PRF treatment is one of the most significant innovation in the field of dental surgery. Learn the theory of use from the inventor, Dr Joseph Choukroun

It is a constant demand to enhance wound healing and bone regeneration during dental implant placement or after dental extraction to get more predictable outcomes.

The use of PRF treatment enables local delivery of a fibrin matrix, cells, growth factors and proteins which accelerate wound healing and tissue regeneration, stimulate osteogenesis, promote new blood vessel formation, and reduce morbidity.

The key for long term stability in both soft and hard tissue healing is the speed and quality of formation of new vessels and cells in surgical sites, which is achievable more rapidly with PRF.

Learn about the biology behind long term stability in soft and bony tissue management. The positive and negative factors which control angiogenesis, blood supply and bone metabolism will be explained as well as the most advanced approaches for preventing and treating peri-implantitis will be introduced.


  • Increased tissue growth — Higher growth factor release over a 10-day period compared to PRP
  • Accelerated Healing of Bone to Dental Implants
  • Improved Strength of Bone Integration to Dental Implants
  • Graft additive — Used to improve the handling characteristics of grafting materials- “Sticky Bone”
  • Decreased Chance of Dry Socket and Bone Pathology — after Tooth Extractions
  • Reduction in surgical costs — Material costs is approximately £10/patient
  • Reduction in time —compared to PRP. Simple to prepare and implement as it does not necessitate the direct activation with additional factors
  • Natural healing — processed entirely without the use of additives
  • Predictable outcome
  • Safe to use — All components of the PRF process are safe
  • Infection resistance — Shown to have as much as a 10-fold decrease in osteomyelitis infections
  • Improves surgical success — Uses growth factors to improve the likelihood of surgical success
  • Reduces patient pain — Has been shown to reduce postoperative pain
  • Reduces healing time — Ability to shorten the overall healing period

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• Around dental implants (increases implant stability and faster osseo integration)
• Extraction Sockets (to allow early bone and gingival regeneration)
• Bone augmentation
• Guided Bone Regeneration – GBR
• Sinus Grafting (as sole or combination graft biomaterial)
• Peri-implant defects
• Root Coverage
• Intrabony & furcation defects

COURSE CONTENT -13th March 2020

• Biology of wound healing– Growth factors
• L-PRF, A-PRF, i-PRF+, S-PRF, StickyBone- Biology of platelet rich fibrin
• Hard and soft tissue regeneration with PRF
• Clinical applications of PRF in dentistry
• Peri-implantitis and marginal bone loss
• Biological factors for long-term success
• Presentation of clinical cases and protocols

Read our Journal and learn more about PRF.

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  • Inventor of the PRF techniques: L-PRF, A-PRF, i-PRF, iPRF+, SPRF
  • President of SYFAC, International Symposium on Growth Factors
  • Author of several scientific papers
  • International Speaker
  • Owner of Private Pain Clinic
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3-Course Carvery buffet lunch at the hotels Palette Restaurant (including vegetarian option)
Unlimited tea and coffee with 3 refreshment breaks (pastries, biscuits, fruit)
Mineral Water


The course will take place at the elegant 4-star The Rembrandt Hotel in central London. You’ll be right between two of London’s most fashionable areas South Kensington and Knightsbridge.

The course price includes lunch and refreshments during coffee breaks. The 3-course carvery buffet lunch, all freshly made with seasonal ingredients, will be served in the hotel’s Palette Restaurant.


Lecture – 13 March 2020
1.    Biology of wound healing – Growth factors
2.    Biology of platelet rich fibrin – A-PRF, i-PRF, S-PRF, Sticky Bone
3.    Clinical indications of PRF in dentistry – Implant dentistry, Bone augmentation, Soft tissue management, Socket preservation, Sinus lift
4.    Factors that antagonise PRF – Vitamin D Level, Cholesterol, Contamination, Pressure, Tension
5. Peri-implantitis and marginal bone loss – Physiological approach, prevention and solutions
6. Presentation of clinical cases and protocols


Lecture – 13 March 2020
08.00 – 08.30Welcome & Registration
08.30 – 10.30Conference
10.30 – 11.00Coffee Break
11.00 – 13.00Conference
13.00 – 14.00Lunch
14.00 – 15.00Conference
15.00 – 15.30Coffee Break
15.30 – 17.00Demonstration
Question and Answer Session



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