1. Ambient and household PM2.5 pollution and adverse perinatal outcomes: A meta-regression and analysis of attributable global burden for 204 countries and territories
- Author
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Rakesh Ghosh, Kate Causey, Katrin Burkart, Sara Wozniak, Aaron Cohen, and Michael Brauer
- Subjects
Systematic Reviews ,Physiology ,Epidemiology ,Maternal Health ,Materials Science ,Gestational Age ,Preterm Birth ,Global Health ,Research and Analysis Methods ,Global Burden of Disease ,Pregnancy ,Air Pollution ,Medicine and Health Sciences ,Humans ,Birth Weight ,Public and Occupational Health ,Materials ,Body Weight ,Ecology and Environmental Sciences ,Pregnancy Outcome ,Correction ,Biology and Life Sciences ,Obstetrics and Gynecology ,General Medicine ,Infant, Low Birth Weight ,Research Assessment ,Pollution ,Pregnancy Complications ,Particulates ,Physiological Parameters ,Maternal Exposure ,Medical Risk Factors ,Mixtures ,Physical Sciences ,Birth ,Medicine ,Premature Birth ,Regression Analysis ,Women's Health ,Female ,Particulate Matter ,Research Article - Abstract
Background Particulate matter, Rakesh Ghosh and co-workers report on associations between particulate matter air pollution and adverse perinatal health outcomes., Author summary Why was this study done? Air pollution is a leading risk factor for global disease burden, yet its impacts on perinatal outcomes have not previously been included, despite evidence from more than 150 original research articles showing evidence on the adverse effects of exposure to particulate matter
- Published
- 2021