临床耳鼻咽喉头颈外科杂志
臨床耳鼻嚥喉頭頸外科雜誌
림상이비인후두경외과잡지
JOURNAL OF CLINICAL OTORHINOLARYNGOLOGY HEAD AND NECK SURGERY
2009年
16期
721-723,727
,共4页
张道宫%樊兆民%于刚%王海波
張道宮%樊兆民%于剛%王海波
장도궁%번조민%우강%왕해파
动态姿势图%外周性眩晕%平衡
動態姿勢圖%外週性眩暈%平衡
동태자세도%외주성현훈%평형
dynamic posturography (peripheral vertigo%balance
目的:探讨动态姿势图在外周性眩晕疾病中的诊断价值.方法:回顾性研究160例外周性眩晕患者资料.所有患者先行Synapsys(SPS)静动态平衡仪检查,然后运用视频眼震电图进行冷热试验.将结果进行比较分析.静态姿势图评定选取姿势图面积(SSKG)作为评定参数,动态姿势图评定选取感觉结构测试(SOT)结果作为评定参数.冷热试验选择一侧功能减低值进行评定.同时选取20例正常人,作动态姿势图检查作为对照.结果:外周性眩晕160例,动态姿势图SOT检查异常144例,占90.0%;冷热试验异常110例,占68.8%;静态姿势图SSKG异常76例,占47.5%.经统计学分析,动态姿势图异常检出率高于冷热试验及静态姿势图,差异有统计学意义(P<0.01).20例正常对照的动态姿势图SOT检查结果仅1例(5.0%)异常,外周性眩晕患者动态姿势图异常率明显高于健康对照组.160例患者中,共有40例(25.0%)冷热试验结果正常者,动态姿势图检查可发现异常结果.结论:动态姿势图检查具有客观性和可靠性,对平衡功能的评价更全面,可检出冷热试验检查结果正常的外周性眩晕患者平衡系统的功能障碍.
目的:探討動態姿勢圖在外週性眩暈疾病中的診斷價值.方法:迴顧性研究160例外週性眩暈患者資料.所有患者先行Synapsys(SPS)靜動態平衡儀檢查,然後運用視頻眼震電圖進行冷熱試驗.將結果進行比較分析.靜態姿勢圖評定選取姿勢圖麵積(SSKG)作為評定參數,動態姿勢圖評定選取感覺結構測試(SOT)結果作為評定參數.冷熱試驗選擇一側功能減低值進行評定.同時選取20例正常人,作動態姿勢圖檢查作為對照.結果:外週性眩暈160例,動態姿勢圖SOT檢查異常144例,佔90.0%;冷熱試驗異常110例,佔68.8%;靜態姿勢圖SSKG異常76例,佔47.5%.經統計學分析,動態姿勢圖異常檢齣率高于冷熱試驗及靜態姿勢圖,差異有統計學意義(P<0.01).20例正常對照的動態姿勢圖SOT檢查結果僅1例(5.0%)異常,外週性眩暈患者動態姿勢圖異常率明顯高于健康對照組.160例患者中,共有40例(25.0%)冷熱試驗結果正常者,動態姿勢圖檢查可髮現異常結果.結論:動態姿勢圖檢查具有客觀性和可靠性,對平衡功能的評價更全麵,可檢齣冷熱試驗檢查結果正常的外週性眩暈患者平衡繫統的功能障礙.
목적:탐토동태자세도재외주성현훈질병중적진단개치.방법:회고성연구160예외주성현훈환자자료.소유환자선행Synapsys(SPS)정동태평형의검사,연후운용시빈안진전도진행랭열시험.장결과진행비교분석.정태자세도평정선취자세도면적(SSKG)작위평정삼수,동태자세도평정선취감각결구측시(SOT)결과작위평정삼수.랭열시험선택일측공능감저치진행평정.동시선취20례정상인,작동태자세도검사작위대조.결과:외주성현훈160례,동태자세도SOT검사이상144례,점90.0%;랭열시험이상110례,점68.8%;정태자세도SSKG이상76례,점47.5%.경통계학분석,동태자세도이상검출솔고우랭열시험급정태자세도,차이유통계학의의(P<0.01).20례정상대조적동태자세도SOT검사결과부1례(5.0%)이상,외주성현훈환자동태자세도이상솔명현고우건강대조조.160례환자중,공유40례(25.0%)랭열시험결과정상자,동태자세도검사가발현이상결과.결론:동태자세도검사구유객관성화가고성,대평형공능적평개경전면,가검출랭열시험검사결과정상적외주성현훈환자평형계통적공능장애.
Objective:To explore the clinical value of dynamic posturography in the diagnosis of peripheral vertigo. Method:One hundred and sixty peripheral vertigo patients with full clinical documents in vertigo clinic of our hospital from May 2007 to May 2008 were retrospectively analyzed in this study. All the patients firstly underwent the inspection of static and dynamic posturography and then were subjected to caloric test using videonystagmogra-phy. The results were conducted a comparative analysis. Surface of the statokinesigram (SSKG) was selected as assessment parameter of static posturography. The result of sensory organization test (SOT) were selected as assessment parameters of dynamic posturography. The unilateral weakness was selected as assessment parameter of caloric test. Twenty normal subjects were selected as control. Result: Among the 160 cases with peripheral vertigo, results of SOT in dynamic posturography were abnormal in 144 cases, with a sensitivity of 90. 0%; caloric test was abnormal in 110 cases, with a sensitivity of 68. 8%; static posturography was abnormal in 76 cases, with a sensitivity of 47. 5%. There existed a statistically significant difference between dynamic posturography and caloric test or static posturography. There were 40 patients(25. 0%) who had normal caloric test results in which dynamic posturograph findings were abnormal. Among the 20 cases of normal people, results of SOT in dynamic posturography were abnormal in only one case(5. 0%). Conclusion:With its superior sensitivity and specificity, dynamic posturography has been an objective and reliable approach in the diagnosis of peripheral vertigo. It can help to confirm the presence of abnormalities in some peripheral vertigo patients whose caloric results are normal.