Biochemistry

David Cortez and Rahul Bhowmick won the Chancellor’s Award for Research for their work, “RAD51 Bypasses the CMG Helicase to Promote Replication Fork Reversal,” which was published in the journal Science. Read More

Kojetin lab members Christopher Williams, staff scientist Paola Munoz-Tello and a collaborator from the Scripps Institute use NMR spectroscopy to investigate Pin1- PPARγ binding. Read More

Juan Carvajal-García has been named a 2025 Destination Biochemistry Advanced Postdoctoral Scholar, a distinction granted by the Department of Biochemistry at the School of Medicine Basic Sciences. The award will support his transition into an independent research position. Read More

Vanderbilt biochemists find role for lipids in age-related vision loss—and pave the way for potential new therapies. Read More

Scott Hiebert, Hortense B. Ingram Chair in Cancer Research, has been named Chief Scientific Officer of the  Cancer Prevention and Research Institute of Texas. Hiebert served as chair of the National Cancer Advisory Board and brought global recognition to the Vanderbilt-Ingram Cancer Center during his 28 years at Vanderbilt. Read More

Recent work from a coalition of Vanderbilt labs has found clear distinctions in insulin-secreting β-cell subtypes and drawn a connection between certain subtypes and a higher risk of diabetes. Read More

Congratulations to our School of Medicine Basic Sciences members who were promoted or received new appointments between April and June 2025. These individuals significantly enrich our pursuit of pathbreaking research and contribute to the growth and success of our school. Read More

In a landmark study published in Science Advances, Vanderbilt researchers have created the first high-resolution lipid atlas of the human kidney, mapping over 100,000 functional tissue units across 29 donors. By integrating advanced imaging mass spectrometry with microscopy using machine learning, the team identified distinct lipid signatures that could transform diagnostics and precision treatments for kidney disease. Read More

In a landmark study published in Science Advances, Vanderbilt researchers have created the first high-resolution lipid atlas of the human kidney, mapping over 100,000 functional tissue units across 29 donors. By integrating advanced imaging mass spectrometry with microscopy using machine learning, the team identified distinct lipid signatures that could transform diagnostics and precision treatments for kidney disease. Read More

What makes these results exceptional isn’t just the compounds themselves, it’s what they represent: the value of translational research grounded in real-world therapeutic goals. The partners chose to release these best-in-class tool compounds to the scientific community to accelerate further discovery. Read More