amitosis

amitosis

1. Amitosis in human acute myeloid leukemia

人急性粒细胞白血病细胞的无丝分裂现象

2. reaction amitosis

反应性无丝分裂

3. Keywords pituitary;amitosis;proliferating cell nuclear antigen;apoptosis;senescence;

垂体;无丝分裂;增殖细胞核抗原;细胞凋亡;衰老;

4. Teaching and research on amitosis and histodynamics were sparse.

实验材料缺乏科学系统编排；

5. Chills, fever, headache, cough, amitosis, pain of the limbs, stuffy and running nose, itching of the throat, hoarse voice, profuse thin sputum, white tongue coating, floating and tense pulse.

恶寒发热，无汗，头痛，四肢酸痛，鼻塞、流涕，喉痒，咳嗽声重，痰多清稀，舌苔薄白，脉浮紧。

6. The regenerative form of corneal endothelial cells of the adult, infant and fetal primate was amitosis under both physiologic and pathologic conditions.

成年及幼年灵长目动物角膜内皮细胞在生理和病理条件下的再生方式均为无丝分裂。

7. pseudo amitosis

拟无丝分裂

8. 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。

9. amitosis, amitoses

无丝分裂

10. Amitosis Nuclear division characterized by the absence of a nuclear spindle and leading to the production of daughter nuclei with unequal sets of chromosomes.

无丝分裂：是一种比较简单的分裂方式。在无丝分裂时看不见染色体的复杂变化，核物质直接分裂为二部分。

11. Amitosis did not occur.

未观察到无丝分裂过程。

12. Compare amitosis;

比较amitosis;

13. The division ways of free nuclei in rice endosperm differed, including mitosis, amitosis, and the way that the daughter nuclei from mitosis went into amitosis without interphase.

水稻胚乳游离核的分裂具有多样性，既有有丝分裂，也有无丝分裂，还有有丝分裂后的子核不经间期随即进行无丝分裂等方式;

14. Amitosis in human leukemia cells

白血病细胞的无丝分裂现象

15. The results revealed that two cases of amitosis existed in acute myeloid leukemic cells.

结果发现在2例标本中存在白血病细胞的无丝分裂现象。

16. 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。

17. Conclusion: Amitosis and asymmetric division play an important role in PC12 cell pleomorphism.The asymmetric division possesses important significance in tumorigenesis and differentiation.

结论：无丝分裂和不对称分裂是PC12细胞多形性形成的主要原因，肿瘤细胞无丝分裂及其不对称性对肿瘤发生及肿瘤细胞的分化具有重要意义。

18. 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。

19. Observations with Fluorescent Staining of Amitosis in Nitellopsis obtuse

荧光染色观察钝节拟丽藻中无丝分裂的研究