植物寄生线虫

RNA干扰技术在植物寄生线虫中的应用

Application of RNA Interference in Plant Parasitic Nematodes

随后一系列研究证明expansin基因可能在植物寄生线虫中普遍存在，关于大豆孢囊线虫expansin基因的研究尚未见报道。

Many recently studies demonstrated that the expansin genes are probably existed in many plant parasitic nematodes . No expansin genes have been reported in H. glycines .

结果表明，裸地和撂荒地植物寄生线虫与土壤pH呈显著负相关；

The results showed that soil pH had a negative effect on the plant-parasitic nematodes in both bare and fallow plots .

根结线虫（Meloidogynespp.）是一类危害大、分布广、难以防治的植物寄生线虫，严重危害农作物生产，同时也是诱发其它植物根部病害的重要因素之一。

Meloidogyne spp. is a kind of foliage autoeciousness nematodes which disserves greatly , distributes widely , be difficult for prevention and cure and endangers the production of crop heavily . Meanwhile , it is one of the important causes that place a premium on vegetation disease .

果树植物寄生线虫药剂防治研究

Effects of Chemicals on the Control of Nematodes for Fruit Trees

四川省主要果树植物寄生线虫研究

Researches on Parasitic Nematodes on the Staple Fruit Trees in Sichuan

苏云金芽胞杆菌防治植物寄生线虫的研究进展

Progress of researches on activity of Bacillus thuringiensis against plant-parasitic nematodes

植物寄生线虫生防细菌及其作用机制研究

Bacteria Used in the Biocontrol of Plant-parasitic Nematodes and Its Pathogenesis

植物寄生线虫对大豆的危害还未受到普遍重视。

The damage of plant parasitic nematodes to soybeans is generally unrecognized .

两种生物制剂对植物寄生线虫防效的室内测定

Indoor Bioassay of Control Effects of Two Biological Nematocides on Plant-parasitic Nematode

广州地区观赏植物寄生线虫初步鉴定与防治

Primary identification and control of some ornamental plant parasites nematode in Guangzhou

丛枝菌根真菌和植物寄生线虫

The interaction between arbuscular mycorrhizal fungi and plant parasitic nematode

因此，植物寄生线虫的生物防治引起了人们越来越多的重视。

Biocontrol of plant-parasitic nematodes has therefore given rise to vast attention .

说明在抗根结线虫作物种植区根结线虫的发病高峰期能被提前和推迟，而且有害植物寄生线虫在土栖线虫中的比例也更低。

In the resistant plot of root - knot nematodes .

太谷县玉米田植物寄生线虫种类及垂直分布

Corn Parasitic Nematodes Types and Its Vertical Distribution in Taigu

利用食线虫真菌防治植物寄生线虫的研究进展

Advance in Biological Control of Plant Parasitic Nematode by Using Nematophagous Fungi

中国花卉植物寄生线虫新记录种记述

Description of New Record Species from Flowers Plant Parasitic Nematode in China

在许多农作物中，植物寄生线虫引起重大损失。

Plant-parasitic nematodes cause heavy yield losses in many crops .

植物寄生线虫分支酸变位酶基因的研究进展

Progress on chorismate mutase gene of plant parasitic nematodes

江苏省进出口园林植物寄生线虫的调查研究

Investigations on parasitic nematodes of import and export garden plants in Jiangsu Province

台湾兰花植物寄生线虫的鉴定

Identification of plant parasitic nematodes on Taiwan orchids

四川省棉田植物寄生线虫种属研究

Studies on species and genera of plant parasitic nematodes in cotton fields in Sichuan

植物寄生线虫生物防治和抗线虫基因工程综述

Advances on Biological Control of Plant-parasitic Nematodes and Genetic Engineering of Resistance to Nematode

应用细菌防治植物寄生线虫

Biocontrol of plant parasitic nematodes by bacteria

植物寄生线虫的数量大于非寄生线虫。

The numbers of plant parasitic nematodes were more than non-parasitic nematodes in all treatments .

植物寄生线虫生防因子研究进展

Biological control of plant - parasitic nematodes

植物寄生线虫对月季生产栽培的危害，无论是在大田或是在温室中均有发生。

Plant parasite nematode causes reduction of rose production both in greenhouse and in the field .

植物寄生线虫是危害农作物的重要病原物之一。

The pragress of the gene-related resarches on the development of plant-parasitic nematodes was briefly reviewed here .

上海棉田植物寄生线虫的种属分布和群体动态

The species and genus distribution and population dynamics of plant parasitic nematodes in cotton fields of Shanghai

在半流动沙丘生态系统中，植物寄生线虫为优势营养类群；

In the semi-mobile sandy land ecosystem , the plant parasites nematode community was the dominant group .