Aya A. Assi*, Rawaa A. Faris, Balsam saadi Abdulhameed, Sarmad S. Almalki
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The treatment plan involved bilateral extraction of the upper first premolar teeth on both sides and distalization of the anterior segment to close the created space. For an experimental investigation, a patient was chosen at random and given right-side radiation using a dual diode laser (810,980 nm wavelength, 100 mW output power). Results: The tooth movement was measured over a period of 15 weeks; the first three orthodontic activations on the study side included scheduled laser treatment (the first month, laser-assisted treatment on days (0,3,7, and 14), the following two months, on days (0 and 14) from the day of orthodontic activation, and another 3 months of follow-up only); it was observed that orthodontic tooth movement was significantly higher in the study side than in the control side, as measured clinically using a digital vernier. We also noticed a considerable decrease in pain levels following a visual analog test. Conclusion: LLLT might clinically considerably speed orthodontic tooth movement and greatly lessen discomfort using the parameter settings employed in this investigation.","PeriodicalId":500031,"journal":{"name":"Iraqi journal of laser","volume":"2 5","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2023-12-15","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"The Effect of Dual Diode Laser: (810,980) nm in Acceleration of Orthodontic Tooth Movement:A Case Report\",\"authors\":\"Aya A. Assi*, Rawaa A. Faris, Balsam saadi Abdulhameed, Sarmad S. Almalki\",\"doi\":\"10.31900/ijl.v22i2.387\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"Patients are very concerned about the lengthy nature of orthodontic treatment. It is necessary to find a non-invasive way to quicken physiologic tooth movement. This study's objective was to assess the effectiveness of low-intensity laser therapy in shortening the time and discomfort of orthodontic treatment. Experimental work: Using a split-mouth study to compare tooth movement with conventional treatment and laser-accelerated orthodontic tooth movement. A patient presenting with a class II division I malocclusion characterized by the misalignment of the upper and lower teeth as classified by Angle’s molar classification system was indicated to undergo fixed orthodontic appliance orthodontic treatment. The treatment plan involved bilateral extraction of the upper first premolar teeth on both sides and distalization of the anterior segment to close the created space. For an experimental investigation, a patient was chosen at random and given right-side radiation using a dual diode laser (810,980 nm wavelength, 100 mW output power). Results: The tooth movement was measured over a period of 15 weeks; the first three orthodontic activations on the study side included scheduled laser treatment (the first month, laser-assisted treatment on days (0,3,7, and 14), the following two months, on days (0 and 14) from the day of orthodontic activation, and another 3 months of follow-up only); it was observed that orthodontic tooth movement was significantly higher in the study side than in the control side, as measured clinically using a digital vernier. We also noticed a considerable decrease in pain levels following a visual analog test. 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引用次数: 0
摘要
患者非常担心正畸治疗的漫长性。有必要找到一种非侵入性的方法来加快牙齿的生理性移动。本研究的目的是评估低强度激光疗法在缩短正畸治疗时间和减轻不适方面的效果。实验工作:采用分口研究,比较传统治疗和激光加速正畸牙齿移动的效果。根据 Angle 磨牙分类系统的分类,一名患者属于 II 类 I 分区错颌畸形,其特征是上下牙齿错位,患者表示要接受固定矫治器正畸治疗。治疗方案包括拔除双侧上第一前磨牙,并对前牙部分进行远端矫治,以关闭产生的间隙。在实验调查中,随机选择一名患者,使用双二极管激光器(波长 810、980 纳米,输出功率 100 毫瓦)对其进行右侧照射。结果:在 15 周的时间内测量了牙齿移动情况;研究侧的前三次正畸激活包括预定的激光治疗(第一个月,在(0、3、7 和 14)天进行激光辅助治疗,随后两个月,从正畸激活日起在(0 和 14)天进行激光辅助治疗,另外三个月仅进行随访);使用数字游标在临床上测量发现,研究侧的正畸牙齿移动明显高于对照侧。通过视觉模拟测试,我们还发现疼痛程度明显减轻。结论使用本研究中使用的参数设置,LLLT 可在临床上大大加快牙齿矫正的速度,并大大减轻不适感。
The Effect of Dual Diode Laser: (810,980) nm in Acceleration of Orthodontic Tooth Movement:A Case Report
Patients are very concerned about the lengthy nature of orthodontic treatment. It is necessary to find a non-invasive way to quicken physiologic tooth movement. This study's objective was to assess the effectiveness of low-intensity laser therapy in shortening the time and discomfort of orthodontic treatment. Experimental work: Using a split-mouth study to compare tooth movement with conventional treatment and laser-accelerated orthodontic tooth movement. A patient presenting with a class II division I malocclusion characterized by the misalignment of the upper and lower teeth as classified by Angle’s molar classification system was indicated to undergo fixed orthodontic appliance orthodontic treatment. The treatment plan involved bilateral extraction of the upper first premolar teeth on both sides and distalization of the anterior segment to close the created space. For an experimental investigation, a patient was chosen at random and given right-side radiation using a dual diode laser (810,980 nm wavelength, 100 mW output power). Results: The tooth movement was measured over a period of 15 weeks; the first three orthodontic activations on the study side included scheduled laser treatment (the first month, laser-assisted treatment on days (0,3,7, and 14), the following two months, on days (0 and 14) from the day of orthodontic activation, and another 3 months of follow-up only); it was observed that orthodontic tooth movement was significantly higher in the study side than in the control side, as measured clinically using a digital vernier. We also noticed a considerable decrease in pain levels following a visual analog test. Conclusion: LLLT might clinically considerably speed orthodontic tooth movement and greatly lessen discomfort using the parameter settings employed in this investigation.