Patrick Patrick Lusk, PhD

Assistant Professor of Cell Biology

Research Interests

Cells; Chromosomes; Nuclear Envelope

Research Organizations

Cell Biology

Discovery to Cure Internship

Research Summary

The Lusk lab focuses on understanding the molecular mechanisms that control the organization, structure and function of the nuclear envelope: the membrane system that encapsulates the genome of all eukaryotes.

At the heart of this pursuit is the examination of the function of membrane proteins that selectively enrich at the nuclear envelope. Mutation or deletion of several genes encoding these proteins have profound effects on cellular processes that result in the loss of nuclear envelope structure along with changes in gene expression and an increase in genome instability. These phenotypes often lead to cell death or the manifestation of specific diseases termed nuclear envelopathies. To fully understand the mechanisms that contribute to these essential processes, we have identified conserved integral membrane proteins in the budding yeast S. cerevisiae. Using yeast as a model system allows us to use a myriad of genetic, biochemical and cell biological methodology to directly examine how membrane proteins affect various aspects of nuclear envelope physiology. Ongoing projects in the lab include (a) defining mechanisms of nuclear pore complex assembly and distribution (b) understanding membrane protein traffic to the inner nuclear membrane (c) investigating the role of membrane proteins in controlling transcription, gene recruitment and genome stability at the nuclear periphery.

Selected Publications

Edit this profile

Contact Info

Patrick Patrick Lusk, PhD
Lab Location
Boyer Center for Molecular Medicine
295 Congress Avenue, Ste BCMM 247

New Haven, CT 06510
Office Location
Boyer Center for Molecular Medicine
295 Congress Avenue, Ste BCMM 254B

New Haven, CT 06510
Mailing Address
Department of Cell BiologyPO Box 208002
333 Cedar Street

New Haven, CT 06520-8002

Lusk Lab Website