Keywords
acute toxic liver injury, hepatoprotectors, carsil, low molecular weight chitosan, nanosulfate chitosan, cytolysis, cholestasis, mesenchymal inflammation syndromes, lipid peroxidation, apoptosis, histology
How to Cite
Zulfiya I. Galieva, Firuza Kh. Inoyatova, Vazira Rakhmanova, Rakiya Yu. Milusheva, & Sayora Sh. Rashidova. (2024). HEPATOPROTECTIVE PROPERTIES OF NANOSULFATE CHITOSAN ON THE MODEL OF ACUTE TETRACHLORMETHANE HEPATITIS. Central Asian Journal of Medicine, (2), 49-58. Retrieved from https://journals.tma.uz/index.php/cajm/article/view/830
Abstract
The effects of low molecular weight chitosan (LMWC) and nanosulfate chitosan (NSC) were studied in comparison with the classical hepatoprotector carsil on the model of tetrachlormethane acute toxic liver injury (ATLI). The optimal hepatoprotective doses of LMWC 25 microg and NSC 10 mg/kg were established for oral administration for 12 days after reproducing the ATLI model. The drugs in these concentrations restored the detoxifying function of hepatocytes, reduced the severity of cytolysis, cholestasis, mesenchymal inflammation, hepatocellular insufficiency syndromes, activated antioxidant activity and reduced high values of lipid peroxidation and apoptosis.