The present invention is the fluorescence molecular imaging system and a fluorescence imaging method, the system and method includes image processing and image acquisition, image acquisition, camera lens adjustment, controller and motor, emission filter wheel, excitation filter wheel, excitation light source, the light and the three directions of the motorized stage connection control the camera adjusts the motor changes the lens focal length and aperture control, emission filter wheel and excitation filter wheel rotation respectively switched transmission filter and excitation filter function, controlling the opening and closing the excitation light source and the light of the three directions of the electric control platform of motor shaft movement; camera image processing and image acquisition of the connection. Receiving fluorescence images and white light images, and the fluorescence image automatic segmentation, pseudo color add, automatic segmentation of photon number statistics processing area, processing After the fluorescence image and white light image are superimposed, the excited fluorescence molecule image can be applied to the fluorescence image acquisition and analysis, drug research and development and other fields.
【技术实现步骤摘要】
【技术保护点】
１．一种激发荧光分子成像系统，其特征在于，该系统包括图像采集部和图像处理部；图像采集部包括相机（１）、镜头（２）、镜头调节马达（３）、发射滤光轮（４）、多个发射滤光片（５）、激发滤光轮（６）、多个激发滤光片（７）、光纤（８）、激发光源（９）、白光灯（１０）、载物台（１１）、暗箱（１２）、三个方向的电控平移台（１３）和控制器（１４）；相机（１）的转接口与镜头（２）的转接口连接，镜头（２）的进光口与发射滤光轮（４）的作用位（３１）连接，多个发射滤光片（５）内嵌于发射滤光轮（４）中；激发光源（９）出口连接光纤（８）的一端，光纤（８）另一端与激发滤光轮（６）的作用位（３１）连接，激...
【技术特征摘要】
【专利技术属性】
技术研发人员：田捷，杨鑫，薛贞文，秦承虎，杨祥，
申请(专利权)人：中国科学院自动化研究所，
类型：发明
国别省市：11
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