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Neurobiology Billboard

Neurobiology Department

Neurobiology Billboard

Neurobiology Department

Our Mission

The Department of Neurobiology at the University of Utah advances discovery of the fundamental principles that govern nervous system development, function, adaptation, and disease. Through innovative and collaborative research, our faculty investigate neural circuits and behavior, sensory processing, brain-body communication, gene regulation and epigenetics, developmental and regenerative mechanisms, and the molecular and cellular foundations of neurological and neuropsychiatric disorders. Our work spans multiple levels of organization, from genes and cells to neural systems, cognition, and behavior, with the goal of generating new knowledge that improves human health. 

We are committed to excellence in education and mentorship through the training of graduate students, postdoctoral scholars, medical students, and future biomedical scientists. Building on a strong tradition of leadership in health sciences education and scholarship, we cultivate a collaborative, and intellectually rigorous environment that promotes scientific discovery, professional development, and lifelong learning. As an integral member of the University of Utah's neuroscience and bioscience communities, we foster interdisciplinary partnerships that drive innovation, advance education, and prepare the next generation of leaders in research, medicine, and education.

Latest News

Upcoming Events

Tuesday
October 6, 2026

Department Seminar series

Neurobiology Department seminar series presenting Dr. Kara Marshall from Baylor College of Medicine ...

Learn More

Tuesday
October 6, 2026

Department Seminar series

Neurobiology Department seminar series presenting Dr. Kara Marshall from Baylor College of Medicine ...

Learn More

Tuesday
November 3, 2026

Neurobiology Department Seminar Series

Neurobiology Department seminar series presenting Dr. Erin Gibson from Wu Tsai Neurosciences Institute ...

Learn More

BODY DONOR PROGRAM

We are living in an age of accelerated medical learning and increasing knowledge. This knowledge compounds daily and ultimately improves the quality of life of all people. During these times when medical dreams are becoming reality, more anatomical material is needed to meet the demands of medical education and research.

We are hiring!

The Department of Neurobiology invites applications for a tenure-track faculty position at any rank from innovative, collaborative scientists studying the mechanisms of brain function or disease. Applicants from all areas of neuroscience are welcome, particularly those using multidisciplinary approaches and advanced technologies in cellular, molecular, developmental, disease, or aging research.

Faculty Spotlight

Christopher Gregg Highlight
Christopher Gregg, PhD

Christopher Gregg

Christopher Gregg is a Professor of Neurobiology and Benning Presidential Endowed Chair at the University of Utah. His lab integrates comparative genomics, single-cell multi-omics, genome editing, and computational behavioral analyses to uncover how gene regulatory mechanisms link metabolism, brain function, and naturalistic behavior. The Gregg Lab aims to identify conserved cis-regulatory elements that control adaptive capacities across species and reveal novel genetic targets for disease resilience and precision medicine. He is the co-founder of Storyline Health Inc., Primordial AI, and Uncharted Health. His translational work applies behavioral artificial intelligence and comparative genomics to create scalable precision medicine technologies.

Student Spotlight

Jordan Grammer
Jordan Grammer

Jordan Grammer

“What excites me most about neuroscience is the opportunity to create tools and approaches that help us ask better questions about how the brain shapes behavior. I’m grateful to be part of a department that values both discovery and collaboration.”
Jordan Grammer (Zelikowski Lab) Graduate Student

Jordan’s research focuses on the neurobiology of social behavior, specifically how social isolation shapes social anxiety-related neural circuits.

Most recently, Jordan was first author on a publication in Cell Reports Methods titled “An integrative assay for measuring social aversion and motivation in freely behaving mice” (2025). This innovative work introduces a new behavioral assay that allows scientists to study the balance between social avoidance and approach in naturalistic settings, providing the field with a powerful new tool to dissect the neural mechanisms of social behavior.

Rising Stars in Neuroscience

2026 Symposium

The 6th annual symposium was a success! See details on our mission, features, and the postdoctoral award of $5000.

WHY UTAH?

In Utah you can truly have it all. Salt Lake City and the surrounding areas offer new comers diverse neighborhoods, great schools, arts and entertainment, and endless possibilities for sports and recreation. A strong economy and low cost of living make Utah a perfect choice to call home.