评估Bruxers与对照组在全景放射图像上的下颌表面积变化:一项病例对照研究。

IF 0.5 Q4 DENTISTRY, ORAL SURGERY & MEDICINE
Open Dentistry Journal Pub Date : 2018-09-28 eCollection Date: 2018-01-01 DOI:10.2174/1745017901814010753
Lakshmi Padmaja Satheeswarakumar, Tatu Joy Elenjickal, Shashi Kiran Mohan Ram, Kartheesan Thangasamy
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引用次数: 8

摘要

背景:磨牙症是咀嚼系统的许多副功能活动中最常见的。关于磨牙症的病因众说纷纭,众说纷纭。它可以在睡眠中发生,也可以在清醒时发生。长期以来,磨牙被认为是牙齿磨损的主要原因。磨牙症的其他影响可能包括牙齿移动和牙齿移动,以及口腔软组织和颌骨的变化。由于确切的病因和表现不清楚,磨牙症很难诊断。在这项研究中,我们评估了数字全景x线片测量的下颌区域变化,这些变化可能发生在磨牙症患者身上,并将结果与非磨牙患者进行了比较。目的:了解Bruxers患者的下颌骨、髁突和冠突的面积变化,并与年龄和性别匹配的对照组进行比较。材料与方法:本研究在口腔医学与放射科进行。总样本量为40。样本被分为Bruxers和non-bruxers两组,每组20名受试者。年龄在20- 30岁之间诊断为磨牙症的健康志愿者和年龄在20- 30岁之间诊断为无磨牙症的健康志愿者被分为第二组(非磨牙者)。采用Bruxchecker对ⅰ组磨牙症进行确认,采用全景x线片作为研究的成像方式。使用Image j软件进行测量。所有测量结果制成表格,采用方差分析(Post hoc)进行统计分析,然后进行Dunnett检验和unpaired t检验。结果:对下颌表面面积进行了整体比较,并对髁突和冠突进行了单独比较。在髁突和冠突的情况下,两组之间取得了显著的结果。1组髁突表面积明显小于2组。I组右冠突表面积小于II组,而I组左冠突表面积大于II组。两组间下颌骨表面积差异无统计学意义。下颌骨、髁突和冠突的性别差异有统计学意义。与男性相比,女性的下颌骨和髁突表面积更小。我们的研究结果表明,尽管bruxers的整体表面积与对照组相比没有受到影响,但髁突和冠突却发生了显著变化。迄今为止认为磨牙症的主要冲击是由咬肌承担的观点需要重新审视,因为咬肌张力的改变会反映在整个下颌骨的表面积变化上。在我们的研究中观察到bruxers冠突表面积的增加,这可能是由于颞肌活动的改变,颞肌主要负责下颌骨的姿势。这可能意味着bruxers表现出颞肌活动的改变,这可以解释我们在神经肌肉牙科临床实践中观察到的一些临床表现,如头痛,颈痛,肩痛和姿势改变等。对颞肌和咬肌活动的进一步研究将进一步证实我们的发现,并为这一领域的未来研究奠定基础。结论:本研究对Bruxers和非Bruxers的下颌骨、髁突和冠突的表面积变化进行了评估。结果显示,与对照组相比,Bruxers的髁突和冠突表面积发生了显著变化。这是一个缺乏可用文献的研究领域。本研究将为今后在这一领域的研究奠定基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Assessment of Mandibular Surface Area Changes in Bruxers <i>Versus</i> Controls on Panoramic Radiographic Images: A Case Control Study.

Assessment of Mandibular Surface Area Changes in Bruxers <i>Versus</i> Controls on Panoramic Radiographic Images: A Case Control Study.

Assessment of Mandibular Surface Area Changes in Bruxers <i>Versus</i> Controls on Panoramic Radiographic Images: A Case Control Study.

Assessment of Mandibular Surface Area Changes in Bruxers Versus Controls on Panoramic Radiographic Images: A Case Control Study.

Background: Bruxism is the commonest of the many parafunctional activities of the masticatory system. Opinions on the causes of bruxism were numerous and widely varying. It can occur during sleep as well as wakefulness. Bruxism was for long considered a major cause of tooth wear. Other effects of bruxism may include tooth movement and tooth mobility, as well as changes in oral soft tissues and jaw bone. Since the exact etiology and manifestations are unclear, it was difficult to diagnose Bruxism. In this study, we evaluated the area change as measured from digital panoramic radiographs that can occur in the lower jaw bone in those with Bruxism and compared the results with non-bruxers.

Aims and objective: To determine the surface area changes of the mandible, condylar and coronoid processes in Bruxers from Panoramic radiographs and to compare and contrast the changes with age and gender matched controls.

Materials and methods: The study was conducted in the department of Oral Medicine and Radiology. The total sample size was 40. The sample was divided into two groups, Bruxers and non-bruxers with 20 subjects in each group. Healthy volunteers aged between 20- 30 years diagnosed with Bruxism and Healthy volunteers aged between 20- 30 years diagnosed without Bruxism were included in group II (Non-Bruxers). Bruxchecker was made use of in confirming the Bruxism in Group I. The Panoramic radiograph was used as the imaging modality for the study. The measurements were made with the help of software, Image J. All the measurements were tabulated and statistical analysis was made using ANOVA (Post hoc) followed by Dunnett's test and unpaired t test.

Results: A comparison of the mandibular surface area as a whole and also condylar and coronoid processes individually were carried out. Significant results were obtained in case of condylar and coronoid processes between the two groups. The surface area of condylar process of Group I was found to be lower than that of Group II. The surface area of the right coronoid process of group I was found to be less when compared to that of group II but the values of the left coronoid process of group I was found to be more when compared with group II. The surface area of the mandible showed no significant difference between the groups. There was significant difference between the genders in case of mandible, condyle and coronoid. The surface area of mandible and condylar process was found to be lower in female when compared to male. The surface area of coronoid process was found to be more in case of females when compared to that of males in Group I.The results of our study show that while the overall surface area of bruxers remain unaffected when compared to controls, the condylar and coronoid process show significant change. The hitherto belief that the primary brunt of bruxism is borne by the masseter would require a revisit since alteration in tonicity of the masseter would reflect in surface area change of the mandible as a whole. An increase in the surface area of the coronoid process in bruxers was observed in our study which could be attributed to altered activity of the temporalis, a muscle largely responsible for the posture of the mandible. This could imply that bruxers show alteration in temporalis activity which would explain several clinical manifestations such as headache, neck pain, shoulder pain and altered posture and so on which we have observed in the clinical practice of neuromuscular dentistry. Further studies examining the activity of the temporalis and masseter would further corroborate our findings and form the basis for future research in this arena.

Conclusion: This original research was carried out to assess the surface area changes in mandible and condylar and coronoid processes of Bruxers and non-bruxers. The results showed significant changes in the surface area of condylar and coronoid process in Bruxers when compared to the controls. This is an area of study with paucity of available literature. This study would be a stepping stone for future studies in this arena.

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Open Dentistry Journal
Open Dentistry Journal DENTISTRY, ORAL SURGERY & MEDICINE-
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