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1·The establishment of blackwood calli system.

黑木相思愈伤组织体系的建立。

2·They were induced to small calli in the medium.

原生质体在培养基中诱导出小愈伤组织。

3·The calli produced buds on differentiation medium.

愈伤组织在分化培养基上产生幼芽。

4·The calli were placed on MS medium for proliferation.

然后转入固体培养基中增殖。

5·This is the first report of obtaining bergenin from calli of Ardisia spp.

本文首次报道从紫金牛属植物的愈伤组织中检出岩白菜素。

6·The most of calli grow well and the callus induction frequency was 96.8%.

其愈伤组织绝大多数生长良好，出愈率达96.8%。

7·GUS assay indicated that foreign gene had expressed in maize cell and calli.

GUS染色证明外源目的基因在玉米细胞和组织中得到了表达。

8·In Citrus, the embryogenic calli consisted of embryogenic and non-embryogenic cells.

长期继代培养的柑橘胚性愈伤组织由胚性细胞和非胚性细胞组成。

9·The results showed that leaf explant calli were originated from succulent leaf cells.

结果表明：叶片愈伤组织起源于叶肉细胞；

10·Unfrozen calli were then cultured in darkness and grew well with a high survival rate.

化冻后的愈伤组织在黑暗中培养生长较好，存活率高。

愈伤组织

1·Plant oligosaccharides extracted from wheat cell wall was used to treat the suspension -cultured cells and calli of the crop, and subsequently phytoalexins were isolated from the treated materials.

采用从小麦细胞壁提取的低聚糖处理小麦的悬浮培养细胞和愈伤组织，并从这两种处理材料中都分离出抗毒素。

2·Cell cycle analysis can provide reference for researching the physical and chemical mutagenesis to citrus calli.

细胞周期分析可为研究柑橘愈伤组织理化诱变提供依据。

3·In the process of rice genetic transformation, the levels and changes of endogenous phytohormones affect calli's physiological status.

水稻遗传转化过程中，内源激素的含量及变化影响着愈伤组织的生理状态。

4·And the contents of total alkaloid in adventitious roots is higher than that in calli and buds.

其中不定根中的总生物碱含量高于愈伤组织和不定芽丛。

5·The establishment of blackwood calli system.

黑木相思愈伤组织体系的建立。