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首页> 外文期刊>Gerodontology >Ito, N.a , Kimoto, S.b , Kawai, Y.b Does wearing dentures change sensory nerve responses under the denture base?
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Ito, N.a , Kimoto, S.b , Kawai, Y.b Does wearing dentures change sensory nerve responses under the denture base?

机译:伊藤市N.a,Kimoto公司S.b,河合Y.b戴假牙会改变义齿基托下方的感觉神经反应吗?

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Background The standard textbook on complete dentures suggests the necessity of relief for the incisive and posterior palatine foramina of denture wearers to prevent the impingement of the nerves and vessels passing through these foramina. However, concrete evidence of the effect of dentures on the sensory function of the nerves underlying dentures is lacking. Objective The study aim was to investigate the influence of denture-induced compression on sensory nerve responses to stimulations. Materials and methods Only partially edentulous patients of maxillary Kennedy class II who wear dentures (WD) or who never wear dentures (ND) were recruited as participants. The WD and ND groups had 15 participants with a mean age of 66.9 years and 22 participants with a mean age of 60.2 years, respectively. Current perception thresholds (CPTs) at 2000, 250 and 5 Hz, corresponding to A-beta, A-delta and C fibres, respectively, were measured by the Neurometer? NS3000 device and compared between groups. The data were analysed by the t-test, the paired t-test and analysis of covariance adjusted for age, sex and thickness of the mucosa. Results The CPTs showed large differences at 2000 Hz but no differences at the other frequencies when the WD and ND groups were compared. Only the CPT of the edentulous side at 2000 Hz was significantly different between groups. Conclusion Wearing removable partial dentures contributes to changes of responses to stimulations in the large fibre of the sensory nerve underlying the maxillary alveolar ridge.
机译:背景技术关于全口义齿的标准教科书提出了减轻义齿佩戴者的切开和后p孔的必要性,以防止穿过这些孔的神经和血管受到撞击。然而,缺乏关于义齿对义齿下面的神经的感觉功能的影响的具体证据。目的研究假牙诱发的压迫对感觉神经对刺激的反应的影响。材料和方法仅招募部分戴着假牙(WD)或从未戴假牙(ND)的部分上颌Kennedy II级缺牙患者作为研究对象。 WD和ND组分别有15名平均年龄为66.9岁的参与者和22名平均年龄为60.2岁的参与者。用Neurometer?测量分别在2000、250和5 Hz下的电流感知阈值(CPT),分别对应于A-beta,A-delta和C纤维。将NS3000设备与各组之间进行比较。通过t检验,配对t检验以及针对黏膜的年龄,性别和厚度调整的协方差分析对数据进行分析。结果当比较WD和ND组时,CPT在2000 Hz处显示出较大差异,而在其他频率上则无差异。各组之间仅在2000 Hz时无牙侧的CPT有显着差异。结论佩戴可摘局部义齿有助于改变上颌牙槽underlying下方感觉神经大纤维对刺激的反应。

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