Join HANSAmed and Dr. Zeeshan Sheikh as we discuss Innovation and predictability, improve bone defect repair using Geistlich Bio-Oss® granules! The current long list of available natural and/or synthetic materials and surgical techniques makes the decision-making challenging with regards to what graft materials and surgical approach to use in oral surgery.
Full mouth immediate load will be discussed from a unique prospective. The patients perspective . Testimonials from 2 weeks after to 8 years after treatment will be shown. We will look at the long term failures and what we have learned over the last 10 years, is it acceptable to treat everyone with one paint brush? We will demonstrate both surgical and prosthetic techniques using the latest treatment options available in immediate load. We will also look at some common errors and causes of failure both in the short term and long term. Surgical augmentation both hard tissue and soft tissue will be shown, that are used to correct these failures. Finally we will conclude that there is another option, a hybrid option that has better long term success both from the patients perspective and clinical perspective.
Learn about the increased momentum of using soft tissue grafting procedures at dental implant sites in the last 5 years with Dr. Daniel Thoma.
Soft tissue grafting procedures at dental implant sites gained momentum in the last 5 years. This is due to a more profound understanding that an optimization of soft tissue quality and quantity does not only enhance esthetics but is also critical for the maintenance of peri-implant health. Whereas autogenous grafts are still considered to be the gold standard, more recent scientific evidence hints into the direction of soft tissue substitutes. Soft tissue substitutes are not replacing autogenous grafts, but rather serve as an alternative with a major benefit of decreasing patient morbidity.
This webinar with Dr. Ronald Jung will provide a comprehensive overview of the important steps needed to reduce risks from planning to tooth extraction and implant placement with bone regeneration.
The aim of the lecture is to provide a comprehensive overview of the important steps needed to reduce risks from planning to tooth extraction and implant placement with bone regeneration.
Based on clinical complications and wrong decisions the lecture will present how to make the right decisions for handling of extraction sockets, alveolar ridge preservation and soft and hard tissue regeneration in esthetic implant therapy. The lecture will focus on how to improve implant dentistry in order to reduce the invasiveness of the therapy and will give you a lot of practical information for your daily practice.
This webinar with Dr. Michael Glogauer will focus on the current gold standard for preserving alveolar bone at the time of extraction in order to optimize long-term implants therapy success.
This is Part 1 of a 2-part series with Dr. Glogauer. In order for implant therapy to be successful there is a need for adequate host bone in the proper position in three dimensions. However, the alveolar ridge is prone to resorption following extraction of teeth which results in inadequate bone volume and unfavorable alveolar ridge architecture which ultimately limits the successful placement of dental implants. Although immediate placement of dental implants is a successful form of therapy, it has been reported that implants do not adequately preserve the alveolar ridge. In this presentation we will focus on the current gold standard for preserving alveolar bone at the time of extraction in order to optimize long-term implants therapy success.
This is Part 2 of a 2-part series with Immediate dental implants are an accepted contemporary treatment option for the replacement of missing teeth. One pitfall of immediate implant use, however, is the inevitable residual space that remains between the implant and the socket wall which can result in bone loss and formation of a bony defect. We will review the current evidence on how to manage this bone void at the time of implant placement to optimize long-term clinical outcomes.