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 |
---|---|
climate change | 1838 |
intensive care | 197 |
infectious diseases | 156 |
public health | 155 |
just transition | 150 |
mental health | 137 |
mechanical ventilation | 126 |
human health | 120 |
septic shock | 119 |
social tipping | 108 |
small intestine | 104 |
amino acid | 104 |
conformational changes | 100 |
policy change | 98 |
molecular dynamics | 94 |
global warming | 91 |
control group | 89 |
amino acids | 88 |
mg kg | 88 |
celiac disease | 87 |
critically ill | 86 |
united states | 84 |
binding site | 82 |
may also | 82 |
care unit | 82 |
active site | 80 |
extreme weather | 79 |
two groups | 79 |
health care | 77 |
global climate | 77 |
cardiac output | 77 |
tipping processes | 74 |
ill patients | 72 |
pulmonary artery | 72 |
blood flow | 69 |
weather events | 68 |
mean age | 66 |
respiratory rate | 66 |
infectious disease | 66 |
sustainability science | 65 |
peer review | 65 |
physical activity | 65 |
apache ii | 64 |
epithelial cells | 62 |
small intestinal | 62 |
air pollution | 62 |
blood pressure | 61 |
protein interactions | 61 |
protein structure | 60 |
climate governance | 60 |
social distancing | 60 |
icu patients | 59 |
adaptation strategies | 59 |
salivary glands | 58 |
present study | 58 |
change agents | 58 |
cord uid | 58 |
doc id | 58 |
public research | 57 |
paris agreement | 57 |
environmental change | 56 |
membrane proteins | 56 |
results suggest | 56 |
small bowel | 55 |
sustainable development | 55 |
statistically significant | 55 |
ecosystem services | 55 |
mass spectrometry | 54 |
land use | 54 |
crystal structure | 54 |
group i | 53 |
intrinsically disordered | 53 |
growth factor | 53 |
organ failure | 52 |
secondary structure | 52 |
wide range | 52 |
acute respiratory | 52 |
results show | 52 |
arterial pressure | 52 |
tidal volume | 51 |
laboratory animals | 51 |
free energy | 51 |
electron microscopy | 51 |
cranberry growers | 50 |
important role | 50 |
health systems | 50 |
living cells | 49 |
south africa | 49 |
binding sites | 49 |
plasma membrane | 49 |
related literature | 49 |
significant differences | 48 |
mechanically ventilated | 48 |
dynamics simulations | 48 |
greenhouse gas | 47 |
change impacts | 47 |
breast cancer | 46 |
renal failure | 46 |
lamina propria | 46 |
circular dichroism | 46 |
gastric mucosa | 45 |
ml kg | 45 |
pg ml | 45 |
cancer survivors | 45 |
respiratory failure | 45 |
policy makers | 44 |
cardiac surgery | 44 |
change will | 44 |
change adaptation | 44 |
membrane protein | 44 |
adaptive capacity | 44 |
developing countries | 44 |
disease emergence | 43 |
current study | 43 |
cranberry station | 43 |
aboriginal health | 43 |
changing climate | 42 |
special issue | 42 |
use change | 42 |
heart rate | 42 |
systematic review | 42 |
protein folding | 42 |
social networks | 42 |
wild type | 41 |
research institutions | 41 |
statistical analysis | 41 |
two different | 41 |
climate action | 41 |
gastrointestinal tract | 41 |
structural changes | 40 |
even though | 40 |
food security | 40 |
side effects | 40 |
climate services | 40 |
crystal structures | 39 |
fossil fuels | 39 |
group ii | 39 |
life sciences | 38 |
airway pressure | 38 |
myocardial infarction | 38 |
united nations | 38 |
renewable energy | 38 |
ml min | 38 |
intestinal metaplasia | 38 |
emerging infectious | 38 |
rats treated | 37 |
gas exchange | 37 |
patients admitted | 37 |
borne diseases | 37 |
species distribution | 37 |
mortality rate | 36 |
kg min | 36 |
i will | 36 |
arterial blood | 36 |
cell proliferation | 36 |
sustainability transitions | 36 |
amyloid fibrils | 36 |
trauma patients | 35 |
conformational change | 35 |
previous studies | 35 |
vascular resistance | 35 |
pao fio | 35 |
terminal domain | 35 |
mm hg | 35 |
st century | 34 |
cardiac index | 34 |
key role | 34 |
intestinal mucosa | 34 |
salivary gland | 34 |
social capital | 34 |
molecular weight | 34 |
significantly higher | 34 |
life science | 34 |
health outcomes | 34 |
multiple organ | 33 |
pressure support | 33 |
social systems | 33 |
change points | 33 |
cell membrane | 33 |
ng ml | 33 |
blood gases | 33 |
case study | 33 |
lactate levels | 33 |
results indicate | 32 |
psychological distress | 32 |
central venous | 32 |
ghg emissions | 32 |
ii score | 32 |
social isolation | 32 |
circumstantial changes | 32 |
single molecule | 32 |
climate service | 32 |
lung injury | 32 |
mean arterial | 32 |
better understanding | 32 |
will require | 32 |
measured using | 32 |
global environmental | 32 |
first hours | 31 |
just transitions | 31 |
tipping elements | 31 |
prospective study | 31 |
nmr spectroscopy | 31 |
related circumstantial | 31 |
substance use | 31 |
time series | 31 |
recent years | 31 |
patients died | 31 |
escherichia coli | 31 |
signal transduction | 31 |
respiratory system | 31 |
economic development | 31 |
ion channels | 30 |
intergovernmental panel | 30 |
epidermal growth | 30 |
nitric oxide | 30 |
respiratory drive | 30 |
may lead | 30 |
pulmonary vascular | 30 |
breathing pattern | 30 |
health risks | 30 |
will likely | 30 |
lipid bilayer | 30 |
take place | 30 |
isothermal titration | 29 |
level rise | 29 |
protein complexes | 29 |
negatively charged | 29 |
binding protein | 29 |
fundamental conditions | 29 |
hydrogen bonds | 29 |
earth system | 29 |
will also | 29 |
also found | 29 |
global change | 29 |
nervous system | 29 |
ventilated patients | 29 |
data suggest | 29 |
titration calorimetry | 29 |
critical care | 29 |
gas emissions | 29 |
societal teleconnections | 28 |
goblet cells | 28 |
global governance | 28 |
cellular processes | 28 |
long term | 28 |
significant difference | 28 |
climate migration | 28 |
service co | 28 |
small molecule | 28 |
will need | 28 |
carbon emissions | 28 |
also observed | 27 |
million people | 27 |
mitigation strategies | 27 |
pulmonary hypertension | 27 |
oxygen saturation | 27 |
change may | 27 |
health impacts | 27 |
umass cranberry | 27 |
heart failure | 27 |
climate tipping | 27 |
carbon dioxide | 27 |
recent studies | 27 |
significant increase | 27 |
head injury | 27 |
copd patients | 26 |
health system | 26 |
binding domain | 26 |
fluorescence spectroscopy | 26 |
developed countries | 26 |
three different | 26 |
ecological systems | 26 |
management practices | 26 |
poorly understood | 26 |
energy transfer | 26 |
cancer patients | 26 |
well known | 26 |
large number | 26 |
acid secretion | 26 |
natural systems | 26 |
adverse effects | 26 |
natural disasters | 26 |
first step | 26 |
commonly used | 26 |
widely used | 26 |
binding proteins | 26 |
economic growth | 26 |
plasma levels | 25 |
ray scattering | 25 |
cell lines | 25 |
social sciences | 25 |
significant changes | 25 |
transcription factors | 25 |
lipid bilayers | 25 |
data collection | 25 |
aboriginal peoples | 25 |
radiation oncology | 25 |
enzyme activity | 25 |
heat waves | 25 |
dynamic optimization | 25 |
disease control | 25 |
supply chains | 25 |
adhesion molecules | 25 |
gene expression | 25 |
air quality | 24 |
energy consumption | 24 |
high affinity | 24 |
