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Hearing and stomatognathic system: Searching for a link

机译:听力和气胸系统:搜索链接

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Abstract Acoustic vibrations reach the inner ear fluids in 3 integral ways: through the air, bone, and soft tissue. The final stimulation of the hearing receptor is recognized as the result of various interactions appearing between them. Air conduction is best described as the most efficient mode of auditory stimulation. Soft tissue and bone conduction (including dentaural hearing), being frequently underestimated in the complicated process of hearing, are still less examined. Clinical observations prove that dental health may have a direct influence on hearing. Additionally, hearing improvement after dental treatment is of a permanent nature. This review presents a hypothesis and supporting literature review that dental disorders may contribute to disturbances in the excitation and/or the transmission of vibrations through the bone to the hearing receptor. Dissociation in the relationship between stimuli reaching the cochlea simultaneously in 3 modes may have a negative impact on hearing acuity.
机译:摘要声振动通过空气,骨骼和软组织通过3种不可或缺的方式到达内耳液。听力感受器的最终刺激被认为是它们之间出现各种相互作用的结果。空气传导被最好地描述为听觉刺激的最有效方式。在复杂的听觉过程中经常低估了软组织和骨骼的传导(包括牙科听觉),现在仍然很少进行检查。临床观察证明,牙齿健康可能对听力有直接影响。另外,牙科治疗后的听力改善是永久性的。这篇评论提出了一个假设,并且有支持性的文献评论认为,牙齿疾病可能会导致通过骨骼向听觉受体的振动激发和/或传递振动。以三种方式同时到达耳蜗的刺激之间的关系的分离可能对听觉敏锐度产生负面影响。

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