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A Study on The Dental Implant for Rigid Orthodontic Anchorage

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Abstract


Numerous authors have reported varying degrees of "success" using a wide range of endosseous implants for orthodontic and orthopedic anchorage. The introduction and wide acceptance of "osseointegrated" titanium implants spurred new interest in
developing clinical methods for orthodontic anchorage.
Control of dental anchorage is often the most difficult and critical component of orthodontic therapy. The major significance of "osseointegrated" anchorage lies in the fact that the implants remain rigid with respect to adjacent bone. This
allows
the
clinician optimal control of dental alignment in all three dimensions.
Rigid endosseous implants are well accepted as prosthetic abutments. Here, one case report has documented the anchorage value of "osseointegrated" implants in partially edentulous patient. Because this patient have implants placed as part of
prosthetic
treatment, using the abutments for anchorage to reposition teeth is comprehensive treatment plan and a relatively low-risk procedure.
Bone physiology and metabolism are implant considerations for the successful dental implant.
From an orthodontic perspective, "osseointegrated" implants are the functional equivalent of an ankylosed tooth.
Rigid implants do not move response to orthodontic force.
Osseointegration is a source of firm anchorage applicable to a variety of restorative problems.

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