Americans don’t think bird flu is a threat, study suggests
Peer-Reviewed Publication
New Haven, Conn. — A new study led by researchers at Yale University suggests that early-life exposure to two widespread environmental pollutants— small particle air pollution and outdoor artificial light at night—could increase the risk of pediatric thyroid cancer.
The study—a collaborative effort involving multiple Yale departments and institutions across the U.S.—found a “significant association” between exposure to ambient fine particulate matter air pollution (PM2.5) and outdoor artificial light at night (O-ALAN) and increased risk of papillary thyroid cancer in children and young adults up to 19 years old. The exposures occurred during the perinatal stage of life, typically defined as the time from when pregnancy occurs up to a year after birth.
At the Rice360 Institute for Global Health Technologies’ 15th annual Undergraduate Design Competition, the future of global health innovation was on full display. Rice University welcomed 22 student teams from 18 universities across eight countries, both in-person and virtually, to present affordable, practical solutions designed to improve health care in low-resource settings at the April 11 event. Far from just another student competition, the event serves as a global stage where future engineers, scientists and public health leaders come together to address some of the world’s most urgent health care challenges.
The researchers integrated computational and functional approaches that enabled them to identify not only specific genes whose alterations predicted increased AD risk in humans and behavioral impairments in AD fruit fly models but also showed that reversing the gene changes has a neuroprotective effect in living organisms.