USRP Talks - July 22, 2015
Featuring talks from Stanford Faculty:
Thomas Südhof
Lucy Shapiro
Michael Snyder
Attendance by RSVP only: please let us know which talks you hope to attend.
Thomas Südhof
Lucy Shapiro
Michael Snyder
Attendance by RSVP only: please let us know which talks you hope to attend.
One of the most fundamental properties of the brain is its ability to adapt rapidly to environmental changes. This is achieved mainly by changes in the synaptic connectivity between individual nerve cells. Synapses can be modulated in their these, both from a cellular perspective and from a systems perspective, in which we study how functional and structural changes in synaptic connections support experience-dependent plasticity and learning.
William Newsome
Jonathan Payne
Jin Billy Li
Attendance by RSVP only: please let us know which talks you hope to attend.
Lisa Giocomo
Ron Kopito
Manish Butte
Attendance by RSVP only: please let us know which talks you hope to attend.
John Boothroyd
Sarah Heilshorn
Marius Wernig
Attendance by RSVP only: please let us know which talks you hope to attend.
Chaitan Khosla
Dean Felsher
Vijay Pande
Attendance by RSVP only: please let us know which talks you hope to attend.
OLGA BOUDKER, CORNELL UNIVERSITY SCHOOL OF MEDICINE
Glutamate transporters are responsible for clearance of the neurotransmitter glutamate from the synaptic cleft following rounds of neurotransmission. They maintain steep concentration gradients of glutamate by coupling its uptake to symport of sodium ions and protons and to antiport of potassium ions. Dr. Boudker's lab has been investigating the molecular mechanism of this family of transporters.
PETER S. KIM, DEPARTMENT OF BIOCHEMISTRY
Attend Dr. Kim's pre-seminar presentation to learn more about Dr. Olga Boudker's seminar, "Membrane Transporters Beyond Crystal Structures: Dynamics and Thermodynamics of Glutamate Transporters", to be held Thursday, June 4th.
Dr. Tycko will describe the highlights of his lab’s studies of amyloid structures, beginning with investigations of β-sheet organization in fibrils formed in vitro and culminating in structural studies of fibrils derived from AD brain tissue.