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Attempts to modify bone growth, both in terms of amount and direction have been made since antiquity. Initially, orthodontists generally limited their mission to simply move the teeth, allowing the alveolar bone to remodel naturally, ignoring the alveolar topography. Limitations in traditional orthodontic techniques and the duration of therapy often create barriers to the patient's willingness to accept orthodontic therapy. Currently, fixed orthodontic treatment requires a long duration of about 2-3 years, which is a great concern and poses high risks of caries, external root resorption, and…mehr

Produktbeschreibung
Attempts to modify bone growth, both in terms of amount and direction have been made since antiquity. Initially, orthodontists generally limited their mission to simply move the teeth, allowing the alveolar bone to remodel naturally, ignoring the alveolar topography. Limitations in traditional orthodontic techniques and the duration of therapy often create barriers to the patient's willingness to accept orthodontic therapy. Currently, fixed orthodontic treatment requires a long duration of about 2-3 years, which is a great concern and poses high risks of caries, external root resorption, and decreased patient compliance. Thus, accelerating orthodontic tooth movement and the resulting shortening of the treatment duration would be quite beneficial. Incorporating AO into practice requires changing treatment planning and practice management systems. Thus keeping this in mind, this dissertation is done to give readers comprehensive knowledge about tooth movement and ways to accelerateit at biological and molecular level.
Autorenporträt
Abhishek Joshi, je suis actuellement étudiant en dernière année de troisième cycle au département d'orthodontie et d'orthopédie dento-faciale de l'école des sciences dentaires, KIMSDU Karad, Maharshtra, Inde. Cette thèse est réalisée sous la direction du Dr Chanamallappa Ganiger (Prof & HOD) en raison de son vif intérêt et de son soutien constant.