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   medical entomology 的翻译结果: 查询用时:0.204秒
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medical entomology
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  医学昆虫学
     The prospect of the work on medical entomology is outlined in the second part.
     第二部分对医学昆虫学今后的工作做了展望。
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  “medical entomology”译为未确定词的双语例句
     Ningxia Medical Entomology&Acari(Fleas,Ticks,Mites,lice)andTheir Geographical Distribution
     宁夏医学蚤、蜱、螨、虱的区系分布
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     are given. The type specimens is deposited in the Medical Entomology Musem Gallery. Culicoides (Pontoculicoides) subsejfadinei sp. nov. (Fig. 1)Female.
     1个新种:类三袋库蠓新种Culicoides(Pontoculicoides)subseifadinei sp.nov.
     THE SURVEY AND PROSPECT OF MEDICAL ENTOMOLOGY
     医学昆虫学的概况和展望
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     THE ADVANCES IN MEDICAL ENTOMOLOGY IN CHINA
     中国医学昆虫研究的进展与成就
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     The morphological comparative studies on cestodes and medical entomology Ⅰ.The receptors of Periplaneta Americana compared with those ofAnomotaenia amaurornisus
     绦虫与医学昆虫微形态比较研究 I.苦恶鸟异带绦虫和美洲大蠊感受器形态比较
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  相似匹配句对
     THE ADVANCES IN MEDICAL ENTOMOLOGY IN CHINA
     中国医学昆虫研究的进展与成就
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     THE SURVEY AND PROSPECT OF MEDICAL ENTOMOLOGY
     医学昆虫学的概况和展望
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     On Medical Notarization.
     大胆尝试,谨慎操作——论医疗公证中的若干问题
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     Medical Message
     医疗快讯
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     Urban Entomology
     《城市昆虫学》
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  medical entomology
This work wassupported by the Medical Entomology Project, Research Contract No.
      
Twelve month baseline study of species, abundance and distribution of biting insects in the Darwin South area, Medical Entomology Branch report.
      
She then went on to enter the master's program of the Entomology Department at Texas A>amp;M University, with an emphasis on medical entomology.
      
Regular liaison with Medical Entomology branch on case numbers by region.
      
Notify Medical Entomology and Environmental Health for vector surveillance and control.
      
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This paper was reported by the author in the First Conference of Young Entomologists in August 1990. The content consists of two parts. In the first one a survey of the insect of medical importance is involved. This part includes a concise history and brief of advances in taxenomy, fauna, physiology, ecology, relation to disease and control of medical entomology respectively. The prospect of the work on medical entomology is outlined in the second part.

全文分为两部分。第一部分概括地介绍了医学昆虫学的历史以及在分类、区系、生理生态、传病关系和防治等方面的进展.第二部分对医学昆虫学今后的工作做了展望。

A new method was designed to study age-specific life table of Aedes albopictus. Sixteen life tables of the natural population were made up from 1984 to 1988. According to the survivorship curve, the curve appears obviously upper bowshaped in the nourishing habitats, and most of the mosquitoes can finish physiolo gical life-span. On the other hand, the curve doesn't appear upper bow-shaped in the poor habitats, and the mosquitoes die greatly in larval stage. The adult number was used to observe and study population...

A new method was designed to study age-specific life table of Aedes albopictus. Sixteen life tables of the natural population were made up from 1984 to 1988. According to the survivorship curve, the curve appears obviously upper bowshaped in the nourishing habitats, and most of the mosquitoes can finish physiolo gical life-span. On the other hand, the curve doesn't appear upper bow-shaped in the poor habitats, and the mosquitoes die greatly in larval stage. The adult number was used to observe and study population trend in the light of specific conditions of medical entomology, and two kinds of population trend index were put forward to reveal the population trend. According to analysis, the key phase of the population change is the 3rd-4th instar larvae and the 1st-2nd instar larvae take second place. The key factor caus-ing the population change is food nutrition factor. In addition, the factors causing death of 1st and 2nd instar larvae are density-dependent, and the rest are density-independent.

