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Toxicology Program

Toxicology

Aug 16, 2024

Dr. Hari Easwaren, Associate Professor, Johns Hopkins University

Epigenetic dependencies govern aging and tissue-specific cancer development https://tinyurl.com/ToxFall24

Aug 16, 2024

Dr. Ryan Vetreno, Assistant Professor, University of North Carolina

No REST for the weak: Neuroimmune and epigenetic mechanisms underlying reversible suppression of cholinergic neuron phenotype   https://tinyurl.com/ToxFall24

Aug 16, 2024

Dr. Peter Broglie, CMS Sr. Program Manager, Precision BioSciences, Inc.

Lessons Learned from a Project Manager TGSA Alumni Speaker Career Exposures https://tinyurl.com/ToxFall24

Aug 16, 2024

Dr. Paul Doetsch, Senior Investigator, NIEHS

The double-edges sword of DNA repair: Understanding pathway interactions and the consequences of dysregulation of repair system components in cancer   https://tinyurl.com/ToxFall24

Aug 16, 2024

Dr. Dale Sandler, Senior Investigator, NIEHS

Engulfed in Disaster: Studying health effects of an oil spill in a disadvantaged population   https://tinyurl.com/ToxFall24

Aug 16, 2024

Dr. David Skaar, Associate Research Professor, NC State University

The Human Imprintome: Survival in the Postgenome Era   https://tinyurl.com/ToxFall24

Aug 16, 2024

Ashley Connors & Vicmarie Marrero-Colon

“Exploring the impacts of PFASs on immune and developmental endpoints” & “The Imprinted Gene Network in Environmentally-Induced Metabolic Dysfunction-Associated Steatotic Liver Disease”   https://tinyurl.com/ToxFall24

Aug 16, 2024

Dr. Cindy Moylan, Associate Professor of Medicine, Duke University

Liver Disease Across the Life Span: Connecting the dots through collaboration   https://tinyurl.com/ToxFall24

Feb 2, 2024

Dr. Gayathri Devi, Duke University

One Network: Precision Health and Community Partnerships to Address Breast Cancer Health Disparity

Feb 2, 2024

Dr. Ryan Vetreno, Assistant Professor – University of North Carolina

No REST for the weak: Neuroimmune and epigenetic mechanisms underlying reversible suppression of cholinergic neuron phenotype