悬铃木

We have previously established The high frequency regeneration system by using the young leaves of Platanus acenfoliaWill as the culturing materia.

我们已经建立了利用悬铃木叶片培养诱导植株的高频再生体系。

The effects of different culture media, preservation condition and time on the germination of pollens collected from 30-40 years old Platanus acerifolia tree were studied.

以30~40年生悬铃木的花粉为试材，研究了不同培养基对其萌发的作用，同时探讨了不同贮藏条件和贮藏时间对花粉生活力的影响。

PCR and PCR-Southern tests showed that the antisense-PLD-γ gene has been integrated into Platanus acerifoliaWilld genome.

对抗性植株进行了PCR和PCR-Southern杂交鉴定，证明反义PLDY基因已整合进悬铃木核基因组中。

Study on the EtOAc participated fraction from the barks of Platanus orientalis Linn.

研究了三球悬铃木树皮的酚类化学成分。

To partially purify Platanus acerifolid of Wild pollen allergen and analyze the immunocompetence of its major proteins.

目的对悬铃木属花粉变应原进行初步纯化并对其主要成分进行免疫学活性分析。

The system laid a foundation for the genetic cultivation new cultivars of platanus orientoelis L.

该体系为进行农杆菌介导目的基因培养悬铃木新品种奠定了基础。

In Tehran, Iran, North, ALBORZ close to the mountains of the hill areas, to cover up a huge Platanus dozens of elegant villa.

在伊朗首都德黑兰北区，紧靠ALBORZ山脉的山丘地带，巨大的悬铃木遮掩着数十座精致的小别墅。

The Platanus pollen allergen had six kinds of main proteins and the proteins of 50, 39, 22 kd in the first peak were the major allergenic components and that of 16 kd in ascending part of second peak was the minor allergenic components.

结论悬铃木属花粉变应原含有6种主要蛋白成分，第一峰的50、39和22 kd的蛋白质为主要致敏组分，第二峰升段的16kd蛋白质为次要致原。

Results showed that the seed germination rate,emerged seedling rate and survival seedling rate of Platanus aceriflia Willd.decreased with dose increase at the dose of 50～400Gy,as well as the plant height,fresh weight and length of root.

结果表明，在50~400Gy辐射范围内，随着剂量的增加，悬铃木种子的萌发率、出苗率、成苗率降低，株高、鲜重、根长也明显下降。

The second is Platanus occidentalis L., the broad-leafed plants that there is fuzz in the blade.

Globosa'；②叶片有绒毛的阔叶植物种，包括一球悬铃木Platanus occidentalis L。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。