light scattering | 24 |
structural biology | 24 |
gramscian theory | 24 |
mean values | 24 |
within hours | 24 |
social movements | 24 |
community members | 24 |
policy changes | 24 |
cardiogenic shock | 24 |
development goals | 24 |
development pathways | 24 |
coronavirus disease | 24 |
different types | 24 |
risk factors | 24 |
disaster risk | 24 |
respiratory distress | 24 |
molecular level | 24 |
severe acute | 23 |
protein complex | 23 |
correlation spectroscopy | 23 |
two patients | 23 |
septic patients | 23 |
study period | 23 |
cancer cells | 23 |
extreme events | 23 |
results obtained | 23 |
transcription factor | 23 |
lipid membranes | 23 |
cell cycle | 23 |
high levels | 23 |
first time | 23 |
health effects | 23 |
patients undergoing | 23 |
binding affinity | 23 |
human primates | 23 |
high doses | 23 |
jugular bulb | 23 |
care units | 23 |
decision making | 23 |
fluorescence correlation | 23 |
synthetic biology | 23 |
large scale | 23 |
drug delivery | 23 |
structural efficiency | 23 |
cell surface | 23 |
fluorescent protein | 23 |
global health | 23 |
tipping dynamics | 23 |
oral cavity | 23 |
cardiac arrest | 23 |
blood loss | 23 |
biological processes | 22 |
cell adhesion | 22 |
oxygen delivery | 22 |
oxygen consumption | 22 |
postoperative period | 22 |
environmental changes | 22 |
european union | 22 |
based diet | 22 |
climate policy | 22 |
logistic regression | 22 |
experimental data | 22 |
artery catheter | 22 |
will present | 22 |
blood lactate | 22 |
th day | 22 |
mg ml | 22 |
acute myocardial | 22 |
climatic change | 22 |
model system | 22 |
results showed | 22 |
social change | 22 |
informed consent | 22 |
optimization problems | 22 |
whole grains | 22 |
fossil fuel | 22 |
cck intervention | 22 |
butylated hydroxyanisole | 22 |
pulmonary embolism | 22 |
ligand binding | 22 |
patients without | 21 |
one hand | 21 |
see table | 21 |
severe head | 21 |
oxidative stress | 21 |
respiratory syndrome | 21 |
better understand | 21 |
acute renal | 21 |
fluorescence microscopy | 21 |
structural features | 21 |
thermal stability | 21 |
world health | 21 |
social justice | 21 |
behavior change | 21 |
high risk | 21 |
inspiratory effort | 21 |
severe ards | 21 |
magnetic resonance | 21 |
different levels | 21 |
central nervous | 21 |
blood samples | 21 |
protein binding | 21 |
energy transition | 21 |
world bank | 21 |
md simulations | 21 |
small molecules | 21 |
therapeutic agents | 21 |
paneth cells | 21 |
least one | 21 |
science research | 21 |
atomic force | 21 |
significant decrease | 21 |
one patient | 21 |
working group | 20 |
electrostatic interactions | 20 |
cranberry industry | 20 |
one case | 20 |
saps ii | 20 |
membrane fusion | 20 |
protein structures | 20 |
cell types | 20 |
parietal cells | 20 |
molecular mechanisms | 20 |
redox pairs | 20 |
new lover | 20 |
immune response | 20 |
changes may | 20 |
molecular mechanism | 20 |
data analysis | 20 |
protein function | 20 |
free diet | 20 |
model membranes | 20 |
environmental health | 20 |
agent based | 20 |
one hour | 20 |
force microscopy | 20 |
short term | 20 |
distribution models | 20 |
latin america | 20 |
side chain | 20 |
glandular mucosa | 20 |
full length | 20 |
data obtained | 20 |
bibliometric analysis | 19 |
naturally occurring | 19 |
similar changes | 19 |
risk reduction | 19 |
survival rate | 19 |
neurodegenerative diseases | 19 |
redox activity | 19 |
disease outbreaks | 19 |
takes place | 19 |
disordered proteins | 19 |
patients treated | 19 |
three patients | 19 |
evidence suggests | 19 |
tipping points | 19 |
spontaneous breathing | 19 |
type i | 19 |
tipping process | 19 |
significantly increased | 19 |
protein interaction | 19 |
population growth | 19 |
venous pressure | 19 |
change research | 19 |
health services | 19 |
control measures | 19 |
address climate | 19 |
two cases | 19 |
amyloid formation | 19 |
hemodynamic parameters | 19 |
zn sites | 19 |
live cells | 19 |
study group | 19 |
new york | 19 |
general population | 19 |
may result | 19 |
severe sepsis | 19 |
icu stay | 19 |
gastric cancer | 19 |
food insecurity | 19 |
biological systems | 19 |
environmental conditions | 19 |
risk management | 19 |
social science | 19 |
catalytic domain | 19 |
theological schools | 19 |
mixed venous | 19 |
ejection fraction | 18 |
fatty acid | 18 |
toxicity studies | 18 |
zoonotic disease | 18 |
gastric glands | 18 |
protein aggregation | 18 |
local level | 18 |
heart surgery | 18 |
educational change | 18 |
present work | 18 |
consecutive patients | 18 |
conceptual framework | 18 |
protein dynamics | 18 |
mitotic activity | 18 |
cell division | 18 |
patients received | 18 |
early warning | 18 |
health behaviors | 18 |
future research | 18 |
new approach | 18 |
climate variability | 18 |
steroidal anti | 18 |
absorptive cells | 18 |
significantly lower | 18 |
food production | 18 |
university hospital | 18 |
based modeling | 18 |
population health | 18 |
exclusion chromatography | 18 |
acid sequence | 18 |
right ventricular | 18 |
brain death | 18 |
see also | 18 |
endotracheal tube | 18 |
climate issues | 18 |
inflammatory drugs | 18 |
intervention group | 18 |
ray crystallography | 18 |
social support | 18 |
sample size | 18 |
disulfide bonds | 18 |
human migration | 18 |
indigenous peoples | 18 |
also reported | 18 |
exceptional events | 18 |
sea level | 18 |
complex formation | 17 |
resonance energy | 17 |
artery pressure | 17 |
molten globule | 17 |
higher levels | 17 |
health organization | 17 |
blood volume | 17 |
receptor antagonist | 17 |
distress syndrome | 17 |
allowed us | 17 |
enzymatic activity | 17 |
native state | 17 |
regression model | 17 |
international trade | 17 |
eu uk | 17 |
lymphoid tissue | 17 |
induced changes | 17 |
cardiac function | 17 |
spatial scales | 17 |
year period | 17 |
ion channel | 17 |
highly conserved | 17 |
real time | 17 |
size exclusion | 17 |
mammalian cells | 17 |
lockdown measures | 17 |
venous blood | 17 |
global south | 17 |
objective function | 17 |
colonic mucosa | 17 |
statistical significance | 17 |
adhesion molecule | 17 |
mean sd | 17 |
extracellular matrix | 17 |
many countries | 17 |
psychological impact | 17 |
may occur | 17 |
hurricane katrina | 17 |
molecular biology | 17 |
positively charged | 17 |
determine whether | 17 |
will affect | 17 |
gastric acid | 17 |
squamous epithelium | 17 |
range shifts | 17 |
review process | 17 |
station newsletter | 17 |
studied using | 17 |
ct scan | 17 |
oxygen species | 17 |
also used | 17 |
comparative analysis | 17 |
environmental degradation | 17 |
nuclear magnetic | 17 |
lymph nodes | 17 |
communicable diseases | 17 |
conceptual model | 17 |
disease onset | 17 |
coronary artery | 17 |
protein engineering | 17 |
performed using | 17 |
endothelial cells | 17 |
differential scanning | 17 |
will show | 17 |
i min | 17 |
immune system | 17 |
alcohol use | 16 |
proteins involved | 16 |
climate science | 16 |
lipid rafts | 16 |
human rights | 16 |
small angle | 16 |
left ventricular | 16 |
histological features | 16 |
inflammatory cells | 16 |
climatic changes | 16 |
