Kafui Dzirasa

Dzirasa was born to Abigail, a nurse, and Samuel Dzirasa, a civil engineer. His parents were from Accra, Ghana, and moved to the United States in 1971.[1] Dzirasa grew up in Silver Spring, Maryland.[1] While he was in college he met one of his childhood heroes who specialized in brain science.[2] He was an undergraduate student at the University of Maryland, Baltimore County, where he received a Meyerhoff Scholarship.[1] He switched from chemistry to chemical engineering at UMBC. He graduated with a bachelor's degree in chemical engineering in 2001.[3] He joined Duke University with the intention of completing a PhD in biological engineering and designing neuroprosthetics.[3] After visiting the schizophrenia ward at Duke University, Dzirasa switched to medicine.[3] He earned a PhD in neurobiology in 2007.[4][5] He was awarded the Duke University Somjen Award for Outstanding Dissertation Thesis.[6][7] He was the first African-American student to graduate with a doctorate in neurobiology from Duke.[1] He completed his MD in 2009. His graduate work was supported by the Ruth K. Broad Biomedical Research Fellowship, the UNCF-Merck Graduate Science Research Fellowship and the Wakeman Fellowship.[8] He was inspired to focus on mental illness after watching his family members suffer from bipolar disorder and completed his residency training in psychiatry in 2016.

Dzirasa is interested in how mechanisms in neural circuits underpin emotional behavior.[8] His ultimate aim is to use neuroelectrical stimulation to treat mental illness.[9] He has considered the fluctuations of local field potential oscillations in the brain. Dzirasa developed a multi-circuit in vivo recording technique that can be used with selective modulation using designer drugs.[10] He used machine learning to identify a spatiotemporal dynamic network that can predict depression.[11] He has looked at how the electrical patterns in the brain impact of mice cope with stress; finding that mice who were more sensitive to stress had higher activation in their prefrontal cortex compared to the less sensitive mice.[12][13] He demonstrated that the network is distinct biologically from the networks that are dysfunctional after stress.[11]

His work was featured on CBS in 2011.[14] He is an Associate Professor at Duke University, where he served on the advisory committee of the National Institutes of Health BRAIN Initiative. In 2016 Dzirasa was awarded the PECASE for his work on the interaction of genes under stress.[15] He has also looked at the characterisation of sensorimotor gating in schizophrenic patients.[16] His goal is to design a pacemaker for the brain that can regulate the electrical signals that underlie mental disorders.[3]