Join Victoria Sampson on 25 February at 7pm as she discusses peptides in regenerative dentistry and medicine from biomimetic science to clinical practice.
This webinar will provide dental professionals with a high-level understanding of self-assembling peptide (SAP) technology and its role in advancing minimally invasive, regenerative, and biologically driven care in dentistry and medicine.
Attendees will understand the science behind self-assembling peptides and how they mimic natural biological processes, and recognise the applications of SAP technology in tissue regeneration, wound healing, and biomimetic repair across medicine and dentistry.
The webinar will explore how clinically validated, biomimetic SAP-based therapies are shaping a shift towards minimally invasive and regenerative treatment approaches. It will also identify the relevance of clinically validated biomimetic SAP technology to modern preventive and restorative dental care.
Learning outcomes
- Explain the basic principles of self-assembling peptide (SAP) technology
- Describe how SAPs mimic natural biological processes to support tissue regeneration and repair
- Identify current and emerging clinically validated applications of SAPs in dentistry and medicine
- Understand how clinically validated biomimetic SAP-based therapies contribute to minimally invasive, regenerative care
- Evaluate the clinical relevance of biomimetic technologies for modern dental practice.
Register free
The speaker
Dr Sampson is an award-winning dentist who combines excellent professional, up-to-date knowledge and skills with a passionate drive for preventive dentistry. She believes this helps patients to avoid or detect any emerging problems early.
You can sign up for the webinar here.
Catch up with previous on demand webinars:
- The bulk and butter of posterior composite restorations
- Social media risks for dentists
- Your most powerful local asset: the modern guide to GBP optimisation
- New technology for dentists to complete orthodontic treatments in days
- NHS dentistry 2026: contract reform and bridging the access gap.
