Craniocerebral operation training simulation model

Abstract

The invention discloses a craniocerebral operation training simulation model comprising a simulation skull bottom and a simulation skull top cover. The simulation skull bottom and the simulation skulltop cover are detachably connected to form a simulation skull cavity. A simulated ventricle, a simulated brain tissue, a simulated subarachnoid space, a simulated dura mater and a simulated cerebralhematoma are arranged on the inner side of the simulated skull cavity; and a simulation blood vessel is arranged at the bottom of the inner side of the bottom of the simulation skull. According to theinvention, various structures, including skull, dura mater, subarachnoid space, blood vessels, hematoma, ventricle and the like, of the brain of a cerebral hemorrhage patient can be simulated; so that the simulated surgery of cerebral hemorrhage is close to actual operation in the aspects of image interpretation, operation path design, hematoma positioning, skull drilling, bone window forming, dura mater incision, hematoma puncture, hematoma flushing and drainage, channel implantation, microscope or endoscope hematoma removal and the like as much as possible, various simulated operation operations are performed on the model, and various operation skills of cerebral hemorrhage treatment of clinicians are trained.

Description

technical field [0001] The invention relates to the technical field of medical operations, in particular to a cranial operation training simulation model. Background technique [0002] Statistics show that the annual incidence of cerebral hemorrhage is about 12-15 / 100,000. Based on this, it is estimated that there are currently about 200,000 cerebral hemorrhage patients in my country, and the number of patients is increasing year by year. Because of the huge cost of treatment, high disability and high mortality, it brings a heavy burden to patients, families and society. [0003] Some patients with cerebral hemorrhage need surgical treatment to improve their prognosis as much as possible. However, patients often seek treatment in grassroots hospitals in the early stage. Originally, the number of physicians who can perform neurological operations in grassroots hospitals is limited. With the implementation of the hierarchical medical policy, the treatment of cerebral hemorrhag...

AI Technical Summary

Problems solved by technology

First of all, it is impossible for doctors without systematic training to directly operate on patients, and the opportunities are also limited, which is one of the reasons for the long training period of neurosurgeons

Secondly, various surgical training courses are mostly based on theoretical training, and there is limited training on cadaver anatomy (the source of cadavers is limited, the price is generally expensive, the supply channel is special, and the materials are difficult to handle), and there is no suitable cerebral hemorrhage model.

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