Search Results For: 'case report'
761.
Treatment of Severe Anterior Crowding with the Invisalign G6 First-Premolar Extraction Solution
Volume 53 : Number 8 : Page 459 : Aug 2019
This new system was designed by Align Technology to ensure root parallelism during canine retraction and to maintain vertical control by maximizing posterior anchorage during space closure. A sample case involving four first-premolar extractions is presented by Drs. Zhu, Li, and Lai.
762.
CAD/CAM Metallic Printing of a Skeletally Anchored Upper Molar Distalizer
Volume 54 : Number 3 : Page 140 : Mar 2020
Laser melting is an innovative method of 3D printing that has been used to produce metal rapid palatal expanders. Drs. Graf, Vasudavan, and Wilmes show how to use computer-aided design for 3D metal printing of a molar distalizer with palatal mini-implant anchorage.
763.
An Interdisciplinary Approach to Treating Impacted Canines Associated with Gummy Smiles
Volume 54 : Number 11 : Page 680 : Nov 2020
Dr. Manzo and colleagues describe a digital smile design combining orthodontic treatment, periodontal surgery, and direct composite veneer restorations to resolve the esthetic impairment created by an impacted upper canine, disproportionate dental arches, and excessive gingival exposure.
764.
ALIGNER CORNER
A Hybrid Approach to Clear Aligner Therapy in Lower-Incisor Extraction Cases
Volume 56 : Number 4 : Page 211 : Apr 2022
Drs. Lombardo, Pepe, Carlucci, and Cremonini present an approach in which bonded lingual buttons and archwire segments are used to correct severe lower anterior crowding in conjunction with clear aligner treatment. The case shown here was completed in only six months.
765.
An Efficient Palatal Approach for Correction of Unilateral Skeletal Crossbite and Anterior Open Bite
Volume 56 : Number 4 : Page 221 : Apr 2022
This unilateral mini-implant-assisted rapid palatal expander (MARPE), as described by Drs. Banankhah and Uribe, has an attached tongue crib for open-bite treatment. Palatal temporary anchorage devices are placed on the non-crossbite side to help achieve unilateral skeletal expansion.
766.
Orthodontics and Dental Implants in the Esthetic Zone
Volume 57 : Number 7 : Page 411 : Jul 2023
Dr. Maldonado Molina demonstrates a protocol for orthodontic space opening and subsequent implant-supported restoration in nongrowing patients with congenitally missing upper lateral incisors. The technique is illustrated by the case of an adult female with a skeletal Class III malocclusion.
767.
A Modified C-Implant for Simpler and More Efficient Treatment
Volume 57 : Number 8 : Page 469 : Aug 2023
The original C-implant was designed to enable partial osseointegration for stability against rotational moments and heavy forces. This second generation overcomes some drawbacks of the first version while taking advantage of the best characteristics of conventional miniscrews. A typical case is presented.
768.
The High-Pull Palatal Gear (HPPG) Technique for Treating Hyperdivergent Class II Malocclusions
Volume 58 : Number 7 : Page 399 : Jul 2024
The HPPG technique uses a single miniscrew in the anterior midpalate to intrude and retract the entire maxillary dentition. Drs. Lin, Thavarungkul, Chen, and Wang demonstrate the protocol in an adult patient with a hyperdivergent Class II malocclusion.
769.
Mesialslider for Treatment of Congenitally Missing Upper Lateral Incisors
Volume 58 : Number 8 : Page 489 : Aug 2024
The Mesialslider enables clinicians to protract the posterior teeth without unintended changes in tooth positions. Drs. Campoy Ferrer, Northway, and Wilmes present the use of this appliance to treat a 16-year-old patient with missing upper lateral incisors.
770.
Response of Idiopathic Condylar Resorption to Unilateral Class II Traction
Volume 59 : Number 3 : Page 157 : Mar 2025
Ms. Palesik and Drs. Vaitiekūnas, Stacevičius, and Latkauskienė review the natural history, diagnosis, and treatment of idiopathic condylar resorption and introduce an experimental technique that uses Bollard plates and elastics to halt condylar degeneration and stimulate regrowth.
771.
THE EDITOR'S CORNER
Making a Case for Early Orthognathic Surgery
Volume 44 : Number 11 : Page 641 : Nov 2010
The overall benefits of orthodontic therapy for adolescent patients are well documented. Establishing a physiologic occlusion prior to full facial development allows symmetrical, harmonious growth of ...
772.
The Effect of Vibration on Molar Distalization
Volume 50 : Number 11 : Page 683 : Nov 2016
Interest in vibration as a method of stimulating orthodontic tooth movement spans more than three decades. In 1979, Shapiro and colleagues published a report describing the use of pulsating piezoelect...
773.
Horizontal Growth of the Soft-Tissue Nose Relative to Maxillary Growth
Volume 26 : Number 2 : Page 0 : Feb 1992
Excessive nasal development can be a major deterrent to achieving facial harmony.1 As Posen said, "What appears to be a pleasing and harmonious facial profile at 13 years may be radically changed by t...
774.
The Claspring: An Adjunct to Removable Appliance Therapy
Volume 27 : Number 2 : Page 0 : Feb 1993
Removable orthodontic appliances are often used in the first stage of mixed dentition treatment, in retention, or in conjunction with fixed appliances.1-3 Their use in moving teeth, however, is limite...
775.
Supercable and the SPEED System
Volume 32 : Number 4 : Page 246 : Apr 1998
The ideal initial archwire has superior strength and flexibility, resists permanent deformation, and maximizes both patient comfort and physiologic tooth movement. The limited flexibility of the origi...
776.
Esthetic Class II Treatment with the Beneslider and Aligners
Volume 46 : Number 7 : Page 390 : Jul 2012
Maxillary molar distalization is a common treatment method for dental Class II patients with excessive overjet, anterior crowding, or both. Given the unpopularity of headgear among patients,1,2 clinic...
777.
Design Improvements in the Modified C-Palatal Plate for Molar Distalization
Volume 47 : Number 4 : Page 241 : Apr 2013
Although early versions of the modified C-palatal plate (MCPP) were used successfully for molar distalization in both adolescents and adults, close contact between the plate and the palatal soft tissu...
778.
Biomechanics of Lower Second-Molar Protraction Using a New Appliance
Volume 50 : Number 12 : Page 736 : Dec 2016
The technique of using absolute anchorage from endosseous implants for protraction of lower molars was introduced by Roberts and colleagues.1 Since the development of mini-implants, many more clinicia...
779.
Volume 51 : Number 6 : Page 317 : Jun 2017
In a preadolescent Class III patient, the use of a surgically placed Mentoplate in the anterior mandible facilitates a transfer of protractive forces to the underlying bone structure without the need for extraoral elastics. At the same time, the skeletally anchored Hybrid Hyrax Distalizer provides rapid palatal expansion along with upper-molar distalization.
780.
The Biocreative Strategy Part 2: The Tweemac Analysis
Volume 52 : Number 0 : Page 359 : Jun 2018
In the second part of their series, Drs. Kim, Ahn, Chung, and Nelson describe the measurements and clinical interpretation of the Biocreative diagnostic system. The Tweemac analysis allows simple yet effective evaluation of the patient’s dentofacial characteristics using a minimum number of landmarks.
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