Netgene are a group of Netter medical students interested in advancing the practice of, and research in, genomics and personalized medicine. Our goal is to provide a community for students, scientists, residents, physicians, medical geneticists, and other professionals working in the field.

Netgene serves to identify mentorship opportunities, organize clinical case reviews, host research presentations, and offer workshops in computational genomics.

The Netgene CoLab offers a forum for those doing research related to genomics and personalized medicine to share their ideas, get feedback on their work, learn new methods, and form collaborations.

Netgene's faculty advisor is Professor Miriam DiMaio.

Our Team

Jack Goodman is a first-year medical student at Netter. Previously his research has focused on discovery of small molecule therapeutics for the treatment of orphan diseases.

Jack Goodman

Co-President

Janhawi Kelkar is a fourth-year medical student at Netter. She is passionate about medical genetics and plans to pursue a residency in internal medicine.

Janhawi Kelkar

Co-President

Marcus Alexander is a first-year medical student at Netter. He does research in the Human Nature Lab at Yale on microbiome metagenomics and social networks.

Marcus Alexander

Co-President

Luiza B. Chepkemoi is a first-year medical student at Netter. She is interested in the application of medical genetics to both cancer epidemiology and precision medicine.

Luiza B. Chepkemoi

Chief Financial Officer

Allison Lonstein is interested in epigenetics particularly how one’s environment can alter genetic material in our lifetime and how trauma can potentially be passed on transgenerationally.

Allison Lonstein

Katherine Nichols is a first-year medical student at Netter. She is interested in the application of medical genetics in the study of carcinogenesis and cancer immunotherapy efficacy.

Katherine Nichols

Dave is a first-year medical student at Netter and interested in the application of personalized medicine to clinical practice. Before medical school, he did bench work in molecular diagnostics

David Hyndman