1.
Advances on nucleic acid amplification-based detection of dengue virus
基于RNA扩增的登革热病毒快速检测
2.
Development of Real- Time Quantitative RT- PCR for the Detection of Dengue Virus
登革热病毒RNA实时荧光定量RT-PCR检测方法的建立
3.
Analysis on dengue virus from Aedes albopictus in Guangzhou
广州市自然界白纹伊蚊携带登革热病毒情况分析
4.
Dengue is an enigmatic virus, difficult to diagnose and impossible to quarantine.
登革热病毒是一个谜一样的病毒，它很难被诊断出来也不可能被隔离。
5.
There are four strains of virus; infection with one type does not confer immunity to the remaining three. Treatment focuses on relieving symptoms.
登革热病毒有四种血清型,彼此间无法相互免疫。治疗主要在缓解症状。
6.
Any of a large group of viruses transmitted by arthropods, such as mosquitoes and ticks, that include the causative agents of encephalitis, yellow fever, and dengue.
虫媒病毒由节足动物（如蚊及蜱）传播的多种病毒中的一种，包括脑炎、黄热病及登革热
7.
Because dengue was long confined to the tropics, it remains a little-understood disease.
因为登革热病很长时期仅限于热带地区，所以它仍然是一种不被了解的病毒。
8.
mosquito that transmits yellow fever and dengue.
传播黄热病和登革热的蚊子。
9.
Study of Dengue Virus Capsid Targeted Viral Inactivation;
登革病毒衣壳蛋白靶向抗病毒作用的研究
10.
Effect of mutations in dengue virus C gene on viral RNA replication
登革病毒C基因突变对病毒RNA复制的影响
11.
To identify one suspected case infected by dengue virus(DV)found in 2006 in Fujian.
[目的]对福建省2006年发现的1例登革热病例进行实验室检测并鉴定病毒型别。
12.
Research of Real-Time Fluorescence PCR Detection on Dengue Virus
实时荧光PCR技术检测登革病毒的研究
13.
"Dengue ( or Breakbone fever or dandy fever ):Infectious, disabling mosquito-Borne fever."
登革热 (亦称断骨热或花花公子热):由蚊传播的急性出血热传染病,
14.
Roles of RNA Secondary Structure in Dengue Virus C Gene and Capsid Protein in Viral Replication
登革病毒C基因RNA二级结构及编码蛋白在病毒复制中的作用
15.
Research on the Intracellular Immunization to Dengue Virus by the Mosquito, Aedes Albopictus;
白纹伊蚊对登革病毒细胞内免疫的研究
16.
Effect of the Expression of CAM on HUVECs Induced by DV_2;
登革病毒对血管内皮细胞粘附分子表达的影响
17.
Preliminary Study on the New Methods of Infectious Transcripts Technology of Dengue Virus;
登革病毒感染性转录体技术新途径的初步研究
18.
Exploitation of the Microtubule Cytoskeleton During Dengue Virus Infection;
微管骨架在登革病毒感染中作用的初步研究