Explore molecular hybridization, an innovative drug design strategy creating multi-targeting cancer treatments that combine bioactive molecules for enhanced efficacy.
Explore the fascinating world of photosensitization - from molecular mechanisms to cutting-edge medical applications in cancer treatment and antimicrobial therapy.
Scientists are harnessing a deadly snake venom enzyme to fight ovarian cancer. Discover how L-amino acid oxidase from rattlesnake venom shows promising anti-cancer activity.
Explore how nano-nuclear medicine combines nanotechnology and radioactive isotopes to create precise cancer treatments and diagnostics.
Explore how theranostics combines molecular imaging and targeted therapy to transform cancer treatment into precision medicine.
Discover how HAMLET, a protein-fat complex from human milk, selectively targets cancer cells while sparing healthy ones, offering new possibilities for cancer treatment.