A/Prof Sarah Kummerfeld

Head of Kinghorn Centre for Clinical Genomics - Scientific

A/Prof Sarah Kummerfeld

Associate Professor Sarah Kummerfeld is the Scientific Head of the Kinghorn Centre for Clinical Genomics. She uses genomics to understand human disease and translate findings into clinical diagnostics and treatments. Sarah completed her PhD in Computational Biology at the University of Cambridge, wo

Biography

Associate Professor Sarah Kummerfeld is the Scientific Head of the Kinghorn Centre for Clinical Genomics. She uses genomics to understand human disease and translate findings into clinical diagnostics and treatments. Sarah completed her PhD in Computational Biology at the University of Cambridge, working on protein structure and function prediction. Her postdoctoral research at Stanford University studied the molecular basis of human ageing. 

Sarah has worked both in academia and industry, including 10 years as a Scientist at Genentech, based in the San Francisco Bay Area. At Genentech, she used large-scale genomics approaches to understand why only some patients respond to treatment and to identify diagnostic biomarkers that predict response to particular drugs. Sarah is dedicated to bringing applying advances in genomics research to benefit patients.

Associate Professor Sarah Kummerfeld is the Scientific Head of the Kinghorn Centre for Clinical Genomics. She uses genomics to understand human disease and translate findings into clinical diagnostics and treatments. Sarah completed her PhD in Computational Biology at the University of Cambridge, working on protein structure and function prediction. Her postdoctoral research at Stanford University studied the molecular basis of human ageing. 

Sarah has worked both in academia and industry, including 10 years as a Scientist at Genentech, based in the San Francisco Bay Area. At Genentech, she used large-scale genomics approaches to understand why only some patients respond to treatment and to identify diagnostic biomarkers that predict response to particular drugs. Sarah is dedicated to bringing applying advances in genomics research to benefit patients.