Researchers at the Université de Genève have built a DNA-based drug delivery system that reads pairs of protein markers on a ...

Researchers at Aarhus University have built a microscopic needle from DNA that can punch through a cell’s outer membrane and ...

How can cancer cells be targeted without damaging healthy tissue? This is one of the major challenges facing oncology today.

A team from UNIGE has designed a molecular system that distinguishes and neutralizes cancer cells with unprecedented precision, paving the way for autonomous, self-regulating drugs.

Anticancer therapies target cells that reproduce quickly – such as cancer – but also affect other quick-spreading cells like ...

Implanting living cells as long-term drug producers could transform treatment for numerous diseases, but it is difficult to house the tiny workers in quantities high enough to ensure dosage needs are ...

(A) CuN is formed by self-assembly of Cu²⁺ and NLG919 via Cu-N coordination bonds, with chemotherapeutic agents (e.g., β-lapachone) encapsulated through hydrophobic interactions. (B) Lap@CuN passively ...

Drug-loaded albumin NPs hijack calvarial immune cells to bypass the BBB via skull-meninges microchannels for CNS drug delivery and stroke therapy, establishing skull-based delivery and immune-assisted ...

There is a quiet revolution going on. While so much media attention is being spent on debating the risks vs benefits of raw ...