Investigating inter-areal communication in the mouse visual cortex
The visual cortex is composed of several brain areas that are considered to give rise to different aspects of visual perception, and it is thought that these areas work in conjunction to give rise to the experiential percept of vision. In this project, I will aid in investigating the neurological circuitry in primary and higher visual areas in the mouse visual cortex while they are presented with visual stimuli. I will be conducting research on past experiments regarding feed-forward and feedback circuits in the mouse brain, which govern the processing and flow of visual information. I will later work on training mice to perform visual perception tasks and analyzing the data generated from the imaging experiments. We believe that in doing so we will learn more about the patterns of communication between different visual processing areas, which is key to understanding not only the biological basis of all visual experience, but also how to better combat neural diseases/disorders related to visual processing.
Message to Sponsor
- Major: Molecular Cell Biology - Neurobiology
- Sponsor: SURF Rose Hills Experience
- Mentor: Hillel Adesnik/ Udaya Kiran