目的探索一种新的生物人工肝单位。
所有的生物人工肝均含有肝细胞作为其生物组分。
All BAL devices contain hepatocytes as their biological component.
目的探讨重型肝炎患者的血浆模型在生物人工肝研究中的应用价值。
Objective To study the role of plasma exchanged from the patient with severe hepatitis in the research of bioartificial liver as a model of severe hepatitis.
说明该永生化胚胎肝细胞可以成为生物人工肝及肝细胞移植研究中的理想细胞材料。
It is concluded that the immortalized human fetal hepatocytes would become i-deal cell material on the study of bioartificial liver and hepatocytes transplantation.
生物人工肝支持系统(BALSS)是治疗肝功能衰竭的有效方法，已成为国内外的研究热点。
Bioartificial liver support system (BALSS) is an efficient method to treat acute liver failure, which has been a research focus all over the world.
结论所建混合生物人工肝支持系统对肝衰竭有明显的肝支持作用，可作为重型肝炎的有效治疗手段。
Conclusions the hybrid artificial liver support system has prominent liver support effects for hepatic failure, which can be regarded as an efficient measure for the treatment of severe hepatitis.
治疗后，试验对象生命体征稳定，代谢支持作用明显。结果表明：构建的生物人工肝支持系统安全、稳定、有效。
After treatment, life signs of subjects were stable and the metabolic support was obvious, which indicated: the Bioartificial Liver support System which we constructed was safe, stable and efficient.
肝细胞的理想来源为永生化人肝细胞和人干细胞，但要做到成功地应用于生物人工肝则对这两种细胞的功能及安全性均应加以改进。
The optimal source for liver cells are immortalized human hepatocytes and human stem cells. However, both functionality and safety of these cells should be improve…
生物人工肝反应器中肝细胞的数量和功能是能否有效替代已衰竭肝脏功能的关键，与此紧密相关的是细胞支架材料结构和性能的优化。
The numbers and the function of the hepatocytes in the bioartificial liver device is the key point determining the efficiency of the substitution of the crocked up liver.
用于构建生物型人工肝的关键材料包括细胞材料、支架材料及体外传送系统材料。
The key constructional components for a bioartificial liver(BAL) include the source of hepatocyte cell line, the semi-permeable membrane or bioreactor and the delivery system.
目的研究冷冻复温后猪肝细胞在生物型人工肝支持系统（BALSS）中的生存状态。
Objective To study the living status of cryopreserved porcine hepatocytes in biological artificial liver support system (BALSS).
体外肝细胞培养是生物制药和人工肝支持系统的技术基础。
Cultured cells are the basic element of biologic pharmacy and artificial liver system.
目的观察非生物型人工肝治疗重型肝炎后生化指标的改善与预后的关系。
Objective to observe the relationship between improved biochemical indicators and prognosis among severe hepatitis patients after artificial liver treatment.
目的观察非生物型人工肝治疗重型肝炎后生化指标的改善与预后的关系。
Objective to observe the relationship between improved biochemical indicators and prognosis among severe hepatitis patients after artificial liver treatment.
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