Belewa-Stajkowa R
Strahlentherapie. 1975 Feb;149(2):219-24.
The temperature differences obtaining in the subcutaneous tissues directly below the zone exposed to ultrasonic irradiation, the liver an the myocardium of white rats were measured during and after ultrasonic treatment. The only rise in temperature was observed in the tissues located below the field of ultrasonic irradiation after the second minute. The temperature drop in each of the three types of tissue examined is a characteristic feature. This paradoxical effect produced by ultrasonic intensities of 0.2, 0.6, 1.0, and 1.6 watt/cm-2, which has not as yet been described in the literature, may be explained by the control mechanisms keeping the internal body temperature relatively constant and, in particular, by those mechanisms of temperature regulation which are controlled by the biogenic amines.
在对白鼠进行超声治疗期间及之后,测量了暴露于超声照射区域正下方的皮下组织、肝脏和心肌中的温度差异。仅在第二分钟后,在超声照射区域下方的组织中观察到温度升高。在所检查的三种组织中,每种组织的温度下降都是一个特征。这种由0.2、0.6、1.0和1.6瓦/平方厘米的超声强度产生的矛盾效应,尚未在文献中描述,可能是由保持体内温度相对恒定的控制机制来解释的,特别是由生物胺控制的温度调节机制。