Explore how green-synthesized silver nanoparticles offer environmentally friendly cancer treatment with reduced side effects and enhanced targeting capabilities.
Explore how homology modeling and 2,6-disubstituted isonicotinic scaffolds are advancing PI3Kα and γ inhibitor development for cancer treatment.
Explore how AI-guided drug discovery is creating smart medicines to starve cancers by targeting LDHA, the enzyme driving cancer metabolism.
Discover how PaccMann AI is revolutionizing cancer drug discovery by designing treatments based on cellular fingerprints through reinforcement learning.
Explore the fascinating dual nature of indole compounds in cruciferous vegetables and their potential to both fight and fuel cancer through nitrosation processes.
Discover how protein nanoparticles are revolutionizing cancer treatment by delivering doxorubicin directly to tumors while minimizing side effects.
Discover how Cerenkov luminescence and the innovative 'sticky tag' technology are transforming cancer surgery and targeted therapy through precise fluorescence imaging.
Explore how structural biology is revolutionizing cancer treatment by targeting heparanase, cancer's master key for invasion and metastasis.
Explore how exosome chemistry is revolutionizing cancer diagnosis and treatment through liquid biopsies and targeted drug delivery systems.
Discover how antimetabolites use molecular mimicry to disrupt cancer cell division in this engaging exploration of chemotherapy's clever approach.