haemosporidia infection
血孢子虫感染
haemosporidian parasites
血孢子虫寄生虫
haemosporidia transmitted
血孢子虫传播
haemosporidian species
血孢子虫物种
haemosporidia cause
血孢子虫引起
haemosporidia detected
检测到血孢子虫
haemosporidia found
发现血孢子虫
haemosporidian lifecycle
血孢子虫生命周期
haemosporidia prevalence
血孢子虫流行率
haemosporidia research
血孢子虫研究
haemosporidia are obligate intracellular parasites that require both a vertebrate host and an insect vector to complete their life cycle.
血孢子虫是专性细胞内寄生虫，需要脊椎动物宿主和昆虫媒介才能完成其生命周期。
researchers are currently studying the prevalence of avian haemosporidia in various migratory bird species across the continent.
研究人员目前正在研究该大陆各种候鸟物种中禽血孢子虫的流行情况。
the complex life cycle of haemosporidia involves both sexual reproduction in the mosquito and asexual reproduction in the bird.
血孢子虫的复杂生命周期包括在蚊子体内的有性繁殖和在鸟类体内的无性繁殖。
pcr-based diagnostic methods have significantly improved the detection of haemosporidia infections in wild bird populations.
基于pcr的诊断方法显著提高了野生鸟类群体中血孢子虫感染的检测率。
molecular characterization of haemosporidia lineages has revealed a much greater diversity of these parasites than previously thought.
血孢子虫谱系的分子表征显示，这些寄生虫的多样性远超之前的预期。
environmental changes and deforestation can significantly alter the transmission dynamics of haemosporidia among forest birds.
环境变化和森林砍伐会显著改变血孢子虫在林鸟之间的传播动态。
the impact of haemosporidia infection on the physical condition and reproductive success of birds is a major research focus.
血孢子虫感染对鸟类身体状况和繁殖成功率的影响是一个主要的研究重点。
identifying the specific insect vectors responsible for transmitting haemosporidia is crucial for understanding disease ecology.
确定负责传播血孢子虫的具体昆虫媒介对于理解疾病生态学至关重要。
blood smears remain a traditional method for identifying the presence of haemosporidia parasites in avian blood samples.
血涂片仍然是识别禽类血液样本中是否存在血孢子虫寄生虫的传统方法。
haemosporidia genera such as plasmodium and haemoproteus are commonly found in songbirds worldwide.
诸如疟原虫和变形血原虫等血孢子虫属常见于世界各地的鸣禽中。
genetic sequencing has become the standard for distinguishing between different lineages of haemosporidia in ecological studies.
基因测序已成为在生态学研究中区分不同血孢子虫谱系的标准方法。
haemosporidia infection
血孢子虫感染
haemosporidian parasites
血孢子虫寄生虫
haemosporidia transmitted
血孢子虫传播
haemosporidian species
血孢子虫物种
haemosporidia cause
血孢子虫引起
haemosporidia detected
检测到血孢子虫
haemosporidia found
发现血孢子虫
haemosporidian lifecycle
血孢子虫生命周期
haemosporidia prevalence
血孢子虫流行率
haemosporidia research
血孢子虫研究
haemosporidia are obligate intracellular parasites that require both a vertebrate host and an insect vector to complete their life cycle.
血孢子虫是专性细胞内寄生虫，需要脊椎动物宿主和昆虫媒介才能完成其生命周期。
researchers are currently studying the prevalence of avian haemosporidia in various migratory bird species across the continent.
研究人员目前正在研究该大陆各种候鸟物种中禽血孢子虫的流行情况。
the complex life cycle of haemosporidia involves both sexual reproduction in the mosquito and asexual reproduction in the bird.
血孢子虫的复杂生命周期包括在蚊子体内的有性繁殖和在鸟类体内的无性繁殖。
pcr-based diagnostic methods have significantly improved the detection of haemosporidia infections in wild bird populations.
基于pcr的诊断方法显著提高了野生鸟类群体中血孢子虫感染的检测率。
molecular characterization of haemosporidia lineages has revealed a much greater diversity of these parasites than previously thought.
血孢子虫谱系的分子表征显示，这些寄生虫的多样性远超之前的预期。
environmental changes and deforestation can significantly alter the transmission dynamics of haemosporidia among forest birds.
环境变化和森林砍伐会显著改变血孢子虫在林鸟之间的传播动态。
the impact of haemosporidia infection on the physical condition and reproductive success of birds is a major research focus.
血孢子虫感染对鸟类身体状况和繁殖成功率的影响是一个主要的研究重点。
identifying the specific insect vectors responsible for transmitting haemosporidia is crucial for understanding disease ecology.
确定负责传播血孢子虫的具体昆虫媒介对于理解疾病生态学至关重要。
blood smears remain a traditional method for identifying the presence of haemosporidia parasites in avian blood samples.
血涂片仍然是识别禽类血液样本中是否存在血孢子虫寄生虫的传统方法。
haemosporidia genera such as plasmodium and haemoproteus are commonly found in songbirds worldwide.
诸如疟原虫和变形血原虫等血孢子虫属常见于世界各地的鸣禽中。
genetic sequencing has become the standard for distinguishing between different lineages of haemosporidia in ecological studies.
基因测序已成为在生态学研究中区分不同血孢子虫谱系的标准方法。
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