细胞冻存复苏后保持87%的存活率。
目的研究视网膜干细胞冻存复苏后的成活率及再培养后的增生分化特性。
Objective To investigate the viability and the characters of proliferation and differentiation of retinal stem cells (RSCs) after cryopreservation and anabiosis.
结论兔角膜缘上皮细胞可以在体外培养、冻存和复苏。
Conclusion the limbal corneal epithelial cells of rabbit could be cultivated, cryopreserved and resuscitated in vitro.
鹿茸细胞采用常规细胞DMSO冻存法复苏贴壁率优于程序式冻胚仪冷冻法、乙二醇常规细胞冻存法。
The antler cell adopt cell routine DMSO frozen methods is superior to program frozen methods and ethylene glycol cell routine freeze methods.
目的探讨三维组织细胞旋转培养系统(RCCS)对胚胎胰岛冻存复苏后质量的影响。
Objective To study the impact of rotary cell culture system (RCCS) on the quality and activity of fetal islets after cryopreservation and resuscitation.
复苏后的内皮细胞的生长曲线与未冻存细胞的生长曲线无差异。
No difference was found in growth curves of postthawed endothelial cells and non-frozen ones.
目的建立兔角膜缘上皮细胞体外培养、冻存和复苏的方法。
Objective to establish a method of cultivating limbal corneal epithelial cells of rabbit in vitro and to study its cryopreservation and resuscitation.
试验对新建立的细胞系冷冻保存了一定数量的细胞，经冻存前和复苏后细胞活率检测，结果均在90%以上。
A certain extent number of cells for these two breeds were freezed, and viability examination of these cells showed that viable rates were higher than 90% before freezing and after recovery.
通过冻存后复苏的细胞继续培养后发现，冻存对其生长、形态、遗传学等特征无明显影响。
After the cells were subcultured, the frozen storage didn't influence their growth, morphology, and genetic characteristics.
复苏后的细胞能很好生长，细胞形态，生长特点与冻存前基本一致。
The recovered cells grew well, and were basically the same as those before cryopreservation on morphology and growth characteristics.
方法采用体外细胞培养技术进行皮肤成纤维细胞的分离、培养、传代、冻存、复苏及鉴定。
Methods Cell culture in vitro technique was used, including isolation, culture, subculture, frozen storage, recovery and identification of human fibroblasts, in this study.
成败的重要因素在于选择好冻存用细胞，并掌握好冻存时缓慢降温和复苏时急速融化的速度。
The success of this method depends on the cells used, the selection of preserving agent and slow freezing as well as …
成败的重要因素在于选择好冻存用细胞，并掌握好冻存时缓慢降温和复苏时急速融化的速度。
The success of this method depends on the cells used, the selection of preserving agent and slow freezing as well …
成败的重要因素在于选择好冻存用细胞，并掌握好冻存时缓慢降温和复苏时急速融化的速度。
The success of this method depends on the cells used, the selection of preserving agent and slow freezing as well …
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