pluripotency

ES cells ' pluripotency , however , makes this far too dangerous an approach for human therapy .

不过，由于胚胎干细胞的多能性，使得这种方法太危险，不适用于人体治疗。

Pluripotency of human bone marrow mesenchymal stem cells cultured in vitro : analysis on ultrastructure and cytochemical metabolism

体外培养的人骨髓间充质干细胞多能性特征&超微结构和细胞化学代谢分析

Comparison of Somatic Cell Nuclear Transfer Technique and Induced Pluripotency Stem Cells Technique

体细胞核移植技术和诱导多功能干细胞技术的研究比较

Pluripotency and self - renewing are two basic attributes .

神经干细胞具有多分化潜能和自我更新两个基本特点。

Relationship between pluripotency maintenance of residual embryonic stem cells and exogenous leukemia inhibitory factor

类胚体中残留细胞分化全能性维持与外源性白血病抑制分化因子的关系

This extraordinary ability is known as pluripotency – 'having several potential outcomes ' .

这种异乎寻常的能力被称为多分化潜能性&“有几种潜在的结果”。

The pluripotency of embryonic stem cells make them one of the best cell types for regenerative medicine .

胚胎干细胞（Embryonicstemcell，ESC）的全能性使之成为再生医学的最佳的种子细胞。

It is a hot spot for studying the molecular mechanisms of its developmental pluripotency .

其全能性分子机制的研究是多年来的研究热点。

The journal Nature Methods recently announced their method of the year , and it is : induced pluripotency .

《自然方法》最近发布了今年的年度技术：多能干细胞。

These cells can proliferate infinitely while maintaining pluripotency and normal karyotype .

这些细胞在体外具有无限增殖的能力，且保持正常核型，同时具有分化成不同类型的细胞的潜能。

Immunofluorescence staining and RT-PCR determination found that the cells express pluripotency , proliferation and germ cells ' markers .

免疫荧光染色及RT-PCR检测，发现其表达多能性细胞及生殖细胞的标记，而且具有增殖能力，能够向三个胚层的细胞分化。

Most cell lines maintained normal karyotype and expressed markers of pluripotency , including germline transmission in chimeric mice .

经ES细胞鉴定，结果表明大部分ES样细胞系保持正常的核型并表达多能性的标志分子，可以在嵌合体小鼠中进行生殖系传递。

Advances in the fields of stem cell therapies , induced pluripotency and regenerative medicine have provided new hope for the treatment of complications .

在诱导多能性和再生医学，干细胞疗法领域的进展，有并发症的治疗提供了新的希望。

Updated Dedifferentiation and Pluripotency of Spermatogonial Stem Cells

精原干细胞去分化和多能性的研究进展

It was identified as a key player in pluripotency in2003 , but until now its exact biological role remained unclear .

2003年其被认为是多向分化潜能的重要扮演者，但是至今其真正的生物学功能尚不清楚。

Regulation of Downstream Target Genes of Transcription Factor Oct-4 and Its Relationship with Toti / pluripotency of Embryonic Development

转录因子Oct-4调控下游靶基因及其与胚胎发育全能/多能性的关系

Our research shows that this unique protein flips the last switch in a multi-step process that gives cells the very powerful property of pluripotency .

我们的研究显示该独特的蛋白质扳动了多步骤过程中的最后开关，使细胞具有非常强大的多向分化潜能的特征。

It demonstrates low concentration of NO could maintain the pluripotency of iPS cells and delay the iPS cells apoptosis without LIF in the medium .

表明低浓度NO可以维持iPS细胞的多能性，并可以延缓在无LIF条件下iPS细胞的凋亡作用，维持其自我更新。

The regulation of NO is concentration dependent ; high NO levels promote stem cells differentiation , while low levels could contribute to maintain the pluripotency of stem cells .

NO对干细胞调控呈浓度依赖性，高浓度NO促进干细胞分化，低浓度NO维持干细胞多能性。

It is important to explore suitable feeder layers for bESCs so as to maintain their undifferentiated state and to ensure the pluripotency of cells .

探索一种适合其生长的饲养层保持未分化状态，对保证干细胞的全能性具有重要意义。

We isolated the CSCs of human glioblastoma by culturing in neural stem cells medium and identify the pluripotency and self-renewal of CSCs .

结论1.我们采用神经干细胞培养方法成功分离了人恶性脑胶质瘤干细胞，并对其多能性和自我更新能力等进行了鉴定。

Polipotency-postnatal stem cells genome ability to change the profile of pluripotency when transplanted into the recipient 's new tissue and is related only to adult body ESC .

当生成的干细胞移植到新的组织，其基因组有改变多潜能分化的能力，而且仅与成人机体的ESC有关。

Identification of totipotency and pluripotency .

全能性和多能性鉴定。

Thus , with nine consecutive arginines as a kind of PTD , pluripotency proteins could be used to culture cESCs and maintain their pluripotency at least six generations .

这些结果表明，融合连续的9个精氨酸作为PTD的重组多能性蛋白可以用于体外培养cESCs并维持其三个胚层方向的多分化潜能至少6代以上。

Conclusion A further research is needed to elucidate the self-renewal signaling pathway and the pluripotency of the ESCs and the culture system in vitro for the human ESCs remains to be further improved and developed .

结论有关ESC实现自我更新及多向分化潜能的分子信号尚需更多研究，ESC培养体系有待于进一步完善和发展。

Searching for new signal pathway involved in differentiation of neural stem cells and clarifying the mechanism of pluripotency ( self-renewal or proliferation ) and differentiation is one of the most important areas in the research of neural stem cells .

寻找参与神经干细胞分化相关新的信号通路，弄清神经干细胞多能性（自我更新或增殖）维持及分化所涉及的机制是神经干细胞研究的重要领域之一。

This line of cells possess features of both embryo cells , with normal diploid karyotype and developmental toti-or pluripotency , and that of normal cultured cells , proliferating indefinitely , tolerant of cryopreservation and genetic operations .

该细胞系具有胚胎细胞与普通培养细胞的双重特性，其具有正常的二倍体核型，具有发育的全能性和多能性，并可无限增殖、冷冻保存及进行基因遗传操作。

When isolated EG cells were examined by morphology observation , AKP strain and in vitro differentiation ability , they were convinced to have a series of characters of mice EG cells including cloning grow way , undifferentiation state and pluripotency of cells .

对所分离EG细胞经形态观察、AKP染色和体外分化能力检测，证实其符合小鼠EG细胞的集落状生长、细胞未分化特性及细胞多能性等特征。