🚀 Excited to share that I’ve joined @EmoryMedicine & @WinshipAtEmory to launch The Berchuck Lab.
Our research is focused on using liquid biopsy to improve outcomes for people living with cancer.
We’re hiring for several key roles!
Learn more & apply: https://t.co/Sw6sqMvguX
Excited to share our latest preprint by Alexis Yang and Gary Lee, in collab with the @jberchuck lab: https://t.co/cb3pRjketO. We found that transcription of enhancers (a mark of activation) causes distinct fragmentation patterns in #cfDNA.
🧬 Our Play-Doh vision for a futuristic prostate cancer therapy at the @PCF_Science Young Investigator Retreat… an all-in-one CAR-T model targeting PSMA, STEAP2, CD46, KLK2, and B7-H3 💪 #PCFRetreat25#table12
🚨 Check out our new post in @ASCO Daily News
🔎Exploring emerging paradigms transforming metastatic hormone-sensitive prostate cancer care - from novel systemic therapies to personalized strategies. A shift in practice is underway!!
@jberchuck@EHeath4100 & Dr. Brad Carthon
🔗 https://t.co/NYmLlQwZEV
#ProstateCancer #Oncology #ASCO25 #mHSPC @WinshipAtEmory #ASCODailyNews @GUOncologyNow@OncoAlert@TargetedOnc
1/ Happy to share our latest piece in @Nature_NPJ precision oncology: "Plasma epigenomic profiling reveals treatment-emergent squamous transformation in prostate cancer".
Work co-led with @KarlSemaan with great mentorship from @Jberchuck@SylvanBacaLab#MattFreedman@DrChoueiri
https://t.co/dN5PeZZwhE
Plasma epigenomic profiling to reveal molecular correlates of response and resistance to 177Lu-PSMA-617 in #mCRPC. Presentation by @jberchuck@EmoryMedicine. #ASCO25 written coverage by @RKSayyid@USC > https://t.co/d6FWRFHNGZ @ASCO
Winship medical oncologist Jacob E. Berchuck, MD recently spoke with @targetedonc on how a new epigenomic platform may influence the accessibility of prostate-specific membrane antigen-based therapies. ➡️ https://t.co/5EPsD0eTYg
Data presented at #ISLB24 suggest that epigenomic cfDNA may accurately assess PSMA expression and predict Lu-PSMA response in mCRPC. @jberchuck@emory_urology#pcsm
https://t.co/JfiuvR5KnC
Honored to be awarded best poster at the @isliquidbiopsy#ISLB24 Annual Congress for our work using a novel epigenomic liquid biopsy platform to detect PSMA expression and predict Pluvicto response in mCRPC.
CC: fantastic collaborators @PrafulRavi1@HJacene@Precede_Bio
Thank you @isliquidbiopsy for the opportunity to speak on the potential of liquid biopsies for early cancer detection at #ISLB24.
Congrats to @ChristianRolfo and co for organizing a fantastic conference!
📊 Revolutionary approach: Analyzing cell-free DNA to track PSMA expression in real-time. Dr. Jake Berchuck (@jberchuck) discusses how this could transform treatment decisions in prostate cancer.
Watch the complete discussion on @urotoday: https://t.co/sducE8whNc
Novel epigenomic liquid biopsy detects PSMA expression in #ProstateCancer. @jberchuck@WinshipAtEmory and Oliver Sartor, MD @MayoClinic dive into this cutting-edge epigenomic liquid biopsy platform that uses cell-free DNA to infer PSMA expression. This novel assay shows a strong correlation with PSMA PET scans, offering a non-invasive, real-time tool for monitoring tumor drug target expression. #WatchNow > https://t.co/vdrJdYPDeB
Challenging prostate cancer subtypes like liver metastases and neuroendocrine #prostatecancer may ultimately benefit from more precise treatment approaches, thanks to innovative liquid biopsy technology.
@sartor_oliver & @jberchuck discuss on @urotday- https://t.co/n6Bqp3hcNL
WATCH: Jacob E. Berchuck, MD, discusses research behind using a blood-based liquid biopsy over traditional PSMA PET scans presented at #ESMO24. @jberchuck@EmoryMedicine@WinshipAtEmory
https://t.co/hnHI1eJq6y
7/ 🎯 We conclude that the SigMA HRD mutational signature could help refine the population of mCRPC patients who may benefit from PARPi. Larger studies are needed for further validation. Stay tuned!
1/ 🔈Excited to share our latest publication “A panel-based mutational signature of HRD associates with response to PARP inhibition in mCRPC” led by #danielboiarsky@aloktewar@dcgulhan.
🧵Below…
📄Read the full paper here: https://t.co/yxqVCHYZim
6/ 👴🏻 We highlight a patient lacking an HR gene alteration but classified as HRD by SigMA who experienced a 64% reduction in PSA and 11-month rPFS on olaparib, suggesting the potential clinical utility of SigMA to identify PARPi responders in mCRPC.