A novel strategy reshapes single-atom catalysts to enhance their performance and efficiency in producing valuable pharmaceuticals and chemicals.

Comparing hypothalamic networks in zebrafish and mice reveals evolutionarily conserved neuronal pathways that regulate appetite across vertebrates.

A new light-sensitive hydrogel platform that models human tissue elasticity reveals how ageing cells react to a changing environment.

Enhanced RNA-based profiling techniques reveal the outsized metabolic impacts of small microbial populations across the human body surface.

An anti-hypertension drug could potentially be repurposed as a more affordable treatment for liver cancer.

Harnessing street view images, a new deep learning model could aid urban planners in expanding city-wide electric vehicle charging infrastructure.

The largest RNA language model to date helps researchers uncover the hidden roles played by non-coding RNA sequences in our cells.

Breast milk is supercharged with antibodies that promote healthy gut immunity in babies.

A closer look at a popular catalyst for green fuels and chemicals reveals the hidden relationships between its atomic-level structure and catalytic performance.

A*STAR researchers take a layered approach to create fibrous alternative meat products that mimic the sensory profiles of the real deal.