somatic cell的例句大全

Technical improvements in somatic cell hybridization, such as genetic transformation, provide a promising approach for breeding new tolerant cultivars of this species, good protoplast culture system is fundamental and restriction point.

植物体细胞杂交技术的产生和发展为草地早熟禾新品种选育提供了一条新途径，良好的原生质体培养体系是利用体细胞杂交技术进行品种改良的根本和制约点。

Protoplast fusion is known as somatic cell hybridization or cell fusion, which use artificial method to make two different genetic traits cells protoplast fusion and produce a single core or multicore fusants.

原生质体融合也称为体细胞杂交或细胞融合，是通过人工方法使具有不同遗传性状的两个细胞的原生质体发生融合，并产生单核或多核融合子的过程，是细胞工程的重要内容。

Lily polyploidy breeding is the main way for germplasm innovation. The induction of polyploidy mainly through inducing somatic cell without division and cell chromosome unreduced.

百合多倍体育种是种质创新的主要途径，多倍体的诱导主要是通过诱导体细胞染色体不分裂和性细胞染色体不减数实现的。

Objective To establish a practical protocol for somatic cell nuclear transfer by using bone marrow stromal cells ( BMSCs) in rabbits so as to culture pluripotent embryonic stem cells ( ESCs) derived from inner cell mass ( ICM) of cloned blastocysts.

目的通过建立骨髓基质细胞核移植的方法，为进一步从克隆囊胚的内细胞团细胞分离培养出全能性的胚胎干细胞并用于治疗性克隆等研究奠定基础。

The birth of cloned sheep "dolly" produced by nuclear transfer from a somatic cell manifests that the somatic cell is of genomic totipotency in mammals.

体细胞克隆绵羊“多莉”（dolly）的诞生，表明成年哺乳动物体细胞具有基因组的全能性。

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

We are eager to explore the underlying transcriptional and epigenetic mechanisms of somatic cell reprogramming.

我们将研究在体细胞重编程过程中的转录调控和表观遗传调控机制。

The researches of therapeutic cloning and somatic cell reprogramming, two strategies used to generate patient-specific autologous stem cells, have recently made great progress.

治疗性克隆和体细胞重编程是制备患者特异性自体干细胞的两种不同策略，近期已取得了重大的研究进展。

Except for somatic cell reprogramming developmental failure could cause abnormalities of cloned animals, the in vitro procedure and culture conditions also impact on development. And cause these abnormality have been appearanced mostly because all imprinted genes have been damaged, and could not be expressed normally.

而克隆动物除了本身供体细胞重编程的异常会导致发育失败，其体外操作过程和培养条件都会对发育造成影响，出现这些异常的主要原因就是印记基因表达调控受到影响而紊乱。

In addition, P53 gene is also linked inextricably with miRNA, human metabolism, somatic cell reprogramming and so on.

除此之外，P53基因与miRNA、人类的新陈代谢、体细胞的重编程等也都有着千丝万缕的联系。

Compared with the embryonic stem cell research, somatic cell reprogramming technology can supply pluripotent stem cells to more patients.

与胚胎干细胞研究相比，体细胞重编程技术可以为更多的患者提供特异性多能干细胞。

IPSCs obtained from embryonic stem cells in the inner cell mass of blastocysts, the nuclear transfered embryonic stem cells and the exogenous transcription factor transferred somatic cells were used to conduct the somatic cell reprogramming research.

通常用来源于囊胚期胚胎的内细胞团的胚胎干细胞、通过核移植得到的胚胎干细胞以及在成体细胞中转入外源转录因子得到的iPSCs，进行体细胞重编程研究。

Somatic Cell Culture in Ostrich Conservation

鸵鸟种质资源保存中的体细胞培养

In human somatic cells, telomeres shorten by 30 to 200 bp with each cell division. When telomeres were shortened to some threshold value, cell senescence or apoptosis was triggered.

随着细胞分裂端粒每次缩短30～200bp，当端粒缩短到某临界长度时，细胞则发生衰老或凋亡。

The reverse transcriptase telomerase is able to maintain stable telomeric length and essential for the unlimited proliferation of tumor cells. Telomerase activity has been detected in 85-90% of human tumors and tumor-derived cell lines but not in most human somatic cells.

端粒酶表达于85%以上的肿瘤细胞中，能够维持细胞中端粒的长度，对永生化细胞的增殖具有重要作用，而在大多数人正常体细胞中却没有表达。

somatic cell embryogenesis of acanthopanax senticosus

刺五加的体细胞胚胎发生研究

in the middle of last century, biologists put a somatic cell nucleus of a frog into an enucleated egg cell, then created a clone tadpole.

在上个世纪中期，生物学家把青蛙的体细胞核放入青蛙的去核卵细胞里，结果制造出了克隆蝌蚪。

the morphogeny of callus from single somatic cell clone cultivation of porphyra haitanensis

坛紫菜单个体细胞培养的愈伤组织发育途径

now many species between species and others or even a subfamily of somatic cell hybrid access to hybrid cell lines or hybrid plants.

现已从许多种内、种间、属间甚至亚科间的体细胞杂交获得杂种细胞系或杂种植株。

animal production by somatic cell nuclear transfer ( scnt) offers a range of opportunities in basic and applied research, in agriculture, genetic conservation and human medicine.

体细胞核移植动物的生产，在基础理论研究和应用研究方面，如农业、遗传资源的保护和人类医学等，均具有广阔的应用前景。