Abstract

ABSTRACTDental arches areas with teeth presenting dentoalveolar ankylosis and replacement root resorption can be considered as presenting normal bone, in full physiological remodeling process; and osseointegrated implants can be successfully placed. Bone remodeling will promote osseointegration, regardless of presenting ankylosis and/or replacement root resorption. After 1 to 10 years, all dental tissues will have been replaced by bone. The site, angulation and ideal positioning in the space to place the implant should be dictated exclusively by the clinical convenience, associated with previous planning. One of the advantages of decoronation followed by dental implants placement in ankylosed teeth with replacement resorption is the maintenance of bone volume in the region, both vertical and horizontal. If possible, the buccal part of the root, even if thin, should be preserved in the preparation of the cavity for the implant, as this will maintain gingival tissues looking fully normal for long periods. In the selection of cases for decoronation, the absence of microbial contamination in the region - represented by chronic periapical lesions, presence of fistula, old unconsolidated root fractures and active advanced periodontal disease - is important. Such situations are contraindications to decoronation. However, the occurrence of dentoalveolar ankylosis and replacement resorption without contamination should neither change the planning for implant installation, nor the criteria for choosing the type and brand of dental implant to be used. Failure to decoronate and use dental implants has never been reported.

Highlights

  • Decoronation followed by dental implants placement: fundamentals, applications and explanations

  • Dental arches areas with teeth presenting dentoalveolar ankylosis and replacement root resorption can be considered as presenting normal bone, in full physiological remodeling process; and osseointegrated implants can be successfully placed

  • One of the advantages of decoronation followed by dental implants placement in ankylosed teeth with replacement resorption is the maintenance of bone volume in the region, both vertical and horizontal

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Summary

Periodontal ligament

Decoronation followed by dental implants placement: fundamentals, applications and explanations. The epithelia continuously release a substance that induces their cells to proliferate at all times, so that they are renewed in the processes of desquamation of the surfaces This substance is called EGF, or epidermal growth factor, and induces epithelial cell proliferation; but if it finds bone cells, it stimulates resorption by the clasts.[7]. Necrosis of the epithelial rests of Malassez occurs at isolated sites of the periodontal ligament; sometimes in larger segments. It is at these points that the bone gets to the root surface (Fig 2 to 9). The inflammatory exudate in the form of pus is the result of the exuberant interaction between staphylococcal and streptococcal bacteria with neutrophiltype leukocytes[6]. There are no cellular and tissue building activities of synthesis and construction; there is only destruction

Dentin B
Teeth just do not remodel because cementoblasts and ERM stop tem
Findings
Dental implants do not hamper bone remodeling
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