How we rebuild bone
Regenerative Implant Surgery follows a structured sequence - debridement, biological chamber, grafting, and guided healing - before implants are placed.
Severe bone loss is not a dead end. The Dimitrov Method uses proprietary surgical protocols developed over 45 years of clinical practice to restore viable bone and soft tissue, creating a stable foundation for long-term implant success.
Regeneration pathway
From compromised site to healthy foundation
Extensive surgical flap
Controlled full access to the surgical site for precise treatment of compromised tissue and bone.
Complete debridement down to healthy bone
Removal of infected and non-viable tissue until only healthy, viable bone remains.
Creation of a stable biological chamber
A protected surgical environment that supports predictable tissue regeneration and healing.
Bone grafting and PRF
AlgOss graft material restores lost volume; PRF from the patient's own blood accelerates natural healing.
Barrier membranes and guided healing
Slow-resorbing membranes guide bone and soft-tissue regeneration over an extended healing period before implant placement.
Biomaterial
What is AlgOss?
AlgOss® is a bone graft material made from marine red algae. It acts as a scaffold that holds space while your own bone regenerates into the area.
- Algae-derived mineral scaffold - not human or animal bone
- Holds volume so new bone can grow into the defect
- Used with a protective membrane and, when appropriate, PRF from your own blood
- Works best inside a stable biological chamber - clean site, secure coverage, tension-free closure
- Implants are planned only after the regenerated site has matured enough
The material matters, but the surgical environment matters more. AlgOss supports regeneration; the Dimitrov Stable Biological Chamber Technique (SBCT) is what protects it.
AlgOss bone regeneration protocol →Need bone regeneration before implants?
Our team will assess your scans and medical history during an online consultation and explain the regenerative pathway for your case.