Explore the revolutionary Tunable Drug Conjugate platform - a modular approach to cancer therapy that offers precise control over drug delivery and reduced side effects.
Discover how scientists are engineering attenuated Listeria bacteria to deliver targeted chemotherapy drugs directly to cancer cells using revolutionary click chemistry.
Exploring how HPMA copolymer drug bioconjugates can deliver Bcl-2 inhibitor HA14-1 to revolutionize cancer treatment through targeted therapy.
Explore how intracellular signal-responsive carriers are transforming cancer gene therapy through precise tumor targeting and reduced side effects.
Discover how cyclopeptidic-based protease-sensitive photosensitizer prodrugs are transforming cancer treatment through precision targeting and light-activated therapy.
Exploring the promising role of non-platinum metal complexes like ruthenium and gold in cancer therapy, their mechanisms, and clinical progress.
Exploring how molecular conformation dynamics are transforming cancer drug design, with focus on M1 aminopeptidase inhibitors.
Discover the groundbreaking binary BMVC-porphyrin photosensitizer that combines cancer detection and treatment in a single molecular system.
Exploring Biotin-SN38-Valproic Acid Conjugates as a targeted cancer therapy approach combining chemotherapy, epigenetic modulation, and precise delivery.
Novel DNA-PK inhibitor combined with radiation therapy demonstrates potent synergy against glioblastoma and lung cancer in preclinical studies.