Mock Dalton Lab News

Department of Bioengineering

The Dalton Lab

Advanced biomedical manufacturing for the benefit of humanity

Dalton Lab in the Media

Science Knight Out speaker Paul Dalton

Science Knight Out, 2026

Listen to Paul and Iman's talk during the 2026 community lecture, Science Knight Out.

Watch the Science Knight Out

Screenshot of Paul Dalton on a podcast called 'The Lattice'

Inventing Melt Electrowriting and the Future of Biofabrication, with Paul Dalton

Paul Dalton speaks with 3DHeals Innovation, on the Lattice Podcast, about Melt Electrowriting and biofabrication. 

Explore the Podcast Interview

Dalton Lab News

 

Kelly O'Neill Defense
Kelly O'Neill successfully defends her thesis!

Congrats, Dr. O'Niell! 

group photo of scholars at a conference
Knight Campus Researchers Present at Cascadia Corridor Research Symposium

Researchers from the Phil and Penny Knight Campus for Accelerating Scientific Impact participated in the Cascadia Corridor Research Symposium in Seattle, highlighting the range of research taking place across the Knight Campus. 

Headshot of a man with glasses, in a black shirt, on an outdoor terrace
Dalton Lab Welcomes Visiting Scholar Pascal Achenbach

Funded through the Alexander von Humboldt Foundation, the six-month fellowship supports a collaboration to advance new strategies for neural regeneration

abstract cicular shapes (green), with a yellow background - printed using Melt electowiring.
UO biomed startup VivoTex could revolutionize 3D tissue engineering

Founded in 2024 at the Phil and Penny Knight Campus for Accelerating Scientific Impact at the University of Oregon, biomedical startup company VivoTex seeks to transform tissue engineering through an innovative approach to advanced, microfiber 3D printing using techniques pioneered in the lab of bioengineering professor Paul Dalton.

a dodecahedron, printed with VAM. It is empty on the inside, and a tan-beige color
Printing the Future

Paul Dalton, an associate professor of bioengineering at the Knight Campus and the Bradshaw and Holzapfel Research Professor in Transformational Science and Mathematics, and his group are focused on harnessing cutting-edge advances in material fabrication to create next-generation biomaterials with a wide range of applications—including potential medical implants. In Dalton’s most recent publication, a portion of his lab focuses on optimizing a cutting-edge technique called volumetric additive manufacturing (VAM).

Environmental portrait in lab of Paul Dalton and ivgenii Liashenko
New bioengineered skin model relies on Paul Dalton's novel 3D printing technique

University of Oregon researchers have teamed up with scientists with the French personal care company L’Oréal to develop a multilayered artificial skin that more accurately mimics real human skin

Photo collage of Rose Hulsey-Vincent, Malley Gautreaux, Iman von Briesen, Nicholas Pancheri, Phillip Hernandez, David Frey, and DeShea Chasko
Five Department of Bioengineering Ph.D. Students Awarded NSF Fellowships
Five Ph.D. students from the Knight Campus Department of Bioengineering have been awarded prestigious Graduate Research Fellowships from the National Science Foundation.
Collage of man with blue shirt against background of 3-d printed material
Micro-3D printing pioneer Paul Dalton receives research professorship
A pioneer in micro-3D printing, Paul Dalton is the second recipient of the Bradshaw and Holzapfel Research Professorship In Transformational Science and Mathematics
Open Source Innovation

The Dalton Lab 

In 2021, the Dalton Lab relocated to the University of Oregon's Phil and Penny Knight Campus for Accelerating Scientific Impact. Based in the Department of Bioengineering in Eugene, Oregon, the Dalton Lab uses advanced manufacturing to create biomedical materials that meet clinical challenges and benefit humanity.