Thereby establishing the immortalization of human mesenchymal stem cells.
从而建立了永生化的人骨髓间充质干细胞。
Senescence and immortalization: role of telomeres and telomerase - Carcinogenesis, 2005.
衰老和永生化：端粒与端粒酶的作用-癌变，2005。
Kobayashi . " Achieving immortalization, a two - stage process, is not without challenges. ""
达到永生， 需要一个分为两步的过程， 这充满了挑战。
Objective to explore the SV40-mediated immortalization, the related factors and their roles in cell immortalization.
目的探讨SV40如何介导细胞永生化，与细胞永生化现象相关的因素及它们的作用。
For the sake of you of mission, for the sake of you of commitment, for the sake of the ideal of your immortalization!
为了你的使命，为了你的承诺，为了你不灭的理想！
Telomerase is RNA dependent DNA polymerase, ACTS to synthesize DNA repeat fragment of telomeres, which is associated with immortalization of cells.
端粒酶是一种RNA依赖的DNA多聚酶，可以合成端粒dna的重复片段与细胞永生化密切相关。
Strange Tales from a Chinese Studio shows a new aesthetic value preference in its attitude toward alternative images: a tendency towards alternative immortalization.
与之前的志怪小说相比，《聊斋志异》对异类形象的态度呈现出一种新的审美价值偏向：异类仙化倾向。
Objective To construct a new retroviral vector with double-suicide genes and knockout-inducible SV40T gene, with the aim of optimizing immortalization of hepatocytes.
目的构建携带双自杀基因且可诱导敲除SV40T的逆转录病毒载体，优化目前的肝细胞永生化。
Normal human cells have a finite capacity to replicate and eventually enter a state of irreversible growth arrest. Immortalization may have a major impact in the future of medicine.
人的正常细胞增殖能力是有限的，经过一定时期的增殖后，最终将进入一种生长抑制状态。
Although the Mongolian national minority already realizes to life finiteness and the temporary, They still pursue the life infinite and eternal, hence became the idea of "soul immortalization".
蒙古族虽然早已熟习到性命的有限性和短暂性，但是，他们依然追求“性命”的无限与永恒，于是形成了“灵魂不灭”的观念。
Telomere and telomerase are the focus of modern biological study. There are close relationships among telomere loss and cell ageing, activation of telomerase, cell senescence and immortalization.
端粒和端粒酶是现代生物学研究的热点，端粒的缺失与细胞的衰老，端粒酶的活性与细胞的老化及癌化均有密切的关系。
Telomere and telomerase are the focus of modern biological study. There are close relationships among telomere loss and cell ageing, activation of telomerase, cell senescence and immortalization.
端粒和端粒酶是现代生物学研究的热点，端粒的缺失与细胞的衰老，端粒酶的活性与细胞的老化及癌化均有密切的关系。
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