3D打印体膜固定技术在放射治疗中的应用进展

Advances in 3D printing-based body membrane immobilization technology in radiotherapy

3D打印和计算机技术在医学领域的广泛应用为放射治疗体位固定工具的数字化、自动化制作带来了契机,从而有可能摆脱原有复杂的手工制作流程。作为最为广泛使用的体位固定技术,体膜固定技术的发展一直备受关注。本研究通过回顾体膜固定技术在放射治疗不同阶段的发展进程,阐述了3D打印体膜作为体位固定技术的一种发展方向在放疗领域的应用进展,为临床应用和研究提供参考。

The widespread application of 3D printing and computer technologies in the medical field has opened up opportunities for digital and automated fabrication of body immobilization tools for radiotherapy,thus making it possible to get rid of the original complex manual fabrication process.As the most widely used technique for body immobilization,body membrane immobilization has always attracted much attention.This review outlines the development of the body membrane immobilization technology in different radiotherapy stages.Moreover,the advances in the application of 3D-printed body membranes were introduced,as a development direction of body immobilization technology,in the field of radiotherapy.This technology can be utilized as a reference for clinical application and research.