Wolfe J W, Engelken E J, Kos C M
Otolaryngology. 1978 Jan-Feb;86(1):ORL-130-42. doi: 10.1177/019459987808600132.
These preliminary findings reveal that low-frequency harmonic acceleration can be used to detect unilateral peripheral deficits that agree with caloric findings. However, the responses to sinusoidal acceleration are less variable than the caloric responses and allow one to more closely evaluate changes in pathology with time. Therefore, it appears that harmonic acceleration provides additional information that is useful in confirming other test results and that a complete otoneurologic evaluation should include this type of rotational testing.
这些初步研究结果表明,低频谐波加速度可用于检测与冷热试验结果相符的单侧周围性缺陷。然而,正弦加速度的反应比冷热试验的反应变异性小,能让人们更密切地评估病理状态随时间的变化。因此,谐波加速度似乎能提供有助于证实其他测试结果的额外信息,完整的耳神经学评估应包括这类旋转测试。