ISSN (Print) 2514-7552
ISSN (Online) 2514-7560

Journal of Aligner Orthodontics

Erscheinungsweise: vierteljährlich
Sprache: Englisch

Kategorie: Kieferorthopädie

Schriftleitung / Chefredaktion: Dr. Werner Schupp
Redaktion: Dr. Tommaso Castroflorio, Dr. Francesco Garino, Dr. med. dent. Julia Haubrich, Dr. Beatriz Solano Mendoza, Prof. James Mah DMSc
Koordinierende Redaktion: Elizabeth Ducker
QP Deutschland

Offizielle Zeitschrift von:
European Aligner Society Ltd
Australasian Clear Aligner Society (ACAS)
The French Society of Aligners Orthodontics (SFOPA)
Deutsche Gesellschaft für Aligner Orthodontie e.V.
Japan Academy of Aligner Orthodontics (JAAO)
Schweizerische Gesellschaft für Aligner Orthodontie (SGAO)
Taiwan Association of Aligner Orthodontists
The Argentine Society of Aligner Orthodontics

Manuscriptmanager JAO

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The Journal of Aligner Orthodontics publishes clinically relevant articles in the field of Aligner Orthodontics. The journal is peer reviewed and claims to be the reference journal for Aligner Orthodontics, showing the whole potential of the field. The journal aims to provide in-depth knowledge to orthodontists and people interested in orthodontics, from beginners to the most advanced practitioners. Articles deal with basic procedures, case reports about special situations, multidisciplinary treatment including aligner procedures, and original studies (clinical studies, studies on materials and devices, literature reviews). Auxiliary procedures such as scanning and 3D printing are also covered. In addition, the journal contains editorials, expert discussions, tips and tricks, learning from mistakes, summaries of publications from other journals, book reviews, and news from the industry.

Schriftleitung / Chefredaktion

Dr. Werner Schupp

Deutschland, Köln

Dr Werner Schupp graduated in dentistry in 1985 from the University of Münster and continued his postgraduate studies there as a student of orthodontics, under the direction of Prof Dr U Ehmer. Collaboration in the orthodontic private practice of Dr D E Toll followed, and since 1990, he has been in private practice as an orthodontics specialist in Cologne, Germany. He is certified in Invisalign, and in Manual Medicine and Osteopathy for Orthodontics. Dr Schupp is a founding member and past president of the German Board of Orthodontics and Orofacial Orthopedics, and a board member of the German Society of Aligner Orthodontics. He is also an advisory board member for the periodical Manuelle Medizin, and has published several articles concerning orthodontics, function and pain therapy. His published books include Funktionslehre in der Kieferorthopädie and Kraniomandibuläres und muskuloskelettales System, and he has lectured in Europe, Brazil, USA, China, Taiwan, and Japan. Dr Schupp is presently Visiting Professor at the Capital University, Beijing, China.

Redaktion

Dr. Tommaso Castroflorio

Italien, Turin

Redaktion

Dr. Francesco Garino

Italien, Turin

Redaktion

Dr. med. dent. Julia Haubrich

Deutschland, Köln

1996–2001: Studium der Zahnheilkunde an der Albert-Ludwigs-Universität Freiburg im Breisgau. 2002: Promotion (Dr. med. dent.) in der kieferorthopädischen Abteilung der Albert-Ludwigs-Universität in Freiburg unter Prof. Dr. Irmtrud Jonas.
2002–2003: Allgemeinzahnärztliche Tätigkeit in einer zahnärztlichen Praxis in München und Karlsruhe.
2003–2005: Tätigkeit in der kieferorthopädischen Facharztpraxis Dr. Schupp in Köln / Fachzahnarztweiterbildung.
2006: Mitarbeiterin an der Poliklinik für Kieferorthopädie der Charité Berlin unter Prof. Dr. R. R. Miethke.
2007: Fachzahnärztin für Kieferorthopädie in Köln Rodenkirchen in der Gemeinschaftspraxis Dr. Schupp, Dr. Wymar und Dr. Haubrich.
2007: Fachzahnarztanerkennung "Kieferorthopädie" der Zahnärztekammer Nordrhein-Westfalen

