | 10 |
major factor | 10 |
microbiological risk | 10 |
higher concentrations | 10 |
modified sirna | 10 |
functional species | 10 |
prevent food | 10 |
virus survival | 10 |
brain tumor | 10 |
may impact | 10 |
etiological agent | 10 |
motion artifacts | 10 |
public sector | 10 |
disease severity | 10 |
infected individuals | 10 |
prey population | 10 |
placebo groups | 10 |
north africa | 10 |
umbilical region | 10 |
temperature range | 10 |
retrospectively reviewed | 10 |
storage conditions | 10 |
flu symptoms | 10 |
congenital anomalies | 10 |
recall event | 10 |
studies using | 10 |
consumption may | 10 |
hygienic practices | 10 |
economic resources | 10 |
also possible | 10 |
pulmonary function | 10 |
challenge tests | 10 |
tight junctions | 10 |
first four | 10 |
gross list | 10 |
pressure processing | 10 |
pesticide use | 10 |
artificial sweeteners | 10 |
small intestines | 10 |
analytical techniques | 10 |
food network | 10 |
efsa contam | 10 |
good hygiene | 10 |
whole blood | 10 |
noncoding rna | 10 |
smart contract | 10 |
new technologies | 10 |
evidence suggests | 10 |
double burden | 10 |
husbandry measures | 10 |
sickle cell | 10 |
starch methionine | 10 |
economic loss | 10 |
hospital medical | 10 |
climate footprint | 10 |
irb approved | 10 |
mri studies | 10 |
poly i | 10 |
current methods | 10 |
mg dl | 10 |
water activity | 10 |
disease transmission | 10 |
new alliance | 10 |
processing interventions | 10 |
bowel disease | 10 |
well established | 10 |
although many | 10 |
human medicine | 10 |
mortality rates | 10 |
plant protein | 10 |
eosinophil count | 10 |
several hours | 10 |
th percentile | 10 |
routine slaughter | 10 |
feed scientific | 10 |
group showed | 10 |
domestic production | 10 |
also seen | 10 |
annex i | 10 |
brucella spp | 10 |
raw food | 10 |
white wine | 10 |
obesity among | 10 |
health systems | 10 |
vice versa | 10 |
reducing flw | 10 |
still limited | 10 |
health impact | 10 |
month period | 10 |
derived foods | 10 |
decision makers | 10 |
oral provocation | 10 |
marginal food | 10 |
insecurity will | 10 |
final report | 10 |
income per | 10 |
several days | 10 |
financial institutions | 10 |
possibly reducible | 10 |
university students | 10 |
global level | 10 |
diseases associated | 10 |
particle size | 10 |
study found | 10 |
related diseases | 10 |
low ph | 10 |
previous findings | 10 |
sake lees | 10 |
cell surface | 10 |
human infections | 10 |
time period | 10 |
vegetable production | 10 |
patent ductus | 10 |
management options | 10 |
pediatric brain | 10 |
frequently used | 10 |
heart rate | 10 |
plant micrornas | 10 |
venous thrombosis | 10 |
human beings | 10 |
biological threats | 10 |
may develop | 10 |
food self | 10 |
information systems | 10 |
traceability initiative | 10 |
ct angiography | 10 |
maintenance dose | 10 |
resistant strains | 10 |
task force | 10 |
hypersensitivity reaction | 10 |
bowel obstruction | 10 |
last months | 10 |
odds ratios | 10 |
orange juice | 10 |
animals subjected | 10 |
million hectares | 10 |
consumer exposure | 10 |
modified atmosphere | 10 |
oxidative stability | 10 |
clinical relevance | 10 |
traceability system | 10 |
fleece hide | 10 |
agricultural trade | 10 |
consensus mechanism | 10 |
people may | 10 |
great potential | 10 |
epidemiological indicators | 10 |
also present | 10 |
consumer confidence | 10 |
fuel efficiency | 10 |
protective effect | 10 |
remains unclear | 10 |
brain tumors | 10 |
human breast | 10 |
impact food | 10 |
agricultural expansion | 10 |
community health | 10 |
campylobacter jejuni | 10 |
taste disorder | 10 |
skin lesions | 10 |
glucose metabolism | 10 |
analysis revealed | 10 |
row ct | 10 |
extreme weather | 10 |
food risk | 10 |
exposure levels | 10 |
medical services | 10 |
linked immunosorbent | 10 |
supplemented diets | 10 |
clinical features | 10 |
environmental samples | 10 |
different databases | 10 |
activation energy | 10 |
analyzed using | 10 |
preventive measures | 10 |
severely food | 10 |
cases reported | 10 |
borne hazards | 10 |
related ncds | 10 |
micronutrient malnutrition | 10 |
gastroesophageal reflux | 10 |
starting point | 10 |
close contact | 10 |
food program | 10 |
greater food | 10 |
agriculture organisation | 10 |
biological risks | 10 |
household consumption | 10 |
next years | 10 |
natural resource | 10 |
detection probability | 10 |
