-
quantitative approaches combining protein biochemistry, reconstitution systems, advanced microscopy, and computational modeling, this work will uncover fundamental biological principles that govern proteostasis
-
protein biochemistry, reconstitution systems, advanced microscopy, and computational modeling, this work will uncover fundamental biological principles that govern proteostasis and metabolic adaptation
-
biochemical methods, alongside computational approaches, this work will map exposure-metabolism-protein networks to understand fundamental mechanisms underlying the transition from healthy aging to
-
quantitative field like economics, mathematics, computer science, or engineering, or related area of study [or 5+ years of relevant coursework or professional research/engineering experience]; 5+ years