VIIBRE

John Wikswo, founder and director of the Vanderbilt Institute for Integrative Biosystems Research and Education and Gordon A. Cain University Professor, is the principal investigator of a $1 million award from the National Science Foundation. The object is to build a pathbreaking “robot scientist”—a fully automated microfluidic system for parallel, independent, long-duration, machine-guided experiments. The... Read More

John Wikswo, founder and director of the Vanderbilt Institute for Integrative Biosystems Research and Education and Gordon A. Cain University Professor, is the principal investigator of a $1 million award from the National Science Foundation. The object is to build a pathbreaking “robot scientist”—a fully automated microfluidic system for parallel, independent, long-duration, machine-guided experiments. The... Read More

Vanderbilt and Chalmers University of Technology are teaming up to build a self-driving biological laboratory that uses microfluidics, artificial intelligence and machine learning to create a third-generation robot scientist that designs and conducts the massive number of experiments needed to fully characterize cellular signals and pathways and optimize biotechnologies. Read More

During the Research Ramp-up process, more than 3,000 Vanderbilt research personnel have returned to in-person research activities, while many others have continued remotely through perseverance and ingenuity. The efforts of the College of Arts and Science's John Wikswo and the School of Nursing's Terrah Akard are highlighted. Read More

A team of Vanderbilt University scientists and engineers led by Professor John P. Wikswo has won an R&D 100 Award--called the "Oscar of Innovation"--for their MultiWell MicroFormulator. Read More

An interdisciplinary team of Vanderbilt University researchers has received a two-year, $2-million federal grant to develop an “organ-on-chip” model for two genetic forms of epilepsy. Read More

Scientists at Vanderbilt University have created a three-dimensional organ-on-a-chip that can mimic the heart’s amazing biomechanical properties in order to study cardiac disease, develop heart drugs. Read More

A new microfluidic device containing human cells that faithfully mimics the behavior of the blood-brain barrier is providing new insights into brain inflammation, the silent killer. Read More

Creating a device out of human cells that simulates brain chemistry is the goal of a $6.4 million grant which is part of major new federal initiative to develop a series of “organs on a chip” designed to improve the drug development process. Read More

The Systems Biology and Bioengineering Undergraduate Research Experience Searle Undergraduate Research Initiative is one of only a handful of multiyear, year-round undergraduate research programs in the nation. Read More