Microscopic robots made out of a patient’s own cells may be able to work inside the body to repair damage, scope out signs of disease, or fight off infections.

Microscopic robots made out of a patient’s own cells may be able to work inside the body to repair damage, scope out signs of disease, or fight off infections.
Precisely copying the capabilities of a biological nose with an artificial one is a lofty but potentially world-changing goal.
New findings point to the crucial role that mRNA modifications play in how the body regulates pain-related molecules.
Scientists have designed a new paint formulation based on a natural pigment that changes color in response to sunlight.
A revolutionary light-based tool decodes hover fly wing spectra in real time, addressing insect surveillance gaps to monitor the unfolding biodiversity crises.
Growing brain tissue requires capturing the realistic “squishiness” and cohesion between cells, but how each cell type contributes has been a mystery.
New research reveals the genetic roots of endometrial cancer using precision tools like CRISPR to build more accurate models.
Scientists reveal how antibiotic-resistant genes are spreading around the world, raising concerns about their rapid transmission and the role humans are playing.
Magnetic iron nanoparticles shown to eliminate persistent water pollution, such as microplastics and oils.
Discover how living materials are revolutionizing sustainable engineering, offering self-healing and responsive solutions for a greener future.