Yale University

engineers bioinspired regenerative lignification to produce ultra-hard, sustainable bamboo-style structural materials.

Country: United States

Research

Coverage

	CN	EU	US
wood-construction	✓	✓	✓

Regulatorsreachepaademe

Verifiable facts

Fact	Value	Source
Affiliation	Yale University, Center for Materials Innovation (CMI)	cmi.yale.edu
Research focus	Sustainable materials, structural engineering of wood and bamboo, bioinspired regenerative lignification, industrial ecology, and materials innovation	cmi.yale.edu · doi.org
Facility	Center for Materials Innovation (CMI), Yale Building Lab	cmi.yale.edu · planetarysolutions.yale.edu
Grant	Yale Planetary Solutions Project grants, ARPA-E funding, DOE grant	cmi.yale.edu · planetarysolutions.yale.edu
Publications	Bioinspired Regenerative Lignification Enables Ultra‐Hard and Sustainable Bamboo Structural Materials (Exploration, 2026)	doi.org
Principal staff	Liangbing Hu, Yuan Yao, Alan Organschi, Julie Zimmerman, Paul Anastas, Mark Ashton, Phillip Bernstein, Anna Dyson, Nikhil Malvankar	cmi.yale.edu · planetarysolutions.yale.edu

Independent sources: cmi.yale.edu · doi.org · planetarysolutions.yale.edu

Technologies

Name	Cluster	Risk
Cultivated wood & plant scaffolds	wood-construction	High	→

Compiled by BIOECON from primary sources.

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