1/10 The cell cycle mediates cell growth & division. Each phase has distinct biosynthetic requirements that are necessary for successful progression, indicating that phase-specific control of metabolism is essential. But how this occurs is largely unknown.
https://t.co/t5By3Xb964
Cancer cells are like a fast-growing city, and #PhF26 awardee Masuda Akther @RutgersU wants to stop construction. She is targeting two cancer mechanisms with one therapy to create a more efficacious treatment.
Learn more in the full interview: https://t.co/koVHmIGBBf
Two compendia to visualize and predict the dynamic nature of mitochondrial complexes during mitochondria remodeling. Check it out
Started as part of my PhD studies and brought across the finish line by a fantastic team of colleagues! Very proud and grateful to all the co-authors!
🚨 Announcing the Rutgers Postdoc Peek! 🚨
Are you a senior PhD or MD/PhD student (or a current postdoc) at a U.S. institution? This is your chance to explore an exceptional postdoc experience at Rutgers Health on the New Brunswick/Piscataway campus!
✨ Why Apply?
-All-expenses-paid event (April 3-4, 2025)
-Give a 10-min invited platform talk
-Meet world-class faculty in metabolism, biochemistry, neuroscience, cancer, and more (including myself)
-Network with postdocs and tour the vibrant Rutgers campus near NYC
-Work with leading schools & institutes like @RutgersCancer, Robert Wood Johnson Medical School @RWJMS, and @Waksman_Inst
💼 What You’ll Gain:
Competitive salaries, top-tier mentoring, and access to unique career development resources
🗓️ Apply by January 8, 2025
Don’t miss this opportunity to kickstart your career at @RutgersU!
📄 Application link: https://t.co/pfjDmQpyGa
#RutgersPostdocPeek #PostdocOpportunity #Rutgers
Plz RT and share!
I’m excited to share new work out of the lab in @NatMetabolism today on the impact of tumor-relevant glucose concentrations on the response to pyrimidine synthesis inhibitors. https://t.co/1aZGdsfy8s. PDF: https://t.co/QxUBFAKr6l
Cool paper showing frequent mutations in non-coding regions of tumor suppressor genes that disrupt cleavage and polyadenylation!
https://t.co/5GWvDIJ7Sd
Great opportunity in my home department of Pharmacology! I started a few years ago and have only positive things to say. Awesome colleagues and mentors, incredible support for new faculty, great resources, great location in central Jersey!
https://t.co/N5NcrdqZdw
We are thrilled beyond words to see our LYCHOS (GPR155) publication out today in @Nature. 🥳
“LYCHOS is a human hybrid of a plant-like PIN transporter and a GPCR”
https://t.co/I7ibRphMzS
🧵