The Harvard NIEHS Center supports the research of environmental health scientists working across disciplines and institutions to better understand how exposures to environmental toxins impact our health. Here is a sampling of recent research accomplishments by our members:
Climate, Air Pollution and Risk for Heart Disease, Stroke:
Drs. Diane Gold and Jonathan Samet explain the link and provide advise on how to protect your cardiovascular health.
Growing number of chemicals linked with neurodevelopmental disabilities
A recent study outlines possible links between newly recognized neurotoxicants and negative health effects on children
BPA linked to infertility in women
This Center Pilot Study by members Catherine Racowsky, Russ Hauser and Paige Williams, and colleagues, shows a direct effect of Bisphenol-A (BPA) on human egg maturation.
DNA Hypomethylation, Ambient Particulate Matter, and Increased Blood Pressure
Understanding the mechanisms linking air pollution exposure to deadly cardiovascular outcomes.
Air Pollution Exposure may increase risk of having child with autism
Groundbreaking new work links risk for autism to exposure to high levels of air pollution during pregnancy
Exposure to Lead Linked to Dementia in Parkinson’s Disease
Dementia is a major health concern for some patients with Parkinson’s disease, but why some Parkinson’s patients develop dementia and some don’t is not understood. Exposure to lead may be contributing to the problem.
Arsenic: Learning the Effects, Lessening the Impacts in Bangladesh
Inorganic arsenic is colorless, odorless, and tasteless, but its impacts on the human body include cancers, blood vessel and nerve damage, immune and endocrine system disruption, and harm to developing fetuses and children. In this article, NIEHS features the work of Center investigators on arsenic exposure in Bangladesh.
Air Pollution Exposure Effects Biomarker for Cardiovascular Disease Risk
The effects of particulate matter (PM), the mixture of particles in airborne pollution, on the body remains a major public health concern. This study investigates factors involved in toxicity from airborne particles and a mechanism by which air pollution could lead to cardiovascular and cardiopulmonary disease.