植物病毒病

植物病毒病传播与防治机制研究进展

Research Progress of Spread and Prevention Mechanism of Plant Virus Disease

交互保护作用及其在植物病毒病防治上的应用

Cross-protection and Its Use on the Control of Plant Virus Disease

3%三氮唑核苷水剂和儿茶素在防治TMV及其它植物病毒病方面均具有广泛前景。

3 % ribavirin and catechins had widespread prospect in preventing and controlling TMV disease and other plant virus diseases .

植物病毒病给世界各地的农作物生产造成严重损失。

The virus disease cause severe losses in crop production worldwide .

抗植物病毒病基因工程的研究进展及评估

Progress and Assessment of Genetic Engineering Strategies for Virus Resistance in Plants

菜田植物病毒病种类调查及血清学鉴定&马铃薯Y病毒和芜菁花叶病毒的分布

Serological identification of potato virus Y and turnip mosaic virus in vegetable fields

植物病毒病是导致植物病害的重要原因。

The infection of plant virus is an important reason which leads plant diseases .

植物病毒病化学防治的研究进展

Advances in Chemical Control of Plant Viral disease

药用植物病毒病及其防治

Virus Disease and Control on Medical Plant

植物病毒病的发生、为害及防治研究进展

On plant Virus Diseases and its Control

果树病毒的特异性核糖核酸分析遥感技术对早期植物病毒病的诊断

A new technique for the detection of virus in fruit trees plant viral double strandard RNA assay

植物病毒病的风轮状内含体

Plant Viral Pinwheel Inclusion Bodies

本文讨论了利用遥感技术对植物病毒病早期诊断的实验研究。

This paper is focused on the discussion about early diagnosis for plant diseases using remotely sensed technique .

显然，在蚜传非持久性病毒检测技术上的这一突破，对于植物病毒病流行学研究具有重要意义。

Undoubtedly , such breakthroughs in the technique of detecting nonpersistent viruses in aphid vectors are of great epidemiological importance .

交互保护作用（Croos&Protection）是防治植物病毒病的有效措施之一。近年来引起了人们的密切关注。

Cross protection is one of the effective measures of controlling plant virus diseases It is noticed by people in recent years .

干扰素鞘内注射治疗病毒性脑炎的疗效及鞘内注射前后脑脊液中干扰素浓度的测定植物病毒病化学治疗概述

The effect of interferon intrathecal injection curing virosis encephalitis and measurement of the interferon concentration in the cerebrospinal fluid before and after the treatment

现有的化学药物对植物病毒病的防治效果不佳，且对生态环境、人畜生存质量有负面影响。

Chemical pesticides are less effective in control of plant virus disease and have negative impacts to the ecological environment , quality of life for people and livestock .

植物病毒病是植物重要病害之一，分析了病毒的传播途径以及植物自身的抗病毒机制，综述了近些年来对病毒防治的研究进展。

Plant virus disease was one of the serious plants diseases . Spread approach and plant antivirus mechanism were analyzed . Meanwhile , research progress of virus prevention in recent years was reviewed in this paper .

植物病毒病是农作物的重要病害之一，目前抗植物病毒剂的防治效果或安全性还不理想，远远不能满足农业的需求，急需开发新型抗病毒制剂。

Plant virosis is one of important diseases of crops . The effectiveness and safety for disease control is far from demanding of agricultural production , so it is still very imperative to develop new type of antiviral agents .

为了真确认识并有效防控植物病毒病的发生，人们采用了多种技术方法来研究植物病毒对植物的影响。

In order to know the authentic of the plant virus diseases take place , and took of an effective prevention to control the plant disease . People use a variety of technical methods to study the impact of plant viruses on the plants .

根据桑花叶型萎缩病的症状和发生规律以及植物类病毒病的定义，认为这种环状小分子RNA可能是引起桑花叶型萎缩病的病原。

This result illuminated that the LMW-RNA may be the pathogen of this disease according to the occurring laws , symptoms of the mulberry mosaic dwarf disease , along with the defination of the viroid .

而RT-PCR检测技术以其快速、特异性强和灵敏性高的优点，在包括马铃薯等植物种苗病毒病的鉴定中起着愈来愈大的作用。

But RT - PCR detection technology with the advantage of fast , strong specificity and high sensitivity , plays a more and more big effect in the potato and other plant seedlings virus disease appraisal .

葱属植物上病毒病发生普遍，严重影响产量和品质。

Virus diseases of Allium are common and seriously affect both quality and yield .

植物的病毒病特征使叶子发黄影响发育。

Any of several virus diseases of plants characterized by stunting and yellowing of the leaves .

微波处理在植物种传病毒病防治中的应用探讨

Microwave Treatment in Controlling Seed-borne Virus Disease of Plant

蚜虫是重要的农业害虫，通过吸食植物汁液或传播病毒病可给作物生产造成严重危害。

Aphids are major agricultural pests , partly due to their serious physical and economic damage to cultivated plants by sucking nutrients from the phloem or by transmitting plant viruses .

植物抽提物防治植物病毒病的研究进展

Research Advance in the Extracting Matters to Plant Virus

其中对核桃叶次生物质抗病毒活性的系统研究为植物次生物质用于植物病毒病的防治开拓了崭新的研究思路，也为以次生物质为活性成分开发新的植物源抗病毒药剂奠定了基础。

The systemic study results on antiviral activities of secondary substances from walnut leaves provide a new way for plant virus diseases control , and build a foundation for developing new botanical virucides .

植物病毒的检测是植物病毒病监测防控中最为重要的环节之一。

Detection of plant virus is very important part in plant diseases research .

植物中活性成分丰富，从植物中寻找抗病毒活性物质为植物病毒病的防治提供了一条新途径。

Plant is a natural source providing mankind various secondary metabolites with antiviral activity , which provides a new way for control of plant virus diseases .