Researchers developed MeLSI, an AI-based tool that identifies specific gut microbes driving biological changes, revealing ...

RyR1 structures reveal that neighboring calcium channels cooperate during opening, while mutations at their interface may ...

Bone marrow transplants could offer a way for diseased cells in the heart and brain to get replacement mitochondria. In a ...

Alzheimer’s disease is not only about the accumulation of toxic proteins in the brain. A growing number of studies indicate that the health of cerebral blood vessels may also play a decisive role in ...

Discover how, in a small-scale study, those who cut down on ultra-processed foods reported improvements in three measures of ...

Prime assembly enables long DNA fragments to be precisely inserted into targeted genomic locations, potentially allowing a single editing strategy to correct many mutations and support broadly ...

A new roadmap proposes using blood, brain, genetic, and wearable biomarkers to identify patient subgroups, improve ...

Researchers identified 16 distinct mouse motor cortex subregions by analyzing neural connections, cell types, and neuron ...

Researchers showed how tandem kinase immune receptors recognize blast fungus effectors and engineered them to detect effectors from wheat and barley infections, opening a path toward broader, more ...

This listicle explores six analytical approaches shaping modern PFAS monitoring, highlighting their strengths, applications, ...

This article explores how advances in antibody engineering are moving immunotherapy beyond traditional monoclonal antibodies to bispecific and trispecific formats and logic-gated designs.

Researchers compared human and marmoset brain organoids and found differences in neural progenitor cell structure, division, ...