oncodaily - St. Jude shared a post on X: “St. Jude researchers and collaborators identified RBM5 as a key driver of leukemia caused by changes in the KMT2A gene through its interaction with […]
AI Summary: St. Jude investigators report that RBM5 is a central driver in a form of childhood leukemia, revealing how the RNA-binding protein helps sustain malignant cells and interact with MYC pathways. The finding opens a plausible route to target an otherwise “undruggable” axis, offering a new precision strategy for high-risk pediatric leukemia.
Mass release of next‑generation tumor organoids accelerates research / 24 days
Some tumors kill neighboring healthy cells to fuel growth / 2 months
MYC overactivity enables DNA repair and chemotherapy resistance in tumours / 3 months
Enhertu (DESTINY‑Lung04) improves PFS in HER2‑mutant lung cancer / 8 days
Engineered bacteria show promise as tumor‑targeting therapy in preclinical studies / 6 wks
Daraxonrasib shows encouraging activity in NRAS-driven melanoma patients / 6 wks
CAR‑T depletes mutant calreticulin cells, offering myelofibrosis hope / 1 month
StackHealth RSS


StackHealth Time Machine
NorthFeed Inc. Terms and Conditions / Privacy Policy
Disclaimer: The information provided on this website is intended for general informational purposes only. While we strive for accuracy, we do not guarantee the completeness or reliability of the content. Users are encouraged to verify all details independently. We accept no liability for errors, omissions, or any decisions made based on this information.