本研究设计了一套能排除外界新蚊卵产入的特定年龄生命表的研究方法。从1984年至1988年,共组建了15个自然种群生命表。通过生存曲线分析得出,在食物营养丰富生境下,曲线呈明显的上弓形,虫体大多活到生理寿命后死亡;而在食物营养贫乏生境下的生存曲线上弓形不明显,虫体在幼虫期便大量死亡。结合医学昆虫研究特点,采用上下代成虫数建立种群趋势指数,并提出两项趋势指数,较全面地揭示了种群的趋势动态。关键因子及虫期分析得出,种群关键虫期为3~4龄幼虫期,其次为1~2龄幼虫期,而食物营养因子是整个自然种群的关键因子。种群密度制约性分析得出,1~2龄幼虫致死因子的作用是密度制约的。

Two New blackflies, Simulium (Gomphostilbia) hainanensis sp.nov.and Simulium (Comphostilbia) jianfengensis sp.nov.are described on the female, male, pupal and larval specimens collected from Sanya and Jianfengling country, Hainan island. China. All the specimens are keptin the Medical Entomology Collection Gallery, Academy of Military Medical Sciences, Beijing. 1. Simulium (Gomphostilbia ) hainanensis sp.nov. (Fig.1-16) This new species closely related to S.(G.) epistum Delfinado, 1971 froin Balabac,Philippines...

Two New blackflies, Simulium (Gomphostilbia) hainanensis sp.nov.and Simulium (Comphostilbia) jianfengensis sp.nov.are described on the female, male, pupal and larval specimens collected from Sanya and Jianfengling country, Hainan island. China. All the specimens are keptin the Medical Entomology Collection Gallery, Academy of Military Medical Sciences, Beijing. 1. Simulium (Gomphostilbia ) hainanensis sp.nov. (Fig.1-16) This new species closely related to S.(G.) epistum Delfinado, 1971 froin Balabac,Philippines and S. (G.) torautense Takaoka, 1988 from Sulawesi, Indonesia, however, it is clearly differentiated from S.(G.) epistum Delfinado,1971 and S.(G.) torautense Takaoka, 1988 by the structure of gonapophysis, genital fork of the femaleand median sclerite of the male, by the branching of the pupal respiratory filamentsand the form of postgenal cleft in the mature larvae.Holotype ♀,Sanya country, Hainan island, 220m (18.2°N, 109.5°E) 12 April 1993; allotype ♂, Jianfengling country, Hainan island, 850m ( 18.7°N, 108.8°E ), 26 March 1993: paratype 2♀♀, 4 pupa, 2 mature larvae, same data as holotype and allotype. 2.Simulium (Gomphostilbia) jianfengensis sp.nov ( Fig.17-33) This new species seems closely related to S. (G.) metatarsale Brunetti. 1911 from Kurseong, India, S. (G.) ela Davies, 1987 from Sri Lanka and S. (G. ) apoenseTakaoka, 1983 from Philippines,however it is clearly differentiated from those species by the structure and form of genital fork of the fernale, median sclerite of the male, pupal fill and postgenal cleft.Holotype ♀ Jianfengling country, Hainan island. 950m ( 18.7°N, 108.8°E ) 24 March 1993: allotype ♂,same data as holotype; paratype 3♀♀, 5 pupa, 6 mature larvae.same as, 24 March and 2 July 1993.

本文描述了采自海南岛崖县三亚和乐东县尖峰岭两地区绳蚋亚属二新种。海南绳蚋Simulium(Gomphostilbia)hainanensissp.nov.与S.(G.)epistumDelfinado,1971和S.(G.)torautenseTakaoka,1988蚋种相似:尖峰绳蚋S.(G.)jianfengensissp.nov.与S.(G.)metatarsaleBrunetti,1911.S.(G.)elaDavies,1987和S(G.)apoenseTakaoka,1983蚋种相似。但两新种的生殖叉突、生殖叉骨和蛹的呼吸丝与上述蚋种有明显差异.模式标本保存在中国军事医学科学院医学昆虫标本馆。

 
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