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Introducing 3-dimensional stereoscopic imaging to the study of musculoskeletal anatomy.

机译:将3D立体成像技术引入到肌肉骨骼解剖学的研究中。

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摘要

The stereoscopic imaging technique is an option for a more realistic understanding of what we normally see in 2 dimensions on paper or on a screen. To produce a 3-dimensional image of an object, it is necessary to register 2 different images of the same object at the same distance and height with the use of cameras that focus on one particular point. A convergence between the left and right images is required for human vision. The distance between the camera and the images necessary to create the stereo pair should be proportional to the normal distance between the pupils. Stereoscopic or polarization techniques are used to create the images, and special glasses are required to view them. In medicine, 3-dimensional images are an extremely effective resource in the study and teaching of anatomy at both the macroscopic and microscopic levels. With advancements in technology and the emergence of new diagnostic imaging techniques and innovative therapeutic modalities, 3-dimensional images can be an excellent educational tool.
机译:立体成像技术是一种选项,可让您更现实地了解我们通常在纸上或屏幕上二维显示的内容。为了产生物体的三维图像,必须使用聚焦在一个特定点上的摄像机,以相同的距离和高度配准同一物体的2张不同图像。左图像和右图像之间的会聚是人类视觉所必需的。相机与创建立体声对所需的图像之间的距离应与瞳孔之间的正常距离成比例。立体或偏振技术用于创建图像,并且需要特殊的眼镜才能观看它们。在医学上,无论是在宏观还是微观层面,三维图像都是研究和教学解剖学的极其有效的资源。随着技术的进步以及新的诊断成像技术和创新治疗方法的出现,3维图像可以成为一种出色的教育工具。

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