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The clinical success and longevity of endosteal dental implants as load-bearing abutments are controlled largely by the mechanical setting in which they function. The treatment plan is responsible for the design, number and position of the implants. After achievement of rigid fixation, proper crestal bone contour, gingival health, mechanical stress, and/or strain beyond the physical limits of hard tissues have been suggested as the primary cause of initial bone loss around implants. After successful surgical and prosthetic rehabilitation with a passive prosthesis, such noxious stresses and…mehr

Produktbeschreibung
The clinical success and longevity of endosteal dental implants as load-bearing abutments are controlled largely by the mechanical setting in which they function. The treatment plan is responsible for the design, number and position of the implants. After achievement of rigid fixation, proper crestal bone contour, gingival health, mechanical stress, and/or strain beyond the physical limits of hard tissues have been suggested as the primary cause of initial bone loss around implants. After successful surgical and prosthetic rehabilitation with a passive prosthesis, such noxious stresses and loads applied to the implant and surrounding tissues result primarily from occlusal contacts. Complications (prosthetic and/or bony support) reported in follow-up studies underline occlusion as a determining factor for success or failure.
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Autorenporträt
Dr. Mohammad Kashif Noorani passed his BDS in Bapuji Dental College and Hospital, Davangere Karnataka and passed his MDS in Dept of Prosthodontics from HKE's S. Nijalinagappa Institute of Dental Sciences and Research in 2018. Now he is working as senior lecturer in Dept of Prosthodontics, Dr. B.R. Ambedker Institute of Dental Sciences and Hospital.