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Targeted delivery of microRNA sponge short-hairpin RNA via VIR-inspired biotechnical vector: Enhancing cancer therapy - EurekAlert!
Scientists uncover cellular “toolkit” to reprogram immune cells for cancer therapy - EurekAlert!
Adding cell-based vaccine to liver cancer therapy slows cancer progression in patients with liver cancer - EurekAlert!
Entropy-resistant protein motifs as a theoretical strategy for cancer therapy
Breakthrough in cancer therapy: targeting mutant p53 with novel inhibitors shows promise - EurekAlert!
Combo of cancer therapy drugs increases mice lifespan by 30% — but anti-aging benefits in humans remain unknown
The dietary bug in a cancer therapy - EurekAlert!
The dietary bug in a cancer therapy
Reimagining cancer therapy by targeting the MYC axis - EurekAlert!
RNA-binding proteins and circular RNAs: A new frontier in cancer therapy - EurekAlert!
A new frontier in cancer therapy: The role of non-coding RNAs and oxidative stress - EurekAlert
Automation of nuclear chemistry processes leads to more efficient production of astatine for cancer therapy - EurekAlert
Protein degradation strategy offers new hope in cancer therapy - EurekAlert
Protein degradation strategy offers new hope in cancer therapy
Tumor cell–coated carbon nanohorn for efficient delivery of drugs in cancer therapy - EurekAlert
AI model to improve patient response to cancer therapy
AI model to improve patient response to cancer therapy - EurekAlert
Restoring our ubiquitination machinery to overcome resistance to cancer therapy - EurekAlert
Targeting “monster cancer cells” could reduce recurrence rates after cancer therapy - EurekAlert
AI tool predicts responses to cancer therapy using information from each cell of the tumor
