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端粒酶

网络telomerase; hTERT; Telomeres

端粒酶

网络释义

端粒酶

telomerase

端粒酶（telomerase）：是一种反转录酶，可修补端粒序列。在正常机体中除少数干细胞和生殖细胞外，体细胞中端粒酶均处 …

hTERT

端粒酶（ hTERT ）的反转录酶成分的基因通过荧光原位杂交染色体 5p15.33 确定其图谱。在肿瘤细胞中， hTERT 基因区的拷 …

Telomeres

传统中药有望攻克艾滋病、牛皮癣 ... Demonstrate: 表明 Telomeres: 端粒酶 Chromosome: 染色体 ...

telomere and telomerase

...Vs) * 线粒体DNA(mtDNA) * 端粒与端粒酶(telomere and telomerase) * NO ? 衰老基因的发现衰老模型与老年药理学研究方 …

hTERC

目的探讨端粒酶(hTERC)基因在子宫颈上皮内瘤变(CIN)及鳞状细胞癌(SCC)中的表达及临床意义。方法收集2008年5月至2009 …

enzyme telomerase

三人发现染色体如何受到端粒(telemores)和端粒酶(enzyme telomerase)保护，他们的研究成果有望为绝大部分的人类癌症提供 …

telemorase

然而，如果形成端粒的端粒酶(telemorase)浓度高时，端粒的长度得以维持，细胞的老化现象便可以减缓。但是，当端粒酶浓度 …

例句：

One of the things that came out of our study of these mothers is a link between low telomerase and stress -related diseases .

发现端粒酶水平与精神压力性疾病之间的关系，只是我们对这些做妈妈的人的研究结果之一。

The company is also working with a vaccine that trains cancer patients' immune systems to attack cells that produce telomerase .

该公司还在研发一种疫苗，这种疫苗训练患者的免疫系统去攻击产生端粒酶的细胞。

We identified telomerase activity in follicle dermal stem cells and marrow MSCs and demonstrated that they were capable of clonal expansion .

检测两种干细胞端粒酶活性，结果证实它们具有克隆扩增的能力。

Later , Ms. Blackburn and Ms. Greider discovered the substance in the body that builds telomeres . The scientists named the enzyme telomerase .

后来布莱克本和格雷德发现了人体中用来构筑端粒的物质，并将之命名为端粒酶。

Methods: To review the up to date progresses of telomerase in recent years throughout the world .

方法回顾近几年国内外端粒酶研究的最新进展。

The way through inhibition or activation of the telomerase activity may be applied to clinic therapy . This review is involved in the re. . .

因此可通过抑制或激活端粒酶活性应用于临床治疗。

DePinho's telomerase -less mice tended to be prematurely aged and infertile with small brains , damaged intestines and poor senses of smell.

德平霍实验中那些被去除端粒酶的老鼠大多早衰，不育，脑不足，肠受损，味觉差。

Anticancer effect of elemene would be correlation with the suppression of telomerase activity and induction of apoptosis .

榄香烯乳抗癌作用与抑制端粒酶活性和诱导细胞凋亡有关。

Method To pathomorphism diagnose and telomerase activity test to same specimens of same cases, then analysis their results of two methods .

方法用相同患者的相同组织块分别行病理形态学诊断和端粒酶活性检测，将二者结果进行对照分析。

These people are more likely to have decreased telomerase activity .

这些人中的端粒酶活性很有可能是降低的。

In theoretical cancer cells , researchers blocked the telomerase enzyme before radiation treatment to induce progressively shorter telomeres .

在放射治疗前，研究人员阻断宫颈癌细胞的端粒酶而诱发端粒进行性缩短。

So far , one chemical appears to be key: telomerase .

到目前为止，端粒酶似乎是问题的关键。

The answer lies at the ends of the chromosomes - the telomeres - and in an enzyme that forms them - telomerase.

答案就在染色体的末端 ——端粒和形成端粒的酶 ——端粒酶之中。

The increase of telomerase activity may be an important contributing factor in the malignant change of colonic tissues .

端粒酶活性增高可能是结肠组织癌变的重要因素。

Recent researches show that the high activity of telomerase in most tumors and its association with the development of these tumors .

近年研究表明人体多数恶性肿瘤的端粒酶活性增高，并与肿瘤的预后有关。

Telomere is synthesized with the action of telomerase , a ribonucleoprotein with reverse transcriptase activity .

它的合成由一个特殊的具有反转录活性的核糖核蛋白 -端粒酶完成。

In 83 . 3% of the cases examined, exfoliated cells showing cytological dysplasia were found to be telomerase activity positive .

同时还测得 83.3%的肺脱落细胞不典型增生者的端粒酶活性水平也显著增高。

This review mainly summarized the PKC effects on the cell growth , proliferation, cell cycle and telomerase of nasopharyngeal carcinoma(NPC).

本文就 PKC 对鼻咽癌细胞生长、增殖、细胞周期及端粒酶等的影响作一综述。

Objective To investigate the possibility of using telomerase as a tumor marker for human primary lung cancer .

目的探讨端粒酶作为原发性肺癌肿瘤标记物的可能性。

端粒酶

端粒酶