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为了研究振动对生物体内物质的耗散作用，本文用药代动力学的方法在振动频率为２０Ｈｚ，加速度为１．１ｇ与５０Ｈｚ，４．４ｇ的条件下分别测试了小鼠体内血、肝与肾组织中磺胺啮咬（ＳＤ）在１至９小时内的分布，结果表明：２０Ｈｚ实验组血中ＳＤ浓度峰伍比对照组提前３小时，在振动１小时时，小鼠体内血、肝与肾组织中ＳＤ含量均比对照组高，但振动３小时至９小时内，其含量均比对照组低，从管道气栓体外模拟实验与本文的研究可得到启示：在上述频率与强度条件下，振动对生物体可能有促进血液循环的作用。
In order to study the effect of vibration on the dissipation of biological substances in vivo, the pharmacokinetics of this method was used to test the effects of blood, liver and kidney in mice under vibration frequency of 20Hz, acceleration of 1.1g and 50Hz, 4.4g The distribution of sulfonamide bite (SD) in the tissue within 1 to 9 hours showed that the blood concentration of SD in the 20 Hz experimental group was 3 hours earlier than that in the control group. When the vibration was 1 hour, the blood, liver and kidney The content of SD in the tissue was higher than that of the control group, but the content was lower than that of the control group within 3 hours to 9 hours of vibration. It can be obtained from the in vitro simulation experiment of pipeline airway and the research in this paper: Under the above frequency and intensity conditions, Vibration on the organism may have the role of promoting blood circulation.