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METHOD FOR PERFORMING AN OPTO-THERMO-MECHANICAL ACTION ON A BIOLOGICAL TISSUE AND DEVICE FOR CARRYING OUT SAID ACTION

机译:在生物组织上进行光热机械作用的方法和进行所述作用的装置

摘要

The invention relates to a method for performing an opto-thermo-mechanical action on a biological tissue and to a device for carrying out said action. The inventive method consists in irradiating a biological tissue area by a modulated radiation which is spatially formed according to a specified law within an optical wavelength range having predetermined parameters and associated with a simultaneous thermal and mechanical action performed on said area (8), measuring, simultaneously with said irradiation of the biological tissue area, a spatial distribution of physico-chemical and geometrical characteristics in the area of a direct optical action and in an immediate proximity thereto with the aid of a test and diagnostic system (4), matching the parameters of the spatial formation and modulation of the optical radiation therebetween and with the biological tissue characteristics by means of a data processing unit (7) and in sending a control signal to a unit (2) for controlling the optical radiation power and the time modulation thereof, to a unit (3) for transferring optical radiation and forming the spatial distribution thereof on the surface and in the volume of the biological tissue (8) with the aid of said data processing unit. The optical radiation parameters are adjusted according to the control signals of the test and diagnostic system (4) during irradiating according to continuously measured characteristics of the spatial distribution of physico-chemical and geometrical characteristics in the area of the direct action performed on the biological tissue and beyond it.
机译:用于对生物组织进行光热机械作用的方法和装置技术领域本发明涉及一种用于对生物组织进行光热机械作用的方法以及一种用于执行所述作用的装置。本发明的方法包括通过调制辐射辐照生物组织区域,该调制辐射根据特定定律在具有预定参数的光波长范围内在空间上形成,并与在所述区域(8)上同时进行的热和机械作用有关,与所述生物组织区域的照射同时,借助于测试和诊断系统(4),在直接光学作用的区域中以及与其紧邻的位置处的物理化学和几何特征的空间分布数据处理单元(7)以及在向控制单元(2)发送控制信号以控制光辐射功率及其时间调制的过程中,对光辐射的空间形成和调制以及具有生物组织特征的辐射进行的分析到用于传输光辐射并在t上形成其空间分布的单元(3)在所述数据处理单元的帮助下,生物组织(8)的表面和体积。在辐照期间,根据对生物组织执行的直接作用区域中的物理化学和几何特征的空间分布特征和几何特征的连续测量特征,根据测试和诊断系统(4)的控制信号调整光辐射参数超越它。

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