|
female |
17 |
|
hong kong |
17 |
|
hong kong - epidemiology |
16 |
|
humans |
16 |
|
adult |
15 |
|
aged |
15 |
|
middle aged |
15 |
|
mortality |
14 |
|
cohort studies |
12 |
|
incidence |
12 |
|
poisson distribution |
11 |
|
age distribution |
10 |
|
male |
10 |
|
survival rate |
10 |
|
time factors |
10 |
|
adolescent |
9 |
|
air pollution |
9 |
|
child |
9 |
|
child, preschool |
9 |
|
infant |
9 |
|
influenza |
9 |
|
longitudinal studies |
9 |
|
risk assessment |
9 |
|
age factors |
8 |
|
age-period-cohort |
8 |
|
aged, 80 and over |
8 |
|
european continental ancestry group - statistics & numerical data |
8 |
|
hospitalization |
8 |
|
life expectancy |
8 |
|
life tables |
8 |
|
registries |
8 |
|
risk factors |
8 |
|
air pollution - adverse effects |
7 |
|
asian americans - statistics & numerical data |
7 |
|
breast cancer |
7 |
|
breast neoplasms |
7 |
|
breast neoplasms - epidemiology |
7 |
|
breast neoplasms - epidemiology - ethnology - mortality |
7 |
|
carcinoma, ductal, breast - epidemiology - ethnology - mortality |
7 |
|
cohort study |
7 |
|
comorbidity |
7 |
|
developed countries - statistics & numerical data |
7 |
|
elderly |
7 |
|
exercise - physiology |
7 |
|
influenza, human - complications - mortality - therapy |
7 |
|
life style |
7 |
|
life table |
7 |
|
medical sciences |
7 |
|
models, statistical |
7 |
|
public health and safety |
7 |
|
risk |
7 |
|
seer program |
7 |
|
smoking |
7 |
|
socioeconomic factors |
7 |
|
united states - epidemiology |
7 |
|
asia - epidemiology |
6 |
|
cardiovascular diseases - mortality |
6 |
|
cause of death |
6 |
|
cluster analysis |
6 |
|
cohort |
6 |
|
contact tracing |
6 |
|
cox model |
6 |
|
cross infection - epidemiology - prevention & control - transmission |
6 |
|
depression |
6 |
|
disease outbreaks - prevention & control - statistics & numerical data |
6 |
|
disease outbreaks - statistics & numerical data |
6 |
|
disease progression |
6 |
|
effect modification |
6 |
|
epidemiologic methods |
6 |
|
excess life-years lost |
6 |
|
infant, newborn |
6 |
|
infection control |
6 |
|
likelihood functions |
6 |
|
mathematics |
6 |
|
patient isolation |
6 |
|
population-based |
6 |
|
premature mortality |
6 |
|
probability |
6 |
|
public health |
6 |
|
public health practice |
6 |
|
quarantine |
6 |
|
quarantine - methods - statistics & numerical data |
6 |
|
sars virus - physiology |
6 |
|
severe acute respiratory syndrome - diagnosis - epidemiology |
6 |
|
severe acute respiratory syndrome - epidemiology - prevention & control - transmission - virology |
6 |
|
social class |
6 |
|
stochastic processes |
6 |
|
suicide |
6 |
|
temporal trends |
6 |
|
thermal stress |
6 |
|
world health |
6 |
|
young adult |
6 |
|
adolescence |
5 |
|
air pollutants |
5 |
|
air pollutants - adverse effects |
5 |
|
air pollutants - toxicity |
5 |
|
air pollution - adverse effects - statistics & numerical data |
5 |
|
apparent temperature |
5 |
|
brain synchronization |
5 |
|
breast neoplasms - prevention & control |
5 |
|
cardiorespiratory disease |
5 |
|
case-only approach |
5 |
|
chinese |
5 |
|
confounding |
5 |
|
death |
5 |
|
deprivation |
5 |
|
educational status |
5 |
|
eeg |
5 |
|
effects modification |
5 |
|
elderly cohort |
5 |
|
exercise |
5 |
|
high-entropy music |
5 |
|
hospitalization - statistics & numerical data |
5 |
|
hyperscanning |
5 |
|
influenza activity |
5 |
|