gastric mucosal | 16 |
terminal region | 16 |
distributional area | 16 |
surgical patients | 16 |
alcohol intake | 16 |
research institute | 16 |
co emissions | 16 |
global sustainability | 16 |
epithelial cell | 16 |
structural studies | 16 |
occupied distributional | 16 |
environmental policies | 16 |
environmental impacts | 16 |
cell membranes | 16 |
climate system | 16 |
crime types | 16 |
crime trends | 16 |
complex networks | 16 |
cys residues | 16 |
reactive oxygen | 16 |
two types | 16 |
cell death | 16 |
cardiovascular disease | 16 |
suitable habitat | 16 |
prospectively studied | 16 |
major changes | 16 |
taken together | 16 |
crucial role | 16 |
antimicrobial resistance | 16 |
may contribute | 16 |
clinical professionals | 16 |
international organisations | 16 |
middle east | 16 |
health benefits | 16 |
charged residues | 16 |
literature review | 16 |
last years | 16 |
give rise | 16 |
ionic strength | 16 |
tertiary structure | 16 |
new insights | 16 |
analysis showed | 16 |
prone position | 16 |
may become | 16 |
water molecules | 16 |
type protein | 16 |
cases presented | 16 |
structural properties | 16 |
climate crisis | 16 |
blood gas | 16 |
studied patients | 16 |
civil society | 16 |
gastric glandular | 16 |
computational methods | 15 |
physiological conditions | 15 |
liver transplantation | 15 |
electron microscopic | 15 |
side chains | 15 |
two main | 15 |
results demonstrate | 15 |
environmental efforts | 15 |
sexual activity | 15 |
endoplasmic reticulum | 15 |
submandibular gland | 15 |
structural analysis | 15 |
study showed | 15 |
clinical course | 15 |
explanatory model | 15 |
past years | 15 |
green deal | 15 |
supplementary material | 15 |
enterochromaffin cells | 15 |
dawley rats | 15 |
table shows | 15 |
previous work | 15 |
level perspective | 15 |
surface plasmon | 15 |
allow us | 15 |
using nmr | 15 |
dependent manner | 15 |
allows us | 15 |
political economy | 15 |
catalytic efficiency | 15 |
alcian blue | 15 |
proximal small | 15 |
across multiple | 15 |
lipid membrane | 15 |
change climate | 15 |
ideological element | 15 |
quaternary structure | 15 |
many cases | 15 |
environmental policy | 15 |
phage display | 15 |
case studies | 15 |
research institutes | 15 |
genetic diversity | 15 |
cranberry production | 15 |
north america | 15 |
monoclonal antibodies | 15 |
change mitigation | 15 |
natural resources | 15 |
several studies | 15 |
structure prediction | 15 |
habitat connectivity | 15 |
climate impacts | 15 |
mechanical properties | 15 |
large intestine | 15 |
global economy | 15 |
redox pair | 15 |
hours later | 15 |
negative effects | 15 |
health professionals | 15 |
hospital mortality | 15 |
directed mutagenesis | 15 |
control groups | 15 |
protein design | 15 |
will allow | 15 |
skeletal muscle | 15 |
social ties | 15 |
zero poverty | 15 |
catalytic activity | 15 |
potential distribution | 15 |
order disorder | 15 |
systemic vascular | 15 |
respiratory diseases | 15 |
plasmon resonance | 15 |
clinical trials | 15 |
south asia | 15 |
cell line | 15 |
ecosystem change | 15 |
mast cells | 15 |
structural information | 14 |
oriented policy | 14 |
shed light | 14 |
cell hyperplasia | 14 |
species distributions | 14 |
first nations | 14 |
following administration | 14 |
local communities | 14 |
findings suggest | 14 |
kinetic parameters | 14 |
may play | 14 |
special report | 14 |
wide variety | 14 |
signaling pathways | 14 |
polypeptide chain | 14 |
characterised histologically | 14 |
first day | 14 |
resource exporters | 14 |
rural areas | 14 |
serum albumin | 14 |
substrate specificity | 14 |
inflammatory response | 14 |
green recovery | 14 |
cultural hegemony | 14 |
environmental factors | 14 |
novel entities | 14 |
cell wall | 14 |
search query | 14 |
month period | 14 |
may provide | 14 |
protein chain | 14 |
two methods | 14 |
two hours | 14 |
will help | 14 |
land cover | 14 |
high dose | 14 |
also occur | 14 |
will increase | 14 |
zero carbon | 14 |
cell populations | 14 |
collective action | 14 |
high resolution | 14 |
normal subjects | 14 |
acute phase | 14 |
high degree | 14 |
young adults | 14 |
cck program | 14 |
preliminary results | 14 |
support ventilation | 14 |
structural controllability | 14 |
plasma cells | 14 |
high level | 14 |
united kingdom | 14 |
redox states | 14 |
may help | 14 |
fibril formation | 14 |
will continue | 14 |
air bronchogram | 14 |
assessment report | 14 |
mucous cells | 14 |
electron transfer | 14 |
following parameters | 14 |
theological education | 14 |
political system | 14 |
electricity demand | 14 |
remains unclear | 14 |
weather event | 14 |
lake county | 14 |
energy use | 14 |
blood cells | 14 |
west nile | 14 |
network structure | 14 |
sea levels | 14 |
th anniversary | 14 |
surgical icu | 14 |
nile virus | 14 |
financial crisis | 14 |
fluorescent proteins | 14 |
negative impacts | 14 |
years old | 14 |
molecular basis | 14 |
structural characterization | 14 |
closely related | 14 |
icu admission | 14 |
planetary boundaries | 14 |
per capita | 14 |
dual use | 14 |
total number | 14 |
bronchogram sign | 14 |
historical institutionalism | 14 |
rich domains | 14 |
based approaches | 14 |
disulfide bond | 14 |
experimental evidence | 14 |
income countries | 14 |
adult patients | 14 |
provide new | 14 |
smooth muscle | 14 |
increased risk | 14 |
higher education | 14 |
staphylococcus aureus | 14 |
ecological niche | 14 |
connective tissue | 14 |
broad front | 13 |
approach based | 13 |
biological function | 13 |
nucleotide binding | 13 |
human population | 13 |
crime rates | 13 |
significantly different | 13 |
may develop | 13 |
heart disease | 13 |
emergency department | 13 |
biological diversity | 13 |
parenteral nutrition | 13 |
oxygen extraction | 13 |
high incidence | 13 |
phase transition | 13 |
financial support | 13 |
inspiratory pressure | 13 |
data show | 13 |
coral reefs | 13 |
cell biology | 13 |
standard deviation | 13 |
membrane interaction | 13 |
tracheal pressure | 13 |
may cause | 13 |
influenza virus | 13 |
significant correlation | 13 |
scanning calorimetry | 13 |
dimensional structure | 13 |
healthy subjects | 13 |
lipid composition | 13 |
broad range | 13 |
also present | 13 |
protein degradation | 13 |
metal binding | 13 |
binding properties | 13 |
drug resistance | 13 |
quality control | 13 |
alkaline phosphatase | 13 |
time scale | 13 |
climate changes | 13 |
qs qt | 13 |
future climate | 13 |
invasive species | 13 |
qualitatively different | 13 |
borne disease | 13 |
red blood | 13 |
disulfide redox | 13 |
disordered regions | 13 |
blood vessels | 13 |
communal conditions | 13 |
violent crime | 13 |
energy policy | 13 |
long time | 13 |
health behavior | 13 |
metal ion | 13 |
focusing events | 13 |
controlled trial | 13 |
social forces | 13 |
change attitudes | 13 |
building blocks | 13 |
social network | 13 |
negative change | 13 |
protein synthesis | 13 |
right heart | 13 |
organ dysfunction | 13 |
high concentrations | 13 |
pregnant women | 13 |
rats fed | 13 |
repeat proteins | 13 |
major change | 13 |
central america | 13 |
least two | 13 |
