The medical science needs to be integrated with the labor class, and the research results of the laborers are used in medicine. In China, complicated linear and single-ventricular diseases are still unresolved in China. To do radical treatment, some designs need to be done according to the patient's imaging studies. The characteristics of the first simulation on the computer, do surgery program, and then also through the 3D printing technology.
“The patient’s vital signs are normal, and what we will soon see is...†On the afternoon of October 22, in the conference room of the Wuxi Mingci Cardiovascular Hospital, researchers from the Georgia Institute of Technology, Nanjing Medical University, and the Jinan Military Region studied cardiovascular disease. The experts and scholars of the institute jointly watch a live broadcast of surgery. Unlike in the past, this Fontan procedure for the treatment of children with complex congenital heart diseases not only has the participation of a professional team of experts in the cardiovascular field, but also has science and engineering at home and abroad. With the participation of academics in the field and medical imaging field, they integrate the latest subject technologies in different fields and conduct interdisciplinary cooperation. Through the computer virtual simulation technology, the intelligent design of the computer, for the patient "tailored" optimal surgical program.
It is reported that Fontan surgery is a kind of physiological correction surgery and is suitable for complex congenital heart malformations that cannot be cured. In the past, doctors used traditional middle-opening saws for treatment. However, they were traumatized and difficult to stop bleeding. They severely affected the patient's physical and mental health, and they also added a burden to families. After 30 years of clinical research, the medical team led by Professor Qiao Bin applied a virtual and simulation technology based on computational fluid dynamics and designed a new method of functional single ventricle surgery to achieve a true physical correction. Prior to surgery, doctors performed a comprehensive examination of patients. They collected patient information and used modern hydrodynamics (CFD) to perform big data analysis and modeling on a computer. Based on this, they designed the patient according to simulated data. The program to achieve the purpose of "precise" treatment.
Guo Xirong, deputy dean of the Institute of Translational Medicine at Nanjing Medical University, told reporters that the medical science needs to be integrated with the labor class and use the research results of the workers in medicine. Nowadays, domestic congenital heart disease complicated linear and monoventricular diseases are still present. Can not be cured, to do radical treatment need to do some design, according to the characteristics of the patient's imaging, the first simulation on the computer, do surgery program, and then also through the 3D printing technology. Considering that the child's heart is still growing, some of the things put into it must meet its growth needs. Therefore, it is said that computerized surgery can be performed in advance by computer and implanted in the medical field to perform radical surgery. The function of the heart is the same as that of a normal child when the child is exercising. It is absolutely impossible to accomplish this in the past. It is the first time that fluid mechanics and medicine have been merged. Such a new discipline is very remarkable.
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