NIEHS study shows that disruptions to mitochondria can alter how genes are expressed, with long-lasting ramifications.
Former NIEHS Director Kenneth Olden inaugurates a series recognizing exceptional scientists from underrepresented groups.
NIEHS study shows that disruptions to mitochondria can alter how genes are expressed, with long-lasting ramifications.
Antibody fragments that blocked the novel coronavirus from entering human cells show promise for treating COVID-19, yet need more study.
Jeannie Lee shared her groundbreaking research into X-chromosome inactivation, a key process in female embryonic development.
NIEHS and the National Institute of Allergy and Infectious Diseases seek to understand why some people are more vulnerable to the disease.
NIEHS scientists discussed mitochondrial mutations, RNA modifications, and more at Environmental Mutagenesis and Genomics Society meeting.
Findings build confidence in the human relevance of data from animal models of cancer.
Reviews of progestogens, paraquat, and neonicotinoid pesticides are among the first of a new type of National Toxicology Program report.
The Defense Advanced Research Projects Agency seeks to better understand how harmful agents may affect the human epigenome.
Scientists discussed potential effects on development and reproduction, and ways to improve hazard assessment.
The 2020 meeting of the North Carolina Society of Toxicology included a career panel and presentations by NIEHS early-career scientists.
Behind-the-scenes efforts ensured employees can return safely to work and have resulted in zero on-site transmissions.
Experts at federal meeting focus on areas for reducing animal use in testing.
Her research on the rare condition xeroderma pigmentosum could help explain why some people are at greater risk of developing skin cancer.
The virtual event warmly celebrated the hard work, innovation, and team spirit at NIEHS, even without handshakes or hugs.
New lesson plans enhance students’ critical thinking skills by encouraging them to assess various COVID-19 risk factors.