biologically active | 13 |
usa residents | 13 |
jugular vein | 13 |
ganz catheter | 13 |
severity score | 13 |
blood cultures | 13 |
chief cells | 13 |
dynamic light | 13 |
positive blood | 13 |
transformative change | 13 |
massachusetts cranberry | 13 |
climate refugees | 13 |
remained unchanged | 13 |
redox regulation | 13 |
ecosystem service | 13 |
tissue oxygenation | 13 |
adaptation planning | 13 |
three groups | 13 |
wedge pressure | 13 |
per se | 13 |
success rate | 12 |
protein sequences | 12 |
tyrosine kinase | 12 |
energy sector | 12 |
white cell | 12 |
focused policy | 12 |
muscularis mucosa | 12 |
oxygen transport | 12 |
metabolic theory | 12 |
two proteins | 12 |
state actors | 12 |
monoclonal antibody | 12 |
comparative study | 12 |
ray diffraction | 12 |
brain injury | 12 |
help us | 12 |
climate adaptation | 12 |
must also | 12 |
tumor cells | 12 |
mean temperature | 12 |
human populations | 12 |
carbon sequestration | 12 |
experimental studies | 12 |
fio ratio | 12 |
different classes | 12 |
optimization problem | 12 |
significant change | 12 |
disorder transitions | 12 |
distancing measures | 12 |
based climate | 12 |
seven patients | 12 |
virtual screening | 12 |
light microscopic | 12 |
new zealand | 12 |
constant flow | 12 |
cell type | 12 |
lipid interactions | 12 |
age years | 12 |
great deal | 12 |
european green | 12 |
climate mitigation | 12 |
goblet cell | 12 |
change effects | 12 |
protein families | 12 |
type ii | 12 |
pg kg | 12 |
less likely | 12 |
artificial intelligence | 12 |
human well | 12 |
life expectancy | 12 |
social scientists | 12 |
disease risk | 12 |
three major | 12 |
habitat fragmentation | 12 |
domestic violence | 12 |
mission statements | 12 |
ards patients | 12 |
sedentary behavior | 12 |
normal range | 12 |
greenhouse gases | 12 |
structural motifs | 12 |
many people | 12 |
public policy | 12 |
substrate binding | 12 |
structure determination | 12 |
scientific knowledge | 12 |
clinical signs | 12 |
toward climate | 12 |
year old | 12 |
research agenda | 12 |
chronic inflammation | 12 |
dry corridor | 12 |
institutional change | 12 |
recombinant proteins | 12 |
nutrition education | 12 |
potential impacts | 12 |
climate warming | 12 |
ecosystem changes | 12 |
also showed | 12 |
another example | 12 |
surface epithelium | 12 |
saharan africa | 12 |
transmission electron | 12 |
transmembrane domain | 12 |
respiratory insufficiency | 12 |
also show | 12 |
results provide | 12 |
squamous carcinomas | 12 |
authors declare | 12 |
public sector | 12 |
lung disease | 12 |
serine protease | 12 |
respiratory mechanics | 12 |
protein stability | 12 |
incremental changes | 12 |
major role | 12 |
systems will | 12 |
will result | 12 |
endocrine cells | 12 |
mean value | 12 |
flail chest | 12 |
also likely | 12 |
linear regression | 12 |
glandular stomach | 12 |
aboriginal population | 12 |
two distinct | 12 |
european political | 12 |
population size | 12 |
reaction center | 12 |
policy measures | 12 |
guinea pigs | 12 |
cell migration | 12 |
nucleic acids | 12 |
conversion process | 12 |
time course | 12 |
fischer rats | 12 |
previously reported | 12 |
cellular functions | 12 |
changes associated | 12 |
much lower | 12 |
early stages | 12 |
attitudes toward | 12 |
patients required | 12 |
aboriginal canadians | 12 |
assessed using | 12 |
five patients | 12 |
wistar rats | 12 |
development paths | 12 |
aboriginal communities | 12 |
material conditions | 12 |
group iii | 12 |
disease transmission | 12 |
aboriginal populations | 12 |
among growers | 12 |
renal dysfunction | 12 |
mother cell | 12 |
may include | 12 |
metal ions | 12 |
driver nodes | 11 |
artery bypass | 11 |
powerful tool | 11 |
acinar cells | 11 |
epithelial hyperplasia | 11 |
related anxiety | 11 |
zoonotic diseases | 11 |
protein surface | 11 |
examples include | 11 |
urban areas | 11 |
disease ecology | 11 |
patients suffering | 11 |
fibrillar aggregates | 11 |
shifting development | 11 |
well established | 11 |
intraepithelial lymphocytes | 11 |
proton pump | 11 |
demographic factors | 11 |
social mandate | 11 |
structural similarity | 11 |
human diseases | 11 |
supporting information | 11 |
structural basis | 11 |
national university | 11 |
large numbers | 11 |
portal vein | 11 |
celiac sprue | 11 |
rna polymerase | 11 |
previously shown | 11 |
rats following | 11 |
protein kinases | 11 |
human activities | 11 |
biodiversity loss | 11 |
one week | 11 |
top ten | 11 |
ambient temperature | 11 |
force field | 11 |
free radical | 11 |
recently developed | 11 |
high mortality | 11 |
disease vectors | 11 |
ventilatory support | 11 |
first century | 11 |
plasma lactate | 11 |
muscle cells | 11 |
change scenarios | 11 |
chest wall | 11 |
dengue virus | 11 |
essential role | 11 |
hyaluronic acid | 11 |
acute lung | 11 |
scoring system | 11 |
sequence similarity | 11 |
weather conditions | 11 |
life cycle | 11 |
imaging techniques | 11 |
hydration water | 11 |
higher depression | 11 |
binding domains | 11 |
parietal cell | 11 |
ab initio | 11 |
proton transfer | 11 |
incubation period | 11 |
fluorescent probes | 11 |
squamous metaplasia | 11 |
inflammatory agents | 11 |
virus infection | 11 |
ca binding | 11 |
spatial resolution | 11 |
routine activities | 11 |
hiv aids | 11 |
economic recovery | 11 |
acid residues | 11 |
human activity | 11 |
causal conditions | 11 |
coronavirus pandemic | 11 |
light microscopy | 11 |
glasgow coma | 11 |
transdisciplinary research | 11 |
different species | 11 |
term changes | 11 |
second group | 11 |
large amount | 11 |
target protein | 11 |
patients receiving | 11 |
helicobacter pylori | 11 |
dependent variable | 11 |
pair dataset | 11 |
organ systems | 11 |
renal function | 11 |
early stage | 11 |
cell population | 11 |
cranberry grower | 11 |
randomized controlled | 11 |
people may | 11 |
umass extension | 11 |
healthy volunteers | 11 |
also seen | 11 |
care medicine | 11 |
property crime | 11 |
helix bundle | 11 |
open heart | 11 |
dose fractionation | 11 |
light harvesting | 11 |
platelet aggregation | 11 |
affinity chromatography | 11 |
interacting proteins | 11 |
increasing evidence | 11 |
enteral nutrition | 11 |
decreased significantly | 11 |
time period | 11 |
lipid peroxidation | 11 |
mpm ii | 11 |
changes induced | 11 |
adaptive management | 11 |
analyzed using | 11 |
patient care | 11 |
per day | 11 |
new method | 11 |
antimicrobial peptides | 11 |
made available | 11 |
european countries | 11 |
adaptation strategy | 11 |
dna damage | 11 |
ml vs | 11 |
binding pocket | 11 |
analytical ultracentrifugation | 11 |
inotropic support | 11 |
livestock production | 11 |
ray structure | 11 |
salivary tissue | 11 |
also studied | 11 |
local climate | 11 |
global response | 11 |
also known | 11 |
critical state | 11 |
local adaptation | 11 |
significant reduction | 11 |
health crisis | 11 |
starting point | 11 |
dna binding | 11 |
system will | 11 |
blood culture | 11 |
energy companies | 11 |
biological membranes | 11 |
content analysis | 11 |
liver failure | 10 |
systolic blood | 10 |
ionising radiation | 10 |
