Contemporary monophasic implantology
Dr. Dario Spitaleri
- English
- PDF
- Available on iOS & Android
Contemporary monophasic implantology
Dr. Dario Spitaleri
About This Book
This manual presents the clinical experience of the undersigned, with all the merits, defects and limitations that it can have in the use of single-phase dental implants.
Fortunately, it is associated with the expertise and knowledge of the subject of distinguished colleagues who have made available to complete exhaustively the parts that needed greater scientific validation.
The main aim of this text is to highlight the use of medical devices designed and created in the past but contextualised in the light of the technological improvements currently available in order to induce those who want to approach the clinical application of monophasic implants considered as a valid alternative to other traditional implantology methods and more validated by Scientific Literature.
In my small way, I think I put a piece to the lack of a text exclusively dedicated to this type of implant device.
The path followed in the development of this book takes into consideration some historical descriptive hints to make us aware of the historical evolution of implant devices and to make us understand the relevance of some choices, with a brief reference to the future vision of implantology, science that can and must follow the path of general improvement of the Life of Man.
There is a descriptive part with a theoretical part about the concept of single - phase implantation, indications and contraindications, limits and advantages of their use trying to make the whole thing more usable with the combination of exemplary clinical images; an engineering part that develops the biomechanical concepts, the strong point of these devices; the description of the intraoral electrofusion technique in modern optics; a series of demonstrative and reproducible clinical cases; hints of dental technology and prosthetic rehabilitation and to conclude the path, a vision of some present and future inputs that will increase the performance of these implants.