1) Ascochyta tini
壳二孢菌
1.
Different treatments were tested in the aloe field and soil in reservoir region of Three Gorges,the result showed:both seedlings and soil disinfected with Ruidumei and nanometer silicon could effectively control aloe seedling diseases;while a contrast experimenta about the effect of nanometer silicon against Ascochyta tini on aloe was studied.
结果表明,种苗和土壤用瑞毒霉加入纳米硅消毒后能有效防治芦荟苗期褐斑病;纳米硅对芦荟褐斑病病原菌壳二孢菌的生长有抑制作用,改变了菌丝生长的形态,但对孢子萌发影响不显著。
2) Septoria musiva
壳针孢菌
3) Aschersonia sp
座壳孢菌
1.
After the colony shape feature observation experiments, the colony growth speed experiments , the spore - producing observation and conidial germination experiments on the parasitic fungus Aschersonia sp.
对栎链蚧Asterodiaspis variabile Russell的座壳孢菌Aschersonta sp。
4) ascochitine,ascochytin
壳二孢素
5) Sphaeropsis sapinea
松球壳孢菌
1.
Comparative studies on the growth of Sphaeropsis sapinea isolates;
松球壳孢菌菌落生长速度对比研究
2.
Comparative studies on the morphology of Sphaeropsis sapinea spores and mycelia;
松球壳孢菌菌落及孢子形态学对比研究
3.
Inoculations revealed that the Chinese isolates of Sphaeropsis sapinea were similar to American A isolates in pathogenicity which was much nore aggressive than B isolates.
实验证明 ,国内供试松球壳孢菌 (Sphaeropsissapinea)的致病力明显高于美国的B型菌株 ,与A型相似 ,致病性较强。
6) fusicoccin
[,fju:si'kɔksin]
壳梭孢菌素
1.
In this paper, pharmacological and fluorescence ratio photometry was applied to investigate the effect of proton pump activator fusicoccin and inhibitor sodium vanadate on Arabidopsis pollen germination and cytosolic calcium concentration in pollen cells.
为了探索花粉细胞质膜质子泵在花粉萌发和花粉管生长过程中的作用及其可能的作用机理,本文以拟南芥花粉为材料,采用常规植物生理学方法和数字荧光比率测定技术,利用细胞质膜质子泵特异性激活剂壳梭孢菌素和抑制剂钒酸钠对花粉细胞进行处理,对质子泵活性调节剂在花粉萌发、花粉管生长及细胞内钙离子浓度等方面的影响进行了研究。
2.
In order to verify the role of proton pump in stomatal movement,the effect of its activator(fusicoccin)and inhibitor(sodium vanadate)on stomatal movements and .
为了探索细胞质膜质子泵在气孔运动过程中的作用及其可能的作用机理,本文以拟南芥叶片表皮条为材料,采用常规植物生理学方法和数字荧光比率测定技术,利用细胞质膜质子泵特异性激活剂壳梭孢菌素和抑制剂钒酸钠对保卫细胞进行处理,对质子泵活性调节剂对气孔开度和保卫细胞内钙离子浓度的影响进行了研究。
补充资料:倍司特克、CMX、头孢塞肟四唑、氨噻肟唑头孢菌素、头孢氨噻肟唑、噻肟唑头孢
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CAS号:暂无
性质:暂无
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