Research Focus | Biomaterials
We work at the interface of materials chemistry and biomedical engineering. The synergy between these areas is remarkable and allows us to identify what is missing from a bioengineer’s toolbox and dive into fundamental materials design to create the tools necessary to meet societal needs. Polymer scientists create and provide access to novel functional materials and 3-D structures, while engineers translate these materials into therapies and devices that address key challenges in the clinic. Few campuses in the world encompass the broad range of fundamental discovery in chemistry to clinical application of materials to improve human health.
Major problems we are trying to solve:
- Regeneration of injured and diseased tissues: by designing injectable protein and cell delivery vehicles that respond to the body’s natural healing response.
- Minimally invasive drug delivery and recording: by 3-D printing implants with complex, micron-scale features that influence how implanted materials interact with the body.
- Wearable materials for health monitoring and diagnostics: with shape-memory polymers and flexible electronics that can measure a variety of health metrics.
- Implantable microsystems for human augmentation and cognitive enhancement: by engineering novel electrode materials that enable seamless integration of microelectronics and the nervous system.
- Sensing and manipulation of biomolecules and biomechanics: by designing small molecules that detect and release biomolecules and wireless sensors that provide real-time force monitoring.
Participating Research Groups
- Biomaterials for regenerative medicine (Ambati, Guldberg, Hettiaratchi, Lindberg, Willett).
- 3-D printing of functional biomaterial scaffolds, devices, and living constructs (Dalton, Gardner, Guldberg, Lindberg, Ong).
- Chemical scaffolds for imaging, sensing and releasing biomolecules (Aleman, Brozek, DeRose, Haley, Jasti, Johnson, Ong, Pluth).
- Interfacial, electrochemical, and optical materials in biological systems (Boettcher, Corwin, Deku, McMorran, Parthasarathy, Taylor).
- Polymers, semiconductor materials, metals, and metal oxides for implantable medical devices (Deku)
Bioengineering Program Faculty — Biomaterials
EXPLORE OUR BIOENGINEERING RESEARCH GROUPS
UO Collaborators
Benjamín Alemán
Department of Physics
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Shannon Boettcher
Department of Chemistry and Biochemistry
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Eric Corwin
Department of Physics
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Brian Dalton
Department of Physiology
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Vickie DeRose
Department of Chemistry and Biochemistry
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Michael Haley
Department of Physiology
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Ramesh Jasti
Department of Chemistry and Biochemistry
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Darren Johnson
Department of Chemistry and Biochemistry
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Ben McMorran
Department of Physics
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Raghuveer Parthasarathy
Department of Physics
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Mike Pluth
Department of Chemistry and Biochemistry
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Richard Taylor
Department of Physics
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