18 Sep Nasia Safdar named inaugural associate dean for clinical trials

Nasia Safdar, MD, PhD, has been named the University of Wisconsin School of Medicine and Public Health’s inaugural associate dean for clinical trials and the research director of the new Wisconsin Medicine Institute for Clinical Trials, a joint venture between the school and UW Health.

UW–Madison School of Medicine and Public Health

As associate dean for clinical trials, Safdar, professor of medicine, UW School of Medicine and Public Health, and infectious disease specialist, UW Health, will work to create the most efficient and user-friendly environment for clinical trials, including support and recognition of those who engage in this important area. She will work directly with the School of Medicine and Public Health faculty, departments and centers to assess opportunities and priorities for this vital research.

In her role as research director of the Wisconsin Medicine Institute for Clinical Trials, she will join Betsy Nugent, MSPH, CCRP, director of the Wisconsin Medicine Institute for Clinical Trials, and chief clinical research officer for UW Health, in advancing the development of this endeavor supported by the school, UW Health and UW–Madison. The institute focuses on expanding clinical trials on the UW–Madison campus, creating the optimum environment for industry partnerships and investigator-initiated studies.

“I am delighted to take on this new opportunity to continue our momentum in bringing clinical trials to patients in an efficient and sustainable manner,” Safdar said. “Working with investigators and other partners to build our capacity for clinical trials is a high priority that I am particularly excited about.”

The new role builds on Safdar’s success in research and clinical trials. An expert on infections that can stem from receiving certain types of medical care, she leads multiple studies and trials on the effectiveness of fecal microbiota transplantation to reduce these infections, such as those caused by the bacteria Clostridium difficile. Among other accolades, in 2017 she earned a prestigious President’s Early Career Award for Scientists and Engineers and an NIH Director’s New Innovator Award. Read more …