Sonstiges: Zertifizierte Anwenderin der Invisalign-Behandlungsmethode mit internationaler Referententätigkeit für den Clinical Education Council von Align Technology in Europa und Asien; Vorstands- und Gründungsmitglied sowie Tagungspräsidentin der Deutschen Gesellschaft für Aligner Orthodontie (DGAO); Mitglied der Deutschen Gesellschaft für Kieferorthopädie (DGKFO); Mitglied der Europäischen Gesellschaft für Aligner Orthodontie (EAS); Lehrbeauftragte der Universität Innsbruck; Co-Autor des Buches Funktionslehre in der Kieferorthopädie (ISBN: 3-928055-03-8) 2012 von Quintessenz; Autor des Buches Aligner Orthodontics von Dr. Werner Schupp, Dr. Julia Haubrich, veröffentlicht 2015 im Quintessenz Verlag; Editor der Zeitschrift Journal of Aligner Orthodontics erstmals erschienen 2017 im Quintessenz Verlag Zahlreiche Publikationen in nationalen und internationalen Zeitschriften sowie diverse Posterveröffentlichungen.

Redaktion

Dr. Beatriz Solano Mendoza

Spanien, Sevilla

Redaktion

Prof. James Mah DMSc

Vereinigte Staaten von Amerika, Las Vegas

Koordinierende Redaktion

Elizabeth Ducker

Vereingtes Königreich von Großbritannien und Nordirland

Tel.: +44 (0)7779 710265
E-Mail: ducker@quintessence-publishing.com

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Journal of Aligner Orthodontics, 03/2021

Open AccessSeiten: 170-242, Sprache: Englisch

Full Issue 3/2021

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Open AccessEditorialSeiten: 171-172, Sprache: EnglischChhatwani, Sachin / Danesh, Gholamreza

Even in aligner orthodontics, the only constant in life is change

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Open AccessOriginal Scientific ArticleSeiten: 175-183, Sprache: EnglischSchmidt Dolci, Gabriel / Ferguson, Donald / Vaid, Nikhilesh R. / Mah, James / Cardon, Stefan

Hybrid mechanics for early interceptive treatment of anterior crossbite

Early interception of anterior crossbite has functional, structural and aesthetic benefits that have been widely enumerated in the literature. The goal of early interception usually involves proclination of the maxillary incisors, thus eliminating mandibular anterior shift; maxillary disjunction and protraction to correct transverse and sagittal deficiencies, respectively; and maintenance or improvement of mandibular compensation, thus creating as much horizontal overlap as possible. The present study illustrates a case treated for 24 months with a modified Catalan appliance incorporated into in-office aligners. The treatment results highlighted the efficacy of hybrid mechanics for mandibular compensation and protraction of the maxillary dentition. The 5-year follow-up demonstrated relative stability of the final outcome. Schlagwörter: anterior crossbite, Class III treatment, clear aligners, extraoral traction appliance, growing patient, in-office aligners, interceptive orthodontics, maxillary arch expansion, removable orthodontic appliances

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Open AccessOriginal Scientific ArticleSeiten: 185-195, Sprache: EnglischSanches Fernandes, Fabrício / Trindade Mattos, Cláudia / de Vasconcellos Vilella, Oswaldo

Effects of Class II maxillomandibular elastics on Invisalign aligners: An in vitro study

Objective: To evaluate the effects of Class II maxillomandibular elastics on Invisalign aligners (Align Technology, San Jose, CA, USA) and assess whether the type of fitting or immersion in a medium simulating the oral environment influence possible dimensional changes. Materials and methods: Twenty new pairs of Invisalign aligners were tested. Ten pairs had inserts for maxillomandibular elastics made by the manufacturer (precision cuts) and ten had cutouts. Epoxy resin casts were created for aligners, and were later mounted on articulators. Class II maxillomandibular elastics were attached to the fittings with a force of approximately 130 gf. The width and anteroposterior distance were measured at predetermined points prior to the use of elastics and 24 hours, 7 days and 14 days after force application began. Ten sets of models, each with a pair of aligners, were immersed in artificial saliva at 37°C over the experimental period, and the other 10 were kept in a dry environment. Results: Statistically significant changes were observed mainly in the first 24 hours. In the dry environment, the aligners with precision cuts suffered the most considerable deformations. Dimensional changes increased in both groups when they were maintained in a simulated oral environment. The highest values of changes were observed closer to the site where the elastics were fitted. Conclusion: Class II maxillomandibular elastics cause dimensional deformations of Invisalign aligners. The changes recorded in maxillary intercanine distance and the distance between mandibular first molars in the immersed aligners with both types of fitting were considered statistically and clinically significant. Schlagwörter: aesthetic aligners, Invisalign, orthodontics

