Exploring the anti-cancer potential of curcuminoids from turmeric against multidrug-resistant tumor cells through in vitro research.
Exploring how marine organisms are providing breakthrough treatments for cancer through unique chemical compounds discovered in ocean ecosystems.
Exploring the complex relationship between chemotherapy and venous thromboembolism in cancer patients, including risk factors, biomarkers, and prevention strategies.
Explore the dual roles of guanine-based purines in cancer progression and aging disorders, from cellular messengers to therapeutic targets.
Explore recent advances in HPV biotechnology, from nanotechnology-based detection to revolutionary blood tests that can detect cancers a decade before symptoms appear.
Scientists find a widespread, cancer-linked DNA glitch in every human they study, from birth. Discover how O⁶-Methylguanine is present in all human DNA.
Exploring the potential of organotin compounds as next-generation anticancer agents with dual-action mechanisms targeting multiple cancer pathways.
Discover how proteome analysis reveals mistletoe's bioactive proteins and their potential in cancer therapy through leaf, stem, and callus research.
Exploring how complex patent claims in cancer biotechnology create barriers to research progress and delay life-saving treatments from reaching patients.
Exploring the RANIDO clinical trial and how immunotherapy with Racotumomab and Nimotuzumab is revolutionizing head and neck cancer treatment.