Liu Yikai, Zhang Zian, Wang Wenzhe, Yu Chaoqun, Liu Chang, Huang Zhenchao, Xu Kaige, Zhang Haining
Department of Joint Surgery, The Affiliated Hospital of Qingdao University, Qingdao, China.
Front Surg. 2023 Sep 19;10:1237075. doi: 10.3389/fsurg.2023.1237075. eCollection 2023.
Total hip revision with osseous defects can be very difficult. Artificial intelligence offers preoperative planning, real-time measurement, and intraoperative judgment, which can guide prothesis placement more accurately. Three-dimensional printed metel augment modules which are made according to the individualized osseous anatomy, can fit the osseous defects well and provide mechanical support. In this case, we used AI to plan the size and position of the acetabular cup and 3D-printed augmented modules in a complicated hip revision with an acetabular bone defects, which achieved stable fixation and relieved hip pain postoperatively.
伴有骨缺损的全髋关节翻修术可能非常困难。人工智能提供术前规划、实时测量和术中判断，能够更精确地指导假体植入。根据个体化骨解剖结构制作的三维打印金属增强模块，可以很好地适配骨缺损并提供机械支撑。在本病例中，我们在一例伴有髋臼骨缺损的复杂髋关节翻修术中使用人工智能规划髋臼杯的尺寸和位置以及三维打印增强模块，术后实现了稳定固定并缓解了髋关节疼痛。
