1) Pathogenicity
[,pæθədʒi'nisiti]
致病力
1.
Animal Experimental Study of the Pathogenicity of Penicillium marneffei Through Skin Injury;
经皮肤损伤感染马尔尼菲青霉菌致病力动物实验研究
2.
Pathogenicity Differentiation of Wild Pathogens of Tobacco Bushy Top Disease;
烟草丛顶病野生毒株的致病力分化
3.
Effects of environmental factors on the pathogenicity of Beauveria bassiana to Bactrocera dorsalis(Hendel);
环境因子对球孢白僵菌侵染桔小实蝇致病力的影响
2) virulence
[英]['virjuləns] [美]['vɪrjələns]
致病力
1.
Study on the virulence of Penicillium marneffei wide type and clinical isolates;
马尔尼菲青霉菌野生株和临床分离株致病力研究
2.
Different Virulence of Pine Wood Nematode from Japan and China on Cedrus deodara;
中日两国的松材线虫对雪松的致病力差异
3.
Study on the Virulence Variation of Isolated Species of Pine Wood Nematode in Several Subultures;
多次继代培养的松材线虫分离种致病力变异的研究
3) Pathogenic ability
致病力
1.
According to determining the indoor pathogenic ability,infective rate were separately 72.
经室内致病力测定,接种浓度4亿/mL、8亿/mL、12亿/mL,54 d的感病率分别是72。
2.
They were designated as 11 genera, and the pathogenic ability of 6 popularly distributed genera of 11 was studied through reinoculation experiment.
回接实验研究了其中分布较普遍的6个属优势菌的致病力,表明不同菌的致病力强弱有较大差异,在相同培养条件下,Rhizoctoria使种仁的发病程度最严重,致病力最强,Penicilliumsp。
3.
According to determining the indoor pathogenic ability under inoculating with Sclernderma guani and artificial inoculation,after breeding 30 days at 22～25℃,the death rates of Semanotus bifasciatus are 100% and 58.
经管氏肿腿蜂带菌接种与人工接种方法的室内致病力测定,在22~25℃条件下饲养30 d,双条杉天牛幼虫感病致死率分别为100%、58。
4) human/pathogenicity
人/致病力
5) pathogenicity
[,pæθədʒi'nisiti]
致病能力
1.
Contribution of NS gene to the pathogenicity of H5N1 influenza virus A/goose/Guangdong/1/96 in chicken;
H5N1亚型禽流感病毒A/goose/Guangdong/1/96的NS基因对鸡致病能力的影响
2.
The pathogenicity of 33 isolates ofMagnaporthe griseamainly from Yunnan Province was an-alyzed by inoculation onto 43 rice varieties.
72%之间,菌株的致病能力与生境来源存在一定关系,宜良菌株致病力最强,致病频率达81。
3.
The pathogenicity of an avian influenza virus (AIV) isolated from muscovy duck named ZM strain was investigated in different gallinaceous species with a chicken-origin AIV named JC strain as the control.
结果显示ZM株与同期分离JC株致病能力相当,两毒株均对鸡、鹅、番鸭、鹌鹑和鹧鸪显示了很强的致病能力,致死率50％-100％,死亡禽类的肝、肾、肺、脾、胰腺等多个组织器官均存在严重的损伤。
补充资料：致病力
致病力
virulence
即毒力，指致病微生物侵袭宿主造成疾病的能力。一般用对实验动物的最小致死量来表示。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条