洋桔梗

为了优化洋桔梗的转化条件，研究了其再生系统和抗生素敏感性。

In order to optimize the transformation conditions for Eustoma grandiflorum , the regeneration system and antibiotics sensitivity were also investigated .

本研究以月季、洋桔梗和硫华菊为试验材料，运用真空冷冻干燥法、包埋干燥法对其干燥方法进行了研究。

In this thesis , a number of experimental had been performed on Rosa hybrida , Eustoma grandiflorum and Cosmos sulphurens , using the technique of vacuum freeze-drying and embedding drying .

通过基因组DNA的PCR检测得到转基因阳性株，其中烟草24株，洋桔梗8株。

The positive transgenic plantlets with 24 tobacco transformants and 8 lisianthus transformants were obtained by PCR of genomic DNA .

从而为农杆菌介导的Bt基因遗传转化康乃馨和洋桔梗奠定了基础。

It laid a foundation for the Agrobacterium-mediated genetic transformation of Bt gene into carnations and lisianthus . 5 .

洋桔梗切花衰老过程中的蛋白质变化

Protein Changes in Eustoma grandiflorum Cut Flowers during Their Senescence

洋桔梗在天津地区的栽培试验

Experiment on Eustoma grandiflorum Cultivation in Tianjin Area

赤霉素对不同光温条件下洋桔梗幼苗生长的影响

Effect of GA on Seedling Growth of Eustoma grandiflorum under Different Light and Temperature Conditions

然而，研究焦点主要集中在经济农作物上，花卉抗虫基因工程虽然有一定发展，但是还处于初级阶段，而且关于洋桔梗抗虫基因工程的研究几乎还未见报道。

Since most researches focus on economic crops , insect-resistant genetic engineering of flowers although have developed , but also in infancy , and the insect-resistant genetic engineering on Eustoma grandiflorum has not been reported almost .