• Intensive Care Unit , The First Hospital of Shanxi Medical University.Taiyuan , Shanxi , 030001 , China Corresponding author : LIU Hong , E-mail : LH9098@yahoo.com.cn;
LIU Hong, Email: LH9098@yahoo.com.cn
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Objective  To investigate the possible role of ulinastatin(UTI) in f lipopolysacccharide (LPS)-induced acute lung injury(ALI).Methods  Thirty male SD rats were randomly divided into three groups,ie.a normal control group,a LPS group and a LPS plus UTI group.The rats were injected with 1 mL of normal saline via caudal vein in the control group,with LPS 5 mg/kg via caudal vein in the LPS group,and with UTI 100000 U/kg shortly after injection with LPS in the LPS plus UTI group.The rats were sacrificed 4 h after the injection.Lung wet/dry weight ratio was measured.IL-18 level in serum and lung tissue was determined by ELISA and the expression of NF-κB in lung tissue was determined by immunohistochemistry.Pathological changes of rats’ lung were observed by optical and electron microscope.Results  Compared with the control group,IL-18 level in serum and NF-κB expression in lung tissue were significantly higher in the LPS group(P lt;0.01).The IL-8 level was somewhat elevated in the LPS+UTI group but with no significant difference from that in control group was found (P gt;0.05).The lung inflammation in the LPS+UTI group was milder than that in the LPS rats.Conclusion  UTI can alleviate LPS-induced inflammatory reaction and lung injury in rat model.

Citation: LIU Hong,AN Youzhong,LI Fangfang,GUO Yan. Ulinastatin suppresses inflammatory response in acute lung injury induced by lipopolysacccharide. Chinese Journal of Respiratory and Critical Care Medicine, 2008, 08(4): 290-293. doi: Copy

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