Unique adaptations contribute to the longevity of American lobster
Medium - 04-Jul-2021Insights on longevity, neural, and immune adaptations are revealed by a lobster
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Science Director at Gloucester Marine Genomics Institute
Andrea is a scientist whose research interests lie at the intersection of marine biology and human health. With experience in both academic and industry settings, she brings a unique perspective and broad experience important to establishing a new world-class research institute. Prior to joining GMGI as the Science Director, Andrea was a Senior Scientist in the Molecular Discovery Lab at the Bermuda Institute of Ocean Sciences (BIOS). At BIOS, her research program focused on using sea urchins as models to understand the cellular and molecular mechanisms underlying extreme longevity, negligible aging, and naturally occurring resistance to cancer. Prior to that, Andrea held Senior Scientist positions in the Oncology Department of Hoffman-La Roche, the Department of Cell Biology and Pharmacology at Geron Corporation, and the Bioprocessing Technology Institute at the National University of Singapore. She received a BSc and Ph.D. in Biochemistry from McMaster University in Canada and conducted post-doctoral studies in the Department of Neurological Science at the University of London.
Visit website: https://gmgi.org/about/team/leadership/andrea-bodnar-phd/
See also: Gloucester Marine Genomics Institute - World's First Marine Genomics Research Institute
Details last updated 12-Feb-2020
Insights on longevity, neural, and immune adaptations are revealed by a lobster
High cell damage tolerance, unfaltering telomeres, stem cells, to mention a few
Sea urchins can quickly regrow damaged spines and feet. MDI Biological Laboratory studying sea u...