The Diagnosis and Treatment of Inflammatory Peri-implant Disease: We Have a Problem
This detailed presentation will discuss the etiology, microbiology, histopathology and clinical manifestations of peri-implant disease, and will present evidence based in-office and at-home treatment regimens to stop mucositis from progressing to peri-implantitis. Additionally, "COAP", a new minimally invasive surgical technique for the treatment of peri-implantitis will be introduced.

The Milled PMMA Prototype: The Key, To A Successful Milled Zirconia Implant Bridge
This presentation will demonstrate design and creation steps leading to a milled PMMA Prototype Bridge which is the key to the success of the final Milled Zirconia Implant Bridge. Full Arch Implant prosthesis vary from bars wrapped in acrylic to milled zirconia. All the types of prosthesis have a unique set of procedures to achieve the end result. With the advent of digital technology, and new high strength materials amazing results can be achieved. New challenges for the Restorative Dentist and Ceramist involve design of the smile, capturing an accurate replica of what is in the mouth, and creating a prosthesis that is functional and aesthetic with a goal to mimic nature in terms of the “Pink and the White”. Facial Aesthetics, Smile Design, Removable ,Fixed and Implant Prosthetics are all disciplines that require their respective skill sets to be merged to reach the final result.

The Next Challenge in Implant Dentistry: The Rise in Peri-implantitis and What Can We do About It?
In this presentation, Dr. H. Ryan Kazemi will discuss etiologies for implant failure due to peri-implantitis, its preventive measures, and what treatment modalities work best. He will also describe a new classification to help clinicians choose the optimal treatment approach.

Advanced Bone Grafting Techniques: Part 2 - Autogenous Bone Blocks in the Reconstruction of the Atrophic Maxillary Ridge
This lecture will describe the use of autologous onlay block bone grafting for reconstruction of moderate to severe atrophic maxillary alveolar ridge. This will include a discussion of the various options to this form of grafting, such as short implants, maxillary sinus augmentation, sub-nasal elevation procedure, connective tissue grafting and soft tissue manipulation, Le-Fort I down fracture/osteotomy and the use of progenitor cells: bone marrow aspirating concentrated. A description of surgical donor harvest sites in the mandible will also be performed as well as post-op healing of these sites. Additional time will be spent reviewing causes of failure with bone blocks and implants placed into these sites.

Microimplant Usage in Orthodontic Treatment: Applications, Limitations, and Specific Case Implications
Microimplants are successfully changing traditional orthodontics. Latest techniques presented through animation and case treatment notes to increase optimal therapy.

Methods of Determining Implant Stability and Scientific Loading Criteria
There can always be difficulties in determining the osseointegration status when an implant is to be loaded with the prosthesis. Nevertheless, it is vital to know whether the implant is stable. Research today demonstrates that implants can be subject to immediate or early loading, but there were no objective standard methods of determining implant stability which will be very helpful criteria for immediate or early loading. In this lecture, the current scientific loading criteria and decision making process for the immediate or early loading will be presented with clinical cases and reliable scientific data such as Resonance Frequency Analysis, implant design that reinforced stability, Insertion torque value, evaluation of bone density and patient’s parafunction. Dr. Park and his colleagues are dedicated to finding and promoting a reliable and scientifically viable protocol for loading implant in more predictable time frame

The Efficacy of Full-Arch Immediately Restored Implant-Supported Reconstructions in Extraction and Healed Sites - A 36-Month Retrospective Evaluation
Implants placed and restored immediately in a cross-arch mode, whether in extraction sites or in healed alveoli, can be clinically successful and maintainable.

Immediate Dentoalveolar Restoration - A New Technique for Compromised Extraction Sites
Immediate loading of implant in damaged fresh extraction socket with gingival architecture involvement, using bone sliver graft from maxillary tuberosity: a clinical case. <br> Immediate loading of implants in undamaged sockets following tooth extraction is very well established in the literature. In cases of tooth loss with socket structure loss, the esthetic risk increases, thus contraindicating immediate loading, such that the bone graft procedure needs to be prior to implant insertion. This paper describes an immediate loading procedure in a damaged fresh socket in the region of an upper central incisor that presented unevenness of gingival contour.

The Dual-Zone Therapeutic Concept of Managing Immediate Implant Placement and Provisional Restoration in Anterior Extraction Sockets
Improvements in implant designs have helped advance successful immediate anterior implant placement into fresh extraction sockets. Clinical techniques described in this case enable practitioners to achieve predictable esthetic success using a method that limits the amount of buccal contour change of the extraction site ridge and potentially enhances the thickness of the peri-implant soft tissues coronal to the implant-abutment interface. This approach involves atraumatic tooth removal without flap elevation, and placing a bone graft into the residual gap around an immediate fresh-socket anterior implant with a screw-retained provisional restoration acting as a prosthetic socket seal device.