Pathogenic screening and disease prevention of thrombophilia based on radiation CT imaging examination

Abstract

Thrombolism refers to the pathological state that the body is prone to thrombosis, which seriously affects the quality of life and life safety of patients. It is necessary to screen and prevent the etiology of thrombolism as early as possible to reduce its incidence and related complications. The purpose of this study was to explore the application effect of radiation-based CT imaging in the etiology screening and disease prevention of thrombolism, in order to provide a reliable diagnosis and prevention means for clinical practice. The study included a large number of 200 patients with suspected thromboembolism who received treatment. All patients underwent radiative CT imaging to evaluate vascular structure and hemodynamic changes. By analyzing the characteristics of blood vessel structure and thrombus morphology, the potential causes of thrombus formation can be screened out. Hemodynamic parameters such as the degree of vascular obstruction and blood flow velocity were evaluated to predict the risk of thrombosis. Combined with the detection of blood clot markers in laboratory, the screening effect on the causes of thrombolysis was analyzed. It has been found that radiative CT imaging can accurately identify the risk factors of thrombolysis such as vascular stenosis, vascular wall abnormality and blood flow obstruction. Compared with traditional detection methods, radiative CT has higher sensitivity and specificity in early diagnosis of thrombolism. The individualized prevention program combined with the imaging results significantly reduced the incidence of thrombus.