3D Bioprinting via Dynamic Optical Projection and Applications Thereof
University researchers have developed a versatile biofabrication platform based on 3D printing via dynamic optical projection, and fabricated complex, 3D micro-featured structures with encapsulated cells using said bioprinting platform. The invention provides an improved ability to mimic native tissue environments by controlling the arrangement of cells within a patterned 3D hydrogel. It has the potential for broad impact in the fields of tissue engineering, drug discovery, and fundamental cell biology research.
20160298087
Intellectual Property Info This technology is available for sponsored research and/or licensing. Related Materials Tech ID/UC Case 24382/2013-291-0 Related Cases 2013-291-0, 2014-140-0, 2013-212-0
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