Artificial blood vessels that come to life could improve medical care. Here’s why.

Lola Eniola-Adefeso, professor of chemical engineering and biomedical engineering, discusses “promising” new research results on bioengineered blood vessels with NBC News, though cautions that there’s much to learn about how the vessels perform.

Graphene oxide technology provides alternative to biopsy

Sunitha Nagrath, associate professor of CHE, explains the significance of new device.

New wearable device that collects live cancer cells from blood may help avoid biopsy

Researchers, including associate professor of CHE Sunitha Nagrath, have created a device that collects cancer cells in blood.

University of Michigan researchers tout high-speed 3D printing approach

3D resin printing that’s stronger and 100 times faster than traditional methods is detailed.

Solid electrolyte enables light batteries to replace structural elements

This 3D printing technique is 100 times faster than standard 3D printers

CHE Associate Professor Timothy Scott explains how Michigan Engineering’s printing method improves over typical methods.

Researchers discover a way to make 3D printing 100 times faster using light

CHE Associate Professor Timothy Scott tells Digital Trends how the researchers made their speedy 3D printer so efficient.

3D printing gets a lift from light

Nature explains new 3D printing method

Light powers faster 3D printing

CHE professor Mark Burns details new 3D printing that’s faster and stronger than traditional methods.

Light work: 3D printing

New 3D printing method is covered by The Economist.