首页> 外国专利> MEDICAL IMAGING METHOD FOR SIMULTANEOUS DETECTION OF MULTIPLEX TARGETS USING FLUORESCENT AND RAMAN SIGNAL AND APPARATUS FOR SIMULTANEOUSLY DETECTING MULTIPLEX TARGETS OF FLUORESCENT AND RAMAN SIGNAL USING THEROF

MEDICAL IMAGING METHOD FOR SIMULTANEOUS DETECTION OF MULTIPLEX TARGETS USING FLUORESCENT AND RAMAN SIGNAL AND APPARATUS FOR SIMULTANEOUSLY DETECTING MULTIPLEX TARGETS OF FLUORESCENT AND RAMAN SIGNAL USING THEROF

机译:利用荧光和拉曼信号同时检测多重目标的医学成像方法和利用其同时检测荧光和拉曼信号多重目标的装置

摘要

The present invention relates to a fluorescence and a Raman signal simultaneous detection method for a fluorescence and Raman signal target and a medical imaging device for the simultaneous detection of the target using the same, fluorescence and Raman for a multi-fluorescence signal and Raman signal according to an embodiment of the present invention Simultaneous signal detection method, the method comprising the steps of injecting at least one labeling particle comprising a Raman labeling material and a receptor into the body of a human body or an animal; Irradiating laser light into the body of the human body or animal; And separating and detecting the optical signal emitted after the irradiation into a fluorescence signal and a Raman signal, respectively. According to the present invention, simultaneous detection of multiple targets can be performed without separately scanning the optical signals emitted from the marker particles for each optical fiber. In addition, according to the present invention, since the surface-enhanced Raman marker particles in which the fluorescent component is introduced are injected into the living body using a spraying device or the like to perform the examination, the weak signal of the Raman signal is supplemented, thereby realizing more accurate diagnosis results in real time. You can get it.
机译:荧光和拉曼信号同时检测方法技术领域本发明涉及一种用于荧光和拉曼信号目标的荧光和拉曼信号同时检测方法,以及一种用于多目标荧光和拉曼信号的荧光和拉曼同时检测目标的医学成像装置。在本发明的同时信号检测方法中,该方法包括以下步骤:将至少一种包含拉曼标记材料和受体的标记粒子注入人体或动物的体内。向人体或动物体内照射激光;然后将照射后发出的光信号分离并检测为荧光信号和拉曼信号。根据本发明,可以执行多个目标的同时检测,而无需分别扫描每根光纤的从标记颗粒发射的光信号。另外,根据本发明,由于使用喷雾装置等将导入了荧光成分的表面增强型拉曼标记粒子注入到生物体内进行检查,所以拉曼信号的弱信号为补充,从而实时获得更准确的诊断结果。你可以得到它。

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