Universidad Rey Juan Carlos

Máster de formación permanente en implantología avanzada, regeneración tisular y rehabilitación implantosoportada

Module A: Advanced Implantology and tissue regeneration

• Introduction to dental surgery and implantology.
• Applied Anatomy, physiology, and bone metabolism
• Healing of hard and soft tissues in implantology.
• Biological principles of tissue regeneration (hard/soft tissues).
• Osseointegration. Primary stability vs secondary stability.
• Criteria for the selection of the implant patient.
• Medical evaluation.

Absolute/relative indications and contraindications to treatment.

• Success criteria in implantology and tissue regeneration
• Applied Pharmacology.
• Diagnostic imaging.
• Treatment planning.
• Macro/micro geometry in the design of implants, and materials. Treatment of surfaces (subtraction/addition)

Incisions, flap design, and sutures

• Osteotomy principles: drilling protocols, osseodensification.
• Second surgical phase, provisional.

Module B: Implant-supported prosthesis (I)

Implant-supported rehabilitation (I)

Biomechanics in implantology

• Surgical-prosthetic considerations in the partial/total edentulous.
• Optimum development of the emergence profile

Effective communication with the dental laboratory

• Conventional vs digital impression taking
• Management of complications.
• Maintenance of the implant patient

Module C: Research Methodology in Health Sciences (I)

Module D: Treatment planning/clinical sessions/clinical practice

Module E: Complex implantation techniques, biological principles and techniques of

regeneration (II)

1. Bone expansion

• Biological principles. Indications
• Conventional technique
• Split crest
• Advanced ridge expansion techniques

2. Immediate implants

• Immediate implementation
• Indication. Surgical technique
• Provisionalization
• Immediate loading in single, multiple or complete arches
• “All on 4” concept

3. Guided bone regeneration

• ‐ Biological principles
• ‐ Biomaterials
• ‐ Alveolar preservation
• ‐ Evaluation of the defect. Decision making.
• ‐ Advanced vertical/horizontal regeneration techniques

4. Maxillary sinus lift

• Anatomical review
• Physiology, pathology
• Indications/contraindications
• Surgical techniques.
• Management of complications
• Treatment alternatives

Intraoral block grafts

• Biological principles
• Evaluation of donor areas
• Surgical principles
• Inlay, onlay, 3D formwork
• fixing
• Provisionalization

6. Management of soft tissues

• Review of soft tissue management techniques around natural teeth and implants.
• Surgical techniques, ITC, IGL, coronary lengthening.
• Peri‐implant aesthetics.

7. Implants in the anterior sector

• Management of hard/soft tissues
• Surgical‐prosthetic considerations.
• Provisionalization
• Review of charging protocols

8. Advanced surgical techniques

• Plasma rich in growth factors
• Regeneration of severe defects.
• Advanced soft tissue management techniques
• Inferior dental nerve replacement
• Bone distraction
• Extraoral graft techniques
• Multidisciplinary approach: ENT, orthopedic surgery,...
• Zygomatic/Pterygoid Implants

9. Short implants

• Indications/contraindications
• Surgical technique
• Prosthetic considerations

10. Computer guided surgery

• Indications/contraindications
• Surgical technique
• Accuracy and frequent errors
• Surgical/prosthetic considerations

11. Advanced implant prosthesis

• Digital workflow
• Digitalsmile design (DSD)

12. Management of complications/Maintenance

• Complications in the healing phase
• Surgical complications
• Prosthetic complications
• Maintenance plan for the implant patient.

Module F: Implantsupported prosthesis (I)

• Digital workflow
• Digitalsmile design (DSD)
• Occlusal adjustment
• DV handling
• Multidisciplinary treatment: orthodontics, restorative, surgery and prosthetics.

Module G: Research methodology in Health Sciences (II)

Module H: Treatment planning/clinical sessions/clinical practice (II)