Research
-
Jamey Young receives Chancellor’s Award for Research for work on groundbreaking metabolic analysis tool
Jamey Young has spent more than a decade investigating metabolic disease mechanisms and metabolic disorders related to diabetes and obesity, employing metabolic and cell culture engineering to advance pioneering approaches to measure, understand, and control cellular metabolism. Jamey Young Young was honored for his work at Vanderbilt’s 2025 Fall… Read MoreOct. 30, 2025
-
Shekhar Bhansali: Challenge and support for the AI innovators of tomorrow
Jamey Young has spent more than a decade investigating metabolic disease mechanisms and metabolic disorders related to diabetes and obesity, employing metabolic and cell culture engineering to advance pioneering approaches to measure, understand, and control cellular metabolism. Jamey Young Young was honored for his work at Vanderbilt’s 2025 Fall… Read MoreOct. 9, 2025
-
Vanderbilt researchers pioneer ultrasound microbubble technology for early detection of ovarian cancer
Jamey Young has spent more than a decade investigating metabolic disease mechanisms and metabolic disorders related to diabetes and obesity, employing metabolic and cell culture engineering to advance pioneering approaches to measure, understand, and control cellular metabolism. Jamey Young Young was honored for his work at Vanderbilt’s 2025 Fall… Read MoreOct. 9, 2025
-
School of Engineering launches global search for 10 new faculty members, including the creation of an interdisciplinary ‘Energy Cluster’
Jamey Young has spent more than a decade investigating metabolic disease mechanisms and metabolic disorders related to diabetes and obesity, employing metabolic and cell culture engineering to advance pioneering approaches to measure, understand, and control cellular metabolism. Jamey Young Young was honored for his work at Vanderbilt’s 2025 Fall… Read MoreOct. 6, 2025
-
NSF grant to fund AI-driven research addressing unauthorized road closures in Nashville
Jamey Young has spent more than a decade investigating metabolic disease mechanisms and metabolic disorders related to diabetes and obesity, employing metabolic and cell culture engineering to advance pioneering approaches to measure, understand, and control cellular metabolism. Jamey Young Young was honored for his work at Vanderbilt’s 2025 Fall… Read MoreSep. 15, 2025
-
Vanderbilt chemical engineering researchers contribute to significant advance in 2D materials
Jamey Young has spent more than a decade investigating metabolic disease mechanisms and metabolic disorders related to diabetes and obesity, employing metabolic and cell culture engineering to advance pioneering approaches to measure, understand, and control cellular metabolism. Jamey Young Young was honored for his work at Vanderbilt’s 2025 Fall… Read MoreSep. 12, 2025
-
Civil engineering professor receives inaugural Vanderbilt-Liverpool seed grant for joint research
Jamey Young has spent more than a decade investigating metabolic disease mechanisms and metabolic disorders related to diabetes and obesity, employing metabolic and cell culture engineering to advance pioneering approaches to measure, understand, and control cellular metabolism. Jamey Young Young was honored for his work at Vanderbilt’s 2025 Fall… Read MoreSep. 11, 2025
-
Vanderbilt engineering professor receives $3.1 million NIH grant to develop an augmented reality surgery system for precision cochlear implant procedures
Jamey Young has spent more than a decade investigating metabolic disease mechanisms and metabolic disorders related to diabetes and obesity, employing metabolic and cell culture engineering to advance pioneering approaches to measure, understand, and control cellular metabolism. Jamey Young Young was honored for his work at Vanderbilt’s 2025 Fall… Read MoreAug. 15, 2025
-
Vanderbilt civil engineering, Institute for Software Integrated Systems collaborate with global transportation company to advance mobility solutions on I-24 Motion
Jamey Young has spent more than a decade investigating metabolic disease mechanisms and metabolic disorders related to diabetes and obesity, employing metabolic and cell culture engineering to advance pioneering approaches to measure, understand, and control cellular metabolism. Jamey Young Young was honored for his work at Vanderbilt’s 2025 Fall… Read MoreJun. 2, 2025
-
Software coders hate in-person interruptions, but physiological stress measures tell a different story
Jamey Young has spent more than a decade investigating metabolic disease mechanisms and metabolic disorders related to diabetes and obesity, employing metabolic and cell culture engineering to advance pioneering approaches to measure, understand, and control cellular metabolism. Jamey Young Young was honored for his work at Vanderbilt’s 2025 Fall… Read MoreApr. 28, 2025