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本文系统地观察了不同频率的全身振动引起小白鼠对１２５Ｉ－碘化钠的吸收与分布作用。用放射免疫方法测定小白鼠体内不同组织中碘化钠的分布密度（ｃｐｍ／ｋｇ）。结果发现，振动能明显促进小白鼠对碘化钠的吸收速度。其中，心脏组织、肝脏组织、血液和肾脏组织中碘化钠的分布密度较对照组明显增多。且分布密度的大小依赖于振动频率的高低。同时，振动还能加快碘化钠在小鼠体内的耗散过程。
This article systematically observed the different frequencies of systemic vibration caused mice 125I-sodium iodide absorption and distribution. Radioimmunoassay was used to determine the distribution density (cpm / kg) of sodium iodide in different tissues of mice. The results showed that vibration can significantly promote the absorption rate of sodium iodide in mice. Among them, the distribution density of sodium iodide in cardiac tissue, liver tissue, blood and kidney tissue was significantly increased compared with the control group. The distribution density depends on the vibration frequency. At the same time, vibration can accelerate the process of sodium iodide dissipation in mice.