本研究分别建立了8种槐树的组织培养再生体系，比较了各品种的再生能力及试管苗的生根率。
The regeneration systems for 8 Sophora genotypes were established. The regeneration ability and rooting rate of them were compared with different genotypes.
转基因番茄子叶、茎段、子叶节经愈伤诱导、分化诱导、分化培养及生根培养能获得再生植株。
Cotyledon, stem and node of transgenic tomatoes can obtain regenerate plants by means of inducing recovery, inducing differentiation, culturing of differentiation and culturing of taking root.
椪柑无菌苗上胚轴为实验材料进行离体培养，研究了不同种类的激素及其组合对椪柑上胚轴出芽及再生芽生根的影响。
We studied effects of different hormones and combination on buding and rootting of Citrus reticulata Blanco epicotyl in tissue culture.
本论文的研究内容及结果如下：1。通过对分化和生根培养基的筛选，我们建立了高效的番茄再生体系。
The results are as follows:1. We first established an efficient tomato regeneration system by screening differentiation and rooting medium.
结果表明：不同品种之间的叶片再生能力和生根速率差异十分显著，ZT浓度和IBA浓度及二者比例也是影响蓝莓叶片再生和生根速率的重要因素。
The results showed that the main factors leading to regeneration from leaves was the ratio of ZT and IBA. Propagation ability from leaves on three cultivars were significantly different.
另外，以叶片再生不定芽为试材，进行了不同激素组合对百合增殖和生根的研究。
For the multiplication and root development of the adventitious bud from leaf disc, hormone concentration and composition were also examined in this study.
与IAA和NAA相比，IBA对再生芽生根效果较好。
菊苣再生苗生根较容易，IBA和NAA均能诱导菊苣再生苗生根，但浓度过高会抑制其生根。
Chicory's regrowth took root easily, both NAA and IBA could induct rooting, but it would be inhibited if the concentration of auxins were too high.
MS培养基有利于再生植株的生根；
MS培养基有利于再生植株的生根；
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