CAJ | 학술논문

为准确诊断并定位多发性肿瘤病灶区，通过建立小鼠在体双肿瘤模型，搭建了FMT/micro-CT成像系统，并获得了小鼠的肿瘤荧光信息及CT三维数据。最后，利用一种基于有限元迭代收缩重建方法成功重建出小鼠的双肿瘤位置，证明了激发荧光断层成像在多肿瘤重建方面的可行性。
위준학진단병정위다발성종류병조구，통과건립소서재체쌍종류모형，탑건료FMT/micro-CT성상계통，병획득료소서적종류형광신식급CT삼유수거。최후，이용일충기우유한원질대수축중건방법성공중건출소서적쌍종류위치，증명료격발형광단층성상재다종류중건방면적가행성。
For diagnosing and reconstructing multiple lesions accurately , a double tumors mouse model and FMT/micro-CT imaging system were built , fluorescence images and CT data of mouse were obtained by using FMT/micro-CT imaging system .The iteratively shrinkage method was chosen to reconstruct the double tumors mouse model .The result showed that the double tumors was reconstructed successfully .The result suggested that FMT would be available for multiple tumors in vivo .