虫媒

虫媒黄病毒包膜E蛋白的研究进展

Advances in researches on the envelope protein of arthropod - borne flaviviruses

科学家利用GoogleEarth软件建立了一个简单、廉价的测绘工具，从而帮助对抗资源贫乏国家的登革热等虫媒疾病。

[ MEXICO CITY ] Researchers have used Google Earth to create a simple , inexpensive mapping tool to help fight vector-borne diseases like dengue in resource-poor countries .

目的探讨虫媒传染病斑疹伤寒和流行性乙型脑炎（乙脑）的发病率与气象因素的关系，建立反馈（BP）神经网络预测模型，并评价模型的效果。

Objective To investigate the relationship between meteorological factors and incidence of arbo infectious disease , including endemic encephalitis B and endemic typhus , to built the Back-Propagation artificial neural network model and evaluate it .

PriyaShetty解释了气候变化和虫媒疾病之间的联系，并勾勒出了发展中国家决策者的优先事项。

Insect-borne disease , and outlines priorities for developing country policymakers .

其中E蛋白Ⅱ区中第98-111位氨基酸残基组成的cd环，富含甘氨酸且具有很强的疏水性，序列组成在几乎所有的虫媒黄病毒中高度保守。

The CD rings which composed by the98 ~ 111bit amino acid residues in the area of domain II of E protein rich in glycine and has great hydrophobic , and the sequence composition in almost all the worm virus is highly conservative .

气象因素与两种虫媒传染病关系的探讨

Research of Relation Between the Meteorological Factors and Arbo Infectious Disease

虫媒疾病和气候之间存在明显的联系。

There is clearly a link between insect-borne diseases and climate .

热带地区重要虫媒传染病的预防与控制

Prevention and control of important insect-borne infectious diseases in tropical zone

许多虫媒疾病受到气候影响，这是真的。

It is true that many insect-borne diseases are influenced by climate .

不同的疟疾虫媒在不同的时间和地点繁殖。

Different malaria carriers breed in different areas and at different times .

虫媒传染病，如登革热，森林脑炎，疟疾正在蔓延。

Insect-borne diseases like dengue fever , tick-borne encephalitis and malaria will spread .

新发虫媒传染病流行趋势、因果分析和对策

The epidemic trends , causative analysis and control strategies of emerging vector-borne diseases

目的了解南安市广州管圆线虫媒介宿主密度及感染率。

Objective To study the species and infection rate of intermediate host of Paragonimus .

虫媒传染病输入风险评估指南研究

Guidance on Assessing Risks of Imported Vector-borne Disease

在未来的几十年中，虫媒疾病将仍然是一个重大的公共卫生挑战。

Insect-borne diseases will remain a major public health challenge in the coming decades .

虫媒黄病毒嵌合疫苗研究进展

Progress of Arbo-Flavivirus Chimeric Vaccines Study on Continuous Multi-Harvesting Process for Measles Vaccine Production

然而，虫媒传粉（虫媒植物）种的花粉也常常由风来输送。

However , pollen insect-pollinated ( entomophilous ) species is also often transported by wind .

在节肢动物媒介大量孳生的夏天，虫媒病传染最为普遍。

Arboviral infections are most common in the summer , when arthropod vectors are abundant .

具有适应风媒和虫媒传粉的花部特征。

T.sinensis is a wind-and insect-pollinated species .

西部开发中的虫媒病传播问题

The problem of the transmission of insect - borne diseases in the northwest developmental areas

蒙古扁桃趋向于虫媒的异花授粉，但缺乏忠实的传粉者。

P. mongolica tended to be cross-pollinated by insects , but lacked of faithful pollinators .

最后讨论虫媒植物麻花艽对环境的适应对策。

Finally , discussion was made on the adaptation of entomophilous G. straminea to stressful environment .

两箱相接，连接处加不锈钢网，以防止虫媒传播。

A stainless steel net was placed between the air locks of the cabinets for preventing insect-borne .

虫媒传染病斑疹伤寒的发病率与年平均气温和平均地面温度相关。

The incidence of endemic typhus was correlated to annual mean temperature and annual mean ground temperature .

虫媒病严重危害人类健康，蚊媒病毒性疾病种类多，临床表现复杂且不典型。

Insect-borne diseases imperil humans and animals , and there are many mosquito-borne diseases with complicated manifestations .

科学家大致同意气候变化将影响虫媒疾病，但是准确的后果仍然不确定。

Scientists broadly agree that climate change will affect insect-borne diseases , but the exact consequences remain uncertain .

结论平均气压、平均蒸发量、温度对虫媒传染病的发病率影响较大。

Conclusion The incidence of arbo infectious disease is correlated to atmospheric pressure , evaporation , and temperature .

这些发现还有可能帮助科学家理解不同虫媒的行为，以及如何控制这些虫媒。

The findings would help scientists understand the behaviour of different carriers and how they should be controlled .

但是科学家本身尚未就气候变化对虫媒疾病的长期作用达成一致。

But scientists themselves do not yet agree on the long-term effects of climate change on insect-borne disease .

对于虫媒植物而言，熊蜂的高效传粉使其成为高山生命带主要的传粉昆虫；

Because of its high pollination efficiency , the bumblebee has become a dominant pollinator in alpine life zone .