influenza, human - epidemiology - physiopathology |
5 |
|
interviews as topic |
5 |
|
mammography |
5 |
|
meditation |
5 |
|
nitrogen dioxide - analysis - toxicity |
5 |
|
obesity |
5 |
|
ozone - analysis - toxicity |
5 |
|
ozone - toxicity |
5 |
|
particulate matter - adverse effects |
5 |
|
particulate matter - analysis - toxicity |
5 |
|
pregnancy |
5 |
|
public housing |
5 |
|
regression analysis |
5 |
|
respiration disorders - mortality |
5 |
|
respiratory |
5 |
|
seasons |
5 |
|
smoking - epidemiology |
5 |
|
social connectedness |
5 |
|
sulfur dioxide - analysis - toxicity |
5 |
|
time series analysis |
5 |
|
urban health |
5 |
|
aging |
4 |
|
air pollutants - adverse effects - analysis |
4 |
|
air pollution - adverse effects - analysis - economics |
4 |
|
air pollution - analysis |
4 |
|
air quality guidelines |
4 |
|
awareness training program |
4 |
|
bangkok |
4 |
|
binary latent variable |
4 |
|
birth rate - trends |
4 |
|
breast neoplasms - ethnology - radiography |
4 |
|
bugs |
4 |
|
cardiovascular diseases - chemically induced - epidemiology - mortality |
4 |
|
cardiovascular diseases - chemically induced - mortality |
4 |
|
cesarean section - statistics & numerical data - trends |
4 |
|
cesarean section - utilization |
4 |
|
compensation |
4 |
|
computer simulation |
4 |
|
cost of illness |
4 |
|
demography |
4 |
|
diabetic retinopathy |
4 |
|
disease burden |
4 |
|
dose-response relationship, drug |
4 |
|
electroencephalogram |
4 |
|
england - epidemiology |
4 |
|
environmental exposure |
4 |
|
ethnic groups - statistics & numerical data |
4 |
|
evidence-based medicine |
4 |
|
exceedance |
4 |
|
fecal incontinence - prevention & control |
4 |
|
fuel oils |
4 |
|
gamma wave |
4 |
|
gibbs sampling |
4 |
|
health status indicators |
4 |
|
hospitalization - economics - statistics & numerical data |
4 |
|
hospitals, maternity - statistics & numerical data - trends |
4 |
|
hospitals, private - statistics & numerical data |
4 |
|
hospitals, private - statistics & numerical data - trends |
4 |
|
hospitals, public - statistics & numerical data |
4 |
|
hospitals, public - statistics & numerical data - trends |
4 |
|
influenza, human - epidemiology - mortality |
4 |
|
intervention studies |
4 |
|
mammography - standards - utilization |
4 |
|
mammography - utilization |
4 |
|
markov chains |
4 |
|
mass screening - standards - utilization |
4 |
|
medical sciences public health and safety |
4 |
|
midwifery - standards |
4 |
|
monte carlo method |
4 |
|
morbidity |
4 |
|
multiple binary outcomes |
4 |
|
neoplasms - mortality |
4 |
|
nitrogen dioxide |
4 |
|
nitrogen dioxide - analysis |
4 |
|
ozone |
4 |
|
ozone - analysis |
4 |
|
particulate matter |
4 |
|
particulate matter - analysis |
4 |
|
patient admission - statistics & numerical data |
4 |
|
patient satisfaction |
4 |
|
practice guidelines as topic |
4 |
|
prognosis |
4 |
|
questionnaires |
4 |
|
randomized controlled trials as topic |
4 |
|
respiratory syncytial virus infections - epidemiology - mortality |
4 |
|
respiratory tract diseases - chemically induced - epidemiology - mortality |
4 |
|
respiratory tract diseases - chemically induced - mortality |
4 |
|
respiratory tract diseases - economics - etiology - mortality |
4 |
|
respiratory tract diseases - epidemiology |
4 |
|
respiratory tract infections - chemically induced - mortality - virology |
4 |
|
risk reduction behavior |
4 |
|
