蓝舌病

应用套入式聚合酶链反应（Nested-PCR）检测蓝舌病病毒的研究

Nested polymerase chain reaction for detection of bluetongue virus

竞争酶联免疫吸附试验检测蓝舌病抗体的研究

The Competitive Enzyme-Linked Immunosorbent Assay Used for Detecting Bluetongue Antibody

应用PCR技术合成生物素化蓝舌病病毒核酸探针的研究

Synthesis of Biotinylated Bluetongue Viral RNA Probe by PCR

蓝舌病病毒双抗体夹心ELISA检测方法的建立

Development of double antibody sandwich ELISA for detection of bluetongue virus

用蓝舌病优质琼扩抗原进行ELISA的试验研究

Studies on Application of High Quality AGID Antigen to ELISA for Bluetongue

蓝舌病病毒荧光定量RT-PCR检测技术

A novel real-time RT-PCR for bluetongue virus detection

蓝舌病灭活疫苗免疫羊ELISA和琼扩监测比较试验

A Comparative Study of ELISA and AGID for the Detection of Sheep Vaccinated with Inactivated BTV Vaccine

蓝舌病病毒非结构蛋白NS1基因在各型中具有高同源性，可作为群特异性检测的依据。

Non-structure protein ( NS1 ) of bluetongue virus demonstrates high homology in its different serotypes and this can be base for group-specific detection .

蓝舌病病毒内蒙古分离株VP2基因5′端序列分析及探针制备

A Sequence Analysis of the 5 ′ Terminal Genome Segment of Bluetongue Virus NM-Isolate VP_2 Gene and Preparation of Its DNA Probe

蓝舌病病毒（BTV）基因的第三片段（RMA3）在不同型间有较高的同源性。

RNA segment 3 of bluetongue virus ( BTV ) is highly conserved across the BTV serogroup .

应用Nested-PCR技术检测人工感染绵羊蓝舌病病毒

Application of Nested - PCR Technique for the Detection of BTV Antigen in Serum Samples From Experimentally Infected Sheep

蓝舌病病毒血清1型野毒株及疫苗株S10基因差异

Genetics Diversity of S10 Gene Segment Between China Field Strain of Serotype ⅰ and Vaccine Strain of Bluetongue Virus

蓝舌病VP7抗原包被板在－20℃保存期为6个月，4℃保存1个月。

BTV P , antigen - coated plate kept at - 20 ℃ for 6 months and at 4T for one month remained effective .

虽然OIE将蓝舌病同禽流感等一些重要动物疫病共同列入法定通报性疾病，在国外也受到高度重视，但在国内受重视的程度还不够，投入的研究也较少。

Bluetongue is listed as a ' notifiable disease ' by OIE together with avian influenza and other important animal disease , but great importance has not been attached to the research on bluetongue in our country .

蓝舌病作为一种世界动物卫生组织（OIE）必须上报的烈性动物传染病，主要危害牛、羊等家畜，在世界范围内广泛流行。

Bluetongue , as a kind of the world organization for animal health ( OIE ) must be reported to a violent animal infectious disease , the main harm of cattle , sheep and other domestic and wild ruminants , in the world scope widely popular .

蓝舌病发生于大多数家生的和野生的反刍动物。

Bluetongue occurs in most species of ruminants , both domestic and wild .

新疆山羊蓝舌病病毒株回归羊体试验

The inoculating test of caprine and ovine by xinjiang strain of Bluetongue virus

安徽省蓝舌病流行病学调查

An epidemiological study of blue tongue in Anhui Province

山西省羊蓝舌病防控技术的研究应用

Study on and Application of Sheep Bluetongue Control Technology

用RT&PCR技术检测蓝舌病病毒的研究

Detection of Bluetongue Virus by Using RT-PCR Technique

蓝舌病病毒在这种昆虫体内繁殖。

The bluetongue virus replicates in the insect .

确诊蓝舌病本身已经很难，因为很多染病动物并无明显的临床症状。

Spotting them can be tricky , since many animals display few overt symptoms .

人们对蓝舌病的发病机制还不完全了解。

The pathogenesis of bluetongue is inadequately understood .

蓝舌病抗体检测阳性（1/3）但未分离出蓝舌病病毒。

The Blue Tongue virus was not isolated even though the BT antibody was given positive result .

一旦蓝舌病疫情在某地区爆发，这种病毒甚至比口蹄疫更难根除。

Once an area is infected with bluetongue , the disease is even harder to eradicate than foot-and-mouth .

预防和控制蓝舌病已成为当前国际上重大动物传染病研究中的一个热点。

Prevention and control of bluetongue disease has become an international hotspot issues in research field of animal infectious diseases .

其中风险很高的有口蹄疫、牛瘟、蓝舌病等3种，为中国特别关注。

Of the diseases those have the most risk getting more attention by China are foot-mouth disease , rinderpest and blue tongue .

蓝舌病的暴发对国际贸易中的动物和动物产品产生严重的社会经济后果，但世界各国尚未研制出十分有效的疫苗，且无有效的防治措施。

Its outbreaks have serious socio-economic consequences in international trade of animals and animal products , but it does not have a highly effective vaccine and control measures at present .

国际组织和各国政府均将蓝舌病列为动物疫病监测和防控的重点，对动物和动物制品国际间贸易具有非常重要的影响。

International organizations and governments are to be bluetongue animal epidemic prevention and control and monitoring as the key , in animals and animal products international trade has very important influence .

固定、变、合成本可以以其成本动因的不同功能用图表表示。确诊蓝舌病本身已经很难，因为很多染病动物并无明显的临床症状。

Fixed , variable , and mixed costs can be graphed as functions of their cost drivers . Spotting them can be tricky , since many animals display few overt symptoms .