首页> 外文会议>Nanoengineering: Fabrication, Properties, Optics, and Devices IV; Proceedings of SPIE-The International Society for Optical Engineering; vol.6645 >Near-infrared laser photothermal therapy and photodynamic inactivation of cells by using gold nanoparticles and dyes
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Near-infrared laser photothermal therapy and photodynamic inactivation of cells by using gold nanoparticles and dyes

机译:金纳米颗粒和染料对细胞的近红外激光光热疗法和光动力灭活

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Light-induced inactivation of dynamic response of somatic frog nerve on electrical pulsed excitation was study ex vivo. The light-sensitive Indocianin Green has been used on photodynamic induced inactivation of the processes generation nerve pulses. Inactivation of consequence action potential of somatic frog nerve using excitation of electrical pulsed was achieved by irradiation with diode laser light in a IR spectral region (λ=810 nm, P~1W/cm~2) in the case of Indocianin green. It was discovered that Indocianine green decrease of the amplitude compound action potential of the ensemble neurons. Experiments show effective destruction of cancer cells of ear, mouth and skin by local injection of plasmon resonant gold nanoshells and semiconductor laser (810 nm) irradiation. For destruction such tumors pulse duration was not less than 1 microsecond and pulse separation 10 at average power density 1-3 W/sm~2 and energy density 100-200 J/sm~2.
机译:离体研究了光诱导的体蛙神经对电脉冲激发的动态响应失活。光敏的吲哚青绿已被用于光动力学诱导的神经脉冲产生过程的失活。在印多克宁绿的情况下,通过在红外光谱区域(λ= 810 nm,P〜1W / cm〜2)中用二极管激光辐照,实现了通过电脉冲激发灭活体蛙神经的结果动作电位。已经发现,印第安纳辛绿使集合神经元的振幅复合动作电位降低。实验表明,通过局部注入等离振子共振金纳米壳和半导体激光(810 nm)辐射,可以有效地破坏耳,口和皮肤的癌细胞。为了破坏,这些肿瘤的脉冲持续时间不少于1微秒,并且在平均功率密度1-3W / sm-2和能量密度100-200J / sm-2下脉冲间隔为10。

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