Breaking the limits with basal implantology
Implant dentistry is both an art and a science. Bioartificial restoration of the lost dental organ must both adequately fulfill the patient’s esthetic, phonetic and functional needs and last in a state immune to disease. Multidisciplinary research and clinical trials have played an essential role in the development of state-of-the-art implant systems to satisfy both professional requirements and the public’s demand for safe, effective therapy that is as rapid as possible. The need for familiarity with the biological and mechanical aspects of artificial titanium dental roots and their supporting structures is emphasized. Data from numerous clinical studies, research projects and experimental investigations have been analyzed and correlated. This presentation of proven principles is a guide to the practical application of important biological and mechanical principles in the everyday practice of restorative dentistry, from single tooth replacements to full arch reconstructions. In particular, it provides an introduction to techniques to improve the future implant bed (application of bone matrix Osseotensors several weeks before implant installation) and multicortical osseointegration thanks to specially designed basal Diskimplants. Used by many leading restorative dentists for more than 30 years, these well-established treatment modalities allow professionals to offer patients an attractive alternative to more invasive procedures.
