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UID:20250725T173157EDT-29819KHlp2@132.216.98.100
DTSTAMP:20250725T213157Z
DESCRIPTION:There is currently a concerted effort to develop the necessary 
 technologies to record and stimulate neural activity across the entire vol
 ume of the mammalian brain. Recent engineering advancements have propelled
  electrode- and optical-based devices\, achieving nanometer scale spatial 
 resolution and impressive signal-to-noise ratio and temporal response. How
 ever\, these probes usually require a tethered connection and provide acce
 ss to relatively small areas in the nervous system. Developing modalities 
 for whole-brain direct recording and stimulation of neural signals\, will 
 allow neuroscientists and neurologists to study and treat the brain networ
 k directly and as a whole\, and will surely elevate brain science and medi
 cine to new heights. I will describe the development of wireless\, implant
 able electronic probes that are able to transduce electromagnetic fields i
 n the brain\, as well as the application of molecular agents for large vol
 ume in vivo measurements of neurotransmitter dynamics in live mammals. The
 se strategies pave the way towards functional studies of neural activity a
 cross wide brain regions with molecular and electrophysiological specifici
 ty.\n\nThis seminar will be given online via Zoom. Details in attached pos
 ter.\n
DTSTART:20220128T160000Z
DTEND:20220128T170000Z
SUMMARY:Online seminar: Towards Whole-Brain Readouts of the Mammalian Nervo
 us System with minimal invasiveness
URL:/physiology/channels/event/online-seminar-towards-
 whole-brain-readouts-mammalian-nervous-system-minimal-invasiveness-334460
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