Daniel recently took the stage at SXSW as a featured panelist for "Can Biotech Help Save Coral Reefs?", sharing insights into the cutting-edge tools our lab is developing to accelerate reef restoration.
Dr. Daniel Wangpraseurt named a 2025 Moore Inventor Fellow! The Gordon and Betty Moore Foundation recognizes Dr. Wangpraseurt for pioneering bioinspired materials that accelerate coral reef restoration.
We have developed SNAP-X, a nanoparticle-infused gel that mimics reef scents to attract coral larvae. The material enhanced settlement by up to 20 times in lab tests.
A Scientist’s Life: an interview with Dr. Wangpraseurt on the bioengineering techniques used in the lab to help recover coral reefs. Includes a short video (99 seconds) highlighting the labs current work and breakthrough methods!
Dr. Wangpraseurt's team chosen as one of the 2025 AIM Award recipients for their work on developing scalable biomaterial solutions to restore coral reefs!
Tune in to the "Engineering With Nature (EWN)" podcast to hear Dr. Wangpraseurt sharing insights on bioinspired designs, and how this tech could enable more resilient coastal protection.
Featuring our collaborative research for developing new techniques to restore coral reefs, including using nanoparticles to reduce coral bleaching and 3D printing to create new coral structures.
Dr. Wangpraseurt explains Reefense R3D Project - "hybrid living and artificial reefs" that shield coastlines, attract marine life, and even grow resilient corals to develop a hybrid living and artificial reef
Featured on UC San Diego - we join a $25M project to build "living" artificial reefs! These 3D-printed bio-havens protect shorelines, nurture corals, and adapt to sea level rise.
"3D Bioprinting Process Produces Living Coral Microhabitats" featured on Scripps news presenting 3D-print living coral as homes for algae, mimicking nature to study bleaching and aid restoration.
Three-dimensional printed coral-like structures were able to support the algae that live in real corals, which could help restore reefs and grow algae for bioenergy production.
Our work on using 3D printing to create bionic coral structures for both regenerating dying reefs and unlocking entirely new avenues for biomaterials and research.
