Are you interested in biomedical research? Are you considering graduate school?  Do you want a career that allows you to have an impact on people’s health and make a difference?

Do you want a summer job where you will learn new skills and contribute to an important biomedical issue?

The Neuroscience Summer Undergraduate Research Program could be for you!

Application Now Open

Application Deadline is February 1, 2020

Reference Letters Deadline is February 18, 2020

Benefits of NSURP:

• Hands-on research experience
• Poster session at end of program
• Scientific seminars and journal clubs
• Competitive stipend ($4,000)
• Assistance with preparing for graduate school
• Meet students from across the country

Eligible Students

If you are a college student (for citizens or permanent residents only) contemplating graduate studies in the biomedical sciences, you are eligible to apply. Selection will be based on your completed application, an unofficial transcript from your undergraduate institution(s), interest in research training, and two letters of recommendation from faculty members. Funding includes a stipend, and we help arrange and supplement your housing costs. Applications from women and members of underrepresented minority groups are particularly encouraged and welcome.

Program dates: June 1st, 2020 to August 7th, 2020

Application Materials Deadline: February 18th, 2020

Program Description

The NSURP program for undergraduate research in neuroscience at the University of Texas Medical Branch on the beautiful island of Galveston, Texas provides undergraduate students the opportunity for cutting-edge, interdisciplinary research in the area of neuroscience. One of the program goals is to promote the success of women and underrepresented minorities in science.

In order to capitalize on our nation’s intellectual potential and develop viable treatments to debilitating neurological diseases and conditions such as Alzheimer’s Disease, Parkinson’s Disease, Traumatic Brain Injury, and understand the mechanisms of addiction and pain, we need to train a new generation of scholars in neuroscience who can creatively approach problems in a variety of ways. Under the guidance of a faculty mentor, you will learn biomedical neuroscience research skills related to cell and molecular biology, translational sciences, toxicology, infectious disease research, stem cells, and tissue engineering, just to name a few! You will also become familiar with techniques like cell culturing, isolation of stem cells, immunoassays, animal surgery, mass spectroscopy, and electrophysiology.