The Do-It-Yourself Nucleic Acid Fluorometer, or DIYNAFLUOR, is a portable device that measures the amount of genetic material extracted from biological samples.

Artificial intelligence is accelerating material discovery and design by automating analysis, guiding experiments, and enabling predictive modeling across spectroscopy, microscopy, and synthesis.

Discover how cohesin mechanics and nanotracker technology are transforming DNA research in this Bruker webinar.

The Vutara VXL is a benchtop optical microscope that's been optimized specifically for single-molecule localization. It uses ...

Microbes could be engineered to produce more vitamins for supplements and fortified foods, offering a cheaper and greener ...

Donning baby bangs, rimless glasses and a loosely tied top bun, Coco Chan would tell you she’s a flexitarian – as meat could ...

Key takeawaysUCLA researchers have created a first-of-its-kind blueprint that captures how the ovarian reserve — a female's ...

Knowable Magazine reports on super-resolution microscopy breakthroughs, revealing intricate cellular details, enhancing ...

Strategic Move Positions YD Bio Limited for Accelerated Innovation and Market ExpansionTrading of common stock and warrants of the new public company, YD Bio Limited, is expected to commence on the Na ...

This paper reports a valuable discovery that specific-mode electroacupuncture (EA) transiently opens the blood-brain barrier (BBB) in rats. The evidence is solid but lacks functional validation of BBB ...

Our fifth annual Forbes Asia 100 to Watch list provides a window into the vibrant world of startups and small companies in ...

A cutting-edge 3D-printed house is breaking barriers by omitting concrete for something even more readily available: soil.