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International Study Links Ambient PM2.5 Exposure to Lower Clinical Pregnancy and Live-Birth Rates Following Assisted Reproductive Technology.
- An international study found that higher exposure to fine particulate matter is linked to lower clinical pregnancy and live-birth rates after assisted reproductive technology across Europe, North America, and East Asia.
- The research was conducted by Taiwan IVF Group, Ton Yen General Hospital, and Professor Barry Behr of Stanford University and presented at the 42nd Annual Meeting of the European Society of Human Reproduction and Embryology.
- The study combined ART registry data from 2010 to 2022 with environmental datasets from WHO, the European Environment Agency, and NASA to analyze the effects of PM2.5 on ART outcomes.
- Regions with higher PM2.5 levels showed approximately 5–12% lower clinical pregnancy rates and 4–10% lower live-birth rates, with these trends consistent across all studied geographic areas.
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International Study Links Ambient PM2.5 Exposure to Lower Clinical Pregnancy and Live-Birth Rates Following Assisted Reproductive Technology.
Research presented by Taipei American School student Jeffrey Zi Kang Huang at ESHRE 2026 through an international collaboration among Taiwan IVF Group, Ton Yen General Hospital, and Stanford University.
·Washington, United States
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Total News Sources16
Leaning Left4Leaning Right1Center11Last UpdatedBias Distribution69% Center
Bias Distribution
- 69% of the sources are Center
69% Center
L 25%
C 69%
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