Vision for escape and pursuit
Schedule
Thursday, March 4, 2021
17:00 UTC
Daniel Kerschensteiner
Prof.
Washington University School of Medicine in St. Louis, MO, USA
Host: Tubingen Neuro Campus
Recording
Open recording
Event Information
Recording
Available
Host
Tubingen Neuro Campus
Duration
70 minutes
Abstract
We want to understand how the visual system detects and tracks salient stimuli in the environment to initiate and guide specific behaviors (i.e., visual neuroethology). Predator avoidance and prey capture are central selection pressures of animal evolution. Mice use vision to detect aerial predators and hunt insects. I will discuss studies from my group that identify specific circuits and pathways in the early visual system (i.e., the retina and its subcortical targets) mediating predator avoidance and prey capture in mice. Our results highlight the importance of subcellular visual processing in the retina and the alignment of viewing strategies with region- and cell-type-specific retinal ganglion cell projection patterns to the brain.
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