CAJ | 학술논문

背景：虚拟现实技术与中医穴位相结合，可实现针刺的三维立体表达。 　　目的：基于VOXEL-MAN和Micro-XCT-200机，通过对内关穴三维形态结构的可视化研究，进一步探讨穴位结构。 　　方法：在 VOXEL-MAN 系统中结合腧穴解剖学知识，内关穴(PC6)邻近的肌肉分割后进行融合，神经血管进行三维重建；编写程序获得内关穴的三维进针动画，进行内关穴位的三维可视化和虚拟进针研究。通过Micro-XCT-200机对穴位的本质进行补充。 　　结果与结论：完成了内关穴局部解剖结构的三维可视化，实现了内关穴在数字化虚拟人体中的定位与表达。运用Micro-XCT-200机对内关穴位的结构进行了研究，尚未发现新的组织。穴位局部三维重建有助于立体显示穴位解剖结构和逼真模拟针刺过程，有助于系统地观察针体和穴位周围各组织的空间位置关系，为探讨穴位进针的安全性、提高临床针刺疗效奠定了较好的基础。Micro-XCT-200机对内关穴位的结构研究，为“穴位立体构筑理论”进一步提供了实验依据。
배경：허의현실기술여중의혈위상결합，가실현침자적삼유입체표체。 　　목적：기우VOXEL-MAN화Micro-XCT-200궤，통과대내관혈삼유형태결구적가시화연구，진일보탐토혈위결구。 　　방법：재 VOXEL-MAN 계통중결합수혈해부학지식，내관혈(PC6)린근적기육분할후진행융합，신경혈관진행삼유중건；편사정서획득내관혈적삼유진침동화，진행내관혈위적삼유가시화화허의진침연구。통과Micro-XCT-200궤대혈위적본질진행보충。 　　결과여결론：완성료내관혈국부해부결구적삼유가시화，실현료내관혈재수자화허의인체중적정위여표체。운용Micro-XCT-200궤대내관혈위적결구진행료연구，상미발현신적조직。혈위국부삼유중건유조우입체현시혈위해부결구화핍진모의침자과정，유조우계통지관찰침체화혈위주위각조직적공간위치관계，위탐토혈위진침적안전성、제고림상침자료효전정료교호적기출。Micro-XCT-200궤대내관혈위적결구연구，위“혈위입체구축이론”진일보제공료실험의거。
BACKGROUND:Based on the integration of virtual reality technology with acupoints, acupuncture can be expressed three-dimensional y. OBJECTIVE:To explore the structure of points through reconstructing digitalized three-dimensional visualization of Neiguan (PC6) structure based on VOXEL-MAN and Micro-XCT. METHODS:Muscles and other tissues adjacent with Neiguan (PC6) were segmented and merged based on the VOXEL-MAN system combined with the anatomical knowledge of acupoints;nerves and blood vessels were performed with three-dimensional reconstruction;the needle-inserting animation of Neiguan (PC6) was obtained by running script file. Three-dimensional visualization and virtual needle-inserting researches of Neiguan (PC6) were performed. Nature of the acupoints was detected by the Micro-XCT-200 machine additional y. RESULTS AND CONCLUSION:The visualization of the anatomical structure of local Neiguan (PC6) was completed, and the localization and expression of Neiguan (PC6) in the digitized virtual human were realized. The Neiguan (PC6) structure was researched with Micro-XCT-200, and showed there was no new tissue. Local three-dimensional reconstruction of the acupoint structure could help to display the anatomical structure of acupoints and simulate the acupuncture process. It could also help to observe the relationship between the needle body and the surrounding tissues during needle-inserting, which supplying a good basis not only for exploring the security of needle-inserting, but also for improving the clinical effect of acupuncture. The research on the structure of acupoint Neiguan (PC6) by Micro-XCT-200 provides further experimental evidence for the hypothesis of three-dimensional acupoint.