##############################################
Standard Site Content
##########################################

Research Interests
We investigate molecular mechanisms of synaptic and circuitry development and psychiatric disorders
Team Members
We are a highly driven research team with diverse backgrounds in areas of neuroscience and cell biology

The Feng laboratory focuses on the development of synapses and circuitry and their disruption in brain disorders. Using molecular genetics combined with behavioral and electrophysiological methods, the lab seeks to understand how disruptions in these components can contribute to psychiatric disorders. We hope that understanding the molecular, cellular, and circuitry underpinnings of behaviors and psychiatric disorders will eventually lead to the development of novel, effective treatments.

Active Projects

Recent News

Diversity and Inclusion

Our lab is committed to creating a diverse, welcoming, and collaborative environment inclusive to all its members.  We strive to create an environment that embraces diversity in all its forms, including race, gender, ethnicity, sexual orientation, beliefs, socioeconomic status, political affiliation, and citizenship. We value diversity as an essential element of scientific achievement and are therefore dedicated to maintaining a supportive environment inclusive to all.

Affiliations

##############################################
Mobile Site Content
##########################################

Research Interests

We investigate molecular mechanisms of synaptic and circuitry development and psychiatric disorders

Feng laboratory focuses on the development of synapses and circuitry and their disruption in brain disorders. Using molecular genetics combined with behavioral and electrophysiological methods, the lab seeks to understand how disruptions in these components can contribute to psychiatric disorders. We hope that understanding the molecular, cellular, and circuitry underpinnings of behaviors and psychiatric disorders will eventually lead to the development of novel, effective treatments.

Active Projects

Recent News

Start typing and press Enter to search