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目的以尾部悬吊4周大鼠模型模拟失重的影响，探讨模拟失重是否可引起动脉血管神经支配发生可塑性变化．方法用免疫组织化学（ABC）方法，观察了对照（CON）、尾部悬吊4周（SUS－4）和恢复1周（REC－1）大鼠后肢动脉血管周围肾上腺素能神经的变化．结果烂前动脉：SUS－4组的肾上
Objective To simulate the effects of weightlessness on rat tail suspension model for 4 weeks, and to investigate whether simulated weightlessness can cause changes in the plasticity of arterial innervation. Methods The changes of adrenal nerve around the hindlimb artery in control (CON), SUS-4 tail and 1-week recovery (REC-1) rats were observed by immunohistochemistry (ABC) Results Rotten artery: SUS-4 group of the kidneys