leucocytozoan infection
白细胞虫感染
leucocytozoan parasites
白细胞虫寄生虫
leucocytozoan disease
白细胞虫病
leucocytozoan species
白细胞虫种类
infected with leucocytozoans
感染白细胞虫
leucocytozoan prevalence
白细胞虫的流行情况
leucocytozoan transmission
白细胞虫传播
avian leucocytozoan
禽类白细胞虫
leucocytozoan diagnosis
白细胞虫诊断
preventing leucocytozoans
预防白细胞虫
avian veterinarians often encounter leucocytozoans in migratory birds during breeding season.
禽类兽医在候鸟的繁殖季节经常遇到莱乌细胞虫。
research has shown that leucocytozoans can cause severe anemia in infected poultry.
研究表明，莱乌细胞虫可导致感染家禽出现严重贫血。
the life cycle of leucocytozoans involves complex development within black fly vectors.
莱乌细胞虫的生活周期涉及在黑蝇等传播媒介中的复杂发育过程。
control measures for leucocytozoans typically focus on vector management.
莱乌细胞虫的防控措施通常集中在传播媒介的管理上。
molecular techniques have improved the detection of leucocytozoans in bird populations.
分子技术提高了对鸟类种群中莱乌细胞虫的检测能力。
leucocytozoans compete with other blood parasites in co-infected avian hosts.
莱乌细胞虫在共感染的鸟类宿主中与其他血液寄生虫竞争。
climate change may expand the geographical range of leucocytozoans.
气候变化可能会扩大莱乌细胞虫的地理分布范围。
histopathological examination reveals tissue damage caused by leucocytozoans.
组织病理学检查揭示了莱乌细胞虫引起的组织损伤。
some bird species demonstrate genetic resistance to leucocytozoans.
一些鸟类物种表现出对莱乌细胞虫的遗传抗性。
leucocytozoans affect the migratory success of certain songbird populations.
莱乌细胞虫影响某些鸣禽种群的迁徙成功率。
preventative medication can reduce mortality from leucocytozoans in captive birds.
预防性药物可以减少圈养鸟类因莱乌细胞虫导致的死亡率。
field studies document varying prevalence rates of leucocytozoans across different habitats.
实地研究记录了不同栖息地中莱乌细胞虫的患病率差异。
leucocytozoans primarily target blood cells and internal organs in susceptible hosts.
莱乌细胞虫主要针对易感宿主的血细胞和内部器官。
leucocytozoan infection
白细胞虫感染
leucocytozoan parasites
白细胞虫寄生虫
leucocytozoan disease
白细胞虫病
leucocytozoan species
白细胞虫种类
infected with leucocytozoans
感染白细胞虫
leucocytozoan prevalence
白细胞虫的流行情况
leucocytozoan transmission
白细胞虫传播
avian leucocytozoan
禽类白细胞虫
leucocytozoan diagnosis
白细胞虫诊断
preventing leucocytozoans
预防白细胞虫
avian veterinarians often encounter leucocytozoans in migratory birds during breeding season.
禽类兽医在候鸟的繁殖季节经常遇到莱乌细胞虫。
research has shown that leucocytozoans can cause severe anemia in infected poultry.
研究表明，莱乌细胞虫可导致感染家禽出现严重贫血。
the life cycle of leucocytozoans involves complex development within black fly vectors.
莱乌细胞虫的生活周期涉及在黑蝇等传播媒介中的复杂发育过程。
control measures for leucocytozoans typically focus on vector management.
莱乌细胞虫的防控措施通常集中在传播媒介的管理上。
molecular techniques have improved the detection of leucocytozoans in bird populations.
分子技术提高了对鸟类种群中莱乌细胞虫的检测能力。
leucocytozoans compete with other blood parasites in co-infected avian hosts.
莱乌细胞虫在共感染的鸟类宿主中与其他血液寄生虫竞争。
climate change may expand the geographical range of leucocytozoans.
气候变化可能会扩大莱乌细胞虫的地理分布范围。
histopathological examination reveals tissue damage caused by leucocytozoans.
组织病理学检查揭示了莱乌细胞虫引起的组织损伤。
some bird species demonstrate genetic resistance to leucocytozoans.
一些鸟类物种表现出对莱乌细胞虫的遗传抗性。
leucocytozoans affect the migratory success of certain songbird populations.
莱乌细胞虫影响某些鸣禽种群的迁徙成功率。
preventative medication can reduce mortality from leucocytozoans in captive birds.
预防性药物可以减少圈养鸟类因莱乌细胞虫导致的死亡率。
field studies document varying prevalence rates of leucocytozoans across different habitats.
实地研究记录了不同栖息地中莱乌细胞虫的患病率差异。
leucocytozoans primarily target blood cells and internal organs in susceptible hosts.
莱乌细胞虫主要针对易感宿主的血细胞和内部器官。
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