EOS全身骨骼三维建模成像系统
游洋
(大川镇中心卫生院，四川省 雅安市 邮编625600）
摘 要：本文介绍了EOS全身骨骼三维建模成像系统的原理、组成、三维建模技术和骨骼成像技术。该系统通过低剂量的X射线成像技术，可以实现对全身骨骼的高精度成像和三维重建。在临床应用方面，该系统可以用于骨骼疾病的诊断和手术规划与导航；在科研应用方面，可以用于骨骼生物力学研究和骨骼生长发育研究。该系统具有高精度成像和低剂量辐射的优势，但也面临着数据处理复杂性和临床应用限制的挑战。未来的发展趋势包括提高成像速度和优化数据处理，以及将该系统应用于骨骼疾病的预防与管理和个性化医疗。通过不断改进技术和拓展应用，EOS全身骨骼三维建模成像系统有望为临床医学和科学研究提供更好的支持和帮助。
关键词：EOS全身骨骼三维建模成像系统；高精度成像；低剂量辐射；临床应用；科研应用
中图分类号： 文献编码：A 文章编号：
Abstract: This article introduces the principles, components, 3D modeling techniques, and bone imaging techniques of the EOS whole-body skeletal 3D modeling imaging system. This system uses low-dose X-ray imaging technology to achieve high-precision imaging and 3D reconstruction of the entire skeletal system. In clinical applications, this system can be used for the diagnosis of skeletal diseases and surgical planning and navigation. In scientific research applications, it can be used for biomechanical studies of the skeleton and research on skeletal growth and development. This system has the advantages of high-precision imaging and low-dose radiation, but it also faces challenges in data processing complexity and clinical application limitations. Future development trends include improving imaging speed and optimizing data processing, as well as applying the system to the prevention and management of skeletal diseases and personalized medicine. By continuously improving technology and expanding applications, the EOS whole-body skeletal 3D modeling imaging syste