Bio Dept Special Seminar – Christopher Lapointe
Homewood Campus - Mudd Hall Room 100Christopher Lapointe from Stanford University School of Medicine will present a talk titled "Dynamics and disruption of human translation initiation."
Christopher Lapointe from Stanford University School of Medicine will present a talk titled "Dynamics and disruption of human translation initiation."
Lauren Saunders from University of Washington will present a talk titled "Developmental genomics from single cells to organisms."
Steve Bonilla from University of Colorado Anschutz Medical Campus will present a talk titled "Dissecting dynamic RNA structural landscapes by cryo-EM."
Revathi Balasubramanian from Columbia University Medical Center will present a talk titled "Mechanisms of angle development and congenital glaucoma."
Natasha O'Brown from Harvard Medical School will present a talk titled "Neurovascular interactions in the development of the zebrafish blood-brain barrier."
Erin Jimenez from National Human Genome Research Institute will present a talk titled "Regulatory logic of hair cell regeneration."
Juan Rodriguez-Molina from MRC - Laboratory of Molecular Biology will present a seminar talk titled "A pre-mRNA binding sensor to rule all of 3'end processing".
Justin Bosch from Harvard Medical School will present a talk titled "Proteomic study of inter-organ communication: using Drosophila as a discovery tool."
Tyler Square from University of California, Berkeley will present a talk titled "Unlocking tooth formation: functional genetic approaches alter cell fates and regeneration rates."
Dr. Rajiv McCoy, an Assistant Professor in the Department of Biology, will give a talk entitled "Human genome evolution across scales of biological organization."
Yasuhiro Arimura from The Rockefeller University will present a talk titled "Sub-nanometer resolution structural features of chromatin-related complexes."
Michal Levo from Princeton University will present a talk titled "Capturing gene regulation in action: From transcriptional bursting to enhancer looping in living embryos."