haemosporidian infection
血孢子虫感染
haemosporidian parasites
血孢子虫寄生虫
haemosporidian transmission
血孢子虫传播
avian haemosporidian
鸟类血孢子虫
haemosporidian species
血孢子虫物种
haemosporidian life cycle
血孢子虫生命周期
haemosporidian vector
血孢子虫媒介
haemosporidian research
血孢子虫研究
haemosporidian prevalence
血孢子虫流行率
haemosporidian infection rate
血孢子虫感染率
haemosporidian parasites are transmitted through the bite of infected mosquitoes.
疟原虫寄生虫通过受感染蚊子的叮咬传播。
researchers have identified numerous haemosporidian species in tropical bird populations.
研究人员已在热带鸟类种群中发现了大量疟原虫物种。
the haemosporidian lifecycle involves both vertebrate and invertebrate hosts.
疟原虫的生命周期涉及脊椎动物和无脊椎动物宿主。
haemosporidian infections can cause severe anemia in infected birds.
疟原虫感染可导致受感染鸟类严重贫血。
understanding haemosporidian transmission dynamics is crucial for disease control.
了解疟原虫传播动态对疾病控制至关重要。
new molecular techniques have advanced haemosporidian detection methods significantly.
新型分子技术显著推进了疟原虫检测方法。
climate change may alter the distribution of haemosporidian vectors worldwide.
气候变化可能改变疟原虫媒介的全球分布。
haemosporidian prevalence varies significantly between different bird habitats.
疟原虫患病率在不同鸟类栖息地存在显著差异。
the haemosporidian genome has been sequenced to study parasite evolution.
疟原虫基因组已被测序以研究寄生虫进化。
some haemosporidian species exhibit host specificity while others are generalists.
有些疟原虫物种表现出宿主特异性，而其他则是广宿主型。
veterinary scientists monitor haemosporidian infections in captive bird populations.
兽医科学家监测圈养鸟类种群中的疟原虫感染情况。
haemosporidian research has revealed complex parasite-host immune interactions.
疟原虫研究揭示了复杂的寄生虫宿主免疫相互作用。
migratory birds can spread haemosporidian parasites across vast distances.
候鸟可以在广阔区域内传播疟原虫寄生虫。
control measures target the mosquito vectors of haemosporidian disease.
控制措施针对疟原虫疾病的蚊虫媒介。
haemosporidian infection
血孢子虫感染
haemosporidian parasites
血孢子虫寄生虫
haemosporidian transmission
血孢子虫传播
avian haemosporidian
鸟类血孢子虫
haemosporidian species
血孢子虫物种
haemosporidian life cycle
血孢子虫生命周期
haemosporidian vector
血孢子虫媒介
haemosporidian research
血孢子虫研究
haemosporidian prevalence
血孢子虫流行率
haemosporidian infection rate
血孢子虫感染率
haemosporidian parasites are transmitted through the bite of infected mosquitoes.
疟原虫寄生虫通过受感染蚊子的叮咬传播。
researchers have identified numerous haemosporidian species in tropical bird populations.
研究人员已在热带鸟类种群中发现了大量疟原虫物种。
the haemosporidian lifecycle involves both vertebrate and invertebrate hosts.
疟原虫的生命周期涉及脊椎动物和无脊椎动物宿主。
haemosporidian infections can cause severe anemia in infected birds.
疟原虫感染可导致受感染鸟类严重贫血。
understanding haemosporidian transmission dynamics is crucial for disease control.
了解疟原虫传播动态对疾病控制至关重要。
new molecular techniques have advanced haemosporidian detection methods significantly.
新型分子技术显著推进了疟原虫检测方法。
climate change may alter the distribution of haemosporidian vectors worldwide.
气候变化可能改变疟原虫媒介的全球分布。
haemosporidian prevalence varies significantly between different bird habitats.
疟原虫患病率在不同鸟类栖息地存在显著差异。
the haemosporidian genome has been sequenced to study parasite evolution.
疟原虫基因组已被测序以研究寄生虫进化。
some haemosporidian species exhibit host specificity while others are generalists.
有些疟原虫物种表现出宿主特异性，而其他则是广宿主型。
veterinary scientists monitor haemosporidian infections in captive bird populations.
兽医科学家监测圈养鸟类种群中的疟原虫感染情况。
haemosporidian research has revealed complex parasite-host immune interactions.
疟原虫研究揭示了复杂的寄生虫宿主免疫相互作用。
migratory birds can spread haemosporidian parasites across vast distances.
候鸟可以在广阔区域内传播疟原虫寄生虫。
control measures target the mosquito vectors of haemosporidian disease.
控制措施针对疟原虫疾病的蚊虫媒介。
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