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- The main cause of these problems may he attributed to the epigenetic reprogramming of somatic donor genome. 有研究认为，克隆胚胎发育障碍的一个重要的原因是供体细胞的遗传重编程不完全。
- Incomplete epigenetic reprogramming is suspected to cause the abnormalities and the low efficacy associated with SCNT. 供体细胞核的不完全重编程被认为是造成克隆胚胎不能正常发育到成年的首要原因。
- The main cause of these problems may be attributed to the epigenetic reprogramming of somatic donor genome. 有研究认为,克隆胚胎发育障碍的一个重要的原因是供体细胞的遗传重编程不完全。
- Currently epigenetic reprogramming goes terribly awry in clones that are made by replacing the DNA in a fertilized egg with DNA from an adult cell. 按目前将受精卵的DNA以成年细胞DNA取代的做法，所得到的复制体中，外遗传的程式重设出现严重的错误。
- Circumstantial studies indicated that incomplete or inappropriate epigenetic reprogramming of donor nuclei was likely to be the primary reason for failures in nuclear transfer. 摘要研究表明，供体核不完全或者不正确的后成性重序可能是核移植失败的主要原因。
- To elucidate the epigenetic reprogramming threshold for proper development will surly be helpful to understanding the molecular mechanisms underlying SCNT animals surviving to adulthood. 深入探讨体细胞核移植动物中潜在的表现遗传修饰机制，将有助于了解体细胞核移植动物能够正常发育的后成重编程机理。
- Understanding the mechanisms underlying epigenetic reprogramming control will help us resolve the inherent problems in nuclear transfer technology and make its applications promising. 理解重组胚后成性重序的机制将有助于我们解决核移植技术中存在的问题，进而促进它的应用。
- Epigenetic Reprogramming of The Genome in Cloned Animals 克隆动物发育过程中基因组的重编程
- Mechanisms of Epigenetic Reprogramming in Mammalian Reconstructed Embryos Produced by Nuclear Transfer 哺乳动物核质重组胚后成性重序的机制
- genome epigenetic reprogramming 基因组表观重编程
- epigenetic reprogramming 外遗传重编程
- But how did epigenetic regulation arise? 但如何做后生调控出现的吗？
- I had to reprogram myself to see the good in me. 因为有些人不爱我并不代表我不可爱。
- These computers can reprogram themselves. 这些电脑可以自动重编程序。
- None of these procedures reprogram the device. 没有这些程序编程器。
- It includes epigenetic uranium impregnations in sandstone. 它意味着外生的铀进入到沙岩中。
- There are four known mechanisms for epigenetic inheritance. 现有四种已知的机理可以说明表观遗传。
- A thorough understanding of reprogramming is not enough, however. 但是，仅仅对再编程有全面了解还不够。
- Epigenetics in human disease and prospects for epigenetic therapy. 表遗传改变与人类疾病，包括肿瘤。
- Reprogramming has become the hottest area of stem-cell science. 细胞重组已成为干细胞科学中最热门的一个领域。
