Schrier Lectureship to Focus on Tools for Understanding AKI

Lloyd G. Cantley
Search for other papers by Lloyd G. Cantley in
Current site
Google Scholar
PubMed
Close
Full access
F1

Lloyd G. Cantley, MD, FASN

Citation: Kidney News 14, 10/11

The Robert W. Schrier, MD, Endowed Lectureship will focus on “Integrating Analysis of Animal Models and Human Biopsies to Better Understand AKI” on Thursday, November 3. The speaker will be Lloyd G. Cantley, MD, FASN, C.N.H. Long Professor of Medicine, professor of cellular and molecular physiology, head of the Nephrology Training Program, and co-director of the Yale Center for Clinical Investigation at Yale University.

Dr. Cantley's research focuses on growth factor signaling and cellular response pathways involved in kidney injury and repair. His laboratory uses in vitro and in vivo model systems to unravel the intracellular signaling pathways that regulate the mechanisms of tubule formation and repair. These studies have provided experimental proof that scaffolding proteins can direct signaling proteins to sites in the cell to regulate cell shape and movement.

Dr. Cantley's laboratory continued the studies to define how these in vitro signals are expressed and regulated in vivo. His group identified a key role for bone marrow-derived cells in normal kidney repair and showed that this effect is due, in large part, to factors produced by trafficking macrophages. The team used proteomics to identify several of these secreted factors and to determine that they originate from alternatively activated macrophages. The researchers have found that there is a phenotypic switch from proinflammatory to alternatively activated macrophages following kidney injury, and the alternatively activated cells are critical for tubule cell proliferation and repair.

In recent years, their work has shown that injured tubular cells themselves induce this alternative activation switch using regional expression of the granulocyte-macrophage colony-stimulating factor (GM-CSF), which induces a unique reparative macrophage activation profile for the repair response.

Among his many honors, Dr. Cantley has received a Physician-Scientist Award from the National Institutes of Health and the Joseph E. Murray Award from the National Kidney Foundation. He has chaired many sessions at ASN meetings and served as associate editor of JASN.

Dr. Cantley attended medical school at West Virginia University, followed by internal medicine training at the University of North Carolina and a nephrology fellowship at Beth Israel Hospital and Harvard Medical School in Boston. He was on the faculty at Beth Israel until moving to Yale University in 2000.

Save