The invention discloses a coronary
artery microcirculation detection and coronary
artery analysis
system. A diagnosis method which is based on a CT
perfusion imaging technology and is used for safely, rapidly and effectively evaluating coronary
artery microvascular functions is established through fluid
mechanics, and a rapid, accurate and non-invasive coronary artery
microcirculation function evaluation method is established for
disease diagnosis and treatment and
treatment strategy guidance. In combination with the achievement of a team on CT-FFR research and development in recent years, the invention aims to establish a CT
perfusion scanning-based coronary artery
microcirculation function evaluation method CT-IMR, evaluate the diagnosis accuracy through clinical
verification and develop a non-invasive method for accurately and quickly evaluating the coronary artery microcirculation function by virtue of CT iconography, so that the clinical requirements are met, and a brand-new non-invasive IMR
system is found. Compared with an existing method, the
system has the advantages of being non-invasive, rapid, accurate, safe, economical and the like, and the non-invasive IMR system can detect cases with only coronary artery
microangiopathy and can also detect cases with combined coronary artery macrovascular diseases.