Scientists create a system to evolve molecules in mammal cells, advancing medicine.

Custom deep-learning system uncovers early clues that predict how starving bacteria form complex structures.

A new study in Nature reveals complex eukaryotic cells began forming 2.9 billion years ago, a billion years earlier than thought, upending theories on the origin of plants and animals.

Researchers use artificial intelligence to create synthetic DNA that precisely controls gene activity in healthy mouse cells.

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

Researchers find that washing simulated Martian soil reduces harm to microscopic animals, balancing planetary protection with the needs of future space colonies while aiding plant growth for long-term bases.

Synthetic biologists have completed the construction of the final chromosome in the first synthetic yeast genome.

CellWhisperer uses artificial intelligence to make studying single cells easier by linking gene data to everyday language, allowing scientists to ask questions without needing complex computer skills.

A new study finds that pure ice shields the building blocks of life from radiation, offering a new target for future missions searching for microbes on Mars.

Rewriting rules for life's origins in Titan’s frozen lakes.