Control of the transverse dimension with surgery and orthodontics

Jacobs, Joe D.; Bell, W. H.; Williams, C.; Kennedy, Joe W.

doi:10.1016/0002-9416(80)90083-4

Cited by 73 publications

(32 citation statements)

References 10 publications

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“…Below are the potential side effects of dentally-supported rapid maxillary expansion (RME): -compression of the periodontal ligament space -root resorption -bony fenestrations [4,41,60] -tilting movements of the teeth and alveolar process [16,73] -tendency to relapse [30,39,53].…”

Section: Skeletally-supported Rapid Maxillary Expansion (Sutural Expamentioning

confidence: 99%

“…Hence it is recommended to overcorrect the transversal width so as to compensate for any relapse [30,39,53]. An overcorrection can, however, amplify unwanted periodontal reactions (recessions, attachment loss).…”

Section: Skeletally-supported Rapid Maxillary Expansion (Sutural Expamentioning

confidence: 99%

“…Als potentielle Nebenwirkungen einer dentalen Abstüt-zung bei der schnellen maxillären Expansion (GNE) wurden beschrieben: -Kompression des Parodontalspaltes/Wurzelresorptionen / knöcherne Fenestrationen [4,41,60], -kippende Bewegung der Zähne und der Alveolarfortsätze [16,73] und -Rezidivneigung [30,39,53].…”

Section: Skelettal Abgestützte Schnelle Maxilläre Expansion (Gaumennaunclassified

“…Daher wird empfohlen, die transversale Breite überzukorri-gieren, um die Rezidivtendenz zu kompensieren [30,39,53]. Eine Überkorrektur kann jedoch unerwünschte parodontale Reaktionen (Rezessionen, Attachmentverlust) verstärken.…”

Section: Skelettal Abgestützte Schnelle Maxilläre Expansion (Gaumennaunclassified

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Skeletal Anchorage in Orthodontics – Basics and Clinical Application

Wehrbein¹,

Göllner²

2007

J Orofac Orthop

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This review article describes the basics and clinical applications of skeletal anchorage in orthodontics, namely: areas of indication, anchorage devices, insertion areas, indications, potential complications, and their use in growing patients. The areas for skeletal anchorage include orthodontic-prosthetic anchorage, orthodontic anchorage, and skeletal anchorage in orthopedic therapy procedures. The anchorage devices currently available are: prosthetic implants, mini screws, palatal implants, onplants, bone anchors, zygoma wires and skeletally-supported distractors. The insertion areas described so far (according to therapeutic procedure and bone supply available) include edentulous jaw sections, the interdental septum, infra-apical and supra-apical areas, the palate (median, paramedian, lateral), the retromolar area, and the zygomatic bone. Force systems are applied (direct or indirect anchorage) according to surgical and orthodontic or orthopedic requirements. Skeletal anchorage devices should be selected according to the following criteria. Is the anchorage task unifunctional or multifunctional? How many anchorage devices are required for the therapy in question? What is the success rate of the various anchorage devices; what are the applicable biomechanics and soft tissue or hard tissue conditions in the insertion area? The success rates for miniscrews are currently between 80% and 90%, and over 90% for palatal implants. The potential of skeletal anchorage is broadening the current orthodontic treatment spectrum, guaranteeing the practitioner absolute control of anchorage by avoiding the unpredictable reactions of periodontal anchorage, leading to a reduction in unwanted side effects.

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Section: Skeletally-supported Rapid Maxillary Expansion (Sutural Expamentioning

confidence: 99%

Section: Skeletally-supported Rapid Maxillary Expansion (Sutural Expamentioning

confidence: 99%

Section: Skelettal Abgestützte Schnelle Maxilläre Expansion (Gaumennaunclassified

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Skeletal Anchorage in Orthodontics – Basics and Clinical Application

Wehrbein¹,

Göllner²

2007

J Orofac Orthop

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“…Various combinations of lateral maxillary, pterygo-palatine-maxillary and midpalatal releasing osteotomies have been described. [12][13][14][15][16][17][18][19][20][21][22] There has, however, been little discussion in the literature regarding the relative efficacy of each procedure. It is the purpose of this article, therefore, to describe and to discuss the surgically-assisted maxillary expansion technique (SAME) used by the authors over an eight-year period.…”

Section: Introductionmentioning

confidence: 99%

Surgically‐assisted maxillary expansion

Woods

Wiesenfeld

Probert

1997

Australian Dental Journal

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A combined surgical and orthodontic technique for management of transverse maxillary deficiencies in mature patients is described and discussed. Special references are made to the surgical release of several circummaxillary articulations to facilitate the use of a fixed expansion device, and to the authors' addition of an osteotomy below the nasal spine, to ensure that the nasal septum remains independent of the maxillary segments. Indications for the use of this surgically-assisted maxillary expansion technique, and its advantages when compared with segmented surgical expansion, are also presented.

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Surgical Correction of Skeletal Anterior Open Bite: Segmental Maxillary Surgery

Reyneke¹,

Ferretti²

2016

Orthognathic Surgery

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Control of the transverse dimension with surgery and orthodontics

Cited by 73 publications

References 10 publications

Skeletal Anchorage in Orthodontics – Basics and Clinical Application

Skeletal Anchorage in Orthodontics – Basics and Clinical Application

Surgically‐assisted maxillary expansion

Surgical Correction of Skeletal Anterior Open Bite: Segmental Maxillary Surgery

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