Jamey Young
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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
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A $3M NSF grant to advance biomanufacturing could help establish an innovative method to deliver medicines to cells
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. 29, 2023
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Harris, Young elected as new AIMBE fellows
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 MoreMar. 30, 2023
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Wikswo, VIIBRE team on track to build third-generation ‘self-driving lab’ with $1M from NSF
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 MoreMar. 5, 2022
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Professor Jamey Young appointed to Cornelius Vanderbilt Chair
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 MoreNov. 23, 2021
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New Extracellular Vesicle Research Center launches; NSF grant is an early success
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 MoreJul. 12, 2021
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Widely used software, developed by Young Lab, tops 1,000 academic licenses
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. 15, 2021
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NSF seed grant supports biomanufacturing of new drug delivery technologies
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. 2, 2020
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I-Corps training supports commercialization of NSF-funded 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 MoreMay. 5, 2018
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Young Lab part of $10.7 million DOE-funded study of diatoms for next-gen biofuels
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 MoreJan. 20, 2018