therapeutic cloning

The two parts on therapeutic cloning technology is described in detail .

这两部分对治疗性克隆技术进行了较为详细的论述。

Current research status of therapeutic cloning in the neural transplantation

治疗性克隆在神经移植治疗中的研究现状

Finally reached the therapeutic cloning technology can be obtained patent protection .

最后得出治疗性克隆技术是可以得到专利权保护的结论。

However , therapeutic cloning is just behind one step of human cloning .

体细胞核转移是治疗性克隆关键步骤，因此治疗性克隆与克隆人只有一步之遥。

The Research Status and Prospect for the Therapeutic Cloning

治疗性克隆的研究现状和前景

Ethics also impeded the development of therapeutic cloning .

伦理问题也阻碍治疗性克隆的发展。

Investigation and Discussion on the Ethical Issues of Therapeutic Cloning and Human Embryo Administrative

治疗性克隆及人类胚胎管理伦理问题的调查和讨论

Therapeutic cloning has been suggested as a new strategy to treat a number of diseases .

治疗性克隆为很多疾病的治疗提供了新的策略。

Many experts feel the advent of iPS cells makes therapeutic cloning redundant .

许多专家感到“诱导多能性”细胞的出现令“治疗性克隆”成为多余。

Therapeutic Cloning and Somatic Cell Reprogramming : Every Road Leads to Rome

治疗性克隆与体细胞重编程：殊途同归

And if therapeutic cloning is allowed , they must consider how to regulate it .

如果允许进行治疗性克隆的话，则必须考虑如何加以管理控制。

The value and moral status of human embryo & Ethically justification for human therapeutic cloning

人类胚胎的价值和道德地位&治疗性克隆的合理性

Adult stem cells could help to cure some great diseases , but could not replace therapeutic cloning .

成体干细胞可用于一些重大疾病的治疗，但不能完全替代克隆性治疗；

Therapeutic Cloning : The Progresses , Opportunities and Challenges

治疗性克隆研究的进展，机遇和挑战

He 's a bio-geneticist specialized in therapeutic cloning .

生物遗传学家，专门研究治疗性克隆

The second section classification of cloning technology , divided into reproductive cloning and therapeutic cloning two categories .

第二节对克隆技术进行分类，分为生殖性克隆和治疗性克隆两大类。

Difference between therapeutic cloning and reproductive cloning

治疗性与生殖性克隆的分水岭&同源克隆实验评介

Nuclear Transfer and Therapeutic Cloning

核移植与治疗性克隆

It 's still too early to say whether the United States will accept or reject therapeutic cloning .

现在说美国是否会接受治疗性克隆还为时过早。

Nuclear transfer and therapeutic cloning have widespread and attractive prospects in animal agriculture and biomedical applications .

核移植与治疗性克隆在畜牧业生产以及生物医学上具有广阔和诱人的应用前景。

Therapeutic cloning is one of our major research objectives , and therapeutic cloning is based on human somatic cell nuclear transfer .

“治疗性克隆”是人类最关注的课题之一，而人体细胞核移植是治疗性克隆的基础和前提。

Advances in the Therapeutic Cloning

治疗性克隆的研究进展

For example , we should prevent therapeutic cloning from being employed for immoral purpose such as human reproduction .

比如，我们就应当防止医疗上用克隆，被利用于有如复制人类这样的有违道德的用途。

From the angle of applied technology , cloning can be itemized into therapeutic cloning and reproductive cloning .

从技术应用的目的上看，克隆可以被划分为治疗性克隆与生殖性克隆。

Stem cells , nanotechnology , genetic engineering and therapeutic cloning are being used in the relatively new field of anti-aging medicine .

干细胞、奈米技术、生物工程和医疗克隆已经应用于抗衰老医学的相关新领域。

With the breakthrough of the cloning and stem cells technologies , the therapeutic cloning is suggested in the neural transplantation .

随着体细胞克隆技术和干细胞技术的突破性发展，提出了治疗性克隆。

A great debate on ethics has arisen all over the world on therapeutic cloning and whether human embryos could be used in medical study .

但围绕人类胚胎是否可以用于医学目的的研究以及是否允许治疗性克隆等问题，在世界范围内引起了广泛的争论。

The ethical arguments for and against human embryonic stem cell research , especially those arguments for and against human therapeutic cloning were reviewed .

本文将考查有关反对和支持人类胚胎干细胞研究的伦理论证，尤其是支持和反对利用核转移技术形成人类胚胎（即人的治疗性克隆）从而取得全能干细胞的伦理论证。

It is what patients with diseases like Parkinson 's and diabetes have been waiting for , the start of so-called therapeutic cloning .

这就是所谓的治疗性克隆的开始，它正是诸如帕金森氏病和糖尿病患者一直期待的。

The governments must give full consideration to the potential consequences before they decide whether or not to ban both human cloning and therapeutic cloning .

各国政府必须在充分考虑可能导致的后果的前提下，决定究竟是否全面禁止治疗性克隆和人体克隆。