Christina Agapakis of Ginkgo Bioworks describes how the incredible feats of biology can be integrated into human-driven design

Made from a fabric developed at MIT, the garments rely on bacteria to optimize cooling when the wearer is active

The Paperfuge is an inexpensive version of the sampling mechanism used to detect infections such as malaria and HIV

Bio-sculpture lures people towards it with scent glands and bursts of light.

Cornell University scientists pioneer spinal surgery with 3D printed replacements for degenerative spinal discs.

Bioengineers from Stanford University have devised a way of repeatedly encoding, storing and erasing digital data within the DNA of living cells.

Utilizing its precise dipping technique, two scientists made a Lego Mindstorms kit a key component of their experiment.

The "biopixels" in this living display can be made to glow in unison and have potential uses in medical research.

Bioengineering team PlantLab have a bold plan to solve the global food crisis.

Scientists at the University of Edinburgh have created a strain of bacteria that glows green when in the presence of explosives.