Fabrication method for skeleton and soft tissue X-ray developing image

Abstract

A fabrication method for a skeleton and soft tissue X-ray developing image belongs to the technical field of medical operation and medical teaching images and is used for fabricating an X-ray developing image which can be used for displaying a relative position relation between skeleton and soft tissue. In the technical scheme, muscle, tendon, ligament and joint capsule which are needed to be developed are covered by a metal foil or a metal mesh which is developed under an X ray and is capable of transmitting the X-ray, meanwhile, a metal barium line is attached onto a blood vessel and nerve, X-ray shooting is performed on a developing region according to a projection angle which is common in minimally invasive surgery, and iconography document of space positions among the skeleton, the muscle, the tendon, the ligament, the joint capsule, the blood vessel and the nerve can be obtained. The fabrication method is initiative creation in medicine and medical teaching, the problem, impossibly solved for a long term, that the soft tissue of a human body is displayed by the X-ray is solved, a direct reference standard is provided for operation of minimally invasive surgery under the X-ray, a scientific support is provided for development of minimally invasive surgery of the skeleton, the fabrication method can be used in medical teaching, and the teaching quality is improved.

Description

technical field [0001] The invention relates to a method for making an X-ray developing image capable of displaying the mutual positional relationship between bones and soft tissues, and belongs to the technical fields of medical operations and medical teaching images. Background technique [0002] Minimally invasive surgery for fracture treatment is an unstoppable trend in the development of orthopedics. Familiarity with the anatomical structures around the bone, such as the distribution of muscles, tendons, ligaments, joint capsules, and neurovascular, is an important condition to ensure the safe completion of minimally invasive surgery. With the continuous expansion of the scope of orthopedic minimally invasive surgery, it is increasingly important to have a clear understanding of the anatomical structure between bones and soft tissues in various parts of the human body, so as to prevent doctors from not fully understanding important anatomical structures during the opera...

AI Technical Summary

Problems solved by technology

But the fundamental problem that exists at present is that X-rays cannot develop soft tissues such as muscles, tendons, ligaments, blood vessels, and nerves during fluoroscopy, but can only develop bones, so it is impossible to display bones and bones in various parts of the human body through X-ray fluoroscopy. The image of the spatial

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