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In a century, Wolbachia has gone from a master reproductive manipulator to a partner in the fight against pathogens, exemplifying how a microbe can shape hosts and diseases.

New artificial intelligence tools help scientists fight back against a rising tide of research misconduct, but is it enough?

The discovery of an inducible switch in Escherichia coli that controlled lactose metabolism offered the first clues into gene expression.

Synthetic biologists make artificial cells, but the creation of mirror bacteria isn't worth the risk.

Big omics datasets can be overwhelming for researchers with limited programming skills, but texting with a new AI chatbot could help them wade through their results.

Researchers mimic the antianxiety effects of psychedelics by identifying and activating specific brain regions in an important step towards developing therapeutics that do not cause hallucinations.

Researchers tweak heart-forming organoids to produce blood cells, in a process that mimics embryonic development.

From Brussels sprouts to chicory, some veggies pack a bitter punch, but genetics and individual differences create a unique flavor experience for everyone.

Science policy helps shape research and funding; science policy analysts evaluate these policies to ensure they support scientific progress and innovation.

Ticks form a stable structure around their mouth to stick to their hosts for days. Phase transitions of proteins in the tick saliva drive this adhesion.

Homologous defense proteins in archaea and eukaryotes point to these early prokaryotes' role in the immune system of modern complex organisms.

Researchers uncover the surprisingly complex evolutionary history of the salivary protein amylase.