Study on amitosis and differentiation in the subcultured PC12 cells;
传代培养PC12细胞无丝分裂与细胞分化的观察
Comparative study on amitosis in three genus of characeae;
轮藻科(Characeae)三个属无丝分裂的研究
Changes of nuclei and perinuclear microfilamentous cytoskeletons during the first amitosis of tobacco cells in the early stage of thin cell layer culture;
烟草表皮细胞薄层培养中第一次无丝分裂时的核及核外微丝骨架变化的观察
Study on function of MAPK and MPF in mitosis of mouse fertilized eggs;
MAPK和MPF对小鼠受精卵有丝分裂期作用
The key functions of aurora kinases during cell mitosis and tumorigenesis;
极光(aurora)激酶在细胞有丝分裂和肿瘤形成中的重要功能
Analysis of expression of mitosis checkpoint gene hsMAD2 in acute leukemia;
急性白血病中有丝分裂关卡基因hsMAD2表达的分析
Study on Cell Amitosis in part of the Allium Plants;
部分葱属(Allium)植物细胞的无丝分裂研究
Comparative Study on Amitosis in Three Genus of Characeae;
轮藻科（Characeae）三个属无丝分裂的研究
In prokaryotes the nuclear material is simply a circular strand of DNA, not complexed with histone proteins, and cell division is amitotic.
在原核生物中，核物质仅是一个简单的环状DNA，而不与组蛋白结合，并且细胞为无丝分裂。
An agent that induces mitosis.
有丝分裂素一种诱导有丝分裂的物质
multisegment filament
多组分分裂异形缕丝
human mitotic chromosomes
人类有丝分裂染色体
Fracture Analysis of 65Si2MnWA Spring
65Si2MnWA弹簧钢丝断裂分析
Clinical analysis of treatment of nasalacximal duct obstraction in mitomycin c with no cut operation;
无创口鼻泪管钻切术联合丝裂霉素治疗鼻泪管阻塞疗效分析
Effect of needling revision combined with subconjuctival injection of mitomycin C on dysfunctional filtering blebs
丝裂霉素C联合针刺分离治疗无功能滤过泡的疗效
The way cells split during mitosis
有丝分裂时细胞分裂的方式。
chromosomes are distributed by spindles in mitosis and meiosis.
在有丝分裂及减数分裂时染色体沿纺锤体排列。
Observation of Mitosis and Meiosis in Rice Cells by Simply Prepared Glass Slide
简易压片法观察水稻有丝分裂和减数分裂行为
The entire process of cell division including division of the nucleus and the cytoplasm.
有丝分裂过程包含细胞核和细胞质分裂的整个细胞分裂过程
Fracture Strength of Wires with Cracks in Suspension Bridge
带裂纹的悬索桥主缆钢丝的断裂强度分析
The transformation of small lymphocytes into larger undifferentiated cells that are capable of undergoing mitosis.
胚细胞样转变小淋巴细胞向使其能经历有丝分裂的无差别的较大细胞的转变
The mitotic route can be seen.
有丝分裂的途径可以看到。
At the onset of mitosis, prophase, the nucleolus breaks down.
有丝分裂的开始称为前期，核仁消失。
Microtubules have dominated our think about the mitotic mechanisms.
微管促使我的思考有丝分裂的机制。