- 更多网络例句与核仁相关的网络例句 [注：此内容来源于网络，仅供参考]
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Compared with the corresponding BEAS-2B cells, the shapes of cells and nuclears, the shapes and quantity of cell organs were not significantly changed in the 1st, 2nd, 5th passage BEAS-2BNNK cells. The 10th, 15th passage BEAS-2BNNK cells, which had swelled cell and cell organs and abnormal nuclear and enlarged the nucleoli gradually and increased the quantity of the cell organs and activated their function, showed the characteristic of transformation cells. The 20th, 25th passage BEAS- 2BNNKcells, which had obvious aberration of the cell and nucleoli and had cataclasm of nucleoli and decreased cell organs, showed the characteristic of tumor cells.
与BEAS-2B相比较BEAS-2BNNK第1、2、5代细胞及胞核形态、细胞器形态及数量无明显差别；第10、15代细胞出现肿胀，细胞核逐渐变形，出现核畸形，核仁明显增大，边集，细胞器肿胀，数量明显增多，功能活跃具明显的转化细胞特征；第20、25代细胞及胞核明显畸变，出现明显的核碎裂及多个核仁，细胞器明显减少，具明显的肿瘤细胞特征。
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Nucleolus disappeared, but some plants in the early diakinesis nucleolus remains high.
核仁消失，但有的植物在终变期的早期核仁仍然很大。
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At 400μg/mL, the micronucleus ratio was 36.0l‰ and karyokinesis index was only 1.90%. The multi-nucleolus ratio was significantly enhanced at the concentration 200~400μg/mL, and the ratio at 400μg/mL was 26.10‰.
当细交链孢菌酮酸浓度为12.5~100μg/mL时，与对照相比，蚕豆根尖细胞多核仁率无显著差异，多核仁率低于3‰；浓度升高到200~400μg/mL时，细胞多核仁率显著升高，400μg/mL时，多核仁率高达26.10‰。
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Ultrastructure of nucleolus; the functionS of nucleolus; nucleolar cycle.
四 核仁的超微结构；核仁的功能；核仁周期。
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Further observations upon the nucleolus revealed that the density of the gold particles in the dense fibrillar component of the nucleolus was much higher than that of the fibrillar center,demonstrating that the protein was largely situated in the DFC rather than FC.
对核仁的进一步观察指出，在核仁中金颗粒主要分布在DFC，FC中的金颗粒很少，说明在核仁中SC35类蛋白主要存在于DFC组分中。
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About nucleoli in mature monocytes. In normal condition, mature monocytes do not have nucleoli or very small.
关于成熟单核细胞的核仁，在正常情况下，成熟的单核细胞没有核仁或者核仁非常小。
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The mature egg cell was an inactive cell with only a few polysomes. At the early zygote stage, a large number of ribosomal precursors were produced by the nucleolus, and many polysomes appeared in the cytoplasm, which suggests a high level of metabolism. Zygote at the dormancy stage had a small nucleolus and marked decrease in ribosomes, as shown by a few polysomes, which suggests decreased metabolism. Zygotes in the prophase of mitosis and two-celled proembryo became active again in metabolism, for a prominent nucleolus, high density of ribosomes and increased number of polysomes in the cytoplasm.
结果如下：在成熟卵细胞中多聚核糖体数量不多，且细胞代谢活性较弱；初期合子内，核仁大量合成核糖体前体物质，胞质中多聚核糖体数目众多，细胞代谢活性较强；休眠期合子的核仁变小，胞质中核糖体数量急剧减少，仅有少量多聚核糖体，细胞代谢活性较弱；合子分裂前期和二细胞原胚期，核仁显著，胞质中核糖体的密度增加，出现大量多聚核糖体，细胞代谢活性较强。
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RDNA in different positions existed in either condensed or uncondensed forms. Nucleolus-associal-ed chromatin outside nucleolus extended in the periphery of FC via channels in the nucleolus.
不同位置的rDNA成分都具有集缩和解集缩两种形态结构，核仁外的核仁伴随染色质经过核仁通道进入核仁，沿FC周边排列，与其中的DNA相连。
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The incompatible results have been reported even with the same methods But these studies were carried out on the basis that the structure of nucleolus is regarded as a static state. However, the nucleolus is a highly dynamic structure during the cell cycle. It disassembles in the late prophase and reassembles at the end of mitosis.
不过以前对核仁结构和功能的研究大多只是对细胞间期中某个时期细胞的核仁进行静态研究，然而核仁是一个高度动态变化的结构，在细胞分裂前期解体，在细胞分裂末期又开始重建。
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Results of study on the behaviour of pine nucleolus during the cell cycle suggested that part of the nucleolar substance, at least, entered the chromosome or attached to the chromosome surface during metaphase and was librated from chromosome to form a new nucleolus during anaphase in higher plants.
对松核仁细胞周期中变化的研究发现，在有丝分裂中期，至少部分核仁成分进入染色体内部或附着在染色体的表面，而在后期从染色体中出来形成新的核仁。
- 更多网络解释与核仁相关的网络解释 [注：此内容来源于网络，仅供参考]
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nucleolar hyperactivity：核仁活性过敏
核仁染色体 nucleolar chromosome | 核仁活性过敏 nucleolar hyperactivity | 核仁组成体 nucleolar organizer
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nucleolar hyperactivity：核仁活性过高
(染色体的)核仁缢缩部;(染色体的)第二缢缩部 nucleolar constriction | 核仁活性过高 nucleolar hyperactivity | 核仁构造素 nucleolar organizen
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nucleolus：复数:uncleoli核仁
nucleolform核仁状的 | nucleolin核仁素 | nucleolus复数:uncleoli核仁
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nucleolar chromatin：核仁染色质
nucleolonema 核仁线 | nucleolar chromatin 核仁染色质 | nucleolinus 核仁内粒
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nucleolar organizer：核仁形成区
在细胞分裂将结束时,核内出现一个到几个核仁,核仁总是出现在次级缢痕的地方,所以次级缢痕也叫做核仁形成区(nucleolar organizer)(图3-4). 细胞的增殖是通过有丝分裂(mitosis)来达成的. 有丝分裂的结果,把一个细胞的整套染色体均等地分向两个子细胞,
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nucleolar organizer：核仁组成体
核仁活性过敏 nucleolar hyperactivity | 核仁组成体 nucleolar organizer | 核仁;仁 nucleolus
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nucleolar organizer：核仁组织者、核仁形成区
类核 nucleoid | 核仁组织者、核仁形成区 nucleolar organizer | 核仁 nucleolus??
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nucleolar matrix：核仁基质
此外, 还有核仁基质(nucleolar matrix)或核仁骨架. 其主要功能是进行核糖体RNA的合成. 在细胞周期中,核仁进行分离和重新聚合的过程. 当细胞进入有丝分裂时,核仁首先变形和变小;其后染色质凝集和停止核糖核酸(RNA)合成,
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nucleolar chromosome：核仁染色体
核仁染色体 nucleolar chromosome | 核仁活性过敏 nucleolar hyperactivity | 核仁组成体 nucleolar organizer
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Nucleoli：(复数)核仁
nucleolar 核仁的 | nucleoli (复数)核仁 | nucleolin 核仁蛋白