再分化

基本解释 (translations)

redifferentiation  ·  metanalysis

与再分化相关的网络例句 [注：此内容来源于网络，仅供参考]

Epidermal cells near the wound dedifferentiate and proliferate forming blastema and/or migrate to the wound plane forming a pre-epidermis consisting of several layers of stem cells covering the wound plane, which then re-differentiates further forming fully developed epidermis. Cells in the parietal peritoneum are also induced by injury to dedifferentiate into stem cells which then proliferate and migrate along the parietal peritoneum to the wound place forming a pre-peritoneum which re-differentiates into fully developed parietal peritoneum.

伤口愈合包括伤口闭合、顶端表皮层及体腔上皮的新生：创伤后的前4 d，残腕顶端的肌肉组织向伤口处迁移并重排使伤口闭合；创伤附近的表皮层细胞发生脱分化并增殖后迁移到创伤面形成由数层干细胞组成的前表皮层，之后进一步分化形成表皮层；而体腔上皮细胞在创伤诱导下也脱分化并增殖，然后沿体腔上皮迁移到创伤处形成"前体腔上皮"，经再分化形成新的体腔上皮。

The differentiation ability for different parts of bulblet leaves was studied,and the results showed that the apical part of leaves did not regenerate,however,mass shoot regeneration occurred from the leaf base,occasionally from the middle part.

通过对再生苗叶片不同部位的再分化实验，比较得出小鳞茎叶的叶片基部分化能力非常强，而叶片上部基本不分化，鳞茎叶基部是建立高频快速再生体系的首选材料。

The bulblets enlargement can not be affected significantly by AC, but the quality of bulblets can be enhanced in the medium with appropriate concentration of AC. Medium with higher concentration sucrose can promote bulblet enlargement but inhibit bulblet formation.

L-1多效唑有利于子球再分化；活性炭对子球增大无明显影响，但适当浓度的活性炭能提高培养子球的品质；高浓度蔗糖能促进子球增大，但对子球再分化有抑制影响。

The organs dedifferentiation and redifferentiation was determined by homone kinds and thier concentration in MS medium.

器官的脱分化与再分化决定于培养基中的激素种类及其浓度。

However,the combination of BA with IAA promoted thededifferentiation and redifferentiation,though the regeneration frequency differed in kindsof combinations,among which the combinations of 2.0-3.0 mg/l BA + 0.5 mg/l IAAproduced a highest differentiation frequency of 70％or so.

在仅添加了BA的分化培养基上，下胚轴脱分化和再分化都比较困难，而BA和IAA配合使用时却能很好地促进下胚轴的脱分化和再分化。不同BA和IAA配比组合中下胚轴的不定芽分化率存在差异，其中以BA2.0-3.0mg/l+IAA 0.5mg/l组合的不定芽分化率最高，均达到了70％左右。

When already described standard neurodifferentiation protocols were used, cultures exhibited only transient neurodifferentiation followed by either redifferentiation into a fibroblast-like phenotype or massive cell death.

采用神经分化的标准方法，再分化为纤维样表型细胞或大量死亡之后有部分由部分向神经系统方向分化。

The traits of dedifferentiation and redifferentiation of the explants form H. sampsonii show that the calli the stem and leaf usually form buds at its parietal cells. In the presence of auxin, the parenchyma of the leaf gap at the node is initiated firstly, then, develops blastemata that form buds in a cluster on the node without callus. These show that the various parts ofthe herb differ greatly in cell initiation and organ differentiation.

研究元宝草外植体的脱分化和再分化的特点结果表明，茎段和叶片启动形成愈伤组织，其不定芽通常发生在愈伤组织的周边区，茎节叶腋的叶隙薄壁组织在激素的诱导下启动、分裂，不形成愈伤组织而直接器官分化成芽原基，并在节结处产生一圈成簇的不定芽，表明元宝草不同部位的细胞启动及器官分化调控存在差异。

CONCLIUSION: Human myoblast could be induced to neuron-like cells treated with ciliary neurotrophic factor and Salvia miltiorrhiza injection. The p44/p42 kinase participates in redifferentiation of myoblasts by phosphorylation.

