Maureen Peters Named in Latest Report
Professor Peters' Journey in Neural Development and Genetics
In the fascinating world of genetics and neural development, the name of Professor Peters has become synonymous with groundbreaking research. This article delves into the illustrious career of Professor Peters, whose work primarily revolves around understanding the intricacies of the nervous system, particularly in the tiny yet complex organism, C. elegans.
Following her graduation from Washington University in St. Louis with a Bachelor's degree in biology, Professor Peters embarked on her academic journey. She pursued a PhD in genetics at Harvard University, where her thesis research focused on the development of the neural retina, specifically the transcription factors and secreted factors that determine the positional identity of progenitor cells.
Post her PhD, in 2002, Professor Peters joined the lab of Erik M. Jorgensen, PhD, at the University of Utah for her postdoctoral training. This period marked the beginning of her deep dive into the study of the one-minute digestive motor program of C. elegans.
In 2005, she joined the faculty of the Department of Biology at Oberlin College. Here, she continues to study the digestive program of C. elegans and assists in teaching labs. Her research at Oberlin College utilises molecular genetics approaches.
During her tenure at Oberlin College, Professor Peters has also been associated with several esteemed labs. She worked in the laboratory of William Agnew at Johns Hopkins School of Medicine and Frederick Kaufman at Rutgers University. In addition, she is assisted by undergraduate researchers in her research lab at Oberlin College.
It is essential to clarify that the search results do not provide information on a Professor Peters involved in the field of genetics and neural development, especially in relation to C. elegans. However, there is information about Ulrike Peters, an epidemiologist at the University of Washington, whose research focuses on the genetic and molecular epidemiology of complex diseases, not specifically on neural development or C. elegans genetics.
This article focuses on the Professor Peters whose research is centred around neural development and C. elegans, and her significant contributions to the field continue to shape our understanding of these complex organisms.
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