这些在核仁水平的研究中已经首次提供了一个在细胞器水平下研究全局的蛋白含量的特点。
其他器官出现如细胞核核膜溶解,细胞核消失,内质网消失等现象。
给出固定成本分摊的合作博弈模型,采用分区核仁算法求解。
使细胞核核膜破裂、核仁膨胀消失并与染色质凝集在一起。
的确,在被称为核仁的部分他们观察到了变化,这是制造蛋白质工厂各成分的地方。
再深一步,还包括细胞的膜,细胞里边细胞那个核仁也还有膜。
细胞核呈圆形或椭圆形,位于细胞中央,异染质和核仁不明显。
维生素b12和叶酸:红细胞是人体众多细胞之一,象所有细胞一样,内有细胞核。
肾移植受者T淋巴细胞核仁区酸性非组蛋白表达活性研究
细胞核DNA图像分析及PSA检测在前列腺癌诊断中的应用
1·After storing 150 days, taking a sample from the granulation (rind puffing) fruit, the nucleus, nucleolus, mitochondrion and chromoplast could also be seen.
贮藏150天后从桔水(浮皮)果实取样制片,还能看到细胞核、核仁、线粒体及有色体。
2·A few of granular cells have typical nucleolus.
还观察到极少的颗粒细胞具有典型的核仁。
3·There is distinct nucleolus the naked nucleus and some dispersed organelle as lysosome around the nucleus.
电镜下裸核有明显核仁,核周围有溶酶体等散落的细胞器。
4·The larger nucleolus was higher in electron-density, but the inside structure was not even, sometimes there was a very large nucleolar vacuole in it.
大核仁电子密度较高,质地不均匀,有时有一个体积很大的核仁泡位于其中。
5·The data of N-banding patterns indicated that the N bands did not display the nucleolus organisers exclusively.
带型分析表明,N 带并非专一地显示核仁组织者。
1·We first observed that the head ofmature tentacle contained transfer cells which were pellet shape, thickness cytoplast, large nucleolus, developing endoplasm, small vacuole and thick cell wall.
首次观察到成熟腺毛头部为具有独特的内突生长的传递细胞,细胞为圆球形,细胞质稠密,细胞核大,内质网发达,液泡较小,细胞壁厚。