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Site Updated: 8/18/2009
Research Overview
In the Griffin Lab, we are interested in the neural basis of learning and memory. The hippocampus has been shown to be crucial for episodic memory, but also plays a larger role in a system of brain structures that allow for memory-guided behavior. Of particular interest is the medial prefrontal cortex, which receives direct projections from hippocampus and is thought to use retrieved memories to construct a plan of action during task performance and to aid in memory consolidation following learning. Utilizing the technique of in vivo electrophysiology in conjunction with inactivation of discrete brain regions, we hope to answer questions about the nature of interplay between key structures known to be involved in learning and memory processes. Understanding the nature of complex cognitive processes such as learning and memory will have important implications, including the possible treatment of neurological disorders such as Alzheimer’s disease, attention deficit hyperactivity disorder and schizophrenia.
Griffin Lab News
Mahsa Parvizi was presented with the "Spirit of McNair" award and took third place in the McNair research poster presentation for her project "Correlation between behavioral flexibility and working memory impairments in rodent model of schizophrenia".
Dr Griffin was awarded the Juan Villamarin Mentor of the Year Award.