Evan Feinberg, PhD

Assistant Professor

Cortical-subcortical networks for sensory processing and behavior

My lab aims to understand how sensory input is represented in the brain and transformed into behavioral commands.  We study this problem in the superior colliculus (SC), a structure comprising functionally diverse sensory and motor neurons interleaved with fibers from myriad cortical and subcortical areas. This remarkable neuroanatomy poises the SC as an integrative hub, but has also hindered efforts to dissect SC circuitry using classical methods, such as lesions, that offer poor spatial and temporal resolution. In order to record from and manipulate genetically defined cell types, we study the mouse SC, where we capitalize on an experimental preparation I developed (Feinberg and Meister, Nature, 2015) that allows two-photon imaging of neuronal population activity in the SC of awake animals. We apply these methods to decipher computations in the context of quantitative behavioral assays. Our long-term goal is to understand how the brain encodes information from input to output.

Lab Members

Victoria Cheung
Graduate Student

Alex Farhang
Junior Specialist

Brooke Holey
Junior Specialist

Alison Kim
Junior Specialist

Linda Toschi-Chambers
Executive Assistant

Lab Website