這項研究著重於展示人體管狀器官的研究和發展，不但讓醫療人員將此資訊應用在數位學習，並且將可視化的管狀內腔應用於臨床上。此系統利用Marching Cube演算法建立精緻化的立體醫學影像[2]，並開發互動式探索管狀內腔系統，及提供數位學習工具。此系統還使醫師能夠有效地檢查管壁，並透過切割工具切割作為臨床應用的管狀器官。這將提供一個更準確的診斷工具。
此系統所提供的數位學習工具可以增進學習品質。此外，系統還導入Extrusion技術，建置人體管狀器官的管狀模型，提供了更好的視覺效果。這也可以提昇解剖學訓練，並往後延伸其醫學教育等相關領域。

This study is focused on the research and development of the display of human tubular organ to allow medical personnel using this information for the e-Learning as well as clinical applications on the visualization of internal tubular organs. The system uses Marching Cube Algorithm to build an elaborate 3D medical image [2], enables interactive exploration of the tubular cavity system, and provides some e-Learning tools. The system also enable physicians to examine the tabular wall efficiently through cutting tools for cutting tubular organ for some clinical applications. This will provide a more accurate diagnosis tool.
The e-Learning tools provided by the system can improve the learning quality. Furthermore, the system also makes use of the extrusion technique to build the tubular model to provide a better visualization effect. This can also improve the anatomy education and extend its medical education to other teaching areas.

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