diploid cells 中文意思是什麼
diploid cells
解釋
二倍細胞-
These cells had retained a diploid karyotype.
這些細胞持有二倍體核型。 -
Super - high - concentration of glucose can accelerate the senescent process of human diploid fibroblast cells
高濃度葡萄糖促進人二倍體成纖維細胞迅速衰老 -
Super - high - concentration of glucose can accelerate the senescent process of human diploid fibroblast cells gao yunfei
高濃度葡萄糖促進人二倍體成纖維細胞迅速衰老 -
The bmn cells are multiploidy and heteroploidy so highly that in which the diploid was few and far between, and multiploid was so much that came to 90 %. even there were 533 chromosomes in one cell
Bmn細胞是高度異倍化、高度多倍化的細胞系，其典型二倍體極少而高多倍化群達90 ，最多的染色體一群在500條以上。 -
Apoptin ( vp, ) can selectively induce apoptosis in human transformed and malignant cells but not in normal diploid cells. apoptin induces a p53 - independent, bcl - 2 - insensitive type of apoptosis in various human tumor cells
其中， vp _ 3蛋白質是雞貧血病毒的致病因子，能選擇性的誘導腫瘤細胞和轉化細胞發生凋亡，但對人和鼠的正常二倍體細胞無影響，稱為凋亡素（ apoptin ） 。 -
Light microtechnique and sa - galactosidase method was used to study the effects of super - high - concentration of glucose on the senescence of human diploid fibroblast 2bs cells, ros and the membrane potential of mitochondria during this process were measured. our results showed that 200 mmol l of glucose inhibited the growth of 2bs cells, led to the changes of reactive oxygen species and decrease of mitochondrial membrane potential, and caused senescence of 2bs cells rapidly. it supports the hypothesis of oxidative damage of senescence. moreover it is a better system for the study of the effects of ros during the process of replicative senescence
利用光學顯微鏡觀察和酸性-半乳糖苷酶染色技術研究了高濃度葡萄糖對人二倍體成纖維細胞2bs細胞衰老進程的影響，並用流式細胞儀檢測了此過程中活性氧和線粒體膜電位差的變化。結果表明： 200 mmol l的葡萄糖對2bs細胞有生長抑制作用，能引起活性氧含量的變化，導致線粒體膜電位差顯著下降，並誘導了細胞的衰老。這為氧化損傷假說提供了新的證據，並為研究活性氧和復制衰老之間的關系提供了較好的體系。 -
In organisms showing alternation of generations, the gametes may be produced by mitosis in the haploid generation, or by meiosis in the diploid generation and give rise directly to gametes or gamete - producing cells
在表現出明顯世代交替的生物體中，配子可能是由單倍體世代發生有絲分裂產生，亦可由二倍體世代減數分裂直接產生配子體或配子母細胞。 -
The second meiotic division thus gives rise to two cells with the diploid number of chromosomes, one of which divides parthogenetically to form an cmbryo
在第二次減數分裂中上升為兩個細胞包含雙倍體的染色體數目，其中的一個分裂形成胚胎。
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