Endovascular technique simulator for Neuroradiology learning.

摘要: Background Vascular cerebral infarction (or stroke) is recognized as the third leading cause of death worldwide, and acute arterial occlusion comprises main mechanism underlying ischemic stroke. Cerebrovascular diseases are treated by intracranial endovascular interventions employing minimally invasive intravascular techniques, such neuroimaging. Conducting practical training in this area a necessary task since patient safety considerably significant factor. There has been steady increase scientific research focused on validating simulation tool for interventionists procedures. Current literature confirms idea that there beneficial role skill acquisition technique improvement. Objective To develop an simulator learning Neuroradiology. Methods The methodology consisted developing using 3D printing technology. Results A search was carried out, commencing August 2017, through consultation Medical Literature Analysis Retrieval System Online (MEDLINE) Latin American Caribbean Health Sciences (LILACS) databases, PubMed BIREME websites, respectively. Meetings were held between neuroradiologist specialist programmers to simulator, which out three phases: design system, prototype system computer graphics, confection 3D. Conclusion ready testing residents can enable student learn simulations reproduce, realistically possible, situation be subsequently experienced concrete tool.