Kris Burkewitz

Research into an aging paradox reveals details on why certain dysfunctions in mitochondria can lead animals to live longer lives. The work, by Department of Cell and Developmental Biology researchers, shows that calcium signaling in another organelle and cell cytoskeleton restructuring are key to why these animals age more slowly. Read More

The lab of Kris Burkewitz just made a key discovery: How cellular machineries are structured and organized within a cell has implications for healthy aging. “We didn't just add a piece to the puzzle—we found a whole section that hasn't even been touched,” Eric Donahue, first author of the study, said. Read More

Nobel Prize winner Venki Ramakrishnan delivered a captivating talk as part of the School of Medicine Basic Sciences Apex Lecture Series. His presentation was based on his best-selling book, Why We Die, which explores the biological mechanisms behind aging and death and humanity's efforts to prolong life. Read More

A collaborative project between the labs of  Maulik Patel, assistant professor of biological sciences, and  Kris Burkewitz, assistant professor of cell and developmental biology, has identified a new molecular pathway that plays a key role in the ability of cells to sense and… Read More

Biomedical science has made huge strides in understanding the mechanics of human aging, and these discoveries have drastically affected how we work to prevent disease and increase longevity. On Tuesday, Nov. 30, 11 a.m.–noon CT, the School of Medicine Basic Sciences’ monthly virtual Lab-to-Table Conversation will bring aging research experts… Read More