瓜叶菊

结果表明，瓜叶菊对Fe2+具较强的富集与净化能力，随瓜叶菊对Fe2+富集量的增加，CAT活性下降，质膜透性增大。

The results show that Cineraria Cruenta has great ability to purify Fe2 + in wastewater . The active of CAT is decent and cytomembrane permeability is raised in the process .

矿质元素与多效唑对瓜叶菊生长的影响

Effect of Mineral Elements and Paclobutrazol on Growth of Florists Cineraria

结果表明，在低温胁迫下，瓜叶菊叶片的叶绿素含量、质膜相对透性、超氧化物歧化酶（SOD）活性、丙二醛（MDA）含量、可溶性糖含量均有明显的变化。

℃ . The results showed that the contents of chlorophyll , relative plasmalemma permeability ( RPP ), the activity of superoxide dismutase ( SOD ), the contents of malondialdehyde ( MDA ) and soluble sugar changed significantly .

瓜叶菊（Senecio×hybridus）对热胁迫的反应及耐热变异体的研究

Studies on Response to Heat Stress and in Vitro Selection of Heat - Tolerant Variants in Senecio × Hybridus

低温胁迫对瓜叶菊几个品系生理反应的影响

The Effect of Low-Temperature Stress on Physiological Reaction of Some Breeds of Cineraria

瓜叶菊保护地栽培主要病虫害及其防治

Prevention and Control of Diseases and Pests of Florists cineraria Grown in Protected Land

瓜叶菊开花生物学及杂交育种技术探讨

A Studys on the Biology of Blossom and the Crossbreeding Technique of the Florists Cineraria

筛选出了在瓜叶菊舌状花中稳定表达的内参基因。

We screened out the reference genes which expressed stalely in the ray flowers of cineraria .

在不同的水分胁迫下，各品系的瓜叶菊叶片各项生理指标做出了不同程度的反应。

In different water stress , the strain of Cineraria leaves to the indicators with varying degrees of reaction .

其中稀土对瓜叶菊生长的影响最大，其次为硫酸锰和硼酸。

Among the Micro-fertilizer , the tombarthite had greater influence on the grown of florists cineraria , then manganese sulfate and boric acid .

母亲亦替她给阳台上的那盆紫蓝色的瓜叶菊浇了水。还给她带来了一小盒酸酸甜甜的冰镇草莓。

Mother watered the pearl blue Cineraria Cruenta out on the balcony and brought her a little box of strawberries that tasted sweet and sour .

根据这一研究结果认为瓜叶菊是研究花青素苷合成途径及其分支调控机制的重要材料。

According to the results of this study , we believed that Senecio cruentus is an important material for the study of the synthesis and branch regulation mechanism of anthocyanidins . 2 .

为建立瓜叶菊愈伤组织再生体系，以瓜叶菊花梗、花托为外植体进行了愈伤组织诱导和分化研究。

In order to establish the plant regeneration system of callus of Senecio × hybridus , using pedicel and receptacle as explants and taking MS as basic media , callus induction and differentiation of Senecio × hybridus were studied .