• – Malocclusion as a public health problem: the growing prevalence of crooked teeth
• – Malocclusion relations to the size of our jaws, a key precipitating factor
• – The historical journey of rapid orthodontic movement: bone modeling, osteoclasts, and osteoblasts
• – Classification of gingival and periodontal biotype
• – Biological and histological bases of tooth movement and Regional Acceleratory Phenomenon (RAP)
• – Periodontal considerations in orthodontic and orthopaedic tooth movement
• – Root resorption associated with palatal expansion
• – Patient selection criteria
• – Orthodontic adjustments and clinical applications.

Recommended for: Orthodontists, Implantologists, Oral and Maxillofacial Surgeons, General dentists.

• – From osteotomy to corticotomy to tissue engineering
• – Indication, limitations, and complications for various techniques of corticotomy
• – Selective Alveolar Decortication (SAD): the contemporary method
• – Accelerated osteogenic orthodontics
• – Regional accelerated phenomenon (RAP)
• – Periodontally accelerated osteogenic orthodontics (PAOO)
• – The monocortical technique for dental dislocation and periodontal ligament distraction (MTDLD)
• – The piezocision technique
• – Minimally invasive procedure conducted with endoscopy-assisted tunnel
• – Micro-osteoperforation by Alikhani M.
• – The Baruti-Demiraqi approach
• – Corticotomy – assisted orthodontic treatment (CAOT)
• – Surgically facilitated orthodontic therapy (SFOT)
• – Corticotomy facilitated orthodontics (CFO)
• – The conventional corticomy technique: one stage and two stage technique
• – Corticision. piezocision, discision, and laser assisted flapless corticotomy
• – Rates of tooth movement and force application.

Recommended for: Orthodontists, Implantologists, Oral and Maxillofacial Surgeons, General dentists.

• – Patient selection criteria and preoperative considerations
• – Preoperative assessments: extra and intra oral examination
• – Radiological assessment: CBCT interpretation
• – The necessity of blood and biochemical analysis
• – Anesthesia: local and IV
• – The step-by-step surgical procedure of the Baruti-Demiraqi approach
• – Hard and soft tissue grafting
• – Complications of hard and soft tissue graft
• – Allograft: blood concentrated growth factor (BCGF) + sticky bone
• – Autologous graft: autogenous tooth graft, blood concentrated growth factor (BCGF) + sticky tooth
• – How to harvest autologous bone intraorally?
• – How to extend soft tissue during corticotomy?
• – Post operative surgical follow up
• – Orthodontic treatment step by step
• – Short and long term surgical and orthodontic assessments.

Recommended for: Orthodontists, Implantologists, Oral and Maxillofacial Surgeons, General dentists.

• – Facilitate eruption of impacted teeth:
• – Partial PAOO and BCGF.
• – Facilitate slow arch orthodontic expansion (Cl 2 / Cl 3):
• – PAOO with membrane coverage
• – PAOO with BCGF and “sticky tooth”.
• – Uprighting, mesialization, distalization single tooth:
• – Partial PAOO with BCGF and “sticky tooth”.
• – Polydiastema and space closure:
• – PAOO with BCGF membrane coverage.
• – Accelerate retraction of canine:
• – PAOO with BCGF and “sticky bobe”.
• – The main goal of the Baruti-Demiraqi approach.

Recommended for: Orthodontists, Implantologists, Oral and Maxillofacial Surgeons, General dentists.

• – Resolve crowding and shorten treatment time:
• – PAOO with BCGF membrane coverage
• – PAOO with BCGF and “sticky tooth”.
• – Open bite correction and molar intrusion:
• – PAOO with BCGF and “sticky tooth”.
• – Manipulation of anchorage:
• – PAOO with BCGF and “sticky tooth”.
• – Facilitating the movement of the teeth with Internal Root Resorption:
• – Corticotomy BCGF with “sticky tooth”.
• – Facilitating the movement of tooth with dilacerated roots:
• – PAOO with BCGF and “sticky bone”.
• – Deep bite and canting correction:
• – Bilateral Sagittal Split Osteotomy (BSSO)
• – Selective corticotomy
• – PAOO with BCGF and “sticky bone”
• – PAOO with BCGF membrane coverage.