hand washing | 10 |
virus transmission | 10 |
major allergens | 10 |
high pressure | 10 |
meal programs | 10 |
least developed | 10 |
storage facilities | 10 |
samples collected | 10 |
early diagnosis | 10 |
produce food | 10 |
allergy clinic | 10 |
signal intensity | 10 |
adaptive immune | 10 |
feed additive | 10 |
much less | 10 |
poor health | 10 |
patient presented | 10 |
text reports | 10 |
ecological footprint | 10 |
broad range | 10 |
causality test | 10 |
red meat | 10 |
environmental problems | 10 |
insecurity since | 10 |
higher level | 10 |
fatty infiltration | 10 |
pediatric imaging | 10 |
higher odds | 10 |
human studies | 10 |
tissue cysts | 10 |
rib fractures | 10 |
food protein | 10 |
cell disease | 10 |
per se | 10 |
bovine animals | 10 |
cause disease | 10 |
financial resources | 10 |
packaging materials | 10 |
case examples | 10 |
age years | 10 |
viral infection | 10 |
dietary sources | 10 |
adversely affected | 10 |
herbal medicines | 10 |
diet containing | 10 |
showed significantly | 10 |
pandemic date | 10 |
temporal resolution | 10 |
pharmacy compounding | 10 |
viral gastroenteritis | 10 |
first year | 10 |
dietary intakes | 10 |
eating less | 10 |
last year | 10 |
taking place | 10 |
inflammatory bowel | 10 |
appropriate food | 10 |
polyunsaturated fatty | 10 |
single dose | 10 |
relevant studies | 10 |
protein intake | 10 |
rna viruses | 10 |
agricultural inputs | 10 |
currently used | 10 |
physical distancing | 10 |
recipient countries | 10 |
kg day | 10 |
international community | 10 |
previously described | 10 |
financial support | 10 |
function tests | 10 |
pediatric ct | 10 |
hungry people | 10 |
facing food | 10 |
current knowledge | 10 |
iot devices | 10 |
safety concerns | 10 |
online shopping | 10 |
health symptoms | 10 |
airway compression | 10 |
response rate | 10 |
prospective cohort | 10 |
virus stability | 10 |
laboratory testing | 10 |
conceptual framework | 10 |
iron levels | 10 |
naked oligonucleotides | 10 |
ice cream | 10 |
patients treated | 10 |
world war | 10 |
large amount | 10 |
slaughter line | 10 |
neck masses | 10 |
also demonstrated | 10 |
three studies | 9 |
results indicated | 9 |
small ncrnas | 9 |
ro epithelium | 9 |
ige antibodies | 9 |
carbohydrate metabolism | 9 |
western south | 9 |
food matrices | 9 |
acute scrotum | 9 |
food scares | 9 |
food consumers | 9 |
competitive advantage | 9 |
community resources | 9 |
olfactory bulb | 9 |
regulatory framework | 9 |
femoral head | 9 |
varying degrees | 9 |
uv irradiation | 9 |
social groups | 9 |
egg allergy | 9 |
based survey | 9 |
healthy options | 9 |
food law | 9 |
mirnas mir | 9 |
food orders | 9 |
done using | 9 |
airway inflammation | 9 |
rat small | 9 |
conventional farming | 9 |
organic farming | 9 |
negative predictive | 9 |
viruses may | 9 |
agricultural activities | 9 |
iv administration | 9 |
general assembly | 9 |
circular rna | 9 |
home gardens | 9 |
environmental issues | 9 |
whole milk | 9 |
health system | 9 |
tests results | 9 |
strait islander | 9 |
tnfsf light | 9 |
high cost | 9 |
free fatty | 9 |
fast food | 9 |
pathogenic microorganisms | 9 |
local functional | 9 |
different age | 9 |
foods may | 9 |
similar effects | 9 |
quality improvement | 9 |
ensuring food | 9 |
health related | 9 |
pork meat | 9 |
binding sites | 9 |
health insurance | 9 |
special reference | 9 |
pharmaceutical compounding | 9 |
free meals | 9 |
pandemic will | 9 |
immune activation | 9 |
fish farming | 9 |
missing values | 9 |
national governments | 9 |
concerns regarding | 9 |
visual detection | 9 |
global markets | 9 |
following ingestion | 9 |
food purchases | 9 |
ige igg | 9 |
agricultural practices | 9 |
undernourished people | 9 |
veterinary medicinal | 9 |
nasal obstruction | 9 |
eating contaminated | 9 |
herbal medicine | 9 |
may present | 9 |
diets supplemented | 9 |
similar class | 9 |
ige reactivity | 9 |
multiwalled carbon | 9 |
post treatment | 9 |
meat samples | 9 |
chain traceability | 9 |
low potential | 9 |
domesticated animals | 9 |
sri lanka | 9 |
ct radiation | 9 |
term effects | 9 |
main sources | 9 |
consumer behaviour | 9 |
clostridium perfringens | 9 |
reactive protein | 9 |
critical review | 9 |
einflul der | 9 |
help improve | 9 |
ribes magellanicum | 9 |
real time | 9 |
norovirus surrogate | 9 |
quantitative analysis | 9 |
study period | 9 |