international migration | 10 |
supine position | 10 |
lyme disease | 10 |
also shown | 10 |
right ventricle | 10 |
innovation systems | 10 |
european energy | 10 |
drug discovery | 10 |
room temperature | 10 |
health conditions | 10 |
drug design | 10 |
previously described | 10 |
income populations | 10 |
globule state | 10 |
tissue sections | 10 |
effect sizes | 10 |
shift development | 10 |
may produce | 10 |
neutral mucins | 10 |
complex i | 10 |
risk assessment | 10 |
use research | 10 |
blood cyanide | 10 |
exceptional event | 10 |
paris climate | 10 |
changes will | 10 |
global community | 10 |
great potential | 10 |
absence data | 10 |
molecular interactions | 10 |
low levels | 10 |
regression models | 10 |
ventricular function | 10 |
cranberry growing | 10 |
patients studied | 10 |
institutional capacity | 10 |
anniversary celebration | 10 |
critical role | 10 |
will depend | 10 |
increased significantly | 10 |
lymphoid aggregates | 10 |
clinical conditions | 10 |
induced migration | 10 |
biophysical techniques | 10 |
membrane curvature | 10 |
british columbia | 10 |
single protein | 10 |
times higher | 10 |
integral part | 10 |
change risks | 10 |
neutron scattering | 10 |
atp binding | 10 |
nmr data | 10 |
multiple trauma | 10 |
rising sea | 10 |
cell culture | 10 |
unilamellar vesicles | 10 |
following treatment | 10 |
cerebral blood | 10 |
outer membrane | 10 |
mean pulmonary | 10 |
latin american | 10 |
gracilaria chilensis | 10 |
increasing number | 10 |
strategies will | 10 |
cancer cell | 10 |
disordered sequences | 10 |
cardiopulmonary bypass | 10 |
molecule fluorescence | 10 |
radiation therapy | 10 |
care med | 10 |
positive change | 10 |
cell damage | 10 |
graduate school | 10 |
sequence information | 10 |
ethics committee | 10 |
renal replacement | 10 |
human behavior | 10 |
two domains | 10 |
rational design | 10 |
regression analysis | 10 |
pilot study | 10 |
one example | 10 |
may increase | 10 |
recovery packages | 10 |
based foods | 10 |
vulnerable populations | 10 |
take action | 10 |
active sites | 10 |
phosphate dehydrogenase | 10 |
protein association | 10 |
australian adults | 10 |
data collected | 10 |
hydrophobic interaction | 10 |
recent work | 10 |
dna synthesis | 10 |
first days | 10 |
experimental results | 10 |
sh domains | 10 |
enteral feeding | 10 |
world trade | 10 |
forced migration | 10 |
real world | 10 |
water management | 10 |
also produce | 10 |
economic impact | 10 |
energy landscape | 10 |
anxiety disorders | 10 |
fourier transform | 10 |
risk society | 10 |
health consequences | 10 |
resource allocation | 10 |
lipid vesicles | 10 |
well understood | 10 |
actin cytoskeleton | 10 |
pulmonary function | 10 |
related changes | 10 |
social determinants | 10 |
habitat suitability | 10 |
thrombolytic therapy | 10 |
systems failure | 10 |
budget processes | 10 |
minute ventilation | 10 |
new climate | 10 |
three main | 10 |
triple helix | 10 |
neuromuscular blockade | 10 |
high frequency | 10 |
binding partners | 10 |
patients may | 10 |
little attention | 10 |
national treasury | 10 |
routine activity | 10 |
immune responses | 10 |
carbon transition | 10 |
aqueous solution | 10 |
health scores | 10 |
every day | 10 |
many species | 10 |
proteins may | 10 |
research questions | 10 |
national security | 10 |
food supply | 10 |
fusion protein | 10 |
host species | 10 |
may change | 10 |
among others | 10 |
molecular modeling | 10 |
clinical practice | 10 |
water resources | 10 |
care patients | 10 |
hemodynamic status | 10 |
one year | 10 |
folded states | 10 |
carbon economy | 10 |
epidemic curve | 10 |
budget allocations | 10 |
antibiotic resistance | 10 |
reduced ecosystem | 10 |
early detection | 10 |
stroke volume | 10 |
two key | 10 |
colorectal cancer | 10 |
based protein | 10 |
impacts will | 10 |
nucleic acid | 10 |
human flourishing | 10 |
dengue fever | 10 |
within minutes | 10 |
use patterns | 10 |
close proximity | 10 |
complex systems | 10 |
national climate | 10 |
chronic inflammatory | 10 |
diseases due | 10 |
per year | 10 |
different protein | 10 |
physicochemical properties | 10 |
amyloid aggregation | 10 |
clinical outcome | 10 |
brush border | 10 |
every hours | 10 |
last decade | 10 |
pulmonary edema | 10 |
residential burglary | 10 |
sepsis syndrome | 10 |
national health | 10 |
several factors | 10 |
domain swapping | 10 |
energy production | 10 |
soluble proteins | 10 |
anthropogenic climate | 10 |
economic activity | 10 |
high molecular | 10 |
malaria transmission | 10 |
map mmhg | 10 |
change vulnerability | 10 |
based approach | 10 |
saccharomyces cerevisiae | 10 |
policy responses | 10 |
protein targets | 10 |
state failure | 10 |
research activity | 10 |
warming world | 10 |
disordered protein | 10 |
sialic acid | 10 |
high spatial | 10 |
many regions | 10 |
mitigating climate | 10 |
parasite interactions | 9 |
ghg intensity | 9 |
serious threat | 9 |
nutritional support | 9 |
age yrs | 9 |
net zero | 9 |
virulence factors | 9 |
researchers indicated | 9 |
liver function | 9 |
aortic cross | 9 |
bacillus subtilis | 9 |
structural change | 9 |
time resolution | 9 |
cell carcinoma | 9 |
european commission | 9 |
taking place | 9 |
high throughput | 9 |
climate risk | 9 |
investigated using | 9 |
binding kinetics | 9 |
cells using | 9 |
deletion mutants | 9 |
intermolecular disulfide | 9 |
key factor | 9 |
change significantly | 9 |
using two | 9 |
extreme heat | 9 |
may therefore | 9 |
aboriginal people | 9 |
study also | 9 |
heat stress | 9 |
intracranial hypertension | 9 |
therapeutic activity | 9 |
carbonic anhydrase | 9 |
intestinal wall | 9 |
patients requiring | 9 |
mathematical models | 9 |
network structures | 9 |
will take | 9 |
benefit analysis | 9 |
randomly assigned | 9 |
peep level | 9 |
new possibilities | 9 |
cognitive impairments | 9 |
predictive value | 9 |
acid species | 9 |
modeling approach | 9 |
small number | 9 |
bronchial secretions | 9 |
fluorescence quenching | 9 |
future studies | 9 |
data indicate | 9 |
three days | 9 |
new technologies | 9 |
total respiratory | 9 |
people will | 9 |
different cell | 9 |
may influence | 9 |
policy adoption | 9 |
future risks | 9 |
social norms | 9 |
stem cells | 9 |
pulmonary capillary | 9 |
paraffin embedded | 9 |
patient groups | 9 |
violent conflict | 9 |
proposed strategy | 9 |
scanning electron | 9 |
partially folded | 9 |
least three | 9 |
analysis using | 9 |
care services | 9 |
clinical use | 9 |
avian influenza | 9 |
research council | 9 |
forestomach mucosa | 9 |
air travel | 9 |
vascular resistances | 9 |
global scale | 9 |
present results | 9 |
atomic level | 9 |
natural sciences | 9 |
warning systems | 9 |
springer nature | 9 |
data bank | 9 |
bowel disease | 9 |
proteins containing | 9 |
vascular tone | 9 |
water quality | 9 |
decision makers | 9 |
national level | 9 |
research collaboration | 9 |
chronic disease | 9 |
studies using | 9 |
rat gastric | 9 |
results will | 9 |
protein data | 9 |
high efficiency | 9 |
san diego | 9 |
agricultural practices | 9 |
environmental migration | 9 |
sdm framework | 9 |
