Advanced periodontal treatment

- Intrabony defects:

- Types and characteristics
- Forecast
- Diagnostics

- Furcation defects:

- Histological characteristics
- Forecast
- Long-term treatment outcomes

- Regenerative therapy: justifications for use
- Biological and histological aspects of treatment
- Paradontological regeneration: radiological and clinical signs
- Materials for regeneration: requirements, types, differences
- Bone graft: advantages and disadvantages
- Alloplastic materials: features and recommendations
- Guided tissue regeneration: benefits of using membranes
- Morphology of defects: characteristics and choice of treatment method
- Titanium frame membrane: advantages
- Periodontal tissue healing: factors
- Flap design
- Influence of biomaterials on clinical outcomes
- Treatment strategy for intrabony defects
- Treatment planning: decision algorithm
- Indications for regenerative therapy.

- Laser use in therapy: hypotheses and justifications
- Indications for laser use
- Types of laser: indications and application features

- CO2 laser
- Nd: YAG laser
- Diode laser
- Er: YAG laser

- Surgical periodontal treatment: results of laser treatment
- Parameters for setting up the laser for different types of operations
- Laser treatment of peri-implantitis
- Low-level lasers: impact on healing
- Photodynamic therapy: principle and indications
- Transgingival photodynamic therapy
- Use of laser for maintenance therapy
- Non-surgical treatment of peri-implantitis: protocol.

– The clinical indications for the treatment of single and multiple adjacent maxillary gingival recessions;
– The anatomical considerations and factors which influence the results;
– The biologic rationale, the step-by-step procedure and the results obtained with MCAT and LCT in isolated and multiple maxillary gingival recessions;
– The use of various types of collagen based soft tissue replacement grafts;
– The long-term results supporting the clinical relevance of MCAT.

– The clinical indications for the treatment of single and multiple adjacent mandibulat gingival recessions;
– The anatomical considerations and factors which influence the results;
– The biologic rationale, the step-by-step procedure and the results obtained with MCAT and LCT in isolated and multiple mandibular gingival recessions.

– The use of MCAT for the treatment of single and multiple gingival recessions at crown-restored teeth in the maxillary aesthetic area;
– The potential causes for facial peri-implant mucosal recessions along with the rationale and indication for treatment and possible therapeutical options.