Research

We are sensory biologists interested in identifying the genetic, molecular, and neuronal mechanisms by which animals sense and translate environmental cues such as chemicals and temperature into specific changes in behavior and development. Understanding the regulation of sensory signaling and signal processing is of significant biomedical importance since misregulation of these pathways leads to many neurological and behavioral disorders.

Recent Articles

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Asuka Takeishi, Jihye Yeon, Nathan Harris, Wenxing Yang, Piali Sengupta

Feeding state functionally reconfigures a sensory circuit to drive thermosensory behavioral plasticity

bioRxiv

 

Lab Subgroups

Current research in our lab focuses on two major areas

using the powerful and elegant C. elegans model organism.

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