【Objective】We aimed to determine the role of bacterial toxin in pine wilt disease by examining the changes in ultrastructure of 3-year-old Pinus thunbergii branches inoculated with different materials. 【Method】The inoculation materials were suspension of Bursaphelencus xylophilus,non-cell culturing liquid of the pathogenic bacteria GcM5-1 A,a mixture of aseptic B. xylophilus + the pathogenic bacteria GcM5-1 A,flagellin toxin of the pathogenic bacteria GcM5-1 A,aseptic B. xylophilus + non-pathogenic bacteria...
【基金】
江西省林业厅科技创新项目(201817);
国家自然科学基金重点项目(30030110)
【更新日期】
2018-12-18
【分类号】
S763.7
【正文快照】
trastructure showed almost no damage in aseptic B. xylophilus+non-pathogenic bacterial S. lentus AM2C and suspen-sion of the aseptic B. xylophilus treatments,and the ultrastructure in these two treatments were similar to those in healthypine.【Conclusion?
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