TELIOSPORE相关论文
Biological characteristics and molecular analysis of the rice kernel smut Neovossia horrida Strain Q
As the agent of the rice kernel smut, Neovossia horrida is the most destructive fungal pathogen of rice (Oryza sativa L.......
本文通过对荣华二采区10...
After male sterile rice plants are inoculated with secondary sporidia of Neovossia horrida in the field, the process of ......
稻粒黑粉病是由担子菌亚门齿黑粉菌属的稻粒黑粉菌引起的。试验设置不同的温度、湿度、光照时间、pH值等培养参数,观察这些不同的......
应用电子辐照处理小麦矮腥黑穗菌冬孢子 ,实验室直接研究结果表明 ,5kGy的剂量可使冬孢子丧失萌发力失去活性。注意到电子辐照处理......
研究了茭白黑粉菌(Ustilago esculenta)冬孢子萌发和菌丝生长,结果表明冬孢子萌发的适宜温度为25~30℃,最适pH为6,该菌在合成培养基......
大豆锈菌可在大豆植株上形成冬孢子和冬孢子堆,田间在10~11月初形成,但数量较少。冬孢子堆的形成与大豆品种、温度、湿度、光照等有关......
Decline in a Tilletia indica Teliospore Population in a Naturally Infested Arizona (USA) Wheat Field
Following a 2004-outbreak of Karnal bunt in an Arizona wheat field where infection had not been detected in recent years......
根据水稻腥黑粉菌两个聚类群与其它黑粉菌ITS序列的差异,分别设计了两个聚类群的特异引物Hor2/Hor9和Hm1/Hm5,结合ITS通用引物Til1......
用一对专化于印度腥黑穗病菌的引物T117M1(5’-TCCCCTTG-GATCAGAACGTA-3’)和T117M2(5’-AGAAGTCTAACTCCCCCCTCT-3’)可特异地扩增印度腥黑生理 菌产生一段825bp的产物,而稻料一黑粉病菌则不能被扩增。......
电子射线辐照处理小麦矮腥黑穗菌冬孢子 ,5kGy的剂量可使冬孢子丧失萌发力失去活性...
腥黑粉菌主要侵染禾本科植物。2004年曾从来自美国的碱茅草种中检出一种腥黑粉菌,是碱茅上腥黑粉菌的新记录,迄今国内外尚无其相关研......