Topic: bioengineering

A team of University researchers designed a material that can be molded into structures and adapted to reshape itself. They used a light-directed 3D printer to create the dynamic hydrogel.

News, Science & Research

University researchers design LEGO-block like material

April 19, 2019 0 comments

University researchers have brought the childlike appeal of LEGO blocks to the chemistry lab — a newly invented material can stick to itself, be molded to form a structure and, when needed, can adapt to reshape itself, just like a set of LEGOs built into various shapes.

In a new study, researchers analyzed alginate graphene oxide and assessed its potential for use in organ 3D printing. They further suggested its relevance to cancer immunotherapies, drug delivery and tissue engineering.

News, Science & Research

Researchers improve 3D printed biomaterials

January 30, 2019 0 comments

University researchers recently published a study analyzing the material properties of alginate graphene oxide, which could lead to new developments in both cancer research and 3D printing technology for human organ printing.

Q&A: Vogelstein ’00 discusses neuroscience, intelligence technology

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Q&A: Vogelstein ’00 discusses neuroscience, intelligence technology

February 15, 2017 0 comments

R. Jacob Vogelstein ’00 received a Presidential Early Career Award for Scientists and Engineers in January.