经睫状神经因子预诱导后逐渐去分化的成肌细胞，在丹参注射液的诱导下能够成功分化为表达神经元特异蛋白标记物的神经元样细胞，p44/p42激酶通过磷酸化参与了成肌细胞的再分化过程。

Epidermal cells near the wound dedifferentiate and proliferate forming blastema and/or migrate to the wound plane forming a pre-epidermis consisting of several layers of stem cells covering the wound plane, which then re-differentiates further forming fully developed epidermis. Cells in the parietal peritoneum are also induced by injury to dedifferentiate into stem cells which then proliferate and migrate along the parietal peritoneum to the wound place forming a pre-peritoneum which re-differentiates into fully developed parietal peritoneum.

伤口愈合包括伤口闭合、顶端表皮层及体腔上皮的新生：创伤后的前4 d，残腕顶端的肌肉组织向伤口处迁移并重排使伤口闭合；创伤附近的表皮层细胞发生脱分化并增殖后迁移到创伤面形成由数层干细胞组成的前表皮层，之后进一步分化形成表皮层；而体腔上皮细胞在创伤诱导下也脱分化并增殖，然后沿体腔上皮迁移到创伤处形成&前体腔上皮&，经再分化形成新的体腔上皮。

Plant tissue culture is a process whereby the completely differentiated cellsdedifferentiate and redifferentiate.

植物组织培养是已完全分化的细胞去分化和再分化的的过程。

与再分化相关的网络解释 [注：此内容来源于网络，仅供参考]

adventitious root：不定根

不定根(adventitious root)的形成是植物发育生物学中一个重要而基本的问题,对离体繁殖也同样具有重要意义. 不定根形成经历了脱分化和再分化的过程,是通过基因调控发生的. 基因功能的执行体-功能性蛋白在此过程中起着重要的作用.

dedifferentiation：去分化

借用英国社会学家斯科特.拉什(Scott Lash)的"分化 / 去分化"的三段论的发展逻辑来说,欧美社会从前现代、现代再到后现代社会的演化过程便是--前现代是"前分化"时代,现代是不断"分化"的时代,后现代则是"去分化"(dedifferentiation)的时代.

differentiated：已分化的

deferred surgery 延期手术:先化疗,肿瘤有所缩小后再手术 | differentiated 已分化的 | undifferentiated 未分化的

microgametocyte：小配子母细胞

裂殖子经过多次生殖之后,部分的裂殖子分别分化成大配子母细胞(macrogametocyte)及小配子母细胞(microgametocyte),由大、小配子母细胞再分化形成大、小配子,大配子不善于活动,也称雌配子(famalegamete),小配子具鞭毛,可以游动,

redifferentiation：再分化

10.再分化(redifferentiation) 由处于脱分化状态的愈伤组织或细胞再度分化形成不同类型细胞、组织、器官乃至最终再生成植株的过程. 愈伤组织的再分化通常可发生两种类型,一类是器官发生型,分化根、芽、叶、花等器官,另一类是胚状体发生型,

totipotent stem cell：全能干细胞

其中,全能干细胞(totipotent stem cell)有多向分化潜能,能分化形成身体所有类型的细胞. 其次是多能干细胞(pluripotent stem cell),常由全能干细胞分化而来,可以再分化出多种类型的细胞,但不可能分化出足以构成完整个体的所有细胞. 再次,

metanalysis：再分化

metamotivation 衍生动机 | metanalysis 再分化 | metaneed 衍生需求

reinitiation site：再起始位点

再分化|redifferentiation | 再起始位点|reinitiation site | 增变基因|mutator gene

redirected activity：再定向行为

redifferentiation 再分化 | redirected activity 再定向行为 | redirection activity 再定向行为

independent differentiation,self-differentiation：非依赖性分化

再分化 redifferentiation | 非依赖性分化 independent differentiation,self-differentiation | 依赖性分化 dependent differentiation