前庭自旋轉(zhuǎn)試驗(yàn)在耳源性眩暈中的應(yīng)用
[Abstract]:Purpose: 1. In this paper, the results of the application of vestibular rotation test in patients with otogenic vertigo were analyzed, and the high frequency vestibular function test was evaluated, and the clinical application value of vestibular autorotation test in otogenic vertigo-related diseases was discussed. 2. The results of vestibular self-rotation test (vestibular autorotation test, VAT) and cold-heat test (caloric test,CT) were compared and analyzed. To explore the clinical value of high frequency vestibular rotation test combined with traditional low frequency cold-heat test in the examination and diagnosis of patients with otogenic vertigo. Methods: from February 2014 to August 2014, 86 patients (36 males and 50 females) with otogenic vertigo were admitted to the Department of vertigo, Otolaryngology Hospital of Shandong Provincial Hospital Group. Among them, 36 patients with Meniere's disease, 38 patients with benign paroxysmal positional vertigo (BPPV) and 12 patients with vestibular neuritis. All patients underwent vestibular autorotation test (ves tibular autorotation test, VAT) and cold-heat test (caloric test,CT). There are five indexes in VAT, namely horizontal gain and phase shift, vertical gain and phase shift, horizontal asymmetry; If asymmetry, vertical gain and phase shift, and one or more abnormal indexes appear in the horizontal gain and phase shift, the results of VAT can be evaluated as abnormal. The criterion of low horizontal semicircular canal function in cold-heat test (caloric test,CT) is that the (unilateral weakness, UW) value of one side function decrease is greater than or equal to 20%. Results: 59 cases (68.6%) were abnormal in VAT examination. Among the abnormal results, 48 cases (81.4%) had abnormal phase, 42 cases (71.2%) had abnormal gain and 10 cases (16.9%) had asymmetrical anomaly, and the distribution of gain and phase pathological data had the same frequency. There were 42 cases of gain abnormality, including 34 cases of horizontal gain abnormality, 32 cases of gain decrease and 2 cases of gain increase, 8 cases of vertical gain anomaly, 6 cases of horizontal and vertical gain abnormality, 6 cases of vertical gain abnormality, and 3 cases of vertical gain anomaly, including 6 cases of horizontal gain anomaly and 2 cases of vertical gain anomaly. All of the 48 cases showed phase delay, including 44 cases of horizontal phase anomaly and 4 cases of vertical phase anomaly, and 10 cases of asymmetrical anomaly, all of which were consistent with the vestibular injury side. The frequency anomalies of the check results mainly occur in a certain band, rather than all-frequency anomalies. In the cold-heat test (caloric test,CT), the semicircular canal weakening and dominant bias were found in 37 cases (43.0%) with one or two items abnormal. Among the two contrast tests, 31 cases (36%) had abnormal VAT and 9 cases (10%) had cold-hot test (caloric test,CT), 28 cases (32.6%) had abnormal results and 68 cases (79.1%) had abnormal results. Conclusion: 1. As a high-frequency and wide-band vestibular examination technique, VAT can not only provide the functional information of the high-frequency area of the vestibular, that is, reflect the high-frequency horizontal VOR abnormality which can not be displayed by the traditional vestibular function test, but also can detect the vertical semicircular canal function. It makes up for the deficiency of cold-heat test (caloric test,CT) and improves the diagnostic accuracy of clinical condition. 2. VAT combined with cold-heat test (caloric test,CT) can complement each other and contribute to a more comprehensive understanding of semicircular canal function. (3) VAT provides a sensitive screening method for the diagnosis of otogenic vertigo, and it is also an objective detection method for localizing diagnosis. To make the vestibular function examination more perfect, to provide the basis for the definite diagnosis of the disease.
【學(xué)位授予單位】:山東大學(xué)
【學(xué)位級(jí)別】:碩士
【學(xué)位授予年份】:2014
【分類(lèi)號(hào)】:R764
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