Nov. 2, 2016—Vanderbilt researchers have discovered how to make high-performance batteries using scraps of metal from the junkyard and household chemicals.
Oct. 27, 2016—A team of Vanderbilt scientists have genetically modified luciferase, the enzyme that produces bioluminescence, so that it acts as an optical sensor that records activity in brain cells.
Oct. 24, 2016—An ambitious postdoctoral training initiative designed to prepare recently graduated doctorates for competitive academic careers will launch later this year, Chancellor Nicholas S. Zeppos announced Oct. 24.
Oct. 11, 2016—DNA related to black widow spider toxin been discovered in a phage that infects the bacterial parasite Wolbachia. It is the first time animal-like DNA has been found in a bacterial virus.
Aug. 26, 2016—Paleoclimatic cave study in California is designed to identify the factors that made megadroughts commonplace in the western U.S. from 5,000 to 8,000 years ago.
Aug. 12, 2016—Eight entering engineering graduate students have received research fellowships from the National Science Foundation, as did two Vanderbilt engineering undergraduate students who are pursuing their graduate studies elsewhere.
Jun. 6, 2016—Vanderbilt biologist Kenneth Catania has accidentally discovered that electric eels can make leaping attacks that dramatically increase the strength of the electric shocks they deliver. In doing so, Catania has confirmed a 200-year-old observation by famous 19th-century explorer and naturalist Alexander von Humboldt.
May. 25, 2016—Five Ph.D. students affiliated with the Department of Anthropology have landed significant grants this year, continuing a long trend of successes for the small department.
Apr. 13, 2016—A pair of Vanderbilt doctoral students has assembled a multi-disciplinary team of graduate students from around the country to conduct a multi-faceted study of how people are affected by and responding to drought conditions in the United States.
Apr. 4, 2016—John T. Wilson, assistant professor of chemical and biomolecular engineering, has received an NSF Faculty Early Career Development award. The five-year, $500,000 grant will allow him to develop new synthetic materials for “encoding” immunological messages and tightly regulating their delivery to the organs, cells and pathways of the immune system.