论文部分内容阅读
为了确定甲霜胺、乙磷铝与恶唑烷酮、霜脲氰、安克和硫代磷酰胺酯之间的交抗型,在叶盘上共测试了黄瓜霜霉(PC)和葡萄霜霉(PV)的27个分离系对6种内吸杀菌剂的抗药水平,结果证实了在两种目标真菌上甲霜胺和乙磷铝之间的非交抗关系,甲霜胺和恶唑烷酮之间的正交互抗药性,在PC上甲霜胺和霜脲氰之间的非交抗关系。试验还表明在PC上甲霜胺和安克之间以及乙磷铝和霜脲氰之间的非交抗关系,在PV上甲霜胺和乙磷铝与硫代磷酰胺酯之间的非交抗关系。此外,试验发现了霜脲氰和安克在叶盘上对抗甲霜胺分离系具有很高的杀菌活性。
In order to determine the cross-resistance between methylamine, oxaliplatin, oxazolidinone, azoxystrobin and thiophosphamide, we tested a total of two combinations of PC and GR Resistant levels of six systemic fungicides to 27 systemic isolates of mold (PV) confirmed the non-reactive relationship between methylamine and cefotaxime on the two target fungi, Orthogonal cross-resistance between oxazolidinones, non-reactive relationship between mesylamine and cymoxanil on PC. The test also showed non-reactive relationship between metaclofenamine and Anq and between cefotaxime and cymoxanil on PC, non-cross between metalamen and cefotaxime and thiophosphoramidite on PV Anti-relationship. In addition, it was found that there was a high bactericidal activity of cymoxanil and anke on the leaf disks against the metazaloid isolate.