Song Liangwen,Wang Dewen,Cui Xuemei.Effect of iron,taurine and arginine on rat hepatic fibrosis[J].Chinese Journal of Radiological Medicine and Protection,1997,17(6):410-413
Effect of iron,taurine and arginine on rat hepatic fibrosis
Received:June 24, 1996  Revised:November 13, 1996
DOI:
KeyWords:Radiation hepatic fibrosis  Taurine  Iron agent  Hydroxyproline  Malondialdehyde L-arginine
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Author NameAffiliation
Song Liangwen Institute of Radiation Medicine, Beijing100850, China 
Wang Dewen Institute of Radiation Medicine, Beijing100850, China 
Cui Xuemei Institute of Radiation Medicine, Beijing100850, China 
Shigeru Okada 日本冈山大学病理学部 
刘淼 日本冈山大学病理学部 
高亚兵 Institute of Radiation Medicine, Beijing100850, China 
熊呈奇 Institute of Radiation Medicine, Beijing100850, China 
徐琪寿 Institute of Radiation Medicine, Beijing100850, China 
鲁华玉 Institute of Radiation Medicine, Beijing100850, China 
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Abstract::
      Objective The promotive role of iron on pathogenesis of hepatic fibrosis and the protective role of taurine and L-arginine against hepatic fibrosis were studied.Methods The model of rat radiation hepatic fibrosis was used.Experimental rats were divided into 0Gy,30Gy,30Gy+iron,30 Gy+taurine and 30Gy+L arginine groups.Serum iron,liver tissue hydroxyproline(Hyp) and malondialdehyde (MDA) were measured one and three months respectively after irradition of hepatic tissue,production and distribution characteristics of hepatic tissne type Ⅰ and Ⅲ collagen were observed with a polarizing microscope.Results Administration of iron agent could significantly increase hepatic tissue MDA content and serum iron concentration,one month after irradiation ,hepatic tissue Hyp in 30Gy+iron group began to increase,and collagen in hepatic tissue obviously increased.Taurine and L arginine could reduce serum iron concentration and decrease production of hepatic fissue Hyp.Conclusion Exogenous iron agent could promote early development of radiation hepatic fibrosis;taurine and arginine could diminish pathologic alteration of hepatic fibrosis to a certain extent.
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