Under the trend of “new medical disciplines leading the innovation of medical education”, in order to solve the difficulties in cultivating medical-engineering talents, such as the lack of a systematic talent cultivation system and integrated teaching staff, the School of Allied Health Sciences, West China School of Medicine of Sichuan University leverages the comprehensive strengths of Sichuan University and joins hands with the School of Mechanical Engineering of Sichuan University to set up a double bachelor’s degree program in Medical Technology and Intelligent Manufacturing, and establish a cultivation mode for medical-engineering compound talents by “integrating science-education teams, developing first-class interdisciplinary platforms, compiling medical engineering textbooks, reshaping teaching methods, and configuring tripartite mentors”. This collaboration aims to form a medical technology education system that meets the development requirements of modern medicine, and to promote the development of medical technology toward digitalization, precision, and informatization. This practice provides a reference for the cultivation of medical-engineering compound talents under the trend of new medical disciplines.
目的 讨论多窗技术+凝血酶封闭在CT导向下经皮肺穿刺活检中的应用价值。 方法 2009年6月－2010年3月收集分析由同一工作组连续完成的CT导向下肺穿刺活检患者共128例，其中A组58例，采用双窗技术+注射生理盐水；B组70例，采用多窗技术+注射凝血酶）。比较两组患者的诊断阳性率、气胸及肺出血发生率的差异。 结果 128例均穿刺成功，A组的穿刺诊断阳性率、气胸发生率及肺出血发生率分别为87.9%、13.8%、17.5%。B组的穿刺诊断阳性率为92.9%，气胸发生率为8.6%，肺出血发生率为5.7%。两组穿刺诊断阳性率和气胸发生率的差异无统计学意义（P＞0.05）；B组肺出血的发生率均明显低于A组，两组间肺内出血的发生率差异有统计学意义（P＜0.05）。 结论 多窗技术+凝血酶针道封闭技术能有助于减少气胸、肺出血等肺穿刺活术的并发症，具有重要的临床应用价值。