Studying the evolution of longevity-associated traits and the gene regulatory networks that govern them in extraordinarily long-lived mammals at all levels of life.
We’re recruiting undergrads, grad students, and postdocs interested in studying the evolution of aging using pangenomics, molecular and cellular biology, and functional evolutionary genomics.
Our newest paper, featuring our work on understanding the evolution of longevity-associated traits and innate immunity in Myotis bats. The publication features our cell line resources and near-complete reference genomes for 9 species Myotis bats.
We had a great time meeting new and old friends and colleagues to discuss current work in physiology, toxicology, and cell biology on marine species! As a result of our discussions on the current challenges and opportunities in marine mammal research, we penned a position paper, which has since been published in Frontiers in Marine Science.