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Drug-manufacturing bacteria can provide a more targeted approach to treat gut diseases.

Alayna Loiselle has found a way to bring therapeutics straight to an injured tendon.

Jingjing Sun developed a novel, ultra-small nanocarrier that actively targets tumor cells.

Using AI models, scientists can predict gene expression, design new proteins, and create precision medicines.

From ergonomics to automation, learn about the tools that scientists turn to for greater efficiency, accessibility, and sustainability in the lab.

The scales on a crocodile’s head develop differently than those on its body. The explanation lies in tissue mechanics.

Investigating how reindeers shed and regenerate their antlers offers clues into mammalian organ regeneration.

Patterns of human endogenous retrovirus expression linked to decreased neurodegenerative disease risk.

A microbiologist blends science and art to bring biofilms to life. His work, showcased in museums and books, captivates scientists and curious minds alike.

Our second annual writing contest provides life scientists with a platform to try their hands at science journalism, tell their science stories, develop their communication skills, and publish their work.

New research describes the early steps of colorectal tumor formation and lays a foundation for improving diagnosis and treatment of aggressive cancers.

Changing body shapes and coordinated wiggling provide lift and stability for gravity-defying reptiles.

Long seen as collective contaminants, some bacterial species actually promote bioethanol production.

Microfluidic technology enables high-throughput, droplet-based antibody discovery in fully human antibody mice.