Craig Duvall

A group of researchers from the lab of Larry Marnett, the Mary Geddes Stahlman Professor of Cancer Research, recently paired a precisely targeted imaging agent to an anticancer agent and found that they could specifically attack cancer cells and not normal cells with it. Their work was performed in collaboration with School of Engineering faculty members Craig Duvall and Rebecca Cook, and was published in Molecular Pharmaceutics in April 2025. Read More

By Aran Sullivan THE IDEA Cardiovascular procedures like bypass grafting and vessel stenting are some of the most common surgeries performed in the United States, but about half of them will require additional corrective measures, according to Craig Duvall, Cornelius Vanderbilt Chair and undergraduate director of biomedical engineering. The need for follow-up procedures is often... Read More

“Kupffer cell release of platelet activating factor drives dose limiting toxicities of nucleic acid nanocarriers”  published in Biomaterials has been selected as a VINSE spotlight publication. Read More

Three Vanderbilt researchers have received a federal grant to study the use of nanoparticles to deliver potential therapies for breast cancer that has spread to the bone. Read More

A team of Vanderbilt University Medical Center surgeons and biomedical engineers has developed a nanoparticle delivery system that may significantly improve the success rate of coronary artery bypass grafts. Read More

Vanderbilt researchers designed micelle “packets” to selectively deliver anti-cancer drugs to breast cancer cells. Read More

Assistant Professor of Biomedical Engineering Craig L. Duvall has received a Society for Biomaterials 2015 Young Investigator Award for his achievements in the field of biomaterials research within 10 years of receiving his doctorate. Read More

Biomedical and chemical engineers at Vanderbilt University, working with a pathologist, have constructed a sponge-like, biodegradable tissue “scaffold” that releases an enzyme-blocking molecule to indirectly activate endogenous pathways and enhance tissue regeneration and wound healing. Read More