结论：分离并鉴定为大鼠胎肝干细胞可在体外培养条件下迅速扩增。
Conclusion The cultivated cells are proved to be HSCs and can proliferate quickly in vitro.
结论HGF修饰的胎肝干细胞治疗可能成为肝纤维化潜在的治疗手段。
Conclusion HGF gene-modified fetal liver progenitor cell therapy could be a potential therapeutic approach in treatment of liver fibrosis.
研究人胎肝干细胞体外分离纯化方法，并对其进行初步鉴定及生物学特性分析。
To explore the methods of isolation and purification of human fetal liver stem cells in vitro and analyze the bionomics.
方法：采用胶原酶灌注法及剪碎消化法分离大鼠胎肝干细胞，并用含10%优等胎牛血清的H -DMEM培养液培养。
Methods Collagenase perfusion method and mechanical cutting method were used to isolate HSCs from rat fetal liver which were then cultivated by H-DMEM containing 10% fetal bovine serum.
目的：了解小鼠胎肝间质干细胞在体外向肌样细胞分化的潜能。
AIM: to study whether mesenchymal stem cells (MSCs) from fetal liver can differentiate into skeletal muscle-like cells.
结论：胎肝中分离出的间质干细胞在体外可以定向诱导分化为肌样细胞。
CONCLUSION: MSCs derived from fetal liver can be induced into skeletal muscle-like cells in vitro.
结论：胎肝中分离出的间质干细胞在体外可以定向诱导分化为肌样细胞。
CONCLUSION: MSCs derived from fetal liver can be induced into skeletal muscle-like cells in vitro.
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