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首页> 外文期刊>The Laryngoscope: A Medical Journal for Clinical and Research Contributions in Otolaryngology, Head and Neck Medicine and Surgery, Facial Plastic and Reconstructive Surgery .. >Evidence of vestibular and balance dysfunction in children with profound sensorineural hearing loss using cochlear implants.
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Evidence of vestibular and balance dysfunction in children with profound sensorineural hearing loss using cochlear implants.

机译:使用人工耳蜗植入严重感音神经性听力下降的儿童的前庭和平衡功能障碍的证据。

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摘要

OBJECTIVES/HYPOTHESIS: Similarities between the peripheral auditory and vestibular systems suggest that children with sensorineural hearing loss (SNHL) may demonstrate vestibular and balance impairments. This hypothesis was studied in 40 children with severe to profound SNHL and unilateral cochlear implants. STUDY DESIGN: Prospective cross-sectional study with repeated measures. METHODS: Vestibular function was assessed with caloric, rotational, and vestibular evoked myogenic potential testing; balance was assessed using the balance subset of the Bruininks-Oseretsky Test of Motor Proficiency-II, a standardized test of static and dynamic balance. RESULTS: Horizontal semicircular canal function was abnormal in response to a caloric stimulus in 50% (16/32), with a large proportion of those [6/16 (38%)] reflecting mild to moderate unilateral abnormalities. In comparison, horizontal semicircular canal function in response to rotation was abnormal in 38% (14/37). Saccular function was absent bilaterally in 5/26 (19%) and unilaterally in 5/26 (19%) with vestibular evoked myogenic potential. Age standardized balance abilities were significantly poorer in the study population [micro = 12.9 +/- 5(SD)] compared with normal hearing controls [micro = 17 +/- 5(SD); P = .0006] and correlated best with horizontal canal function in response to a rotational stimulus (P = .004; R = 0.24). SNHL from meningitis was associated with worse balance function than other etiologies. CONCLUSIONS: Vestibular and balance dysfunction occurred in >1/3 of children with SNHL and cochlear implants, and is highly dependent on etiology. Although compliance with all tests was high, rotational chair testing, which assesses higher frequency motion (0.25-5 Hz) and thus more "real world" vestibular function, correlated best with dynamic balance. For this reason, rotational chair testing may represent the test of choice in this population, particularly given that it is amenable to testing children of all ages.
机译:目的/假设:周围听觉和前庭系统之间的相似性表明,患有感音神经性听力损失(SNHL)的儿童可能表现出前庭和平衡障碍。在40名重度至严重SNHL和单侧人工耳蜗的儿童中研究了该假设。研究设计:前瞻性横断面研究,采用重复措施。方法:通过热量,旋转和前庭诱发的肌源性电位测试评估前庭功能;使用Bruininks-Oseretsky运动能力测验II的平衡子集(静态和动态平衡的标准测试)评估平衡。结果:50%(16/32)的热量刺激导致水平半规管功能异常,其中大部分[6/16(38%)]反映了轻度至中度单侧异常。相比之下,响应旋转的水平半规管功能异常率为38%(14/37)。具有前庭诱发的成肌潜能的双侧5/26(19%)和单侧5/26(19%)的囊性功能均不存在。与正常听觉对照相比,年龄标准化平衡能力在研究人群中[micro = 12.9 +/- 5(SD)]明显较弱[micro = 17 +/- 5(SD); P = .0006],并且与旋转刺激相关的水平管功能最相关(P = .004; R = 0.24)。与其他病因相比,脑膜炎引起的SNHL与平衡功能差有关。结论:> 1/3的SNHL和人工耳蜗患儿发生前庭和平衡功能障碍,并且高度依赖病因。尽管对所有测试的依从性很高,但旋转椅测试(可以评估更高频率的运动(0.25-5 Hz),从而评估更多的“真实世界”的前庭功能)与动态平衡的关联性最高。因此,旋转椅测试可能是该人群的首选测试,特别是考虑到可以测试所有年龄段的孩子。

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