Cancer

A gene that inhibits tumor growth is shown to promote aggressive breast cancers

The genetic signatures of gastric cancer cell lines reveal disease subtypes with different drug sensitivities

Lauded for its health benefits, green tea now has another claim to fame — the basis of a therapeutic delivery system for anticancer drugs

Drugs delivered by nanoparticles can simultaneously attack cancer cells and cancer stem cells

Introducing viral proteins into normal cells causes a switch to a cancer-like state, modulated by key cancer signaling pathways in the cells

A protein on which two molecular pathways converge could be the key to new cancer therapies

Researchers at A*STAR have developed temperature-sensitive gels that can be used for a wide range of biomedical and cosmetic applications

A genetic test can predict the prognosis for patients with a type of kidney cancer

Signals that pass between genetically abnormal epithelial cells and their genetically normal support cells drive tumor formation in a fruit fly cancer model

Targeted nanoparticles that combine imaging with two different therapies could attack cancer and other conditions

Fluorescent molecular rotors developed by the A*STAR Molecular Engineering Laboratory promise to revolutionize the search for new anticancer drugs

Regulatory mechanisms that help ‘trap’ an enzyme may prevent the production of cancer-promoting molecules