Jacob Musser, Ph.D.
Assistant Professor in Molecular, Cellular & Developmental Biology · Yale Faculty of Arts and Sciences · Yale University
Quick answer: Jacob Musser, Ph.D. is Assistant Professor in Molecular, Cellular & Developmental Biology at Yale University. Jacob Musser, Ph.D. shows an active PhD hiring signal as of 2026-09-11.
⭐ Looking to join our group? We seek fun and motivated students at all levels of experience that are excited to explore animal cell diversity. Check out our lab page for more information and contact Jacob to apply.
Research interests
Our lab investigates one of the great mysteries of animal evolution, how animals evolved to make specialized cells and orchestrate complex multicellular behavior. This required a suite of new inventions: genomic mechanisms to generate distinct genetic programs, new machinery to enact specialized cell functions, and novel intercellular signaling to coordinate cells. To understand this, our lab investigates sponges, comb jellies, and other early-branching animal lineages that provide a unique window into early animal life and give insight into the general principles of animal cell architecture. We take a highly interdisciplinary approach, utilizing single-cell sequencing, functional proteomics, and high-resolution 3D imaging of cells and entire animal bodies. Ongoing research projects include investigating the origin of animal muscles and locomotion, the evolution of the nervous system and neuronal synapse, and the cellular adaptations enabling colonization of new habitats.
Frequently asked questions
Is Jacob Musser, Ph.D. hiring PhD students at Yale University?
Yes. As of 2026-09-11, Jacob Musser, Ph.D.'s faculty page shows a PhD hiring signal: Looking to join our group? We seek fun and motivated students at all levels of experience that are excited to explore animal cell diversity. Check out our lab page for more information and contact Jac.
What does Jacob Musser, Ph.D. research?
Our lab investigates one of the great mysteries of animal evolution, how animals evolved to make specialized cells and orchestrate complex multicellular behavior. This required a suite of new inventions: genomic mechanisms to generate distinct genetic programs, new machinery to enact specialized ce
Data last updated: 2026-09-11 · Source: phd-match.com faculty database.
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