Managing Large Odontogenic Cysts; Decompression or Marsupialization Technique Part 1 of 2
Decompression and marsupialization are techniques used to reduce size of large odontogenic jaw cysts, hence making its complete removal and bone regeneration simpler, safer, and more predictable. In this video, Dr. H. Ryan Kazemi demonstrates a simple technique for decompression or marsupialization and provides a brief review of its application in management of odontogenic cysts

Diagnosing & Treatment Planning Gingival Esthetics
The program will look in depth at the concept of excessive gingival display and diagnosing the potential causes from vertical maxillary excess to altered passive eruption and super eruption following tooth wear.

Comprehending Maxillofacial Anatomy and Related Pathology with CBCT
The advent of CBCT has brought a great deal of excitement to the dental professionals. For the first time, we have a diagnostic tool which has overcome the known disadvantages of the traditional projectional dental diagnostic images (periapical and panoramic radiographs) with the provision of sharp sectional images at any desired plane (multiplannar imaging).

Piezosurgery on Impacted Teeth
In the latest years, Oral surgery has strongly suffered of the technological innovations introduced in this field. In particular, the use of ultrasound applied to surgery has changed some of the most frequent clinical procedures, such as the extraction of third parties molars included, thus spreading an innovative concept in all dentistry: piezoelectric surgery or piezosurgery. So taking care of about 10 years of simple and complex extractive surgery I had the need to elaborate a lecture in which they are described in a simple and linear way the surgical techniques for the avulsion of the dental elements included, to provide a repeatable and predictable approach and method in order to reduce their invasiveness and traumaticity procedures

Controlled Ridge Splitting (CRS)
To demonstrate a new technique of controlled ridge splitting (CRS) in severely atrophied maxillary cases as an alternative to autogenous block graft. Twenty cases were completed using a controlled ridge splitting (CRS) technique with a total of 65 implants were placed in severely atrophied Maxillae and followed after the implants were loaded. Results: The CRS technique was used in very complex cases, where the alternative method will be autogenous block graft. A total of 65 tapered implants were placed. The implants diameter ranged between 3.25-5mm with a length ranged between 10-13mm. The implants were restored and were followed for 1-3 years. All implants achieved osseointegration and continue to have successful prostheses. Conclusion: The CRS is a predictable treatment option and could be a good alternative to autogenous block grafts is severely atrophic maxillae.

Expanding on Transverse Diagnosis and Maxillary Expansion
Transverse dimension diagnosis and treatment is the base for sagital and vertical corrections. Most precise diagnosis on maxillary transverse deficiency is obtained through the CBCT. Miniscrew assisted rapid maxillary expansion (Marpe) or Surgical assisted maxillary expansion are the procedures of choice in skeletal mature patients presenting maxillary transverse deficiencies. Protocols with most common type of expander will be ilustrated through clinical cases. Long term periodontal health and airways are addressed as part of this lecture.

Socket Shield Technique - Implantology Today
The socket shield procedure is an effective surgical technique for implant supported restorations. It helps in preserving the labial bone and soft tissue architecture around osseointegrated implants. The procedure provides comparable or better outcomes compared to other conventional alternatives at a lower cost.

Suturing Principles - Material Selection
The primary objective of dental suturing is to position and secure surgical flaps to promote optimal healing The evolution of su turing materials has enabled decreased potential of postoperative infection and increased successful closure with minimal difficulty. Accurate flap opposition contributes to patient comfort and hemostas is, reduces the wound to be repaired, and prevents unnecessary bone destruction.

The “Scalloped Guide”: A Proof-of-Concept Technique for a Digitally Streamlined, Pink-Free Full-Arch Implant Protocol
Inadequate restorative space can result in mechanical, biologic, and esthetic complications with full-arch fixed implant-supported prosthetics. As such, clinicians often reduce bone to create clearance. The aim of this paper was to present a protocol using stacking computer-aided design/computerassisted manufacturing (CAD/CAM) guides to minimize and accurately obtain the desired bone reduction, immediately place prosthetically guided implants, and load a provisional that replicates predetermined tissue contour. This protocol can help clinicians minimize bone reduction and place the implants in an ideal position that allows them to emerge from the soft tissue interface with a natural, pink-free zirconia fixed dental prostheses.