Ideally, such blood vessels have to be created directly within special materials called hydrogels. ... OoC technology also makes it possible to closely observe how cells react under a microscope.

Ideally such blood vessels have to be created directly within special materials called hydrogels. ... OoC technology also makes it possible to closely observe how cells react under a microscope.

A team of researchers led by NYU Tandon School of Engineering's Weiqiang Chen has developed a miniature device that could ...

Scientists are starting to detect clots in long COVID patients’ smallest blood vessels—which might help explain the condition’s debilitating symptoms. A scanning electron microscope image ...

To see inside these vessels, the researchers created a probe that would fit inside the hollow microcatheters, which measure 0.03 millimeters, or about seven times the width of a human hair, and ...

Ideally such blood vessels have to be created directly within special materials called hydrogels. ... OoC technology also makes it possible to closely observe how cells react under a microscope.

Ideally, such blood vessels have to be created directly within special materials called hydrogels. ... OoC technology also makes it possible to closely observe how cells react under a microscope.