corn smut
英 [kɔːn smʌt]
美 [kɔːrn smʌt]
玉米黑粉病
双语例句
- Control Effect of 9% Corn Seed Coating of Chlorpyrifos& Diniconazole on Hypogenous Pests and Maize Head Smut
9%毒死蜱·烯唑醇悬浮种衣剂对玉米地下害虫、丝黑穗病的防治效果 - On the difference of susceptible ages among corn varieties to head smut
玉米不同抗性品种对丝黑穗病在感病年龄上的差异 - Analysis of Processing and Utilizing of Corn Smut Fungus
玉米黑粉菌的加工利用分析 - Liao Dan 37 and Liao Dan 120, whose yield losses were much more than that of other varieties, were resistant varieties of corn common smut.
其中辽单37和辽单120是抗病品种，产量损失较大； - Studies on Germination And Infection of Basidiospores of Corn Smut Fungi
玉蜀黍黑粉菌担孢子萌发及侵染过程的研究 - Inoculation Technique for Identification of Corn Resistance to Common Smut
玉米瘤黑粉病抗性鉴定技术研究 - A cytological study of the infection of corn head smut
玉米丝黑穗病原菌侵染的一些细胞学研究 - The injection inoculation on the base of the seedling is the most effective method to induce the corn smut disease, the key technique is to let the suspension to rise from the base to head along the unopened leaf roll and to overflow;
注射接种是用担孢子诱发玉米苗发病的最有效的方法，其技术关键是让悬浮液自苗基部注入沿未展开的叶束上升到顶部苗心溢出； - In the early stage of corn growth, the coleoptiles of 11 self-bred lines with different resistance to head smut were studied.
在玉米生育早期，以幼芽鞘为材料，对11个抗病性不同的自交系进行了研究。 - Progress in the research on the integrated control of Corn Head Smut in China
我国玉米丝黑穗病综合防治研究进展 - Resistance Identification of Mainly Popularized Varieties to Corn Head Smut and Leaf Spot
吉林省玉米主推品种抗丝黑穗病及叶斑病性状鉴定 - Corn smut fungus is rich in protein, dietary fibre, minerals ( especially potassium, iron, selenium content higher), vitamins, fungus polysaccharide and reasonably necessary to the formation of amino acid.
玉米黑粉菌含有丰富的蛋白质、膳食纤维、矿物质（尤其是K，Fe，Se含量较高）、维生素、真菌多糖以及人体必需氨基酸。 - Therefore, corn smut fungus as a kind of rich nutrition edible fungus is the development of health food quality natural raw materials, it has broad prospects for development and application.
因此，玉米黑粉菌是一种营养丰富的食用菌，是开发保健食品的优质天然原料，具有广阔的开发和应用前景。 - At the same time, using the main QTL molecular markers developed by us and China Agricultural University, Combining marker-assisted selection and conventional breeding, making use of the methods of hybrid-backcrossing then self-crossing, molecular marker breeding platform of corn Head Smut resistance will be build.
同时，利用与中国农业大学合作研究开发的主效QTL分子标记，将分子标记辅助选择与常规育种相结合，采用杂交-回交-自交的方法，建立玉米抗丝黑穗病分子标记育种平台。