Associate Professor Matthew Slattery

Medical School, Duluth Campus
Medical School
Twin Cities
Project Title: 
Regulatory Precision in Stress-Responsive Transcriptional Networks

Whole genome sequencing has become increasingly straightforward in recent years, though our understanding of the regulatory genome – the noncoding portion of the genome dictating where, when, and to what level genes are expressed – remains incomplete. Research in the Slattery lab explores the mechanisms by which transcription factors interact with noncoding regulatory DNA elements, also known as enhancers, to influence cell fate decisions. They use an integrative approach centered on three major themes – DNA binding specificity, context-specific genomics, and cis-regulatory element dissection – to characterize gene regulatory networks controlling the response to environmental stress. Importantly, this approach also allows them to identify and test noncoding DNA variants linking the response to cell stress with various disease states.

Project Investigators

Daniel Levings
Salil Saurav Pathak
Associate Professor Matthew Slattery
 
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