Human body cardiac surgery operation training system

Abstract

The invention relates to a human body cardiac surgery operation training system, which is formed by external skin, muscle tissue, connective tissue, a skeleton framework, a vascular system and an organ model. The organ model is connected in series with the vascular system; the organ model comprises a heart module and a lung module; the inner wall of the external skin is provided with a sensor; the muscle tissue and the connective tissue are filled between the external skin and the skeleton system; and the vascular system forms an enclosed circulation pipeline system through a superior vena cava, an inferior vena cava, a pulmonary artery, a pulmonary vein, a coronary artery, an aorta and a liquid pump. The system is high in simulation degree; each organ module can be detached flexibly for demonstration; operability is high; surgical operation effect can be detected; and teaching and clinic analysis effects are improved.

Description

technical field [0001] The invention relates to the field of medical teaching and clinical application operation simulation models, in particular to a human heart surgery operation model. Background technique [0002] According to the statistics of "China Cardiovascular Disease Report 2015", cardiovascular disease accounts for more than 40% of residents' death from diseases. Surgery is extremely effective in the treatment of cardiovascular disease. If a fledgling medical student wants to become a qualified heart surgeon, in addition to the practice of dissecting cadavers in school, he must also practice several times of clinical training by performing operations on patients. However, medical accidents and doctor-patient conflicts caused by medical teaching have become more and more prominent in recent years, and the increasingly limited opportunities for medical students to practice clinical practice have become the biggest reason for hindering the training of qualified cli...

AI Technical Summary

Problems solved by technology

The traditional human demonstration model has a low degree of simulation, and it is difficult to accurately perform surgical operations. Even if it is difficult to test the effect of surgical operations, this has a great impact on the effect of medical teaching; traditional heart operation models are only operated locally, which is difficult to reflect. The effect of its operation on the overall model

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