Department of Genetics faculty, postdocs, students and collaborators published seven papers during Jan. 12-25, 2020.

Department of Genetics faculty, postdocs, students and collaborators published eleven papers during Sept. 22 – Oct. 5, 2019.

Dr. Terrence Furey, Associate Professor of Genetics, was one of the awardees of the Center for Environmental Health and Susceptibility (CEHS) Pilot Projects Program.

During the last three weeks, Department of Genetics faculty members, along with their colleagues, have published 21 manuscripts on a wide variety of topics. A survey of current practices for genomic sequencing test interpretation and reporting processes in US laboratories. O’Daniel JM, McLaughlin HM, Amendola LM, Bale SJ, Berg JS, Bick D, Bowling KM, Chao … Read more

This project will focus on identifying genetic, regulatory activity, and gene expression changes that significantly contribute to IBD at molecular and clinical levels. Terry Furey, PhD, Associate Professor of Genetics and Biology and Shehzad Sheikh, MD, PhD, Assistant Professor of Medicine and Genetics and Member of the Multidisciplinary Center for IBD Research and Treatment, have … Read more

Bailey Peck, a Genetics and Molecular Biology graduate student in Praveen Sethupathy’s lab, is first author of a collaborative paper, with Bioinformatics and Computational Biology grad student Matthew Weiser (Furey lab), Shehzad Sheikh, Assistant Professor of Medicine and Genetics (senior author), and Drs. Sethupathy and Furey as coauthors. The article is available online in the … Read more

Matt Weiser, a graduate student in Terry’s lab, is first author on the paper, entitled “Novel Distal eQTL Analysis Demonstrates Effect of Population Genetic Architecture on Detecting and Interpreting Associations.” Standard eQTL mapping methods carry significant multiple testing burdens, limiting their ability to detect eQTL distal to the affected gene. The article describes a novel … Read more

The article discusses three reports on DNA variants in the human genome that affect gene regulation epigenetically, via sequence-specific binding-affinity of transcription factors.