Bone augmentation: all techniques

– Materials for bone augmentation: membranes and xenogenic materials

– Donor zones: collection of material in the chin area

– Criteria for the selection of technique depending on the type of defect

– "Sausage-technique": the effectiveness of vertical and horizontal augmentation techniques

– Preparation of the grafting site

– Flap mobilization zones

– Complications of the guided bone regeneration technique

– Cheeseburger- technique: operation features

– Restoration of the height of the alveolar ridge: techniques

– Modified "Sausage on a frame": advantages

– B2S technique: the potential of an autogenous graft from a tubercle in complex clinical cases

– Technique of suturing a connective tissue graft.

– Minimally invasive sinus lifting technique

– Osteodensification vs open sinus lifting technique

– Osteodensification protocol:

- Tools

- Methodology

- Advantages.

– Increasing the vertical bone height with and without a bone graft: techniques

– Enhance primary stability during immediate implantation.

– Defining the goals of reconstructive implantology

– The Khoury concept: principles and protocol

– 3 secrets of successful bone augmentation

– Bone block sampling from the retromolar region: step-by-step protocol

– Reconstruction of the thin alveolar ridge of the mandible

– Donor zones: the possibilities of different areas of bone tissue

– Bone graft Biology

– Whole bone blocks: disadvantages.

– The use of allografts in bone augmentation

– 3DBLOCK technique: technique, working with a prototype of jaws

– Tactics of working with soft tissues

– Step-by-step protocol: CAD/CAM reconstruction, creation of a surgical template, flap-free implantation surgery

– Programs for block formation and treatment planning

– Protocol for working with allograft

– Restoration of bone volume in an aesthetically significant area

– Advantages of the combined 3DBLOCK technique.

– Etiological factors of the development of bone defects

– Treatment options for horizontal bone defects

– Methods of restoration of vertical bone defects

– Complications with the use of non-resorbable membranes

– Lost Bone syndrome

– Basic principles of directed bone regeneration: PASS

– Use cases of cortical plates

– Clinical aspects of the use of cortical plates:

- Soft lamina

- Bone layer

- Curved plate.

– Multilayer technique: indications and advantages

– Working with lingual and buccal flaps and suturing techniques

– Estimation of volume changes

– The use of fibrin glue: indications and methods

– The "Lego" technique and the combined "Lego+F.I.R.S.T." technique

– Complications and errors of the cortico lamina technique.

– Indications for guided bone regeneration

– Requirements for bone replacement material

– Intraoral areas for bone sampling

– Tools for bone sampling

– From a removed tooth to an autograft: a technique for creating a "sticky tooth" preparation from a tooth

– Intraoral areas for soft tissue graft sampling

– Blood sampling and PRF formation

– Restoration of a large bone defect with "sticky tooth"

– Closing the augmentation zone: materials and methods

– Socked augmentation and immediate implantation: protocol on a clinical example.

– Stages of socket healing: modeling and remodeling

– Remodeling of bone tissue during immediate implantation

– Methods of treatment of alveolar ridge defects during tooth extraction:

- Method of application of the collagen matrix

- Open regeneration technique: step-by-step protocol for using Cytoplast® membrane

- Subcostal pocket technique

- Double membrane technique

- Preservation of the well with the use of sponge allograft

- Use of a dense polytetrafluoroethylene membrane (d-PTFE).

– Selection of the preservation method depending on the type of hole

– Advantages of using a dense membrane

– Methods of suturing flaps.

Recommended for: Implantologist, Periodontist, General Dentist

– Biological principles of bone defect regeneration

– Key factors of new bone formation

– Components of guided bone regeneration: bone graft, membranes, fixing components

– Patient examination protocol and treatment planning algorithm in guided bone regeneration

– Surgical protocol of guided bone regeneration: technique and choice of biomaterial

– Advantages of horizontal bone grafting

– Incisions: features on mandible and maxilla, with vertical and horizontal augmentation

– Principles of working with vestibular, buccal and lingual flaps

– Mucogingival surgery: methods of increasing the amount of keratinized mucosa

– Treatment of severe mandibular atrophy: soft tissue techniques

– Strip technique to keratinized mucosa restoration

– Pronounced loss of keratinized mucosa: treatment protocol

– The sequence of fixing the pins when installing the membrane

– Factors of stability of bone tissue around implants

– Local factors of failures in bone augmentation

– Complications of bone augmentation: causes and prevention

– Factors leading to infection of the wound

– Protocol for the treatment of fistula in the area of bone augmentation

– The effect of general somatic pathology on graft healing

– Drug therapy of complications

– Prevention of wound infection.

Recommended for: Implantologist, Periodontist, General Dentist

– Biological aspects of implantological treatment

– Understanding osteoinductive processes

– Application of membranes: indications and methods

– Concept 2b-3a: principles

– Protocol of work with the transplant

– Using a membrane with a metal frame.