Aslamazova V I, Kriukov A I, Sako A B, Linder I B, Kosiakov S Ia
Vestn Otorinolaringol. 1989 Mar-Apr(2):17-20.
This study demonstrated that biologically active points (BAP) of external ear were sensitive to ultrasonic treatment. In order to identify their characteristics, specific conductivity of tissues in the BAP area was measured (in microamperes) by an Elita 4-PEP unit equipped with a silver probe. Conductivity was measured in five points. Such points as i-feng, er-meng, nei-er were shown to influence the cochleovestibular system and exhibit conductivity of approximately 150 microA. The risk of point hyperactivity increased drastically by the 4th and 13th exposure in response to unilateral endaural pharmacophysical treatment with 0.4 W/cm2 ultrasound. The use of ultrasound of lower intensity (0.05-0.2 W/cm2) helped to avoid this complication. These observations suggest that phonopuncture can constitute a component of endaural pharmacophysical treatment of internal ear.
本研究表明，外耳的生物活性点（BAP）对超声治疗敏感。为了确定其特征，使用配备银探针的Elita 4-PEP装置测量了BAP区域组织的比电导率（以微安为单位）。在五个点测量了电导率。如翳风、耳门、内耳等穴位被证明会影响耳蜗前庭系统，其电导率约为150微安。在采用0.4W/cm²超声进行单侧耳内药物物理治疗时，第4次和第13次照射后穴位功能亢进的风险急剧增加。使用较低强度（0.05 - 0.2W/cm²）的超声有助于避免这种并发症。这些观察结果表明，穴位注射可构成内耳耳内药物物理治疗的一个组成部分。
