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Modern Research in Dentistry

Treatment of Dental Anomalies Self-Ligating System Damon

Aiman Obeid*

Department of orthodontics, Belarusian State Medical University, Belarus

*Corresponding author: Aiman Obeid, Department of orthodontics, Belarusian State Medical University, Belarus

Submission: April 23, 2018;Published: July 25, 2018

DOI: 10.31031/MRD.2018.03.000553

ISSN:2637-7764
Volume3 Issue1

Abstract

Currently, there are two main types of self-ligating Bracket systems: active and passive. Active is when the wire is pressed into the slot of the bracket, passive-is when the wire is more free into the slot. In Damon’s passive self-ligating system super elasticity of the wire can be more obvious because of the low friction between the wire and the slot of the braces, so the wire develops very weak forces in the process of treatment. In passive self-ligating systems we do not require such additional devices, such as headgear, rapid palatal expansion, etc. This is significantly saves the doctor’s work time as well the patient time. Individual torque values of the braces reduce the extraction option in the crowding cases, which improves of face aesthetics: we can avoid flattening of the face appearance and buccal black corridors, etc.

Objective

DTo analyze the changes occurring at the level of the teeth arches and occlusion during treatment of dentoalveolar anomalies with Damon braces without removing individual teeth.

Material and Methods

34 pairs of jaws models of adult patients were measured with various anomalies before and after treatment with Damon braces according to the following parameters: length, width of dental arch in the region of premolars, molars and canines, the length of the anterior segment of the arch. The results obtained were been compared before and after treatment, with the calculated rate for Linder-Hart and Korkhaus.

Results

The length of the dental arch of the upper and lower jaws after carried out treatment has not increased significantly. The received data are confirmed by a number of researchers [1-4]. The greatest expansion of dental arcs occurred in the region of the first premolars of the upper and lower jaws (by 3.70±0.79mm and 3.85±0.81mm respectively). However, in comparison with the Linder-Hartou norm of the upper jaw, the width of the dental arch remained less than the norm by 1.77±0.67mm, and at the bottom it became more than normal at 2.07±0.79mm. This discrepancy, apparently, indicates the identity of the width of the upper and lower dental arches, which is reported in the studies of several authors. In the field of molars the expansion of the upper dental arch is 1.54±0.77, on the lower jaw expansion is not reliable. In comparison with the Linder-Hartu norm the width of the upper dental arch in the molar region did not reach the individual norm by 2.95±0.66mm. In the region of canines, both on the upper and lower jaws reliably significant changes did not occur. The length of the anterior segments of the upper and lower dental arches is practically has not changed after treatment. In comparison with the norm calculated by Korkhaus their length before treatment was less by 2.36±0.6mm and 2.28±0.6mm, respectively. After treatment, the length of the anterior section of the upper dental arch did not reach norms by 1,28±0,48mm, and the lower 1,70±0,48mm. This does not contradict conclusion based on own research and confirmed works of other authors, about lack of significant changes in the length of dental arches, including number of their anterior segments, before and after treatment with Damon brackets.

Conclusion

Major changes occur due to a significant expansion of dental arches in the premolars and molars areas. There are no significant changes in the inter-canine distance and the anterior segment length as well. The received data do not confirm the assumptions of some authors about the occurrence of a gum recession, protrusions of incisors and canines after treatment with Damon brackets. Studying models of the jaws of patients before and after treatment with Damon system, as well as comparing the results with the existing norms showed high efficiency of the method, due to precise information of the brackets, wires, elastic elements proposed by the author and programmed for best result.

References

  1. Adkins MD, Nanda RS, Gurrier GF (1990) Arch perimeter changes on rapid palatal expansion. Am J Orthod Dentofacial Orthop 97: 194-199.
  2. Akkaya S, Lorenson S, Usem TT (1998) Comparison of dental arch and arch perimeter changes between bonded rapid and slow maxillary expansion procedures. European Journal of Orthodontis 20(3): 255-261.
  3. Germane N, Lindauer SJ, Rubenstein LK, Revere JH, Isaacson RJ (1991) Increase in arch perimeter due to orthodontic expansion. Am Orthod Dentofacial Orthop 100(5): 421-427.
  4. Noroozi H, Diavidi GE, Moeinzad H, Teimouri AP (2002) Prediction of arch perimeter changes due to orthodontic treatment. Am J Orthod Dentofacial Orthop 122(6): 601-607.

© 2018 Aiman Obeid. This is an open access article distributed under the terms of the Creative Commons Attribution License , which permits unrestricted use, distribution, and build upon your work non-commercially.

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