Virulence of seedvax (amicarthiazol), saikuzuo (bismerthiazol) and carboxin to Xanthomonas citri、X. oryzae pv. oryzae、X.campestris pv. glycines and Rhizoctonia cerealis were determined , and the relation of their ac...Virulence of seedvax (amicarthiazol), saikuzuo (bismerthiazol) and carboxin to Xanthomonas citri、X. oryzae pv. oryzae、X.campestris pv. glycines and Rhizoctonia cerealis were determined , and the relation of their activity with their composition were analysised , Furthermore, their effects on growth, respiration and fungiactive mode to X. citri were taken into investigation . The results indicated that virulence mechanism of seedvax is interrelated to that of saikuzuo and carboxin , seedvax possibly attack any targets of the respiration pathway and other unknown bio chemical sites, seedvax is characterized with poly active location when transported in bio metabolic ways.展开更多
文摘Virulence of seedvax (amicarthiazol), saikuzuo (bismerthiazol) and carboxin to Xanthomonas citri、X. oryzae pv. oryzae、X.campestris pv. glycines and Rhizoctonia cerealis were determined , and the relation of their activity with their composition were analysised , Furthermore, their effects on growth, respiration and fungiactive mode to X. citri were taken into investigation . The results indicated that virulence mechanism of seedvax is interrelated to that of saikuzuo and carboxin , seedvax possibly attack any targets of the respiration pathway and other unknown bio chemical sites, seedvax is characterized with poly active location when transported in bio metabolic ways.
