rice disease

The Rhizopus fungi, which live in soil, were thought to produce a toxin that kills the roots of rice plants, causing a disease called'seedling blight'.

人们认为，生活于泥土中的名为根霉菌（Rhizopus）的真菌能产生一种杀死水稻作物根系的毒素。这种毒素会导致稻苗枯萎病（seedling blight）。

It can master the main rice disease and insect pest from the paper and help the Plant Protection carry favorably.

通过论述，便于对盘锦地区水稻病虫害的发生及防治情况加以全面掌握，为植保工作提供一定帮助。

Previous studies on silicon-enhanced disease resistance in rice were mainly focused on rice blast and sheath blight that were caused by fungi. To date, the effect of silicon on bacterial blight ( Xoo) has never been reported.

前人对硅在抵御水稻病害中的研究报道多集中在稻瘟病、纹枯病等由真菌引起的病害，而有关硅对由细菌引起的水稻白叶枯病抗性的研究，国内外鲜见报道。

Then at the 6 point will lead to a higher pregnancy rate. The Grains and grain weight decreased and the blasted rate and yield loss rate of rice increased with the increase of disease grains each ear.

水稻稻曲病随着每穗稻曲球数增加，穗粒数、粒重及千粒重下降，秕谷率上升，产量损失率增加。

However, eating brown rice reduces the risk disease.

而吃糙米(又称红米、粗粮)可以减少这种风险.

Progresses Problems and Strategies of Rice Breeding: Resistant to Insect& Disease via Transgenic Technique

利用转基因技术培育抗病虫水稻进展中的问题与对策

Incidence and Prevention of Rice Stripe Virus Disease in Three-line Hybrid Rice Seed Production

三系杂交稻制种条纹叶枯病发生规律及防治

In this paper the advance of method and technology of rice disease resistance transgenic were evaluated. The application of rice disease resistance transgenic breeding was also reviewed.

综述了近年来国内外水稻抗病转基因的技术、方法，对水稻抗病转基因在水稻育种上的应用也作了评价。

Rice bacterial blight is a major bacterial disease in rice production.

白叶枯病是水稻生产上危害最大的细菌性病害之一。

Accumulations of coat protein and disease specific protein of rice stripe virus in its host

水稻条纹病毒外壳蛋白和病害特异蛋白在寄主体内的积累