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首页> 外文会议>3rd International EMF Seminar in China: Electromagnetic Fields and Biological Effects; Oct 13-17, 2003; Guilin, China >REAL-TIME EFFECTS OF 900 MHZ ELECTROMAGNETIC FIELD OF MOBILE TELEPHONE ON THE STRUCTURE AND FUNCTION OF HEMOGLOBIN IN SINGLE INTACT LIVING HUMAN ERYTHROCYTE
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REAL-TIME EFFECTS OF 900 MHZ ELECTROMAGNETIC FIELD OF MOBILE TELEPHONE ON THE STRUCTURE AND FUNCTION OF HEMOGLOBIN IN SINGLE INTACT LIVING HUMAN ERYTHROCYTE

机译：900 MHZ手机的电磁场对单个完整人类红细胞中血红蛋白结构和功能的实时影响

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摘要

There are two characteristic absorption peaks of Hb at wavelength around 540 nm (α peak) and 575 nm (β peak) under physiological conditions (37℃, pH 7.4) (shown in Fig.A). The heights of the two peaks are correlated not only with the content of intracellular Hb, but also with the physical and chemical properties of Hb such as solubility, stability, oxidation state and so on; while the positions of the two peaks reflect the molecular structure of Hb with different oxygen carrying capacity. In this experiment, the configuration of intracellular Hb was not affected by exposed to both mobile telephone M and E. 2. In this experiment, the heights of two peaks in the spectra of Hb in single living cell were decreased significantly after exposed to 900 MHz electromagnetic field of mobile telephone Mand E. This suggests a significant decrease of the intracellular Hb content took place by exposure to 900 MHz electromagnetic field of mobile telephone.
机译：在生理条件（37℃，pH 7.4）下，在540nm（α峰）和575nm（β峰）波长处有两个Hb特征吸收峰（如图A所示）。这两个峰的高度不仅与细胞内血红蛋白的含量有关，而且与血红蛋白的理化性质，如溶解性，稳定性，氧化态等有关。而两个峰的位置反映了不同载氧量的血红蛋白的分子结构。在此实验中，暴露于移动电话M和E均不会影响细胞内Hb的构型。2.在此实验中，暴露于900 MHz后，单个活细胞中Hb光谱中两个峰的高度显着降低移动电话的电磁场MandE。这表明，通过暴露于移动电话的900 MHz电磁场，细胞内Hb含量显着降低。

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