News

Creating a Future Forward CAS

Higher education faces new challenges—from rising costs and a perceived declining return on investment to evolving workforce demands. CAS Dean Chris Poulsen is leading the charge on a new strategy to establish CAS as an innovator and leader in liberal arts education. With a strategic plan, Poulsen sees CAS as a place to prepare students to meet the challenges of a 21st-century world, equipping them with skills and knowledge to set them up for changing workplaces and to excel as global citizens.

Glowing Implants, Created Serendipitously

CHEMISTRY AND BIOCHEMISTRY - Bioengineers and chemists design fluorescent 3D-printed structures with potential medical applications. The discovery emerged from a collaboration between Paul Dalton’s engineering lab in the Phil and Penny Knight Campus for Accelerating Scientific Impact and Ramesh Jasti’s lab in the chemistry and biochemistry department in the UO’s College of Arts and Sciences. The researchers describe their findings in a paper published this summer in the journal Small.

Chemistry PhD candidate Justin Svendsen receives NIH Fellowship

CHEMISTRY AND BIOCHEMISTRY - Justin Svendsen has been awarded an F31 NRSA fellowship from the National Institutes of Health (NIH) National Heart Lung and Blood Institute (NHLBI) for his project, "Development of Affinity-Based Delivery Systems for Angiogenic Growth Factors." The three-year $145,000 award supports a mentored research experience for promising graduate student researchers. Svendsen is a researcher in the Knight Campus lab of of Dr. Marian Hettiaratchi.

Creative approaches net chem profs special awards

CHEMISTRY AND BIOCHEMISTRY - Vickie DeRose, professor and head of chemistry and biochemistry, has been awarded a creativity extension by the National Science Foundation (NSF) for research into the structure and function of ribonucleic acid (RNA) through its interactions with metal ions. Fellow chemist Mike Pluth was awarded an NSF creativity extension in 2023 for his work on the role small sulfur-based molecules play in many biological processes. These molecules were likely key species involved in evolution, especially before there was oxygen in Earth’s atmosphere.