Disrupting Generation of Epileptic Networks

About Us

The Parker Lab aims to identify mechanisms involved in early brain development that, when disrupted, result in cortical malformation, epilepsy, and neurocognitive dysfunction. By understanding elements of this process, we are working to devise targeted therapies which can be delivered early, even during fetal development, with the goal of preventing the progression of disease rather than simply treating seizures and other symptoms after dysfunctional networks have already formed.
epilepsy, pediatric epilepsy, epileptic networks, brain development, fetal development

Captions

Health Sciences
Research Facility Ill

Our lab is located on the 9th floor of the new HSF Ill building. The space features state of the art equipment and an open concept designed to facilitate collaborations. We are excited to be part of a bustling research team to set new standards of excellence in biomedical research.

Research

Uncovering STRADA’s Role in Neuronal Migration and Epilepsy
Low-intensity FUS to interrupt epileptic network development
Fetal gene delivery to treat neurodevelopment disorders

Join Us!

We are looking for enthusiastic and motivated scientists to join our lab family. If you’re ambitious, passionate about epilepsy research, we want to hear from you. Email us with a short paragraph about yourself and a CV / resume.

We have positions for:

Interested in joining as a graduate student? Learn more about our

Neuroscience Program at University of Maryland Baltimore.