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The method of intracellular fluorescent species in situ production within living cells by femtosecond laser pulses

机译:由飞秒激光脉冲在生物细胞内原位生产的细胞内荧光物种方法

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Here we report on a novel non-invasive technique of in situ fluorescence species creation with the use of tightly-focused femtosecond laser beam with 800 nm wavelength. Fluorescent species can be created in a strictly defined area inside a living cell, without damaging the plasma membrane and surrounding structures. Species are characterized by bright fluorescence with a maximum at 520 nm, high stability and low toxicity. No significant effect of fluorescent species on cell viability and development is observed. The technique of in situ fluorescence species creation is an attractive tool for in vivo cell visualization and intracellular tracking because of its high accuracy and low damage effect.
机译:在这里,我们报告了使用具有800nm波长的紧密聚焦的飞秒激光束的原位荧光物种的新型非侵入性技术。 荧光物质可以在活细胞内的严格定义的区域中产生,而不会损坏质膜和周围结构。 物种的特征在于明亮的荧光,最大为520nm,稳定性高,毒性低。 观察到荧光物种对细胞活力和发育的显着效果。 原位荧光物种创建的技术是体内细胞可视化和细胞内跟踪的有吸引力的工具,因为其高精度和低损伤效果。

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