Chemical And Biomolecular Engineering

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 More

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 More

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 More

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 More

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 More

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 More

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 More

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 More

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 More

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 More