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Neurons

The neuroscience program at Mason emphasizes the relationship between the cellular and molecular function of the nervous system and the behavior of an organism. 

Why choose neuroscience? A degree in neuroscience is ideal for students interested in medical and health related fields, graduate study or industry work.  Do you want to understand what makes us perceive, think, decide, behave, and interact with others? Or, do you want to look for cures for diseases from Parkinson's and Alzheimer's to depression and addiction?  Mason's Interdisciplinary Program in Neuroscience (IPN) brings together scientists and physicians from multiple disciplines that explore these topics and more. While Mason is the largest research intensive university in Virginia, our neuroscience program maintains small class sizes and a warm, personal approach. 

Visit Us On Campus

Come to our campus and learn more about our program!

  • Neuroscience Department Main Offices

    204 Krasnow Institute, Fairfax Campus

  • Campus Map
Krasnow Building

Our Neuroscience research at Mason may send you down many fascinating paths

Mason offers a broad neuroscience research scope ranging from the sub-cellular and molecular level (in the context of such phenomena as drug addiction and the biological basis of schizophrenia) to the systems and behavioral level.

Wendy research

Explore research opportunities

You have multiple ways to gain research experience at Mason. Our program offers several laboratory courses where you can design and execute original scholarly research projects as part of the course. Many of our students present their projects at Mason’s research symposiums and at regional and national meetings.

Program Design

The Neuroscience degree can be tailored for any pre-health degree. We can build your program.

Neuroscience students at Mason blend coursework from multiple disciplines, like data science or psychology, with dedicated neuroscience courses. Small class sizes (20 students on average) build a close-knit community so students can better master analysis skills with more hands-on research opportunities.

Research

Why the Interdisciplinary Program in Neuroscience?

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The increase in Neuroscience BS students over the past ten years. In 2018, 75% of those graduates were women. 

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More than half of our PhD graduates from 2013 to present work in industry positions, with the remaining working in governmental organizations (such as the National Institute of Health) and academia. 

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The Interdisciplinary Program in Neuroscience includes faculty from 5 different programs and departments, spanning 3 different colleges at Mason.

News and Events

Events

Calendar
Jul26

IPN PhD Dissertation Defense: Sarojini Attili

Jul 26, 2021/9:00 AM - 12:00 PM

Via Zoom. 

Please email gscott21@gmu.edu for the Zoom link. 

QUANTIFICATION OF NEURON TYPES IN THE RODENT HIPPOCAMPAL FORMATION USING COMPUTATIONAL METHODS Sarojini Manjusha Attili, Ph.D. Candidate George Mason University, 2021 Dissertation Director: Dr. Giorgio A. Ascoli Computational biology is a powerful means to achieve a deeper understanding of the brain through modeling and simulations. To accomplish such a task
Jul26

Return to Campus Open Forum

Jul 26, 2021/11:00 AM - 12:30 PM

From Mason's Human Resources and Payroll office: As mentioned in our July 7 email, we would like to invite all faculty and staff to attend open forums focusing on our Return to Campus. These forums will review the guidance shared in the Return to Campus for Supervisors training, best practices
Jul28

Return to Campus Open Forum

Jul 28, 2021/1:00 - 2:30 PM

From Mason's Human Resources and Payroll office: As mentioned in our July 7 email, we would like to invite all faculty and staff to attend open forums focusing on our Return to Campus. These forums will review the guidance shared in the Return to Campus for Supervisors training, best practices