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1·The discussion was centred on dedifferentiation and redifferentiation.

重点讨论了去分化与再分化问题。

2·Incomplete resection results in local recurrence even in the absence of dedifferentiation.

即使在没有”失分化”的情况下，切除不完整将导致局部性再发。

3·The rest of phloem also produced callus through dedifferentiation. In addition, there was callus from xylem.

残存的韧皮部也可以脱分化形成愈伤组织， 此外， 还存在愈伤组织源于木质部的情况。

4·Objective: To investigate the dedifferentiation of glia cells and the expression of related molecules after optic nerve injury.

目的：研究视神经损伤后神经胶质细胞去分化的程度及相关分子的表达。

5·The authors still discussed the relation of dedifferentiation and redifferentiation of leaf cells of tobacco with plant hormon.

作者在文中还讨论了烟草叶细胞脱分化和再分化与植物激素、蔗糖和培养材料的关系。

6·Objective: To study the isolation and culture of chondrocyte of joint cartilage, and the influence of EGF on its growth and dedifferentiation.

目的：研究关节软骨细胞的原代分离及体外培养，了解表皮细胞生长因子(EGF)对其生长和去分化趋势的影响。

7·Our findings suggest that direct cell type conversion occurs via successive steps, and that dedifferentiation can occur in the absence of cell division.

我们的发现表明，细胞类型的直接转变是逐步完成的，而且这个去分化的过程能够在无细胞分裂的情况下发生。

8·Conclusion: the decreased expression of E-CD might be responsible for the cellular dedifferentiation, the infiltrative growth and poor prognosis of gastric carcinomas.

结论：E - CD减弱表达与胃癌细胞分化差、浸润型生长及预后较差密切相关。

9·It appeared that the sugarcane leaf segments dedifferentiation and callus formation induced by 2.4-d May be related with the changes of endogenous levels of zeatin, zeatin riboside and ABA.

据此我们认为在甘蔗组织培养中2.4 - D可能通过调节内源激素的水平及其相互作用，引起培养物中某些生理生化过程发生改变，从而进行脱分化和愈伤组织形成。

10·The effects of several factors on dedifferentiation and redifferentiation of Pueraria lobata earthnut were investigated by orthogonal experiment, single factor experiment and plant tissue culture.

采用正交试验、单因子试验和植物组织培养方法，探讨几种因子对野葛块根组织脱分化与再分化的影响。