Biochemistry is part of Basic Sciences in the Vanderbilt University School of Medicine. Basic Sciences is comprised of the departments biochemistry, cell and developmental biology, pharmacology, and molecular physiology and biophysics. Learn more about our thriving research community by clicking the buttons below.
The Department of Biochemistry is dedicated to discovering the fundamental mechanisms of biological processes, bridging these discoveries with clinical applications to improve human health, and training the next generation of biomedical scientists. Our investigators are leaders in applying advanced approaches in structural biology, mass spectrometry, chemical biology, cell biology, and genetics to thematic areas like DNA and RNA metabolism, cell division, enzymology, molecular cancer biology, signaling, toxicology, and metabolism. We are united in seeking molecular answers to biomedical questions.
The Department has 26 primary investigator-track faculty and another ~50 secondary, educator, and research-track faculty. An exceptional group of graduate, medical, and undergraduate students and large cohort of post-doctoral fellows train in our laboratories supported by over $30M in funding.
As one of four basic science departments in the School of Medicine Basic Sciences, Biochemistry benefits from being affiliated with a large medical center and medical school as well as Colleges of Arts and Sciences, Engineering, and Connected Computing. Our unique structure allows us to strategically invest in infrastructure, initiatives, and people to fulfill our missions of research, education, and service.
Biochemistry investigators have received major awards including election to the National Academy of Sciences, and a Nobel Prize in Physiology or Medicine (Stanley Cohen, 1986). Our culture of excellence, collaboration, innovation, rigor, dedication, inclusiveness, ambition, kindness, and resiliency facilitates high impact research, education, and service. – David Cortez, Chair
We invite queries regarding graduate studies, postdoctoral training, and faculty positions.
A recent article about the Biochemistry Department can be found here.
Dr. Heidi Hamm has been awarded the 2027 ASBMB Herbert Tabor Research Award which is awarded for outstanding, innovative accomplishments in biological chemistry and molecular biology and contributions to the community of scientists.
Victoria Howard (Georgiev lab) has been named a School of Medicine Basic Sciences Brighter Ventures Student Awardee.
Dr. Breann Brown was elected in a national election to serve on the Executive Council of the Protein Society.
Dr. Sezen Meydan has been awarded the NIH Director's New Innovator Award.
Congratulations to Dr. Hannah Collins (Carter lab) on winning second-place in the 2026 Cell Imaging Shared Resource Life Is Beautiful Image contest.
Andrea Ascura (Ascano lab) has been awarded the Ruth L. Kirschstein National Research Service Award (NRSA) Individual Predoctoral Fellowship award from the NIH/NIAID.
Dr. Katherine Stefanski (Sanders lab) has been named the 2026 Destination Biochemistry Advanced Postdoctoral Scholar Award winner.
Dr. Kevin Schey was recently elected secretary of the International Mass Spectrometry Imaging Society's (IMSIS)executive board.
Dr. Borden Lacy was awarded the Kathryn M. Edwards Award for Clinical and Translational Research Impacting Disease Prevention at the 2026 School of Medicine Spring Faculty Assembly.
Dr. Ivelin Georgiev was awarded the Stanley Cohen Award for Research Bridging Diverse Disciplines, such as Chemistry or Physics, to Solve Biology's Most Important Fundamental Questions at the 2026 School of Medicine Spring Faculty Assembly.
August 27, 2026-Every day, the DNA of living organisms is exposed to damage from normal cellular processes, environmental toxins, and even some medicines. Among the most dangerous forms of damage are interstrand DNA crosslinks (ICLs), chemical bonds that effectively staple the two strands of DNA together and prevent cells from reading, copying, or repairing their genetic information.
While scientists have long known that bacteria possess mechanisms to repair these lesions, exactly how they recognize and remove them has remained unclear.
August 27, 2026-Animal cell membranes are like vast oceans where phospholipids are “water” and clusters of other specialized lipids, carbohydrates, and proteins are “rafts” floating about. These lipid rafts help cells maintain order within their membranes, which plays an integral role in cellular function.
A recent paper from the lab of Charles Sanders, the Aileen M. Lange and Annie Mary Lyle Professor of Cardiovascular Research and a professor of biochemistry, describes the discovery of two small molecules that can affect the stability of these rafts, which will help researchers study their function.
July 23, 2026-Larry Marnett (Biochemistry) spent his career decoding cancer’s secrets.
Contact the Biochemistry and Chemical Biology Undergraduate Major Program at https://as.vanderbilt.edu/biochemistry-chemical-biology/