进境美国苹果果实中黑斑病病原的初步鉴定。
Identification of pathogen of apple black spot from America.
这就可以解释为什么一些病原体能够侵袭人类的免疫系统。
This could explain why some pathogens are able to thwart the human immune system.
这个基因转移可能是由寄生生物或病原体介导产生的。
It is likely that the gene transfer was mediated by a parasite or a pathogen.
但是要杀死所有有毒的病原体肉要很熟。
But to kill any toxic pathogens, the meat must obviously be cooked.
下面列举几种你可能在游泳池里传染到的病原物。
Here are the pathogens you might be sharing the pool with this summer.
这种对寄主——病原体相互作用的理解可能成为i进行干预治疗的基础。
This understanding could then be a foundation for intervention.
这里可能有许多靠空气传播的病原体携带病毒。
There would have to be some sort of airborne pathogens that spread the virus.
对于病原体，这并不是一个好的方法。
但是其它形式的致命病原体今天依然折磨着受害者。
But other forms of the deadly pathogen still plague victims today.
建立起的数据流可以帮助医生们更好的了解这种疾病的发病原因。
This constant data flow will help doctors better understand the causes of the disease.
这张图片显示了莱姆病原体在人类血液中的样子。
Here, the pathogen that causes Lyme disease is shown in human blood.
还有一些，尤其是那些生活在肠道内的寄生虫和病原体，会阻止它们的寄主吸收食物。
Some, particularly those that live in the gut, stop their host absorbing food.
但是还是会有一些病原本以孢子的形式存活下来。
人类是这种病原体最主要的宿主。
一些病原体是比在这挑战的其它成功的更多。
Some pathogens are more successful than others in this challenge.
已经发现至少有一种禽病的病原体。
近年来该病原体日益受到人们的关注和重视。
感染是病原体与宿主间相互作用的结果。
Infection is an outcome from mutual interactions between pathogen and host.
孤独症的发病原因尚未知，但几种基因会起到作用。
The cause of autism is not known, but several genes may play a part.
分离焦虑症发病原因(3)陌生的活动室环境。
Etiology of separation anxiety (3) strange activity room environment.
医学研究人员决心找出禽流感的发病原因。
The medical researchers are determined to find out the cause of bird flu.
“我是……”命题模式在《病原生物学》教学中应用的初探。
Discussion of Application of "I am..." Mode in Pathogen Biology Teaching.
小儿疾病的发病原因。
类立克次体是导致鱼类病害的重要病原体。
Rickettsia - like organism was an important pathogen which caused the fish disease.
因此，快速、正确地确定病原体是控制疾病的关键。
Rapid and accurate identification of etiologic agent is the key to control the disease.
病原菌给人类带来的危害极大。
基因对基因假说是植物一病原相互作用的遗传学解释。
Gene for gene hypothesis is the genetic explanation for plant-pathogen interaction.
分离焦虑症发病原因(4)要求的提高。
每次感染都是一次侵染病原体与被侵染宿主间的战斗。
Every infection consists of a battle between the invading pathogen and the resisting host.
每次感染都是一次侵染病原体与被侵染宿主间的战斗。
Every infection consists of a battle between the invading pathogen and the resisting host.
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