amitosis

1. Amitosis was considered only to exist in lower plants, or abnormal in higher plants, accidental form of the cell division.
   摘要无丝分裂常被人们认为是只存在于低等植物中，是高等植物中不正常的或偶然见到的细胞分裂方式。
2. Determination of membrane potential of protozoa during the interphase and amitosis.
   几种原生动物及其分裂各期膜电位的测定。
3. During the callus formation many cells divided in amitosis.
   细胞分裂出现较多的无丝分裂。
4. Preliminary Study on Amitosis of Adult Corneal Endothelial Cells
   成人角膜内皮细胞无丝分裂现象初步研究
5. Electron microscopical observations on wheat pollen nuclear amitosis in vitro
   小麦离体花药中花粉核无丝分裂的电子显微镜观察
6. Amitosis was the main way of cell division at the stage of cell dedifferentiation.
   叶肉细胞脱分化后，其分裂方式为无丝分裂。
7. Amitosis on the Pericarp Cell and the Secondary Growth on the Storage of Citrus tangerina
   福桔（Citrustangerina）贮藏过程中二次生长与果皮细胞无丝分裂
8. Studies on the Amitosis of Microspores of Aneurolepidium chinense
   羊草小孢子的无丝分裂
9. The main results were as follows: ( 1) In rice endosperm, the division of free nuclei and cells had two kinds of forms: amitosis and mitosis, and the amitosis was the majority.
   主要结果如下：（1）水稻胚乳游离核与细胞的分裂有两种形式：无丝分裂与有丝分裂，并以无丝分裂为主。
10. The primary division way of the free nucleus in rice was amitosis, While the one in wheat was mitosis.
    水稻游离核的分裂以无丝分裂为主，而小麦游离核的分裂以有丝分裂为主。
11. The result showed that nuclear amitosis was the only kind of division in all these cells.
    实验结果表明：所有细胞细胞核的分裂方式均为无丝分裂，未发现有丝分裂现象。
12. Conclusion The corneal endothelial cells of the primate have regenerative power, and the form is amitosis.
    结论灵长目动物角膜内皮细胞在一定条件下有再生能力，其再生方式为无丝分裂。
13. The major results are as follows: ( 1) Barley endosperm nucleus division has two forms: mitosis and amitosis, and the former is the majority.
    主要结果如下：（1）二棱大麦胚乳核的分裂有两种方式：有丝分裂与无丝分裂，并以有丝分裂为主；
14. Amitosis began with a transversal constriction of nucleus to form dumb bell shaped nucleus which later split into two daughter nuclei, and completed with the separation of cytoplasm to form two new cells.
    无丝分裂过程先是细胞核中部缢缩形成哑铃状细胞核，然后分裂成两个子细胞核，最后细胞一分为二、完成细胞分裂。
15. The nuclei of endosperm are amitosis and its division is not synchronous.
    胚乳核为无丝分裂，分裂不同步。
16. Phenomenon Amitosis in human acute myeloid leukemia
    人急性粒细胞白血病细胞的无丝分裂现象
17. 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
18. In the process of cell dedifferentiation, cell division form was the amitosis of the nucleus break-up.
    细胞脱分化过程中，细胞分裂以核缢裂的无丝分裂方式进行。

noun

1. the direct method of cell division characterized by simple division of the nucleus without formation of chromosomes