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Ambient temperature exposure and rapid infant weight gain
Neora Alterman
, Daniel Nevo
, Ronit Calderon-Margalit
, Iaroslav Youssim
, Bar Weinstein
,
Itai Kloog
, Michael Hauzer
, Raanan Raz
Department of Environmental, Geoinformatics and Urban Planning Sciences
Research output
:
Contribution to journal
›
Article
›
peer-review
3
Scopus citations
Overview
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Keyphrases
Ambient Temperature
100%
Temperature Exposure
100%
Rapid Weight Gain
100%
Confidence Interval
28%
High Ambient Temperature
28%
Postnatal Exposure
28%
Risk Factors
14%
Growth Velocity
14%
Low Temperature
14%
Public Health Risk
14%
Population-based
14%
During Pregnancy
14%
Adjusted Relative Risk
14%
Prenatal Exposure
14%
Childhood Obesity
14%
At Birth
14%
Fetal Growth
14%
Early Pregnancy
14%
Historical Cohort Study
14%
Mid-pregnancy
14%
Late Pregnancy
14%
Generalized Linear Model
14%
Translation Technique
14%
Distributed Lag Non-linear Model
14%
Spatio-temporal Model
14%
Weight Measurement
14%
Rotational Method
14%
Pregnancy Exposure
14%
Infant Weight Gain
14%
Global Rate
14%
Pharmacology, Toxicology and Pharmaceutical Science
Cohort Study
100%
Obesity
100%
Childhood Obesity
100%
Psychology
Weight Gain
100%
Public Health
12%
Health Concern
12%
Childhood Obesity
12%
Distributed Lag Model
12%
Generalized Linear Model
12%