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首页> 外文期刊>Биофизика >Changes in the infradian rhythmic of some physiological processes are controlled by epiphysis in epiphysectomized rats exposed to variable magnetic field of extremely low frequency
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Changes in the infradian rhythmic of some physiological processes are controlled by epiphysis in epiphysectomized rats exposed to variable magnetic field of extremely low frequency

机译:某些生理过程的胰岛肾性节律的变化是通过暴露于极低频率极低频率的可变磁场的骨骺切除的大鼠骨骺控制

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摘要

The infradian rhythmic of the behavioral parameters, urination, body mass and temperature in epiphysectomized rats exposed to a variable magnetic field of a frequency of 8 Hz and induction of 5 #mu#T influence was studied. It was found that the removal of epiphysis leads to the reorganization of power spectra of biorhythms, a rise of their amplitudes, and the development of desynchronosis. Further exposure of epiphysectomized rats to a variable magnetic field partially normalizes the amplitude-phase relations and decrease the disbalance of the processes. These data indicate the important role of epiphysis in the magnetoreception and formation of the temporal structure of the organism and suggest the existence of other structures sensitive to variable magnetic field.
机译:研究了暴露于8Hz频率的可变磁场的骨切除大鼠的行为参数,排尿,体重和温度的胰岛素切除大鼠和5#mu#t影响的诱导。 结果发现,去除骨骺导致生育的重组,其巨大的功率谱,其幅度的升高以及解除运动的发展。 进一步暴露于骨膜切除的大鼠对可变磁场的进一步暴露于可变磁场部分地归一化幅度相关系并降低过程的不平衡。 这些数据表明骨骺在磁体中的重要作用和生物体的时间结构的形成,并表明存在对可变磁场敏感的其他结构的存在。

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