Accelerating Science

Tunable 'affibodies' offer a new approach to healing fractures

The small proteins can be engineered to go to the site of a broken bone and accelerate repair

Microscale 3D printers unlock new biomaterial possibilities

New research from professor Paul Dalton launches affordable, open-source devices

Knight Campus reveals design details for Building 2

It will double the campus’ capacity and boost engineering research and training

Learn about new ways to heal bones in Knight Campus talk

Bioengineering chair Danielle Benoit headlines Science Knight Out on April 11

UO chooses a leader for its first-ever department of bioengineering

Danielle Benoit, an expert in therapeutic biomaterials, is the inaugural Lokey Chair

UO researchers test an innovative approach to regenerating cartilage

A team led by Gabriella Lindberg is using a new tool to study ways of restoring tissue

NSF grant will help probe the power of proteins from stem cells

Marian Hettiaratchi receives a sought-after $600,000 CAREER Award to pursue the idea

Trustees approve Knight Campus funds, presidential profile

Other action at the recent meeting included approval of a new degree, UO Portland funds

Paper looks at latest advances in bone, tissue regeneration

Advances in bioengineering, materials science offer hope for breakthrough therapies

UO undergrads working to develop a concussion biosensor

The university’s first iGEM team will present its work at an international event in October