- 25 May 2018
We have developed a biomineralization platform that uses the ordered and disordered sections of a protein to create an organic framework capable of recruiting calcium and phosphate ions, nucleating nanocrystals, and guiding their growth hierarchically into functional materials (www.nature.com/articles/s41467-018-04319-0). The platform has potential to generate treatments for enamel repair and regeneration.
- 15 March 2016
An online news video showcasing our work been viewed over 500,000 views by the public! It reports our recently published work on dynamic self-assembly membranes that may soon provide a way to build artificial blood vessels for tissue engineering and regenerative medicine.