Your donation dollars in action! 🙌A #StandUpToCancer-funded #research team unveiled an exciting #clinicaltrial breakthrough that reduces risk of #cancer relapse by 43% – for 2 of the most common types of soft tissue #sarcoma in adults, 2 years after treatment. Learn more: https://t.co/Z6cplKo9ML.
Huge thanks to @ConquerCancerFd and @quadwfoundation for giving me this opportunity and for funding sarcoma research. Elated to join the growing network of QuadW researchers both near and far.
Congratulations to this year's class of Conquer Cancer Grant and Award recipients! We can't wait to celebrate with you at #ASCO24! Full list of recipients: https://t.co/mCaRLSVLik
Excited to share our work on chromatin landscape remodeling in cloned embryos! 🐄🐄We started off w/ simple question: how does the somatic epigenome reprogram to prepare for the onset of transcription (EGA)? https://t.co/cNk6FNvvkp
Most importantly, we learned that CDS (unlike Ewing sarcoma) can probably be modeled in mice, however, innovative approaches to prevent spontaneous recombination will be required. Stay tuned!
CIC-DUX4 fusion-gene driven sarcoma (CDS) is a devastating cancer that primarily affects kids and young adults. Because of its rarity, primary tissues are scarce and clinical trials are not feasible. Can we use mice instead? A thread…
Expression of the CIC-DUX4 fusion oncoprotein mimics human CIC-rearranged sarcoma in genetically engineered mouse models https://t.co/sw3DMtpPeb #biorxiv_cancer
So what did we learn? Well, for starters, CIC-DUX4 is a very potent oncogene which seems to behave as a neomorphic transcriptional activator in line with prior findings.
Physician-scientists are a dying breed going from 4.7% in '80s to ~1.5% today. Multiple factors contribute including flat/declining #NIH funding. Translational research is critical for advancing clinical care.
https://t.co/bV3fxxDWPM
In SLC for Brad Cairns’ 25th lab anniversary. Was truly a humbling experience to be a part of great science with great scientists. We’ve spanned the gamut from biochemistry of yeast chromatin remodelers, zebrafish epigenome reprogramming, ZGA, and germline stem cells.
@bvbal79@DukeRadOnc@ASTRO_org@DKirschMDPhD We’ll explore the role of certain epigenetic inhibitors as radiosensitizing agents in CIC-DUX4 driven as well other soft tissue sarcomas
Pete Hendrickson, MD, PhD, has been selected to receive the 2022 @ASTRO_org Residents/Fellows in #RadOnc Seed Grant for his project "Ewing-like Sarcoma: Targeting the CIC-DUX4 oncogene through epigenetic regulators." @pghendrickson is mentored by @DKirschMDPhD – congrats to both!