玉米小斑病

详细叙述了玉米小斑病T、C小种的侵染特征，并在对二者分析比较的基础上，提出了玉米雄性不育胞质的利用途径：（1）育成异型胞质杂交种；

Based on the detail analysis and comparison of the infective characteres of Bipolaris Maydis Race T & C the using methods of the corn male-sterile cytoplasms were suggested : ( 1 ) selecting corn hybrid varieties with different male-sterile cytoplasms ;

玉米小斑病（Southernblightofcorn）是当前国内外玉米生产区普遍流行的一种真菌性病害，在致病过程中能产生对其寄主植物具有致病活性的代谢产物，即致病毒素。

Southern blight of corn was a king of universal fungal plant disease at the present . During infecting corn seedings , the pathogen of Bipolaris maydis race C could produce an active metabolic production , namely pathogenic toxin ( HMC-Toxin ) .

玉米小斑病重要流行环节的初步定量研究Ⅰ.孢子萌发侵入、病斑潜育显症及扩展

Preliminary Quantitative Studies On Important Epidemic Links of Bipolaris maydis

植物组织培养技术在抗玉米小斑病育种中的应用

The Advances on Applying the Techniques of Plant Tissue Culture to SCLB-Resistant Plant Breeding

夏玉米小斑病发生规律研究

Occurring law of bipolarize maydays of summer corn

对玉米小斑病的重要流行环节&孢子萌发侵入、病斑潜育显症扩展进行了定量研究。

Systemic quantitative studies on spore germination penetration and incubation symptomatic appearance of Bipolaris maydis were made .

国内外虽然对该病进行了大量的研究，但由于地理条件及环境因素的不同，玉米小斑病的研究结果在地区间的应用受到一定的限制。

Although there were a large number of researches on this disease both at home and abroad , the research methods subjected to certain restrictions as a result of the differences from geographic conditions and environmental factors .

玉米对小斑病T小种抗性的遗传模型分析

Genetic Model Analysis of the Resistance in Maize to Helminthosporium maydis Race T

结果表明：玉米对小斑病T小种的核抗性主要受加性和显性效应控制，以显性效应为主。

The results indicated that additive and dominance effects , with the dominance effect predominating mainly controlled the nuclear resistance .

用广义遗传模型方法，研究了玉米对小斑病T小种的抗性遗传特性。

Genetic studies were conducted for the resistance in maize to Helminthosporium maydis race T , using the generalized genetic model method .

诱发玉米抗小斑病突变体的研究&Ⅳ.从玉米单倍体胚性细胞无性系筛选抗玉米小斑病突变体

Studies on Induction of Helminthosporium maydis Resistance Mutation in Zea mays ⅳ . The Screening of Disease-resistant Mutation from Haploid Embryonic Cell Clone in Zea mays

以上结果表明接种AM真菌能够提高玉米对小斑病的抗性，其机理与改善磷营养状况有关。

Through the above results , we could conclude that the inoculating of AM fungi could improve the resistance of maize to the disease of corn southern leaf bligh and the P nutrition .

玉米小斑病菌产生的致病毒素（Hm-毒素）在玉米小斑病的发生发展过程中起了重要作用。

It has been well demonstrated that pathotoxins produced by Helminthosporium maydis ( Hm-toxin ) play important roles in the initiation and development of Southern corn leaf blight .