The embodiment of the invention discloses a heart and cerebral vasculopathy double-factor judgment
system based on an ultrasonic image. The heart and cerebral vasculopathy double-factor judgment
system comprises a carotid
artery average intima-media membrane cross section area obtaining module, a
blood vessel stiffness degree obtaining module and a
lesion prognosis module. The
lesion prognosis module conducts quantitative evaluation on heart and cerebral vasculopathy according to the average intima-media membrane cross section area obtained through the carotid
artery average intima-media membrane cross section area obtaining module and the
blood vessel stiffness degree obtained through the
blood vessel stiffness degree obtaining module. When the heart and cerebral vasculopathy double-factor judgment
system is used, the average intima-media membrane cross section area obtaining module obtains the thickness of the wall of the carotid
artery blood vessel through the B
ultrasound, the blood vessel stiffness degree is obtained through the blood vessel stiffness degree obtaining module,
objective evaluation and prognosis are conducted through a model of the
lesion prognosis module, rapid, efficient and objective initial screening can be conducted on heart and cerebral vasculopathy, a doctor can conduct secondary judgment on the result provided by the model on the basis of the system, and therefore the diagnosis efficiency is greatly improved, and detection omission and misdiagnosis are avoided.