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2081.

PEARLS

Detecting Lateral-Incisor Root Resorption During Expansion in Patients with Labially Displaced Canines

Volume 58 : Number 10 : Page 631 : Oct 2024

When using a rapid palatal expander during impacted-canine treatment, the radiopaque image of the jackscrew can obscure the lateral incisors’ apices on the panoramic radiograph, making root resorption difficult to identify. This Pearl describes how to respond to this challenge.

2082.

BOOK REVIEWS

Clear Aligner Technique

Volume 59 : Number 6 : Page 409 : Jun 2025

SANDRA KHONG TAI, BDS, MS 2nd edition. 296 pages, 1,300 illustrations. $238. 2025.Quintessence Publishing Co., Inc., 411 N. Raddant Road, Batavia, IL 60510(630) 736-3600; www.quintpub.com. Just as ...

2083.

PEARLS

Simultaneous Canine Alignment and Extrusion with a Cantilever and Step Bend

Volume 59 : Number 7 : Page 465 : Jul 2025

Traditional methods of repositioning canines during leveling and alignment may require several bracket readjustments. This Pearl eliminates the need for bracket repositioning with a simplified double-archwire technique that combines a step bend with a cantilever for simultaneous canine alignment and extrusion.

2084.

PEARLS

Putty Pack for Prevention of Soft-Tissue Overgrowth Around Surgical Miniplates

Volume 49 : Number 8 : Page 516 : Aug 2015

One of the main reasons why clinicians tend to prefer miniscrews over miniplates for skeletal anchorage is the development of soft-tissue overgrowth around miniplate insertion sites, due to chronic ir...

2085.

A Vestibular Rapid Palatal Expander

Volume 50 : Number 2 : Page 0 : Feb 2016

Various types of rapid maxillary expanders have been introduced; while they all have their advantages and disadvantages, each is built around an expansion screw in the palatal area. This article describes a different approach to the orthopedic treatment of a maxilla with transverse bone deficiency. A vestibular expander called the was developed to address some of the drawbacks of traditional expanders and to optimize the disjunctive action of the appliance during its entire period of use in the oral cavity.

2086.

Uprighting Mesially Impacted Lower Third Molars with Skeletal Anchorage

Volume 50 : Number 7 : Page 0 : Jul 2016

The impaction of lower third molars is a common clinical finding, with a prevalence between 9.5% and 39% among different populations.1 Previous studies have indicated that normal eruption of lower thi...

2087.

Rapid Maxillary Expansion and Upper-Molar Distalization with a Miniscrew-Supported Hybrid Appliance

Volume 50 : Number 8 : Page 0 : Aug 2016

Malocclusions are a result of skeletal imbalances, dentoalveolar problems, or both, with sagittal, transverse, and vertical discrepancies often presenting concurrently. It is not uncommon, for example...

2088.

Burstone Series, Part II: Simultaneous En Masse Retraction of Maxillary Anteriors with Lingual Root Torque

Volume 5 : Number 4 : Page 200 : Apr 1971

Experience with the segmented arch technique in 197 completed Class II division 1 and bimaxillary protrusion cases with overjets up to 17 mm gives me the confidence to tell you that the system is simp...

2089.

JCO Interviews the Kesling & Rocke Orthodontic Group, Part III

Volume 5 : Number 5 : Page 260 : May 1971

This is the conclusion of this interview. The first two installments appeared in the March and April issues of JCO.Cuspid UprightingWhen a lower cuspid has been well tipped back in Stage I and Stage I...

2090.

Concept and Commentary: Retention

Volume 8 : Number 3 : Page 167 : Mar 1974

I do not like any removable lower retainer. They are not effective and patients lose them. I routinely use a lower 3-3. At the time of band removal, I simply take a ligature cutter and remove the arch...

2091.

The Hinge-Axis Angle

Volume 11 : Number 8 : Page 551 : Aug 1977

The mandible is unique among bones in having two almost identical joints, each having an upper and lower soft tissue compartment. "The movements in the lower (condyle-disc) compartment are mainly hing...

2092.

Bioprogressive Simplified, Part 1: Diagnosis and Treatment Planning

Volume 21 : Number 9 : Page 0 : Sep 1987

Translating orthodontic skills into a bona fide delivery system is one of the most difficult tasks faced by clinicians. With technology becoming ever more complex, it is impossible to create an effici...

2093.

Orthopedic Correction of Class III Malocclusion: Retention and Phase II Therapy

Volume 30 : Number 6 : Page 0 : Jun 1996

In 1988, I described orthopedic treatment of Class III malocclusions using palatal expansion and custom protraction headgear.1 This approach has proved to be effective in correcting mesiocclusions wit...

2094.

THE CUTTING EDGE

How Technology Has Transformed the One-Visit Initial Exam

Volume 38 : Number 8 : Page 425 : Aug 2004

This month's column, submitted by Dr. Bob Haeger, provides considerable insight into the implementation of systems within the "paperless" office. Dr. Haeger's seamless integration of hardware and soft...

2095.

THE CUTTING EDGE

The SureSmile System in Orthodontic Practice

Volume 43 : Number 3 : Page 0 : Mar 2009

(Editor's Note: This quarterly column is compiled by JCO Technology Editor Ronald Redmond. To help keep our readers on The Cutting Edge, Dr. Redmond will spotlight a particular area of orthodontic tec...

2096.

Non-Surgical Uprighting of Exposed, Mesially Impacted Lower Molars

Volume 46 : Number 8 : Page 480 : Aug 2012

In a previous article, I presented a procedure for non-surgical uprighting of a mesially angulated lower second or third molar with little or no exposed tooth surface.1 The technique shown here allows...

2097.

Retromolar Miniscrew Implants for Class III Camouflage Treatment

Volume 47 : Number 12 : Page 706 : Dec 2013

Patients with skeletal Class III malocclusions who have little or no growth remaining can be especially challenging to treat when they reject a combined surgical-orthodontic approach. In such cases, c...

2098.

SmartArch Multi-Force Superelastic Archwires: A New Paradigm in Orthodontic Treatment Efficiency

Volume 54 : Number 2 : Page 70 : Feb 2020

Dr. Marc Olsen describes how advanced wire technology and biological principles of tooth movement can be applied to accelerate treatment by making tooth movement more efficient. Clinical uses of SmartArch wires are illustrated by two cases, including one in conjunction with the Insignia system.

2099.

Maxillary Space Closure Using Aligners and Palatal Mini-Implants in Patients with Congenitally Missing Lateral Incisors

Volume 55 : Number 1 : Page 20 : Jan 2021

The Mesialslider allows the use of sliding mechanics anchored by mini-implants in the anterior palate. As Drs. Wilmes, Schwarze, Vasudavan, and Drescher demonstrate, this facilitates closure of upper edentulous spaces when used either simultaneously or consecutively with clear aligner treatment.

2100.

THE CUTTING EDGE

The Diagnostic Advantage of a CBCT-Derived Segmented STL Rendition of the Teeth and Jaws Using an AI Algorithm

Volume 55 : Number 6 : Page 361 : Jun 2021

Drs. Lewit Borohovitz, Abraham, and Redmond describe the use of artificial intelligence to segment individual teeth from a cone-beam computed tomography scan. Two cases show how the acquired diagnostic information can have a significant effect on orthodontic treatment planning.

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