Keller M, Tanka D
Acta Morphol Acad Sci Hung. 1977;25(2-3):107-19.
The protracted effect of ultrasound treatment on the parenchymatous organs of rats has been studied histochemically at 1 to 10-day intervals. As a result of the altered redox conditions it is the oxidative enzymes in the first place that react to ultrasound treatment and their normalization takes a long time. Exposure decreased the activity of lysosomal enzymes and in the cell membrane the alkaline phosphatase and ATP-ase too. The activity of hydrolases returned to normal parallel with the normalization of the microscopic structure.
以1至10天为间隔，通过组织化学方法研究了超声处理对大鼠实质器官的长期影响。由于氧化还原条件的改变，首先对超声处理产生反应的是氧化酶，且其恢复正常需要很长时间。超声照射降低了溶酶体酶的活性，同时也降低了细胞膜中碱性磷酸酶和ATP酶的活性。水解酶的活性随着微观结构的恢复正常而恢复正常。
