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was a Rotation Graduate Student in the Petrov Lab. She did her undergraduate work in Chemical Engineering at Purdue University and then came to Stanford to get her master’s degree. Fascinated about the beauty of biology and how elegantly the Mother Nature has engineered the complex systems of life, Yiwen subsequently joined the Department of Chemical and Systems Biology. She is interested in understanding how epigenetic changes may contribute to rapid adaptations under fluctuating environments.
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is a graduate student in the Petrov and Curtis Labs where she is working on a number of topics related to evolution of cancer. She was a research assistant in the Petrov Lab (2014-2018) and worked on a number of projects primarily related to our effort to understand pattersn of seasonal adaptation in Drosophila. Susanne received her B.S. in Cell and Developmental Biology from UCSB, where she worked with studying the genetics basis of different behavioral preferences within Drosophila. She is interested in learning about molecular, genetic, and developmental biology from an evolutionary perspective.
is a research intern in the Petrov lab (2016-now). She is currently a junior at Palo Alto High School. She is interested in discovering how machine learning and informatics can be used to model features in evolutionary biology. She is passionate about Biology and Computer Science, and wants to pursue research that is cross-disciplinary and borders both fields. She is interested in studying how adaptive mutations affect the gene expression and organism-level phenotypes of organisms from a bioinformatics standpoint. She is being mentored by the postdoctoral fellow in the lab, Kerry Geiler-Samerotte.
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is the Petrov Lab Administrator (2015-now). Susan is originally from Boston and joined Stanford most recently from Atlanta, where she worked as an admin in an accounting firm. She has more than 12 years of experience supporting high-level partners, executives, and managers in the public and private sector. Susan's family recently relocated to the Bay Area in September. Here is what Susan says about herself: "I am very excited and extremely lucky to be a part of the Stanford community. I look forward to a long-term career at Stanford, especially with the Biology department." For questions about the lab, please email
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is an Assistant Professor at the Institute of Science of Evolution in Montpellier (). Anna's research is focused on the impact of structural variation and repetitive elements on genome function and evolutionary adaptation. While in the Petrov Lab (2008-2013) Anna developed the for TE discovery, annotation, and population analysis using NGS data and worked on a number of projects focused on TE function and evolution. She received her Ph.D. from the in Paris under the guidance of in 2008. She investigated the evolutionary dynamics of Transposable Elements (TEs) and their impact on genome structure and evolution combining comparative genomic and phylogenomic approaches. She showed that the gene density is the main force that shapes the TE sequence evolution in . Her analysis of segmental duplications in contributed to propose a mechanistic model of segmental duplication formation based on non-allelic homologous recombination. She provided evidences of TE role in the duplication formation (). Infering the evolutionary events that have led to the formation of a new operon-like cluster from A. thaliana, she also showed the role of TEs in the formation and the maintenance of duplications (). Anna's research project is to investigate the contribution of TEs on genome adaptive evolution developing accurate and powerful computational tools for TE dynamic analysis. She started designing an interactive tool to estimate the recombination rate along the genome sequences (). Using this tools, she were able to investigate the TE evolutionary dynamics in Drosophila ( ). She then developped a computational pipeline for TE annotation in population using next-gen sequencing data ().
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is an Assistant Professor at the University of Freiburg in Germany's beautiful black forest. The Biology department at the University of Freiburg is supported by the German “Excellence Initiative”, a program that supports only the best Universities in the country. While in the Petrov Lab (2010-2013) Fabian studied the bacterial flora associated with Drosophila in the wild and in the lab. During his PhD at the Fabian studied the evolution of gene expression in house mice and discovered a new gene, which emerged from noncoding sequence in the house mouse lineage. In the Petrov Lab Fabian studies the bacterial flora associated with Drosophila and its contribution to adaptive evolution of the host.