Priti Shukla

Priti Shukla

Profile ID RP-000-2795 Joined 2023-01-19 2 articles
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Articles(2)

Authors: Danish UZ Zama Khan, Amit Nagar, Priti Shukla, Shruti Singh, Nishi Grover, Juhi Yadav

DOI: 10.18231/j.ijodr.2021.027  

Volume7

Issue2

Pages160-166

Abstract

Introduction: The Damon passive self-ligating system introduced broad archwires and a passive clip with posterior expansion and with minimal tipping of the teeth. Aim: To evaluate and compare the effectiveness of Damon brackets and Damon arch wires in maxillary arch dimensional changes with that of conventional brackets and conventional archwires. Materials and Methods: A total of 20 patients were selected for the study and randomly divided into 4 Groups with 5 patients in each group. Records (Study models) were taken before starting the treatment (T0) and at the end of leveling and alignment (T1) for all the 20 subjects. Pre-treatment (T0) and at the end of leveling and alignment (T1) study models were assessed for inter canine width, inter first premolar width and inter first molar width. Results: There was statistically significant increase in maxillary arch width in Damon system and conventional bracket with Damon archwires when compared to conventional bracket system and Damon brackets with conventional archwires. Conclusion: The use of conventional or self-ligating brackets does not seem to be an important predictor of change in maxillary arch width in non-extraction patients. The amount of increase in arch width was due to Damon archwires and not because of Damon brackets.   Keywords : Damon brackets, Self-Ligating brackets, Arch Expansion, Archwires

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Authors: N. Bhogeshwor Singh, Amit Nagar, Priti Shukla*, Shraddha Gupta

DOI: 10.18231/j.ijodr.2023.015  

Volume9

Issue2

Pages77-82

Abstract

Anchorage has been defined as a resistance to unwanted tooth movement. It is imperative for the treatment of both dental and skeletal malocclusions. Skeletal anchorage provides better chances to obtain absolute anchorage in orthodontic tooth movement. The topic of skeletal anchorage is vast and compiling it in one single article will be an injustice to the readers. So, we have divided this into two review articles under the headings of introduction, evolution and historical background, the means of skeletal anchorage which will be discussed in this first part followed by the design and function of screw-type orthodontic mini-implants, placement sites, surgical procedures, loading approaches, biocortical and resorbable implants and conclusion in the second part.   Keywords: Skeletal anchorage, Branemark, Zygoma wires

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