Xue Yilong, Zhao Shifeng, Zhang Zuoyun, Wang Yuefeng, Li Xinjian, Huang Xiaoqiang, Luo Yun, Zhang Lan, Huang Yingcai, Liu Chenggui. Effects of a hollow fiber bioartificial liver system to treat acute liver failure caninesJ. ACADEMIC JOURNAL OF CHINESE PLA MEDICAL SCHOOL, 1998, 19(2): 83-85.
Citation: Xue Yilong, Zhao Shifeng, Zhang Zuoyun, Wang Yuefeng, Li Xinjian, Huang Xiaoqiang, Luo Yun, Zhang Lan, Huang Yingcai, Liu Chenggui. Effects of a hollow fiber bioartificial liver system to treat acute liver failure caninesJ. ACADEMIC JOURNAL OF CHINESE PLA MEDICAL SCHOOL, 1998, 19(2): 83-85.

Effects of a hollow fiber bioartificial liver system to treat acute liver failure canines

  • Objective:To evaluate the safety and efficacy of the hollow fiber bioartificial liver system in canines with acute liver failure.Methods:9 canines with acute liver failure by Acetaminaphen received TECA-I bioartificaial liver system (BALS)from Hong kong TECA Limited, blood was perfused through a hollow fiber tube containing (1~3)×1010 the porcine hepatocytes. 10 canines with acute liver failure by Acetaminaphen received drugs. Each treatment lasted 6 hours. Results:BALS treatment resulted in beneficial effects with decreased plasma ammonia (from 135.9±17.5 to 65.7±22, 32.5±8.8 umol/L), GPT(from 97.8±8.7 to 64.8±11.9,19.0±6.3 U/L), GOT (from 103.0±16.7 to 75.7±19.6,26.5±5.0 U/L) and AKP (from 158.3±12.1 to 114.5±19.8,43.8±5.6 U/L) which lasted for the duration of the treatment and 30 days thereafter. In contrast, 10 canines with acute liver failure in the drug group wre death after treatment 1~2 days. Conclusion:This bioartificaial liver system is safe and efficacious in canines with acute liver failure.
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