I’m excited to share new work out of the lab at @NYULangone led by @kenjifujihara! We took a first principles approach to evaluating #ferroptosis induction for cancer therapy via targeting the SLC7A11-glutathione-GPX4 axis. https://t.co/aygUUltHhq
Announcing our 2026 CMH Postdoctoral Rising Stars Symposium on Wednesday, September 2! To apply for this opportunity, scan the QR codes on the flyer or visit our track links: Metabolism (https://t.co/MBvxo1yDk4) and Health Behaviors (https://t.co/kcZwXCK5PG). Help spread the word
Thrilled to share our work in press @jclinicalinvest where we modernize a hallmark experiment originally performed by the Coris by performing intra-operative metabolite sampling in lung cancer patients https://t.co/h3TQ7W61T2
Out today 🙌 new work from the lab in which we show that p53-driven senescence enables phospholipid headgroup recycling to help sustain the increased synthesis of membrane phospholipids of senescent cells https://t.co/SgQoQ3EMUm
I love this concept. Although framed around #aging research, I think it can extend beyond that. We can use a synthetic approach, to study basic principles of cell biology and potentially mitigate human disease by engineering unique bacterial enzymes. https://t.co/6RTAhFbElS
New @CR_AACR study by @Cosimo_Commisso
The Aging Microenvironment is a Determinant of Immune Exclusion and Metastatic Fate in #PancreaticCancer
https://t.co/inloWAW8L6
Happy to share our new review (featuring Joe Longo and McLane Watson) on how T cells use nutrient allocation to optimize immune responses. @VAIMetabolism@VAInstitute https://t.co/46YsH3qf0A
Big news from the #Glytsoulab today!✍️Our research on drug resistance in leukemia is published in @ScienceAdvances. Targeting OPA1 can help overcome therapy resistance in AML, including the most challenging cases.
📖 https://t.co/k9qKqEWuwd
Our new work in @Cell_Metabolism by @ArtemAKhan describes three new SLC transporters, including SLC25A45, a mitochondrial transporter for methylated amino acids that is essential for carnitine synthesis and fasting adaptation. @RockefellerUniv https://t.co/TNMYHgSCLx
This cool @ScienceMagazine paper links extracellular pH milieu (acidosis) to an intra-cellular oncogenic signaling pathway & metabolic rewiring in #PancreaticCancer.
Acidosis orchestrates adaptations of energy metabolism in tumors
https://t.co/O6O8Sp2vSs
Location, location, location! Now out in @NatureCancer, the final version of our study showing how a tumor's anatomic site can impact the function of driver gene mutations, using SMAD4 inactivation in pancreatic cancer as a clin. relevant example: https://t.co/rRu6RYpNWX. (1/3)
Super excited to share our new preprint from @ColinSh21573670 on how the tumor microenvironment causes drug resistance in pancreatic cancer: https://t.co/k7WCj6gWPi
Excited to share the lab’s first pre-print!
Here we investigate how #nutrient availability regulates #ECM composition, mechanical properties and biological activity.
https://t.co/X6JGY4KIwP