Petrie, Katherine - University of California, San Diego

个人简介

Katie Petrie received her Ph.D. in Biology from The Scripps Research Institute in 2014, where she studied the processes that drive evolution by combining in vitro molecular model systems with high throughput sequencing. She completed her postdoctoral work as an EON Research Fellow, splitting her time between UC San Diego and the Earth–Life Science Institute (ELSI) in Tokyo, Japan. She joined UC San Diego as an Assistant Teaching Professor in 2018.

研究领域

Education As an assistant teaching professor, I bring bioinformatics and genomics—key tools for doing biology in the 21st century—into the undergraduate curriculum at UC San Diego. I am interested in how enabling students to use this technology impacts their learning and careers. In my teaching efforts, I use proven active learning strategies to maximize student engagement. I am interested in developing new teaching strategies for building scientific literacy, and on expanding access to STEM fields by incorporating research with primary data into the classroom experience. As part of this effort, I am incorporating CURES (Course-Based Undergraduate Research Experiences) into the courses I teach. These gives students the opportunity to make a genuine contribution to scientific knowledge during their laboratory classes, and have the potential to increase inclusivity and retention in STEM careers. Biological As an evolutionary biologist, I am interested in understanding the driving forces for evolution, including the mechanisms underlying evolutionary innovations. In collaboration with members of Justin Meyer’s lab here at UCSD, I use genomic and laboratory approaches to better understand how evolution can lead to new traits and functions. Recently, we’ve discovered a multi-tasking protein that enables an important evolutionary transition: the ability of a virus, bacteriophage λ, to infect a new host. In collaboration with researchers at the Earth–Life Science Institute in Tokyo, Japan, I am also studying how selective interactions between nucleic acids and minerals might have contributed to pre-Darwinian enrichment processes on the early earth prior to the origin of life.

近期论文

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Rohan Maddamsetti, Daniel T. Johnson, Stephanie J. Spielman, Katherine L. Petrie, Debora S. Marks, Justin R. Meyer. Gain-of-function experiments in bacteriophage lambda uncover residues under diversifying selection in nature. Evolution in press Katherine L. Petrie, Nathan D. Palmer, Daniel T. Johnson, Sarah J. Medina, Stephanie J. Yan, Victor Li, Alita R. Burmeister, Justin R. Meyer. Destabilizing mutations encode nongenetic variation that drives evolutionary innovation. Science 359, 1542-1545 (2018) Katherine L. Petrie, Gerald F. Joyce. Limits of neutral drift: Lessons from the in vitro evolution of two ribozymes. Journal of Molecular Evolution 79, 75-90 (2014) Katherine L. Petrie, Gerald F. Joyce. Deep sequencing analysis of mutations resulting from the incorporation of dNTP analogs. Nucleic Acids Research 38, 8095-8104 (2010)