Segawa Hiroo, Araki Nobukazu, Miki Akihiro, Ide Yasuhiro, Yamasaki Tatsuya, Mori Yuichirou, Kawasaki Hiroki, Maeda Yukito, Monden Toshihide
Department of Radiology, Kagawa University Hospital.
Department of Histology and Cell Biology, Kagawa University Hospital.
Nihon Hoshasen Gijutsu Gakkai Zasshi. 2022 Jun 20;78(6):599-607. doi: 10.6009/jjrt.2022-1184. Epub 2022 May 13.
We published a report entitled "Creation of a stereo-paired bone anatomical chart using human bone specimen for radiation education" in this journal in order to accurately understand the surface structure and three-dimensional structure of bones, and assist in bone image interpretation. However, some people cannot see stereoscopically with the naked eye. Therefore, we created anaglyph three-dimensional (3D) images from stereo-paired images of the stereo X-ray anatomical chart of the bone specimen. The anaglyph of the bone surface and X-ray images facilitates stereoscopic viewing with red-blue 3D glasses. The stereo X-ray anatomical chart of the bone specimen with anaglyph 3D images was converted into an electronic data file in the same manner as the stereo X-ray anatomical chart of the bone specimen, which can be easily used in any radiological examination rooms or at home through an electronic medium. We made it possible to perform correlative stereoscopic observations of the bone surface and X-ray images using red-blue 3D glasses.
我们在本期刊上发表了一篇题为《利用人体骨标本制作立体配对骨解剖图用于放射教育》的报告，目的是准确了解骨骼的表面结构和三维结构，并辅助骨图像解读。然而，有些人无法用肉眼进行立体观察。因此，我们从骨标本的立体X线解剖图的立体配对图像中创建了互补色三维（3D）图像。骨表面和X线图像的互补色图像便于使用红蓝3D眼镜进行立体观察。带有互补色3D图像的骨标本立体X线解剖图以与骨标本立体X线解剖图相同的方式转换为电子数据文件，通过电子媒介可在任何放射检查室或家中轻松使用。我们实现了使用红蓝3D眼镜对骨表面和X线图像进行相关立体观察。
