A Symposium for the Public
Saturday, September 12, 2015
9:00am - 1:30pm
Sanford Consortium Auditorium
2880 Torrey Pines Scenic Drive, La Jolla, CA 92037
What:
A free, public Symposium and Lunch on current BRAIN Initiative Research and state of the art on treatments for brain disease, disorders and injury. The discussion will include the revolution in "neurotechnology" aimed at a comprehensive understanding of the brain in order to be able to combat these diseases and conditions effectively.
Why:
Saturday, September 19, 2015
9:00am - 4:30pm
Sanford Consortium Auditorium
2880 Torrey Pines Scenic Drive, La Jolla, CA 92037
Agenda and more details here
Sponsored by the San Diego BRAIN Consortium, the Center for Brain Activity Mapping of the Kavli Institute for Brain and Mind at UCSD, and Cal-BRAIN
On March 6, 2015 CBAM will hold its First Annual CBAM Seed Grant Symposium, a half-day symposium to present results of the CBAM Innovative Research Awards. The results of the CBAM Innovative Research Awards will be presented by the research teams.
Click here for registration, full agenda and more details
Speakers:
Adam Cohen, Harvard University
Alan Jasanoff, MIT
James Schuck. Lawrence Berkeley National Laboratory
Erkki Ruoslahti, Sanford-Burnham Institute/UC Santa Barbara
Ania Bleszynski Jayich, UC Santa Barbara
R. Mark Wightman, U. North Carolina
Paul Weiss, UCLA - Canceled
A link to youtube playlist of all presentations can be found here
Defining the neurons that comprise a memory trace has been a major goal of neuroscience. Accomplishing this task is not only feasible in Drosopihla, it is under way. Experiments will be described that begin to identify circuits and key neurons that acquire, maintain, consolidate, and store a memory trace.
As the Director of the Brain Research Center at The National Tsing Hua University in Taiwan, Dr. Chiang is focused on research to understand how genes and circuits orchestrate complex behavior in Drosophila. Three main approaches are taken: (i) to construct a brain-wide wiring diagram at single-cell resolution; (ii) to manipulate specific nodes in the circuits to understand how the brain encodes and decodes information; and (iii) to develop innovative technologies for functional connectomics research.