Manufacturing method of male pelvic organ group entity model

Abstract

The invention relates to a manufacturing method of a male pelvic organ group entity model. The method comprises the steps of three-dimensional reconstruction of a medical image of a male pelvic organ group, designing and manufacturing of a single organ casting mold; selection and preparation of a single organ material and casting of a single organ; assembly of the single organ; internal environment simulation of a human pelvic cavity; and completing of manufacturing of the pelvic organ group entity model and experimental verification of the mechanical property of the pelvic organ group entity model. The male pelvic organ group entity model is highly consistent with the human actual condition in the aspects of pelvic organ structure and mechanical property, and can be applied to research of the total puncture force of the pelvic cavity and the deformation theory and simulated operation training; the problems that a living tissue is constrained by ethics and law are solved; the blank of a pelvic organ group entity model development technique is filled; and the manufacturing method has very wide application prospect in clinical medicine and experiment research.

Description

technical field [0001] The invention relates to the fields of anatomy, computer science and technology, bionic tissue materials and the like. Specifically, based on prostate puncture surgery, design and manufacture a solid model of male pelvic organ groups that conforms to the internal and external environment of the pelvis as much as possible, and can be applied to puncture mechanics experiments and puncture surgery training. Background technique [0002] Percutaneous surgery is one of the most commonly used minimally invasive treatments for prostate brachytherapy. Due to the flexible constraints of surrounding organs, the prostate gland, which is the target organ in puncture surgery, is not fixed in position, and has complex boundary conditions and deformation mechanisms. Therefore, the environment of the pelvic organ group where the prostatic body is located is the key to the accuracy of the operation. Preoperative training, measurement planning, and experimental resear...

AI Technical Summary

Problems solved by technology

However, due to the complexity of the human body structure and internal environment, there is still no perfect technical solution for a series of issues such as the selection and preparation of bionic materials for various tissues and organs, the mechanical properties of bionic materials, the design of restraint structures between various organs, and the simulation of the pelvic environment. There is no mature production method for the solid model of the male pelvic organ group

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