Wheat leaf rust

Wheat leaf rust is one of main important diseases which has caused heavy losses to the wheat production in the world .

小麦叶锈病是严重危害世界许多国家小麦生产的主要流行病害之一，也是我国小麦生产上的重要病害。

The bioassay of different isomers of triadimenol and Triadimefon on wheat leaf rust ( puccinia recondita ) in green house

三唑醇及三唑酮的不同光学异构体在温室中对小麦叶锈病的生物活性测定

The Occurrence Factors and Control Measures of Wheat Leaf Rust

永寿县小麦叶锈病的发生因素与防治对策

As climate warming , the harm of the wheat leaf rust may be more severe .

随着气候变暖，小麦叶锈病的危害有可能会更加严重。

The role of drugs affecting calcium metabolism and calcium channel on HR induced by wheat leaf rust fungus

影响Ca~（2+）代谢和钙通道的药物对小麦受叶锈菌侵染后诱发的HR的作用

Pathogen pathogenicity and host resistance are internal factors in deciding plant diseases . Wheat leaf rust is a kind of worldwide disease .

在病害三角关系中，病原物的致病性及寄主的抗病性是决定病害发生与否的内在因素。

Wheat leaf rust , caused by Puccinia triticina , is one of the most important and widespread diseases in wheat .

小麦叶锈病是由小麦叶锈菌（Pucciniatriticina）引起的禾谷类锈病中分布最广的小麦主要病害之一。

With 12 fixed identifying gene , 17 assistant identifying gene and Thatcher , the virulence of 60 strains of wheat leaf rust were identified .

利用12个固定鉴别基因、17个辅助鉴别基因以及感病对照Thatcher作为鉴别寄主，对60株小麦叶锈菌作致病性鉴定。

Wheat leaf rust caused by Puccinia triticina is a major disease in most wheat-growing areas , its epidemics sometimes causing significant yield losses .

小麦叶锈菌（Pucciniatriticina）引起的小麦叶锈病是一种在小麦全生长期发生的主要病害，它的流行会造成严重的减产。

Wheat leaf rust is an important disease in wheat production , screening and breeding for resistance cultivars are considered to be the most economical , environmental and effective appropriate strategy to reduce damages due to this disease .

小麦叶锈病是小麦生产上的重要病害之一，筛选和培育抗病品种已被公认是防治此病害最为经济、安全和有效的途径。

Wheat leaf rust , caused by Puccinia triticina , is widely distributed in the world for its wide range of climates adaptation . It is one of the most important diseases , and affected wheat production worldwide and in China .

小麦叶锈病，由小麦叶锈菌（Pucciniatriticina）引起，因其较强的气候适应能力而在世界广泛分布，严重影响世界小麦的稳产高产，也是影响我国小麦生产的重要因素。

The development of wheat leaf rust ( Puccinia recondita f.sp . tritici ) in the susceptible cultivar 5389 and its ultrastructural features were studied by using fluorescent microscopy , differential interference contrast microscopy , and electron microscopy .

应用荧光显微技术、微分干涉技术和生物电镜技术，系统地研究了小麦叶锈菌在感病寄主上的发育过程及其超微结构特征。

117 isolates of Puccinia triticina were obtained from wheat leaf rust collections made by cooperators throughout China during 2003 and 2004.Physiologic races and pathogenic gene from virulence / avirulence phenotypes on 16 host lines that are Near-isogenic for leaf rust resistance were analyzed .

为明确小麦叶锈菌的毒性基因谱，对2003-2004采自我国的117株小麦叶锈菌菌株进行了致病性鉴定及毒性基因分析。

To the system of interaction between wheat and leaf rust , elicitors were found in intercellular washing fluids ( IWF ) of both compatible and incompatible interactions .

已经证明，小麦&叶锈菌互作，无论亲合互作还是不亲合互作的细胞间隙液（Intercellularwashingfluids，IWF）中都有激发子的存在。

A histopathological study on the interaction of wheat cultivars and leaf rust races with different compatibilities

不同亲和性的小麦品种和叶锈菌小种相互作用的组织病理学研究

This is the study on the interaction of wheat cultivars and leaf rust of wheat of two adjacent provinces .

本研究是用生物间遗传学的观点和方法，继续研究两个邻近省即河北、河南两省小麦品种与两省叶锈菌的相互作用。

Effect of mixed Damage of Wheat Yellow Rust , Leaf Rust and Powdery Mildew on Yield Loss

小麦条锈病、叶锈病和白粉病混合为害对小麦产量的影响

The Role of Calcium on Wheat Hypersensitive Reaction Induced by Wheat Leaf Rust Fungus

钙在小麦受叶锈菌侵染后诱发的细胞过敏性反应中的作用

The MFs Pattern in Mesophyll Protoplast of Wheat and Its Response to Elicitor from Wheat Leaf Rust Fungus

小麦叶肉细胞原生质体微丝的分布格局及其对叶锈菌激发子的反应