International Journal of Medicine and Data

Objective: To evaluate the application of two-dimensional ultrasound combined with ultrasonic elastography in the diagnosis of hepatic fibrosis in fatty liver. Methods: 200 patients with fatty liver found in our hospital in the past two years (January 2020 December 2021) (observation group) and 200 healthy people (control group) were selected as the study subjects, who were examined by two-dimensional ultrasound and ultrasonic elastography. The features of fatty liver under two-dimensional ultrasound and the elasticity value of fatty liver under elastic ultrasound were analyzed. Results: Among 200 cases of control group with traditional two-dimensio- nal ultrasound, 197 cases were graded F0-F1 by ultrasonic elastography, and 3 cases were graded F2-F3 by ultrasonic elastography. In the 200 traditional two-dimensional ultrasound observation group, 178 cases of fatty liver fibrosis were classified as F0-F1 by ultrasonic elastography, 20 cases of fatty liver fibrosis were classified as F2-F3 by ultrasonic elastography, and 2 cases of fatty liver fibrosis were classified as F4 by ultrasonic elastography; The sensitivity and specificity of ultrasonic elastography in detecting hepatic fibrosis in patients with fatty liver were 99.00% and 98.50%, respectively. Conclusion: The application value of two-dimensional ultrasound combined with ultrasonic elastography in the diagnosis of hepatic fibrosis in fatty liver can provide important reference for early clinical diagnosis.

Ultrasonic elastography; Two dimensional ultrasound; Fatty liver; Liver fibrosis; diagnosis; effect