A device developed by a collaborative team of researchers could turn PET imaging on its head.

A paper-and-string whirligig that costs 20 cents to make could change the game and help end malaria and other worldwide epidemics.

Researchers at UCLA have developed a “nanoblade” that can cut and slice cells, taking the precision of biological research to a level few considered possible.

New biosensing contact lenses are designed to detect glucose levels for diabetics and hold thousands of other possibilities.

A cancer research company's "No Cell Left Behind" technology can identify just five cells in a sample of 30 million.

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Engineers, researchers at Northwestern University and Washington University School of Medicine produced the firstbioelectronic medicine—an implantable device that stimulates nerve regeneration.

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Your source for content, tools and resources to support Growth, Innovation and Collaboration in the Augmented and Virtual Reality community.

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