gel electrophoresis | 9 |
climate projections | 9 |
synchrotron radiation | 9 |
vice versa | 9 |
local context | 9 |
social media | 9 |
assisted colonization | 9 |
ten patients | 9 |
negative correlation | 9 |
diseases including | 9 |
support system | 9 |
likely due | 9 |
jurisdictional claims | 9 |
days later | 9 |
commercially available | 9 |
channel activity | 9 |
new light | 9 |
molecular docking | 9 |
scientific research | 9 |
intestinal villi | 9 |
brain blood | 9 |
past decade | 9 |
protein docking | 9 |
much larger | 9 |
published maps | 9 |
extremely important | 9 |
gated ion | 9 |
low carbon | 9 |
bovine serum | 9 |
recent decades | 9 |
billion people | 9 |
particularly vulnerable | 9 |
years ago | 9 |
molecule level | 9 |
one hundred | 9 |
emergency medical | 9 |
nursing staff | 9 |
surgery patients | 9 |
different proteins | 9 |
protein interface | 9 |
global energy | 9 |
photosystem ii | 9 |
mg dl | 9 |
body mucosa | 9 |
disulfide bridges | 9 |
mean time | 9 |
also occurs | 9 |
study included | 9 |
cancer treatment | 9 |
monte carlo | 9 |
living conditions | 9 |
novel coronavirus | 9 |
among cancer | 9 |
cell entry | 9 |
change science | 9 |
associated lymphoid | 9 |
also need | 9 |
oxidative damage | 9 |
organ system | 9 |
human agency | 9 |
research portfolios | 9 |
functional properties | 9 |
addressing climate | 9 |
protein expression | 9 |
march th | 9 |
quantitative studies | 9 |
change among | 9 |
final demand | 9 |
resource use | 9 |
induced conformational | 9 |
event policy | 9 |
sdm outcomes | 9 |
pressure sores | 9 |
heat wave | 9 |
thermal unfolding | 9 |
human genome | 9 |
medical staff | 9 |
policy making | 9 |
related diseases | 9 |
note springer | 9 |
interest groups | 9 |
unclear whether | 9 |
agents may | 9 |
composite health | 9 |
structural data | 9 |
femoral vein | 9 |
may affect | 9 |
causative agent | 9 |
blood transfusion | 9 |
physiologically relevant | 9 |
go terms | 9 |
water supplies | 9 |
oral mucosa | 9 |
recombinant protein | 9 |
vector populations | 9 |
total crime | 9 |
ftir spectroscopy | 9 |
increased numbers | 9 |
xanthine oxidase | 9 |
intubated patients | 9 |
another important | 9 |
critical condition | 9 |
probably due | 9 |
western blot | 9 |
world war | 9 |
case report | 9 |
energy efficiency | 9 |
animal models | 9 |
redox state | 9 |
dynamic environments | 9 |
nature remains | 9 |
one month | 9 |
general public | 9 |
human mobility | 9 |
great interest | 9 |
retrospective study | 9 |
six patients | 9 |
mhc i | 9 |
new mode | 9 |
framework convention | 9 |
different ways | 9 |
scientific evidence | 9 |
aged years | 9 |
coiled coil | 9 |
strong correlation | 9 |
demographic variables | 9 |
south african | 9 |
tyrosine kinases | 9 |
research team | 9 |
global trade | 9 |
hypovolemic shock | 9 |
surface area | 9 |
institutional affiliations | 9 |
gene delivery | 9 |
weight loss | 9 |
los angeles | 9 |
study protocol | 9 |
remains neutral | 9 |
political orientation | 9 |
terminal sequence | 9 |
also important | 9 |
transition state | 9 |
particularly important | 9 |
activity theory | 9 |
intestinal epithelial | 9 |
global north | 9 |
beagle dogs | 9 |
van der | 9 |
chemical shift | 9 |
ileal mucosa | 9 |
new world | 9 |
ecological conditions | 9 |
flow cytometry | 9 |
action potential | 9 |
perceived barriers | 9 |
toxic effects | 9 |
patients showed | 9 |
membrane potential | 9 |
sdm studies | 9 |
studies showed | 9 |
direct effects | 9 |
ace activity | 9 |
membrane surface | 8 |
small changes | 8 |
acidic residues | 8 |
tau protein | 8 |
global mean | 8 |
assist level | 8 |
climate information | 8 |
phospholipid bilayer | 8 |
human security | 8 |
higher plants | 8 |
using computational | 8 |
folded proteins | 8 |
potential therapeutic | 8 |
atpase activity | 8 |
also discuss | 8 |
delivery system | 8 |
may vary | 8 |
type enzyme | 8 |
biological sciences | 8 |
patient safety | 8 |
early postoperative | 8 |
phosphatase activity | 8 |
public support | 8 |
biophysical properties | 8 |
clinical experience | 8 |
based dynamic | 8 |
chronic health | 8 |
health sector | 8 |
environmental regulation | 8 |
hydrogen bond | 8 |
see supplementary | 8 |
climate justice | 8 |
cape cod | 8 |
histologic changes | 8 |
old male | 8 |
lung volume | 8 |
reported changes | 8 |
serum levels | 8 |
related health | 8 |
tertiary care | 8 |
actin filaments | 8 |
change point | 8 |
survey data | 8 |
human recombinant | 8 |
climatic conditions | 8 |
co eq | 8 |
antibiotic therapy | 8 |
temporal scales | 8 |
mean duration | 8 |
may represent | 8 |
federal government | 8 |
international climate | 8 |
control variables | 8 |
novo design | 8 |
disease interactions | 8 |
conformational transitions | 8 |
native structure | 8 |
technical regime | 8 |
endotracheal intubation | 8 |
microscopic examination | 8 |
air pollutants | 8 |
residence time | 8 |
widely accepted | 8 |
researchers concluded | 8 |
well tolerated | 8 |
resolved fluorescence | 8 |
rat salivary | 8 |
translational modifications | 8 |
hemorrhagic fever | 8 |
submandibular glands | 8 |
cellular membranes | 8 |
built environment | 8 |
potential role | 8 |
genetically encoded | 8 |
complex problems | 8 |
hepatic failure | 8 |
hiv infection | 8 |
distribution modeling | 8 |
novel approach | 8 |
gas analysis | 8 |
villous atrophy | 8 |
selective pulmonary | 8 |
current research | 8 |
respiratory illness | 8 |
blood coagulation | 8 |
protein molecules | 8 |
one another | 8 |
inclusion criteria | 8 |
bowel biopsy | 8 |
high concentration | 8 |
covid related | 8 |
point mutations | 8 |
results may | 8 |
indirect impacts | 8 |
protein unfolding | 8 |
negative pressure | 8 |
exclusion criteria | 8 |
cerebral perfusion | 8 |
inhaled nitric | 8 |
fuzzy set | 8 |
rats given | 8 |
transmembrane region | 8 |
single cell | 8 |
trypsin i | 8 |
risks associated | 8 |
recombinant human | 8 |
tipping point | 8 |
detailed analysis | 8 |
genetic engineering | 8 |
urban aboriginal | 8 |
bowel mucosa | 8 |
autologous blood | 8 |
great importance | 8 |
hydrophobic interactions | 8 |
atomic resolution | 8 |
low grade | 8 |
structural proteins | 8 |
different forms | 8 |
membrane lipids | 8 |
various types | 8 |
internal jugular | 8 |
kj mol | 8 |
research project | 8 |
physician portugal | 8 |
provide insights | 8 |
significantly reduced | 8 |
regime shifts | 8 |
high confidence | 8 |
lipid molecules | 8 |
particulate matter | 8 |
baseline data | 8 |
push factors | 8 |
congestive heart | 8 |
hepatic dysfunction | 8 |
overall mortality | 8 |
will become | 8 |
dynamic behavior | 8 |
transition will | 8 |
may facilitate | 8 |
diabetes mellitus | 8 |
early phase | 8 |
science foundation | 8 |
median age | 8 |
carbon footprint | 8 |
included patients | 8 |
silkworm ptth | 8 |
changes occur | 8 |
broader support | 8 |
transmembrane protein | 8 |
pandemic will | 8 |
integral membrane | 8 |
global food | 8 |
displaced persons | 8 |
lung inflation | 8 |
hydrogen bonding | 8 |
leverage points | 8 |
sigma factors | 8 |
state university | 8 |
many different | 8 |
translational modification | 8 |
