Medical technology is developing rapidly, and 3D printing is one of the recent achievements, which is expected to bring about major changes in the medical industry. The Erasmus Medical Center in the Netherlands recently joined a research project to bring 3D printing to the medical field, making it a valuable reference and training tool for medical professionals. The project, called PCR Valve Atlas, was originally launched by the cardiovascular online community PCRonline. Valve Atlas is an app for reference and training. It is available to surgeons, general practitioners, and all people who need information about the valve (a membranous structure that can be opened and closed in human or animal organs, such as the cardiac aortic valve). Recognition by other medical professionals. The Erasmus Medical Center teamed up with Valve Atlas to demonstrate transcatheter aortic valve placement ("TAVI"). TAVI replaces the patient's damaged aortic valve with minimally invasive techniques. Specifically, the interventional catheter is delivered through the femoral artery, and the prosthetic heart valve is delivered to the aortic valve region to open, thereby completing the prosthetic valve placement and restoring the valve function. Using a 3D model to show the whole process is more intuitive than using a floor plan. The 3D model of the aortic valve was printed by Materialise, and to ensure that the model was as accurate as possible, Nicolas Van Mieghem, an interventional cardiologist at the Rotterdam Chest Center, was also involved. Migheim talked about the steps to create a perfect 3D model, such as materials, dimensions and shapes. Because the model is used to train doctors performing complex TAVI procedures, it is important to ensure design accuracy. Migheim said: "What materials are used? Is it soft or hard? There are size problems, these are all important." After the model was designed, Materialise created several prototypes. Due to the perfect design, the researchers did not make too many adjustments to the model. Migheim said: "Before the formal transplant operation, the simulation will benefit a lot. Once you have a 3D model, the doctor can practice and train on his own to be the best preparation for a real transplant." In addition to this 3D cardiac aortic valve, various other research institutions around the world have also printed various medical 3D models. These 3D models allow the doctor to cut into the problems that will be encountered during the surgery, and the ultimate benefit will be the patient. Disposable Underpad,Bed Pads Disposable,Chux Underpads,Underpads For Bed Suzhou JaneE Medical Technology Co., Ltd. , https://www.janeemedical.com
