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Monochromatic He-Ne Red light influence on callus tissue and buds explants

机译:单色氦氖红光对愈伤组织和芽外植体的影响

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This paper presents some experimental results in order to give an interpretation of the action mechanism of laser radiation on biological tissue (especially vegetal tissue). Different types of woody plant tissue (Sequoia sp.) were irradiated with a low power 633 nm He-Ne laser beam. The laser power can be modified. The fresh weight of callus tissue increased about 70% as related to the untreated sample, when the laser's power was 10 mW. We observed that a 5 mW-laser power developed the bud differentiation. But, a significant promotion appeared for a higher laser powers (10 mW). The influence of laser radiation on the callus tissue growth process was detected also by the performing morphological and biochemical analysis.
机译:本文介绍了一些实验结果,以便对激光辐射对生物组织(尤其是植物组织)的作用机理作出解释。用低功率的633 nm He-Ne激光束照射不同类型的木本植物组织(Sequoia sp。)。激光功率可以修改。当激光功率为10 mW时,与未处理的样品相比,愈伤组织的新鲜重量增加了约70%。我们观察到5 mW的激光功率会产生芽分化。但是,对于更高的激光功率(10 mW),出现了显着的提升。还通过进行形态学和生化分析来检测激光辐射对愈伤组织生长过程的影响。

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