The Sudmant Lab @ UC Berkeley
the sudmant lab
the evolution and diversity of aging, genome structure, and mutation

The objective of our research is to understand aging and genome structure in the context of evolution, adaptation, and cellular diversity. Our lab philosophy is firmly based on the premise that science should be fun, inclusive, collaborative, and open.

The Sudmant Lab at UC Berkeley uses genomics, computational, statistical, and experimental methods to interrogate genetic and molecular phenotypic diversity at both the organismal and cellular level. We study the evolution, causes, and consequences of aging as well as the evolution of genome structure and cellular diversity.


We are recruiting! more information about joining the lab...


2025/9/23 Samvardhini's paper 'Recurrent structural variation and recent turnover at the 17q21.31 locus in humans and great apes' is posted to bioRxiv!


2025/8/1 We're thrilled to announce that postdoc Joana Rocha will be starting her own lab as an Assistant Professor of Biology at NYU, beginning in January 2026!! Amazing achievement, Joana! Learn more at her faculty website!


2025/6/24 Congrats to John and Nicolas on their presentations at Evolution 2025!


2025/5/7 Congrats to Stacy and Peter on their great talks at Biology of Genomes and to Manny, Sam, and Scott on their posters!


2025/4/10 We're so excited to announce that postdoctoral fellow Manny Vazquez will be starting his own lab at Penn State University in August 2025!! Many congrats to Manny on this awesome achievement! Learn more at his lab website lab.vazquez.bio


2024/10/17 Sudmant lab in the news! Check out this article from the NYTimes' Carl Zimmer on our recent paper on evolution at the amylase locus: How Early Humans Evolved to Eat Starch


2024/10/11 Congrats to Manny on his pre-print 'Extensive longevity and DNA virus-driven adaptation in nearctic Myotis bats' on bioRxiv!


2024/09/04 Congratulations to co-first authors Alma, Nicolas, and Joana and collaborators on the publication of their paper "Recurrent evolution and selection shape structural diversity at the amylase locus" in Nature!


more news...