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Researchers create unique DNA identifiers to verify and protect engineered cells, reducing errors and theft in biomedical studies.

Researchers create a protein fiber that records cell activities over time, helping scientists study large groups of cells and uncover details about brain functions and diseases.

A Boston startup gains FDA approval to begin the first clinical trial using cellular reprogramming to treat eye disease, with potential implications for reversing aspects of aging.

This advance shows a way to make important immune cells in the lab, potentially creating ready-to-use treatments that are cheaper and more widely available for serious illnesses.

Tiny robots apply controlled force to guide stem cells into bone, opening doors for faster tissue repair treatments.

Engineered cells use a glowing amino acid to reveal real-time protein modifications in diseases like cancer.

This breakthrough uses computer modeling to show how basic life processes work inside a simple cell, helping researchers understand biology at a tiny scale.