Announcements, programme updates and coverage.
Coverage, peer-reviewed publications and broadcast segments across the enamel and bone programmes.
Hoxton Ventures and The Venture Collective are co-leading a seed funding round for Eterna Regeneratives, which is plotting an assault on the $43bn global oral care market, Sky News learns.
Wool-derived keratin membranes are reported to support guided bone regeneration in animal models.
GB News reports on the wool-derived scaffold work and the route towards clinical use.
SciTechDaily explains the keratin membrane study and how the material compares with collagen scaffolds.
A features-length treatment from the Royal Society of Chemistry placing wool keratin in the wider sustainable-materials context.
Research-news account of the wool-derived keratin bone work.
Medical research coverage from the bone regeneration programme.
Dentistry.co.uk reports on the bone regeneration study and its implications for the dental sector.
Interesting Engineering summarises the animal model results from the keratin membrane study.
The most widely cited account of the enamel research worldwide, carrying the BBC’s own interview with the King’s team.
UK national broadcaster coverage of the keratin enamel study.
The Washington Post reports on the keratin enamel research, with comment from the King’s team and independent dental experts.
King’s College London announces the keratin enamel study underpinning the oral health programme.
Newsweek covers the enamel research and the formation of Eterna Regeneratives to lead its translation.
Live Science summarises the mineralisation results and the dental applications proposed for them.
Coverage of the enamel study and the product formats under consideration.
Dental Tribune examines the mineralisation mechanism and possible professional applications.
A trade interview covering toothpaste, mouthwash and dentist-applied formats.
UK professional validation of the enamel findings, published by Nature.
US professional-body coverage of the keratin enamel study.
Biotechnology trade press account of the mineralisation mechanism.
A careful account of the experimental method and the wider waste-to-health context.
Sets out both product formats under consideration — a daily toothpaste and a professionally applied gel.
Coverage from one of India’s largest English-language titles.
UK dental-sector coverage of the enamel study.
UK dental trade coverage reaching practising dentists.
US dental hygiene trade coverage.
Canadian dental trade coverage of the mineralisation work.
German-language coverage from the country’s main popular-science portal.
French dental trade coverage, including the development work still to be completed.
Spanish dental trade coverage of the enamel programme.
An original BBC Trending interview on how the keratin material was selected. In Arabic.
Technology coverage of the keratin enamel research and the mineral layer it forms.
Dental press coverage of the King’s findings on enamel loss and the keratin approach.
A concise account of the King’s enamel work and the research team behind it.
Spanish-language coverage of the enamel research and the products proposed from it.
Spanish-language coverage of the keratin mineralisation results.
A freely viewable version of the Reuters package, carrying the on-camera account of enamel loss and repair.
The video version of the original BBC Trending interview. In Arabic.
Short-form explainer for the BBC’s children’s news audience.
Explainer segment on the enamel research from an Indian international broadcaster.
French broadcast segment, with comment on coating enamel and infiltrating early lesions. In French.
Independent news explainer on the enamel programme.
Interview and laboratory footage on enamel loss, keratin-derived protective layers and biological-waste sourcing. Licensed agency content.
Syndicated republication of the Reuters package, with on-camera comment on early decay, sensitivity and clinical development.
Short explainer on how keratin from hair or wool forms an enamel-like crystalline structure in the presence of saliva minerals.
Event recap from a lecture on bioinspired materials for dental regeneration. In Arabic.