Events for Feb 10 2021
Due to the COVID-19 situation, all events at Duke are either canceled or moving to a virtual platform. This notice supersedes any announcements below.
Our Grand Rounds are now being held virtually via Zoom. View them at: https://duke.zoom.us/j/9406012755 (password is synapse) Matt Ehrlich, MD (Neurohospitalist Grand Rounds) - Case presentation by Steven Gangloff, MD (CNP Fellow) Check out our schedule for speakers and links at our intranet site... read more about Neurology Grand Rounds - Matthew Erlich, MD, MHS »
Between the pandemic and many other stressful events, it may have seemed impossible to get any work done. In addition, you may have tried some new things that you would like to carry forward into our "new normal." Come and hear from 4 Duke faculty members who have made things work and even thrived... read more about Leadership in the Pandemic: What is working and lessons learned »
Between the pandemic and many other stressful events, it may have seemed impossible to get any work done. In addition, you may have tried some new things that you would like to carry forward into our "new normal." Come and hear from 4 Duke faculty members who have made things wok and even thrived... read more about Leadership in the Pandemic: What is working and lessons learned »
Dmitry Velmeshev, currently a postdoctoral scholar in Regeneration Medicine at UCSF, will present "Investigating cell type-specific molecular changes during human cortical development and in neurodevelopmental disorders" on Zoom. Please email d.shipman@duke.edu for the link. read more about Investigating cell type-specific molecular changes during human cortical development and in neurodevelopmental disorders »
Dr. Henderson is an Assistant Professor in the Department of Biomedical Sciences at Marshall University's Joan C. Edwards School of Medicine. Brandon received a BS (with distinction) in Chemistry at The Ohio State University. There he started research, initially as an Analytical Chemist in the lab... read more about Flavors enhance nicotine addiction-related behaviors by altering ventral tegmental area neurons »