Topics

Using bioplastics and algae to create sustainable homes on Mars and beyond.

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

Researchers develop artificial muscle that detects and repairs damage, mimicking human and plant skin for robotics and wearables.

Weizmann Institute’s new technology images individual molecules at one nanometer, helping research in medicine and materials.

Stanford’s SENSBIT system monitors drugs in blood for a week, helping detect diseases early and improve treatments.

Researchers uncover how calcium ion channels in the brain store memories by changing shapes during nerve activity.

Researchers use frozen ethanol and electron beams to etch delicate biological surfaces without causing harm.

New biohybrid system supplies oxygen to keep engineered cells active and delivering steady therapies inside the body.

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

This new method brings lab-based protein evolution closer to natural biological processes by incorporating timing and switching behaviors.