Without feeder layer, human embryonic stem cell differentiation was observed in vitro.
撤除饲养层，观察人胚胎干细胞体外分化情况。
Conclusion Serum-free and feeder layer-free culture seems to be an ideal method for the cultivation of HKCs.
结论无血清、无滋养层培养，是一种较理想的培养HKC的方法。
AIM: Feeder layer cells are the necessary condition to prevent the differentiation of embryonic stem cells cultured in vitro.
目的：为保持胚胎干细胞的高度未分化状态，饲养层细胞成为胚胎干细胞体外培养中不可缺少的条件。
Objective Adopt two methods to produce cells of feeder layer and compare and observe its result of culture to find a better method of culture.
目的采用两种方法制备饲养层细胞，对比观察培养效果，求得最佳培养方法，以期实现其有效利用。
Conclusion: ES cells should be cultivated on MEF feeder layer or in BRL conditioned medium plus MEF feeder layer at the early stage after recovering.
结论：在复苏后早期阶段ES细胞培养中，不宜单独应用BRL条件培养基，须用MEF饲养层或合并应用BRL条件培养基和MEF饲养层。
Objective: To establish feeder layer culture system of ICR mouse embryonic fibroblast (MEF) cells for isolation and culturing of embryonic stem (es) cells.
目的：建立ICR小鼠胚胎成纤维细胞饲养层培养体系，用于胚胎干细胞建系及研究。
Objective to explore the optimal condition of direct differentiation into dopaminergic neurons of embryonic stem cells in serum-free and feeder layer cell free medium.
目的寻求无血清、无饲养层细胞存在的情况下，胚胎干细胞向多巴胺能神经元定向诱导分化的最佳条件。
Selection of the feeder layer, medium, and supplemental cytokines and their roles in establishing and maintaining human ES and EG cell lines at present are illustrated in detail systematically.
详细系统地说明了迄今为止建立人胚胎干细胞系所需要的饲养层类型、培养基组成、添加细胞因子种类及其作用；
Feeder layer cells and suitable culture medium that supplemented with cytokines of promoting proliferation or restraining differentiation were crucial to keep chicken es in an undifferentiated state.
为维持细胞在培养过程中的未分化状态，需要采用饲养层细胞培养，同时设计合理的培养液配方并添加多种抑制分化或促进增殖的细胞因子。
This paper introduces the coal conservation mechanism of the layer coal feeder, discusses its social and economic benefits, and points out its existing problems and improving methods.
文章介绍了分层给煤装置的节煤机理，论证了其带来的社会经济效益，同时也提出了存在的问题和改进的方法。
Rat tracheal epithelial cell (RTE) grows well in vitro under the support of 3t3 feeder cell layer.
原代rte细胞在3T3滋养细胞支持下，在体外培养条件下可生长。
Rat tracheal epithelial cell (RTE) grows well in vitro under the support of 3t3 feeder cell layer.
原代rte细胞在3T3滋养细胞支持下，在体外培养条件下可生长。
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