[Correlation between levels of liver fibrosis and liver fibrosis biochemical parameters of advanced schistosomiasis patients].
Yiming Wu, Xiaofei Xu, Wenlin Wu, Wanxin Wu, Shu-Xing Gao, Wenjun Zhu
Abstract
Yiming Wu, Xiaofei Xu, Wenlin Wu, Wanxin Wu, Shu-Xing Gao, Wenjun Zhu
Abstract
OBJECTIVE: To explore the correlation between the levels of liver fibrosis and liver fibrosis biochemical parameters of advanced schistosomiasis patients. METHODS: A total of 48 advanced schistosomiasis patients were investigated and they were examined by the liver biopsy and B ultrasound imaging. At the same time, the liver fibrosis biochemical parameters, including glutamine transpeptidase (GGT), alkaline phosphatase (AKP), procollagen III (PC-III), collagen type IV (IV-C), hyaluronic acid (HA) and laminin (LN), were detected. The liver fibrosis levels were classified by the liver biopsy and B ultrasound imaging, respectively, and the correlation between the levels of liver fibrosis and liver fibrosis biochemical parameters were analyzed statistically. RESULTS: There was no correlation between the liver fibrosis levels classified by the liver biopsy and all the liver fibrosis biochemical parameters; there was a weak correlation between the liver fibrosis levels classified by the B ultrasound imaging and GGT, AKP, LN and PC-III, respectively; there was a significant correlation between the liver fibrosis levels classified by the B ultrasound imaging and HA and IV-C, respectively. CONCLUSIONS: B ultrasound examination is a better, noninvasive fibrosis inspection method. Liver fibrosis biochemical parameters combined with the B ultrasound examination may better reflect the overall condition of liver fibrosis.
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OBJECTIVE: To explore the correlation between the levels of liver fibrosis and liver fibrosis biochemical parameters of advanced schistosomiasis patients. METHODS: A total of 48 advanced schistosomiasis patients were investigated and they were examined by the liver biopsy and B ultrasound imaging. At the same time, the liver fibrosis biochemical parameters, including glutamine transpeptidase (GGT), alkaline phosphatase (AKP), procollagen III (PC-III), collagen type IV (IV-C), hyaluronic acid (HA) and laminin (LN), were detected. The liver fibrosis levels were classified by the liver biopsy and B ultrasound imaging, respectively, and the correlation between the levels of liver fibrosis and liver fibrosis biochemical parameters were analyzed statistically. RESULTS: There was no correlation between the liver fibrosis levels classified by the liver biopsy and all the liver fibrosis biochemical parameters; there was a weak correlation between the liver fibrosis levels classified by the B ultrasound imaging and GGT, AKP, LN and PC-III, respectively; there was a significant correlation between the liver fibrosis levels classified by the B ultrasound imaging and HA and IV-C, respectively. CONCLUSIONS: B ultrasound examination is a better, noninvasive fibrosis inspection method. Liver fibrosis biochemical parameters combined with the B ultrasound examination may better reflect the overall condition of liver fibrosis.
Key concepts: Fibrosis, Liver biopsy, Medicine, Pathology, Liver fibrosis, Alkaline phosphatase, Ultrasound, Gastroenterology