#CancerEngineering is a new direction for cancer research, harnessing new technologies engineering techniques to solve fundamental problems in biology and to better understand, diagnose, and treat cancer @GSKGradSchool@MSKCancerCenter
https://t.co/EACG1UQZCt
Fed v Fasted? Hard to determine non-invasively but maybe we can learn more about real time metabolic fluxes using an orthogonal approach, leveraging hyperpolarized fructose, great work from Celia and the lab! https://t.co/s6WUEIFZDR
@KentsisResearch@LyssiotisLab It’s an interesting idea, that’s why we started doing this metabolic engineering for alternative fuels..https://t.co/kmRiJD9rmw
Those who know me, know I’m not someone who changes his preferences & behaviors lightly. As Ron Swanson said, “I regret nothing. The end.” Well, let me tell you about our new study, out from @ThePerryLab@MSKCancerCenter in @ImmunityCP@CellPressNews, which is the exception. /1
Pushing into optical detection for NMR, first stop quantum sensing nano-thermometry. Congrats to John and Ross for this big step and great collaboration with Fedor Jelezko's group in Ulm. https://t.co/SQeUnK1iGw
Happening now: Kayvan Keshari, PhD (@KeshariLab@MSKCancerCenter) shares how metabolic engineering can power next-generation cell-based therapies, translating insights from in vivo cancer metabolism into more precise, effective treatment strategies.
#CancerEngineeringSummit
I don’t think I’ve met anyone with the magnitude of diverse impact. Barney was the last on my schedule when I interviewed at @MSKCancerCenter and later my neighbor for the 5 years. His wisdom and kind advice inspired the beginnings of my group. Role model is an understatement.
Barney was a true inspiration. I’ll never forget interviewing @MSKCancerCenter - after an exciting discussion about science we could collaborate on, he told me his story about the release of Bergen-Belsen & my tears just started flowing. It was incredibly moving for me.