commercial burglary | 8 |
average score | 8 |
important roles | 8 |
cd spectroscopy | 8 |
global level | 8 |
recovery programs | 8 |
people living | 8 |
policy coherence | 8 |
saudi arabia | 8 |
protein evolution | 8 |
left heart | 8 |
institutional conversion | 8 |
brain damage | 8 |
weather patterns | 8 |
will contribute | 8 |
stained sections | 8 |
presentation will | 8 |
public participation | 8 |
cell imaging | 8 |
digestive tract | 8 |
network effectiveness | 8 |
without evidence | 8 |
using circular | 8 |
results also | 8 |
management strategies | 8 |
safety evaluation | 8 |
global greenhouse | 8 |
living condition | 8 |
fission yeast | 8 |
kyoto protocol | 8 |
immunocytochemical study | 8 |
confirmed cases | 8 |
species will | 8 |
treated patients | 8 |
extraction ratio | 8 |
international license | 8 |
family members | 8 |
cell differentiation | 8 |
significantly greater | 8 |
using single | 8 |
interactions among | 8 |
either group | 8 |
exponential growth | 8 |
negative bacteria | 8 |
mitigation efforts | 8 |
solution structure | 8 |
key elements | 8 |
different state | 8 |
target proteins | 8 |
central role | 8 |
important part | 8 |
hydrogen peroxide | 8 |
environmental stressors | 8 |
sea ice | 8 |
square test | 8 |
body weight | 8 |
median time | 8 |
medical university | 8 |
mesenteric lymph | 8 |
eating frequency | 8 |
industrial levels | 8 |
national research | 8 |
disease prevention | 8 |
risk factor | 8 |
studies revealed | 8 |
environmental governance | 8 |
coma scale | 8 |
well developed | 8 |
lateral position | 8 |
significant association | 8 |
perceived importance | 8 |
drug development | 8 |
acid sequences | 8 |
billion dollars | 8 |
southern oscillation | 8 |
zinc hook | 8 |
dissociation constant | 8 |
antral mucosa | 8 |
four patients | 8 |
eukaryotic cells | 8 |
will provide | 8 |
mean blood | 8 |
green fluorescent | 8 |
fatty acids | 8 |
computational design | 8 |
antimicrobial peptide | 8 |
cancer prevention | 8 |
femoral artery | 8 |
low temperatures | 8 |
important factor | 8 |
two important | 8 |
relatively small | 8 |
experimental study | 8 |
qualitative comparative | 8 |
fold higher | 8 |
columnar cells | 8 |
intrinsic peep | 8 |
front politics | 8 |
network efficiency | 8 |
proportional assist | 8 |
fully understood | 8 |
least hours | 8 |
environmental issues | 8 |
binding motif | 8 |
renal syndrome | 8 |
significantly decreased | 8 |
continuous infusion | 8 |
liver disease | 8 |
time interval | 8 |
different lipid | 8 |
related social | 8 |
protein tyrosine | 8 |
environmental pressures | 8 |
action potentials | 8 |
confidence intervals | 8 |
sleep quality | 8 |
induced gastric | 8 |
global politics | 8 |
nations framework | 8 |
new governance | 8 |
experimental conditions | 8 |
related mental | 8 |
agent systems | 8 |
like proteins | 8 |
respiratory disease | 8 |
directed evolution | 8 |
duodenal ulcer | 8 |
gas emission | 8 |
response options | 8 |
based solution | 8 |
winston county | 8 |
funding agencies | 8 |
policy framework | 8 |
public opinion | 8 |
ipcc special | 8 |
emission pathways | 8 |
clinically significant | 8 |
uv cd | 8 |
animal model | 8 |
disease research | 8 |
stress scores | 8 |
critical patients | 8 |
dna repair | 8 |
oxidized structures | 8 |
previous research | 8 |
may act | 8 |
monterey sardine | 8 |
therapeutic strategies | 8 |
high rates | 8 |
minor salivary | 8 |
may take | 8 |
coalesce around | 8 |
also cause | 8 |
hospital stay | 8 |
stimulus packages | 8 |
new research | 8 |
protein domains | 8 |
pleural effusion | 8 |
homology model | 8 |
unfolded state | 8 |
human systems | 8 |
differ significantly | 8 |
neonatal intensive | 8 |
image analysis | 8 |
membrane structure | 8 |
kg day | 8 |
nmr structure | 8 |
results revealed | 8 |
gestational age | 8 |
alcohol consumption | 8 |
also provide | 8 |
ventilator settings | 8 |
membrane binding | 8 |
human development | 8 |
high number | 8 |
research center | 8 |
recent research | 8 |
many ways | 8 |
critical states | 8 |
pulmonary gas | 8 |
lung compliance | 8 |
potential risks | 8 |
similar way | 8 |
medium term | 8 |
individual risk | 8 |
small cell | 8 |
anhui province | 8 |
atom molecular | 8 |
also demonstrated | 7 |
still unknown | 7 |
mitigate climate | 7 |
pcwp ratio | 7 |
protein capsules | 7 |
strand breaks | 7 |
ulcerative colitis | 7 |
transmembrane proteins | 7 |
hela cells | 7 |
sodium channel | 7 |
stranded dna | 7 |
factors affecting | 7 |
ecosystem functioning | 7 |
fourth assessment | 7 |
crypt abscesses | 7 |
hemodynamic variables | 7 |
production process | 7 |
anticancer drugs | 7 |
molecular function | 7 |
distal colon | 7 |
accessed june | 7 |
working groups | 7 |
table i | 7 |
frontline health | 7 |
current state | 7 |
limiting step | 7 |
may differ | 7 |
arterial ph | 7 |
tertiary structures | 7 |
oleic acid | 7 |
one way | 7 |
newly synthesized | 7 |
oxide synthase | 7 |
chronic lung | 7 |
global financial | 7 |
rectal temperature | 7 |
knowledge production | 7 |
natural history | 7 |
renewable energies | 7 |
taking advantage | 7 |
will make | 7 |
using data | 7 |
largely unknown | 7 |
temperature increase | 7 |
showed significant | 7 |
drinking water | 7 |
phase diagrams | 7 |
lagging behind | 7 |
kidney transplantation | 7 |
folding cooperativity | 7 |
studies will | 7 |
social interactions | 7 |
supported lipid | 7 |
participants reported | 7 |
power generation | 7 |
cell carcinomas | 7 |
global population | 7 |
media coverage | 7 |
force spectroscopy | 7 |
social actors | 7 |
associated factors | 7 |
safe operating | 7 |
see online | 7 |
ecological factors | 7 |
legal order | 7 |
health threat | 7 |
confirmed covid | 7 |
allowing us | 7 |
following trauma | 7 |
mean square | 7 |
physiological processes | 7 |
well characterized | 7 |
might also | 7 |
murray score | 7 |
wake forest | 7 |
may reduce | 7 |
growth rate | 7 |
highly significant | 7 |
science needs | 7 |
dermatitis herpetiformis | 7 |
cvp pcwp | 7 |
statistical analyses | 7 |
higher rates | 7 |
good agreement | 7 |
hydrophobic core | 7 |
may explain | 7 |
almost half | 7 |
biological activity | 7 |
health research | 7 |
significant effect | 7 |
health interventions | 7 |
local community | 7 |
behaviour change | 7 |
physical climate | 7 |
morphologic changes | 7 |
primary structure | 7 |
solution strategy | 7 |
inflammatory process | 7 |
chain length | 7 |
large variety | 7 |
macromolecular crowding | 7 |
riskscape literature | 7 |
designed protein | 7 |
north american | 7 |
production may | 7 |
research institution | 7 |
secretory granules | 7 |
cleaner air | 7 |
electron density | 7 |
tau aggregation | 7 |
protein kinase | 7 |
granted medrxiv | 7 |
receiver operating | 7 |
radiation treatment | 7 |
explicit solvent | 7 |
model validation | 7 |
agricultural intensification | 7 |
membrane systems | 7 |
dimensional structures | 7 |
sensor proteins | 7 |
online appendix | 7 |
catalytic mechanism | 7 |
without prior | 7 |
endemic areas | 7 |
hepatic venous | 7 |
malignant diphtheria | 7 |
nationally determined | 7 |
regional myocardial | 7 |
mediated effects | 7 |
