Division News

7 from Medicine receive 2018 DIHI Innovation Awards

Department of Medicine faculty, trainees and staff received seven of 10 2018 DIHI Innovation Awards, which support high-potential care delivery innovation projects in the areas of population health and analytics, novel patient interactions, new and team-based models of care, and optimization of patient flow.

Leveling the Odds: How Two Duke Professors Are Giving Families in Tanzania a Better Chance of Beating Cancer

After taking care of pediatric cancer patients in Tanzania, Kristin Schroeder, MD, MPH, and Nelson Chao, MD, MBA, established the International Cancer Care and Research Excellence Foundation (iCCARE) in 2014, a nonprofit whose mission is to give any child diagnosed with cancer the same chance of a cure regardless of where they live. Funded primarily through individual donations, iCCARE covers treatment costs for BMC pediatric cancer patients and provides other resources and support, including a hostel where they and their families can stay while receiving treatment.

Sung and David receive 2018 Damon Runyon-Rachleff Innovation Award

Anthony Sung, MD, assistant professor of medicine (Hematologic Malignancies and Cellular Therapy), and Lawrence David, PhD, assistant professor of molecular genetics and microbiology, have received a 2018 Damon Runyon-Rachleff Innovation Award from the Damon Runyon Cancer Research Foundation.

Medicine faculty showcase their research at ASH

Department of Medicine faculty are attending the American Society of Hematology's (ASH) 59th Annual Meeting & Exposition in Atlanta this week. Keep reading for highlights on their research.

Discovering what malignant cells require to thrive in blood vessels and bone marrow

Dorothy Sipkins, MD, PhD, is a hematologist-oncologist who studies cancer. But to understand the cleverness of her work, it’s helpful to think of her as an ecologist—a cell ecologist.

Sipkins identifies very specific biological habitats and interactions that allow malignant cells to move, proliferate and survive chemical attacks, traits that too often produce fatal disease.

“I love thinking about what is on the outside of the cell. What the cell is seeing. What the cell is interacting with, the 3-D environment it interacts with,” says Sipkins.