Exploring the safety and potential of oncolytic myxoma virus as a breakthrough treatment for dogs with soft tissue sarcoma, bridging veterinary and human medicine.
Exploring the revolutionary paradigm of radiation-laser medical equipment and technology for precise cancer treatment through synergistic energy beams.
Explore how photodynamic therapy is revolutionizing gastrointestinal cancer treatment through light-activated precision medicine with minimal invasiveness.
Explore how scientists are constructing azide-functionalized tetrahydrobenzofuran molecules to create targeted cancer therapies with fewer side effects.
Discover how tiny imperfections in cell membranes, revealed through supercomputer simulations, are essential for life itself.
Exploring how strategic nutrition enhances targeted therapies for colorectal cancer patients and improves survival outcomes.
Explore how Stealth RNAi technology silences Bcl-2 in hepatic carcinoma cells, inducing apoptosis and inhibiting tumor growth through innovative molecular approaches.
Exploring the development of prodrug-payloads based on platinum-acridine hybrid agents—a revolutionary approach for precise cancer treatment.
Discover how c-Myc suppresses p21 expression during oestrogen signalling and antioestrogen resistance in human breast cancer cells.
Discover how Hawaii's poha berry (Physalis peruviana) contains powerful compounds that fight inflammation and may help prevent cancer.