may prove | 7 |
adaptation options | 7 |
work will | 7 |
laboratory rodents | 7 |
nmr experiments | 7 |
intestinal epithelium | 7 |
relatively large | 7 |
possible role | 7 |
main reason | 7 |
medical center | 7 |
conformational stability | 7 |
relatively short | 7 |
advancing age | 7 |
aggregation propensity | 7 |
nmr spectra | 7 |
important residues | 7 |
growth hormone | 7 |
po group | 7 |
care providers | 7 |
carbon monoxide | 7 |
protected areas | 7 |
operating space | 7 |
frequently used | 7 |
core elements | 7 |
protease activity | 7 |
global supply | 7 |
structural differences | 7 |
evaluated using | 7 |
eight patients | 7 |
renewable resources | 7 |
spectroscopic techniques | 7 |
pivotal role | 7 |
related global | 7 |
peptide conjugates | 7 |
next section | 7 |
negative changes | 7 |
emerging economies | 7 |
amyloid fibril | 7 |
care nurse | 7 |
septal defect | 7 |
vast majority | 7 |
demographic data | 7 |
author funder | 7 |
sulphated mucins | 7 |
depressive symptoms | 7 |
right side | 7 |
protease inhibitors | 7 |
within one | 7 |
new conceptual | 7 |
may involve | 7 |
acute inflammatory | 7 |
occur within | 7 |
manage climate | 7 |
ecological communities | 7 |
four different | 7 |
organ donation | 7 |
qm mm | 7 |
large conformational | 7 |
channel blockers | 7 |
catalytic residues | 7 |
medical students | 7 |
global pandemic | 7 |
high quality | 7 |
energy conversion | 7 |
term economic | 7 |
stem cell | 7 |
multiple environmental | 7 |
vulnerability assessment | 7 |
cognitive change | 7 |
promising approach | 7 |
clinical studies | 7 |
fluorescence anisotropy | 7 |
receptor tyrosine | 7 |
will lead | 7 |
serious complications | 7 |
develop new | 7 |
severe trauma | 7 |
tube compensation | 7 |
urban centers | 7 |
step towards | 7 |
cancer research | 7 |
human cancer | 7 |
capable guardians | 7 |
hinge region | 7 |
airway resistance | 7 |
health symptoms | 7 |
loneliness scale | 7 |
existing governance | 7 |
structural model | 7 |
deep change | 7 |
economic viability | 7 |
terminal residues | 7 |
communicable disease | 7 |
risk groups | 7 |
system change | 7 |
personality traits | 7 |
molecular recognition | 7 |
global political | 7 |
time resolved | 7 |
binding affinities | 7 |
steady state | 7 |
using molecular | 7 |
change poses | 7 |
change rate | 7 |
lung water | 7 |
body temperature | 7 |
climate neutrality | 7 |
patients presented | 7 |
binding process | 7 |
islet amyloid | 7 |
postoperative day | 7 |
cognitive changes | 7 |
new knowledge | 7 |
collagenous sprue | 7 |
public views | 7 |
transgenic mice | 7 |
trade organization | 7 |
interactions within | 7 |
high temperatures | 7 |
cell numbers | 7 |
mean sem | 7 |
forest university | 7 |
op cit | 7 |
protein production | 7 |
status quo | 7 |
cells show | 7 |
globular proteins | 7 |
regional climate | 7 |
may indicate | 7 |
donor blood | 7 |
methods used | 7 |
provide evidence | 7 |
determined contributions | 7 |
european climate | 7 |
higher incidence | 7 |
different approaches | 7 |
national development | 7 |
repeat protein | 7 |
natural disaster | 7 |
remains unchanged | 7 |
temperature dependence | 7 |
cyt cb | 7 |
go beyond | 7 |
bound state | 7 |
shop floor | 7 |
driving force | 7 |
native protein | 7 |
important insights | 7 |
densely populated | 7 |
remains unknown | 7 |
redox conditions | 7 |
habitat loss | 7 |
copyright holder | 7 |
protease inhibitor | 7 |
spatial distribution | 7 |
chest pain | 7 |
med doi | 7 |
york city | 7 |
natural environment | 7 |
predictor variables | 7 |
printed materials | 7 |
selective decontamination | 7 |
conformational states | 7 |
different perspectives | 7 |
pathological changes | 7 |
play important | 7 |
calcium ions | 7 |
natural capital | 7 |
acute physiology | 7 |
bowel biopsies | 7 |
international research | 7 |
biological research | 7 |
information technology | 7 |
der waals | 7 |
routinely used | 7 |
ards group | 7 |
directly related | 7 |
arterial oxygen | 7 |
moonlighting proteins | 7 |
total dose | 7 |
known structure | 7 |
logistical support | 7 |
five days | 7 |
additional information | 7 |
septic complications | 7 |
surgical procedures | 7 |
optical tweezers | 7 |
positive correlation | 7 |
blood supply | 7 |
adaptive potential | 7 |
solar energy | 7 |
religious conversion | 7 |
acyl chain | 7 |
time periods | 7 |
human societies | 7 |
independent variables | 7 |
still remains | 7 |
low ph | 7 |
puritan bennett | 7 |
sendai framework | 7 |
green transition | 7 |
also influence | 7 |
recent data | 7 |
term mechanical | 7 |
viral rna | 7 |
still poorly | 7 |
therapeutic intervention | 7 |
apache iii | 7 |
provide insight | 7 |
governance mechanisms | 7 |
model systems | 7 |
budget process | 7 |
phosphorylation sites | 7 |
rna binding | 7 |
energy expenditure | 7 |
recent climate | 7 |
study suggests | 7 |
model membrane | 7 |
change score | 7 |
giant unilamellar | 7 |
histological examination | 7 |
freshwater systems | 7 |
tim barrel | 7 |
positive effect | 7 |
based methods | 7 |
aut onoma | 7 |
across space | 7 |
health policy | 7 |
calcium channel | 7 |
towards sustainability | 7 |
folding process | 7 |
ion conductance | 7 |
crypt cell | 7 |
time per | 7 |
evolutionary adaptation | 7 |
main goal | 7 |
soluble adhesion | 7 |
rebound effects | 7 |
critical review | 7 |
schiff base | 7 |
change involves | 7 |
intestinal inflammation | 7 |
future health | 7 |
rebound effect | 7 |
intravenous administration | 7 |
data suggests | 7 |
correlation analysis | 7 |
anxiety disorder | 7 |
natural resource | 7 |
creative commons | 7 |
two pts | 7 |
tracheal intubation | 7 |
non survivors | 7 |
financial markets | 7 |
pressure score | 7 |
first group | 7 |
sequence analysis | 7 |
scientific consensus | 7 |
online survey | 7 |
different combinations | 7 |
services may | 7 |
delivery systems | 7 |
negative consequences | 7 |
change doi | 7 |
community resilience | 7 |
expiratory flow | 7 |
higher scores | 7 |
long distances | 7 |
water interface | 7 |
fluorescence intensity | 7 |
containing cells | 7 |
cynomolgus monkeys | 7 |
put forward | 7 |
hook domain | 7 |
recent advances | 7 |
supplementary table | 7 |
different spatial | 7 |
existing studies | 7 |
bbc news | 7 |
healthy planet | 7 |
range expansion | 7 |
research areas | 7 |
precise mechanism | 7 |
dispute settlement | 7 |
whole blood | 7 |
model based | 7 |
based medicine | 7 |
mainly due | 7 |
zn binding | 7 |
research networks | 7 |
south america | 7 |
pandemic may | 7 |
species differences | 7 |
powerful actors | 7 |
second approach | 7 |
energy sources | 7 |
see section | 7 |
limited number | 7 |
minor changes | 7 |
among actors | 7 |
electrostatic interaction | 7 |
public policies | 7 |
bronchial asthma | 7 |
will involve | 7 |
large bowel | 7 |
scores compared | 7 |
zero emissions | 7 |
co vasoreactivity | 7 |
massive pulmonary | 7 |
ecological footprint | 7 |
environmental sustainability | 7 |
relatively low | 7 |
complex system | 7 |
ecosystem functions | 7 |
trna synthetase | 7 |
much less | 7 |
signalling pathways | 7 |
model accuracy | 7 |
related deaths | 7 |