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Membrane mechanism of low intensity laser Biostimulation on a cell

机译:低强度激光对细胞的生物刺激的膜机制

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摘要

More than one function of a cell can be influenced by low itnensity laser (LIL) irradiation, but the others remained unchanged when one function of the cells was altered by LIL irradiation. This phenomenon has been explained by the signal transduction mechanism (STM) on LIL biomdulation. It has been shown in this paper, the membrane receptors collectively mediate STM; as the frequency of the absorption light of membrane receptors is greater than the one of visible laser irradiation, the membrane absorption of visible light is non-resonant, and its transition rate is extraordinarily small, but can be amplified by the coherent state of the identical and independent membrane receptors of a pathological cell.
机译:低强度激光(LIL)照射会影响一种细胞的多种功能,但是当通过LIL照射改变细胞的一种功能时,其他功能保持不变。这种现象已通过LIL生物刺激的信号转导机制(STM)进行了解释。在本文中已经表明,膜受体共同介导STM;膜受体共同介导STM。由于膜受体的吸收光的频率大于可见激光照射的频率,可见光的膜吸收是非共振的,其跃迁速率极小,但是可以被相同的相干态放大和病理细胞的独立膜受体。

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