Patients were followed up for 1 year with ALT every 3 months. Results: Out of 75 IDAHS (73 males; mean age 38.2 year), 15 (20%)were HbeAg positive. Twenty (26%) had abnormal baseline ALT and 18 (24%) developed abnormal ALT during 1 year follow up. High Base line HBV DNA (> 20000 IU/mL) was found in 11 (14.6%). Biopsy was indicated in 18 (24%) developed patients of which only 9 have given the consent for liver biopsy. Out of 9, 7 had HAI >3. Abnormal histology had positive co-relation with high HBV DNA (p = 0.001). Seven (9.33%) were put on treatment. Conclusion: One half of
IDAHS RG-7388 datasheet had abnormal ALT at baseline or developed during follow up. Liver biopsy was indicated in about one fourth of patients. Ten percent of patients benefited by getting treatment. Abnormal histology correlated positively with high viral load only. Key Word(s): 1. IDAHS; 2. HBV DNA; 3. HBeAg; 4. ALT; Presenting Author: LINHUA ZHENG Additional Authors: QIANG LI, YONGQUAN SHI, YING HAN Corresponding Author: YING HAN Affiliations: Fourth Military Medical University; Fourth Military Medical University; Fourth Military Medical University Objective: Accumulating clinical studies have investigated and demonstrated that transplantation of autologous bone marrow-derived stem cells (BMSCs) could improve liver function of patients with decompensated
liver cirrhosis. Most researchers believed that BMSCs contribute to clinical improvement of patients with liver disease through immunoregulation of microenvironment in vivo, besides transdifferentiation www.selleckchem.com/products/VX-770.html into hepatocytes or fusion with hepatocytes. However, there is no report about how BMSCs regulate immune microenvironment of patients. Previously, we analyzed the changes of immune cells and their related selleck inhibitor cytokines in patients received stem cell transplantation. And we found that serum IL-17 levels decreased gradually, which was closely related to the improvement of liver function after transplantation. These suggest that IL-17 might play a critical role in the therapeutic effects
of BMSCs on liver disease. In this study, we adopted the mouse model of carbon tetrachloride (CCl4)-induced liver injury, which was treated by transplantation of homologous BMSCs. We aimed to clarify the roles of IL-17 in the pathogenesis of liver injury and in the therapeutic effects of BMSCs on liver injury using this model. This will deepen our understanding of the mechanisms for BMSCs-mediated improvement of liver diseases. Methods: Mouse model of liver injury was induced by CCl4 injected intraperitoneally. During the development of liver injury, H&E and Sirius red staining was to analyze liver inflammation and fibrosis, serum chemistry of alanine aminotransferase (ALT) and albumin (ALB) were used to monitor liver function, and real-time PCR was to measure hepatic collagen-1 deposit.
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