mp3284 at columbia.edu
Molly received a B.A. in Mathematics from Princeton University and a Ph.D. from the Committee on Evolutionary Biology at the University of Chicago, working with Brian Charlesworth and Dick Hudson. Her postdoc was in the group of Peter Donnelly in the Statistics Dept. of the University of Oxford, and was followed by a two year stint as a research scientist at the Max Planck Institute for Evolutionary Anthropology. Before moving to Columbia University, she was a faculty member at the University of Chicago (where she was also a Howard Hughes Medical Institute Early Career Scientist) as well as, briefly, at Brown University.
ia2337 at columbia.edu
Ipsita has an undergraduate degree in Biology and Economics from Amherst College (2013). She is a Ph.D. student in the Biological Sciences doctoral program. Her research focuses on the causes and consequences of de novo mutations in humans.
ia2337 at columbia.edu
Nooriel received his undergraduate degree in Chemistry from UCLA (2015). He is a joint Ph.D. student with Peter Andolfatto and Molly Przeworski, working on mutation rates in primate and avian species. When not working, he enjoys photography, watching Bugs Bunny reruns and buying sweet dill pickle chips from the Farmer’s market in Harlem (not necessarily in that order).
zlf2101 at columbia.edu
Zach has an undergraduate degree in Biology from Creighton University and received his PhD in Biology at Penn State (2017) where he worked with Steve Schaeffer. His dissertation focused on investigating the mechanisms establishing chromosomal inversions in populations of Drosophila, as well as analyzing adaptive evolution in African honey bees. For his postdoc, Zach is investigating the dynamics of deleterious alleles in humans, funded by an NRSA postdoctoral grant, as well as the population genetics of coral.
ah3586 at columbia.edu
Arbel studies questions linking genetic variation and evolution: What are the major forces guiding the evolution of populations? How do molecular mechanisms shape genetic variation? How does natural selection act on many traits and on many genes simultaneously? Arbel holds B.Sc. degrees in Mathematics and Physics, M.S. degrees in Ecology/Evolution and Statistics and–most recently–a Ph.D. in Biology working with Jonathan Pritchard as a CEHG fellow at Stanford University. Arbel is a Junior Fellow at the Simons Society of Fellows. As of April 2021, he will be an Asst. Prof at the University of Texas, Austin.
crh2152 at columbia.edu
Carla studied Biology and Biochemistry at the University of Pennsylvania, where she received her undergraduate and masters degrees (2017). She is currently a PhD student in the Biological Sciences doctoral program and a recipient of an NSF pre-doctoral fellowship. Her research in the lab focuses on the evolution of recombination in vertebrates.
marcd91 at gmail.com
Marc has an undergraduate degree in Human Biology, a M.S in Bioinformatics and recieved his PhD in Biomedicine at Universitat Pompeu Fabra, Barcelona. During his PhD, Marc studied introgression events between chimpanzees and bonobos, as well as genetic adaptations in the lineage of domestic dogs. He is currently interested in using comparative genomics to deepen our understanding of the mutation process.
jjs2273 at columbia.edu
Jihanne is a current Science Research Fellow of the Columbia College class of 2021 and has previously worked in the Cornish lab at Columbia on characterizing promoters in yeast. She is pursuing a major in Biochemistry and a concentration in Computer Science in the Department of Biological Sciences and works on coral genomics in the Przeworski lab.
flw2113 at columbia.edu
Felix has an undergraduate degree in Organismic and Evolutionary Biology from Harvard University (2014). He is a Ph.D. student in the Integrated Program in Cellular, Molecular and Biomedical Studies doctoral program. He currently works on estimating mutation rates in primates. Outside of the lab, Felix is interested in music and cooking, but he swears that he doesn’t sing Verdi in the kitchen.
ay2520 at columbia.edu
Jointly with Kristin Baldwin’s lab, Anna is investigating mechanisms through which mutations accumulate in quiescent (e.g. oocytes) or post-mitotic cells (e.g. neurons) and implications for evolution and aging, using cell types derived from iPSCs. Anna holds a B.S.E in Bioengineering from the University of Pittsburgh and a Ph.D. from the Rockefeller University, where she worked with Eric Siggia and Ali Brivanlou.