CAJ | 학술논문

肿瘤靶向治疗可实现最大限度消灭肿瘤的同时,使周围正常组织损伤最小.本肿瘤靶向定位认知系统将肿瘤图像、温度场分布信息集成,并结合图像识别技术、力场模拟及气泡填充技术处理后,得到氩氦刀探针的最佳路径方案,用于治疗过程中实时手术引导.实验表明,在氩氦刀靶向治疗中应用靶向定位认知系统提高了探针的定位精度,确保了手术质量.
종류파향치료가실현최대한도소멸종류적동시,사주위정상조직손상최소.본종류파향정위인지계통장종류도상、온도장분포신식집성,병결합도상식별기술、력장모의급기포전충기술처리후,득도아양도탐침적최가로경방안,용우치료과정중실시수술인도.실험표명,재아양도파향치료중응용파향정위인지계통제고료탐침적정위정도,학보료수술질량.
Tumor targeted therapy is aimed to completely eliminate cancer cell and protect normal tissue. In this paper, the cognitive system was combined dynamic monitoring and controlling technique. With the calculation of tumor image, temperature filed and with the integrated of force-field analogy and bubble filling, the cognitive model could provide optimal layout and an optimal insertion depth of cryoprobes. In phantom experiment, it demonstrates that the system can help surgeon accurately locate the target and precisely place the cryoprobe, enhancing the effectiveness of therapy.