screening |
4 |
|
sensitivity and specificity |
4 |
|
sex factors |
4 |
|
shanghai |
4 |
|
social responsibility |
4 |
|
spatial analysis |
4 |
|
sulfur dioxide |
4 |
|
sulfur dioxide - adverse effects - analysis |
4 |
|
sulfur dioxide - analysis |
4 |
|
time-series analysis |
4 |
|
time-to-treatment |
4 |
|
treatment outcome |
4 |
|
vaccine |
4 |
|
vision screening |
4 |
|
wales - epidemiology |
4 |
|
women's health |
4 |
|
wuhan |
4 |
|
air pollutants - analysis |
3 |
|
air pollution - statistics & numerical data |
3 |
|
atmosphere - chemistry |
3 |
|
bayesian methods |
3 |
|
burden of disease |
3 |
|
canyon monitoring |
3 |
|
case-only study |
3 |
|
cervical cancer |
3 |
|
cervical intraepithelial neoplasia - diagnosis - epidemiology - prevention & control |
3 |
|
complex human traits |
3 |
|
distributed lag nonlinear model |
3 |
|
dynamic exposure |
3 |
|
effect modifiers |
3 |
|
elders |
3 |
|
environmental monitoring |
3 |
|
exposure assessment |
3 |
|
extreme cold |
3 |
|
functional enrichment |
3 |
|
generalized ld score regression |
3 |
|
gis |
3 |
|
gwas summary statistics |
3 |
|
infiltration efficiencies |
3 |
|
land use regression |
3 |
|
local indicators of spatial association (lisa) |
3 |
|
lung diseases - mortality |
3 |
|
mass screening |
3 |
|
maximum likelihood estimation |
3 |
|
medical condition |
3 |
|
meteorological parameters |
3 |
|
models, theoretical |
3 |
|
nested case-control study |
3 |
|
observation |
3 |
|
partition heritability |
3 |
|
pet |
3 |
|
physiological equivalent temperature |
3 |
|
physiological equivalent temperature (pet) |
3 |
|
raster map/image |
3 |
|
rayman model |
3 |
|
seyll |
3 |
|
socio-economic deprivation |
3 |
|
standard expected years of life lost |
3 |
|
temperature |
3 |
|
thermal comfort |
3 |
|
time series |
3 |
|
time-activity |
3 |
|
travel behavior |
3 |
|
urban climatic map |
3 |
|
uterine cervical neoplasms - diagnosis - epidemiology - prevention & control |
3 |
|
vertical dispersion |
3 |
|
visibility |
3 |
|
weather variables |
3 |
|
air pollutants - analysis - toxicity |
2 |
|
air pollution - analysis - statistics & numerical data |
2 |
|
air quality index |
2 |
|
ambiguity |
2 |
|
bayesian hierarchical models |
2 |
|
bic |
2 |
|
capes |
2 |
|
causal inference |
2 |
|
censoring |
2 |
|
china - epidemiology |
2 |
|
co |
2 |
|
cox proportional hazards regression |
2 |
|
eclipsing |
2 |
|
fine particulate matter |
2 |
|
genetic data |
2 |
|
hazard ratio |
2 |
|
health |
2 |
|
instrumental variables |
2 |
|
interaction |
2 |
|
klang valley |
2 |
|
malaysia |
2 |
|
mendelian randomization |
2 |
|
mortality - trends |
2 |
|
nonparametric maximum likelihood |
2 |
|
o3 |
2 |
|
pleiotropy |
2 |
|
pm10 |
2 |
|
relative risk |
2 |
|
research design |
2 |
|
smoothing |
2 |
|
survival |
2 |
|
vehicle-kilometres travelled |
2 |
|
alri |
1 |
|
and practices (kap) |
1 |
|
attitudes |
1 |
|
cecg |
1 |
|
children's health |
1 |
|
chinese expert consensus guidelines |
1 |
|
circadian rhythm |
1 |
|
digital biomarkers |
1 |
|
fitness tracker |
1 |
|
heart rate |
1 |
|
incident hemodialysis |
1 |
|
knowledge |
1 |
|
machine learning |
1 |
|
positive-skills intervention |
1 |
|
psychological adjustment |
1 |
|
randomized controlled trial |
1 |
|
renal replacement therapy |
1 |
|
rest-activity rhythm |
1 |
|
tetanus |
1 |
|
tetanus toxoid |
1 |
|
vietnam |
1 |
|
wearable electronic device |
1 |
