The goal of the Bruno Lab's research is to define the underlying neural pathways and circuit elements that contribute to sensory perception: how information from the outside world is relayed to the neocortex, and how subsequent processing among cortical layers and thalamic nuclei contribute to perception, learning, remembering, and reasoning.
Our experiments combine behavior with intracellular physiology, array recordings, two-photon microscopy, optogenetics, and computational modeling. We focus on the whisker-barrel system, which is one of the main means by which rodents explore their environments.
The Society for Neuroscience meeting may have been cancelled, but the 33rd Barrels Meeting will be held virtually on October 21-23, 2020! Click the title above for the flyer.
Congratulations to Kate Hong who will open her own lab at Carnegie Mellon University in January 2020!
Our recent eLife paper demonstrates unique features of high-order thalamus: strong, long-lasting, and oscillatory input to cortex
Performing and learning detection behaviors are possible without sensory cortex. Our new study led by Kate Hong is now online at Nature.
April 2018 - PhD student Jung Park just won a 3-year NSF Fellowship. Congratulations, Jung!
March 2018 - The Bruno Lab moves into its new space in the Zuckerman Institute's Jerome L. Greene Science Center!
December 2017 - Dr. Sam Benezra joins the Bruno Lab!
Congratulations to Christine Constantinople, one of the first Bruno Lab PhD students, who will open her own lab at NYU/CNS in 2018!
Congratulations to Dan Kato, a PhD student in the lab, for winning an NRSA Fellowship!