Research

Scott Pearson, MD, professor of Surgery (back row with tie), and James Patton, PhD, Stevenson Professor of Biological Sciences (on Pearson’s left), celebrate year two of the Master’s Program in Biomedical Sciences they co-direct with the 16 students enrolled this year plus some of the 10 students from last year’s class. The program prepares students for a broad array of health professional careers. Patton directs the Vanderbilt University Interdisciplinary Graduate Program. Pearson is a core faculty member of the Center for Biomedical Ethics and Society at Vanderbilt University Medical Center. For more information, visit https://gradschool.vanderbilt.edu/postbac.
September 9, 2019

Year two for Master’s Program in Biomedical Sciences

Vanderbilt’s Master’s Program in Biomedical Sciences prepares students for a broad array of health professional careers.

brain and lightning
September 9, 2019

Astrocytes and epilepsy

A protein with important functions in astrocytes — star-shaped brain support cells — may alter neuronal excitability and contribute to seizure activity, Vanderbilt researchers report.

September 5, 2019

How salt increases blood pressure

Vanderbilt researchers have discovered that a protein called SGK1 in immune cells is activated by sodium, leading to the development of salt-sensitive hypertension.

Catie Chang, PhD, MS, Dario Englot, MD, PhD, and colleagues are studying brain networks related to cognitive deficits in patients with temporal lobe epilepsy.
September 5, 2019

Team explores epilepsy-related brain disturbances

A team led by a neurosurgeon-scientist and an engineering professor who specializes in techniques for analyzing functional neuroimaging data has received a $3 million grant to study disturbances in brain networks related to attention lapses and cognitive deficits in patients with temporal lobe epilepsy.

DNA sequence
September 5, 2019

Study backs genetic testing for all metastatic breast cancer patients

September 5, 2019

The plus and minus of microtubules

Understanding the dynamic regulation of cytoskeletal microtubules may suggest new ways to treat disorders ranging from Alzheimer’s disease to cancer.