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Open AccessOriginal Scientific ArticleSeiten: 197-208, Sprache: EnglischSpanier, Claudia / Ratzmann, Anja / Krey, Karl-Friedrich

Influence of print layer height and printing material on model accuracy and precision: A 3D surface comparison of models printed using fused filament fabrication

Objectives: To investigate the effect of layer height on the accuracy of orthodontic models utilising fused filament fabrication, particularly with regard to optimising in-office aligner manufacture. The suitability of fused filament fabrication was assessed by comparing the results to a high precision digital light processing control group. Materials and methods: Based on a digital sectioned maxillary model, 18 physical models were printed using fused filament fabrication technology at different layer heights (50.0 μm, 80.9 μm, 100.0 μm, 150.0 μm, 160.8 μm, 200.0 μm, 250.0 μm, 300.0 μm and 332.6 μm) using two different materials (polylactide PLA NX2 and lignin-based polymer Green-TEC PRO [Extrudr, Lauterach, Austria]). Two DLP models with a layer height of 20.0 μm were produced, representing the control group. Subsequently, all physical models were digitally scanned and compared via 3D superimposition using GOM Inspect software (GOM, Braunschweig, Germany). Results: The Dahlberg analysis and intraobserver intraclass correlation proved the accuracy of the 3D superimposition measurement to be excellent and repeatable. Models printed using fused filament fabrication technology from lignin-based polymer within the range of 100.0 to 332.6 μm decreased in precision as layer height increased. Furthermore, the analysis recorded declining precision of fused filament fabrication models below 100.0 μm. Models printed using lignin-based polymer were superior in precision compared to those made from polylactide. Conclusions: The accuracy and precision of fused filament fabrication models can be regulated by altering layer height; however, other parameters such as optimised printing material and print settings are necessary for consistent high quality. As such, fused filament fabrication printing is an accurate, cost-effective and sustainable technology to create aligner models in orthodontic practice. Schlagwörter: 3D printing, 3D superimposition, digital light processing, fused filament fabrication, orthodontic models

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Open AccessCase reportSeiten: 209-215, Sprache: EnglischHagiliassis, John Andrew / Abdelmalek, George

Aligners and smile makeovers: The benefits are clear

Although the benefits of orthodontic treatment are well documented, the adult population has long been resistant to wearing metal braces. Smile makeovers have commonly consisted of masking misalignment with disproportionate restorative material and heavier tooth preparations. The advent of clear aligners, however, has allowed dental professionals to offer a smile makeover that is biological and minimally invasive. Moreover, by utilising technology and a simple 3D scan, it is possible to simulate the end result that patients can expect with different modalities, thus increasing the chances of case acceptance, patient motivation and informed consent. Schlagwörter: adult orthodontics, aesthetic orthodontics, aesthetics, anterior reverse articulation, case report, crowding, diagnostic procedure, digital dentistry, facial dimension, interdisciplinary treatment, Invisalign, malocclusion, restorative dentistry

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Open AccessCase reportSeiten: 217-223, Sprache: EnglischChaudhari, Prabhat Kumar / Turkyilmaz, Ilser / Zere, Edlira / Sokhi, Ramandeep Kaur

In-house aligners for correction of relapse in mandibular incisor alignment

Objective: To describe a technique for fully digital in-house aligner fabrication to treat orthodontic problems encountered during the coronavirus pandemic. Case description: A 21-year-old woman presented to the outpatient department of the Division of Orthodontics and Dentofacial Deformities at the Centre for Dental Education and Research, All India Institute of Medical Sciences in New Delhi, India with the chief complaints of impingement due to a broken mandibular fixed retainer and relapse of mandibular incisor alignment. After resolving the impingement problem, a fully digital in-house aligner was used to correct the misalignment of the mandibular anterior teeth over a treatment period of 2 weeks without any support from an external laboratory. Conclusion: The use of CAD/CAM technology together with 3D printing and thermoforming, as described in the present report, may represent a feasible approach for treating mild orthodontic problems without the need to outsource laboratory support; it is therefore a practical treatment option during the coronavirus pandemic. Schlagwörter: 3D printing, 3D scanning, aligners, incisor crowding, orthodontics, relapse

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Open AccessSummaries of publicationsSeiten: 225-233, Sprache: EnglischMiethke, Rainer-Reginald

Summaries of Publications

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Open AccessSeiten: 234-238, Sprache: EnglischChaudhari, Prabhat Kumar / Turkyilmaz, Ilser / Zere, Edlira / Sokhi, Ramandeep Kaur

Short communications from the scientific societies

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