GEETA NARLIKAR, UNIVERSITY OF CALIFORNIA SAN FRANCISCO
ATP‐dependent chromatin remodeling motors are essential for regulating how the genome is replicated, transcribed, repaired and recombined.
THEA TLSTY, UNIVERSITY OF CALIFORNIA SAN FRANCISCO
We identified cells within human adult tissue that can acquire a phenotypic plastic state. These rare cells can be directly isolated and shown to exhibit extensive lineage plasticity creating functional derivatives of heart, brain, bone, cartilage, gut and many more tissues.
LLOYD MINOR, STANFORD UNIVERSITY
Dr. Minor's talk will be roughly one hour. Registered students must attend and sign in for credit; all other guests are welcome.
Dr. Haussler's talk will be roughly one hour. Registered students must attend and sign in for credit; all other guests are welcome.
DOUGLAS DESIMONE, THE UNIVERSITY OF VIRGINIA
Dr. Sello's talk will be roughly one hour. Registered students must attend and sign in for credit; all other guests are welcome.
Dr. Mesirov's talk will be roughly one hour. Registered students must attend and sign in for credit; all other guests are welcome.
RATMIR DERDA, UNIVERSITY OF ALBERTA
Dr. Derda's talk will be roughly one hour. Registered students must attend and sign in for credit; all other guests are welcome.
EERO SIMONCELLI, NEW YORK UNIVERSITY
Dr. Simoncelli's talk will be roughly one hour. Registered students must attend and sign in for credit; all other guests are welcome.
PHILIPP KELLER, JANELIA FARM RESEARCH CAMPUS, HOWARD HUGHES MEDICAL INSTITUTE
Dr. Keller's talk will be roughly one hour. Registered students must attend and sign in for credit; all other guests are welcome.
JAY GROVES, UNIVERSITY OF CALIFORNIA, BERKELEY
Dr. Groves's talk will be roughly one hour. Registered students must attend and sign in for credit; all other guests are welcome.
