Device for heating a biotissue employing a strong light
AssigneesTokai University Educational System, Nippon Infrared Industries Co., Ltd.
InventorsMitsunori Matsumae, Michihiro Kaneda
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Abstract
A device for heating a biotissue employing a strong light, characterized in that, in thermotherapy comprising leading a biotissue to necrosis by heating the biotissue by a strong light from a light source, in order to lead a predetermined biotissue to necrosis in a temperature region before reaching tissue transpiration during the raising of the temperature of said biotissue, temperature measurement is performed by a temperature meter measuring the spatial temperature distribution of the biotissue at real time, and that the light output of the light source, the on-time of intermittent irradiation and the off-time of intermittent irradiation are controlled on the basis of the information at real time to accomplish remedial conditions.
Claims8
A device for heating a biotissue with light comprising means for generating the light, means for irradiating the generated light on the biotissue, means for measuring the spatial temperature distribution of a region containing th biotissue areal time, means for determining whether the measured spatial temperature distribution is within a range defined by the necrosis temperature of the biotissue and the transpiration temperature of the biotissue and means for interrupting and restarting the irradiation of the generated light on the biotissue at real time based on the measured spatial temperature distribution.
A heating apparatus for the thermal treatment of a biotissue with light comprising means for generating the light, an optical fiber for irradiating the generated light on the biotissue, means for measuring the spatial temperature distribution of a region containing the biotissue at real time, means for comparing the measured spatial temperature distribution with predetermined temperatures contained in a temperature range defined by the necrosis temperature of the biotissue and the transpiration temperature of the biotissue and means for interrupting and restarting the irradiation of the light on the biotissue at real time based on the comparison of the measured spatial temperature distribution with the predetermined temperatures.
Dependencies are inferred from the claim text.