胚胎干细胞有变成任意类型细胞的潜能，这种特性叫多潜能。
Embryonic stem cells have the potential to be any type of cells, a characteristic known as pluripotency.
多潜能分化——干细胞有分化为不同器官的不同细胞的能力。
Pluri (multi-)potency - ability of a stem cell to differentiate into several types of cells of different organs.
目的：了解多潜能造血祖细胞向红系分化过程中造血因子受体的改变。
Objective: to understand the changes in hematopoietic growth factor receptors during erythroid differentiation of pluripotent cells.
这种所谓的诱导多潜能干细胞，缩写是：IPS细胞，现在可以变成任何类型的细胞。
These so-called induced pluripotent stem cells, or IPS cells, could now become any cell.
结论SPTP可能起源于胰腺原始多潜能干细胞，诊断上须与胰腺其它良恶性肿瘤相鉴别。
Conclusions SPTP may originate from primitive multipotent stem cell. The differential diagnosis should be made from other tumors of the pancreas.
强制表达几个转录因子可以使体细胞重编程为诱导的多潜能干细胞(iPS cells)。
Somatic cells can be reprogrammed into induced pluripotent stem (iPS) cells by enforced expression of transcription factors.
最好的受到证明的产生新生心肌细胞的方法是利用胚胎干细胞，包括多潜能细胞和心脏衍生细胞。
The best proven approaches to creating new beating heart cells are using embryonic stem cells, induced pluripotent cells and heart-derived stem cells.
结论从胚鼠端脑分离培养的细胞具有自我更新能力和多潜能分化能力，为中枢神经系统的干细胞。
Conclusion the cells from fetal rat telencephalon possess multipotency and self renew ability and is believed to be BSCs of the central nervous system.
胚胎干细胞细胞周期调控的研究对于研究胚胎干细胞的自我复制和多潜能性，都具有重要指导意义。
Understanding cell cycle regulation in ESCs will provide insight into the underlying mechanism regarding the regulation of ESC self-renewal and pluripotency.
因此，MSC的多潜能性，在造血中的作用以及他们的免疫调控活性使得MSC尤其值得治疗上的关注。
Thus, the multipotent capacity of MSC, their role in supporting haemopoiesis, and their immunoregulatory activity make MSC particularly attractive for therapeutic exploitation.
2006年，日本的一个研究员宣布他用遗传学的方法重组了老鼠纤维原细胞——一中皮肤细胞——使其具有多潜能。
In 2006 a researcher in Japan announced that he'd genetically reprogrammed mouse fibroblasts-a type of skin cell-to make them pluripotent.
背景：目前在胚胎多潜能干细胞建系和培养过程中，存在着建系率低、具有正常核型的干细胞系比率低等问题。
BACKGROUND: Presently, some problems still exists during establishment and culture of embryo multipotential stem cells, such as low rate of establishment, low rate of stem cells with normal karyotype.
研究结果证实脊索瘤中既有上皮组织分化的特点又有间叶组织的表现，还存在着具有多潜能分化的恶性干细胞群体。
Some cells were multipotential neoplasms cells in which the stem cells were capable of differentiation along both epithelial and mesenchymal pathways.
为了探讨人胚神经干细胞体外培养条件和分化情况，摸索出一种切实可行的获得较纯、多潜能人胚神经干细胞的方法。
This is a study on the cultivation condition in vitro and differentiation of neural stem cells from human embryonic brain in order to find a way to get purified multipotential neural stem cells.
目的探讨人胚神经干细胞体外培养的条件和分化情况，以摸索出一种切实可行的能获得较纯且多潜能人胚神经干细胞的方法。
Objective to study the cultivation condition in vitro and differentiation of neural stem cells from the embryonic human in order to find a way to get purified multipotential neural stem cells.
Schneider教授继续说：“利用心脏衍生干细胞来治疗心脏病发作和心肌病比胚胎干细胞(包括多潜能细胞)具有一些优势，而且他们可能更安全。”
Professor Schneider continued: "Using heart-derived stem cells to treat heart attack and cardiomyopathy has some advantages over embryonic and induced pluripotent cells as they are potentially safer."
但是这么多的细菌，单是生活在皮肤上的就有数百种之多，我们怎么开始支配这些化学语言以检测它们的医用潜能呢？
But with so many bacteria - hundreds of different species can inhabit your skin alone - how can we begin to master this chemical language to examine its medical potential?
最好的发挥你潜能的方法是尽可能多的去帮助他人。
The best way to reach your fullest potential is to help other people as much as possible.
这表明，具备长寿遗传潜能的人比先前所想的要多许多。
This suggests that many more people have the genetic potential to survive into old age than previously thought.
是的，一个人不可能总会有那么多外力的压迫，很多时候，我们是需要自己对自己加压的，这样我们的潜能才能得到最大限度的发挥。
Yes, a person can not always be so many external forces of oppression, many times, we need the pressure of their own, so that we can maximize the potential of the play.
意大利教头罗伯特·多纳·多尼不相信夸里亚雷拉需要离开桑普去发挥他的潜能。
Italy coach Roberto Donadoni doesn't believe Fabio Quagliarella needs to leave Sampdoria to fulfill his potential.
你可知道，很多人一辈子也没发挥出他们真正潜能的0.1%这么多。
Do you know that most people never utilize more than 0.1% of their true potential in their lifetime?
这冠军联赛的决赛上，代表最高水平的一些球员为球队牺牲了非常多，这确保了两支决赛队伍发挥出了他们全部的潜能。
In the final of the Champions League, the players of highest class sacrificed themselves a lot, this made sure that the two teams could show all of their technical potential.
它们在骨髓中非常稀少，但是在培养中能增殖很多倍，并保持了它们生长和多谱系的潜能。
They are rare in bone marrow, but have the ability to expand many-fold in culture, and retain their growth and multi-lineage potential.
它们在骨髓中非常稀少，但是在培养中能增殖很多倍，并保持了它们生长和多谱系的潜能。
They are rare in bone marrow, but have the ability to expand many-fold in culture, and retain their growth and multi-lineage potential.
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