Nekoval Svetlana Nikolaevna, Churikova Arina Konstantinovna, Maskalenko Oksana Aleksandrovna, Tukhuzheva Zhanneta Zaurovna, Ivanov Valentin Valentinovich
Federal Research Center of Biological Plant Protection, p/o 39, 350039 Krasnodar, Russia.
Microorganisms. 2024 Dec 13;12(12):2586. doi: 10.3390/microorganisms12122586.
The primary aim of this research was to study the effectiveness of various strains of antagonist microorganisms and biological preparations against , in addition to their impact on the quality of tomato fruits and crop structure. Four microorganism strains and three registered environmentally safe nematicides were used in the experiment presented herein. The results showed that the strains F-22BK/6 and F-22BK/4 had the greatest biological efficacy, reducing the number of galls on tomato plants by 91.8% and 88.4%, values comparable with the results of the chemical control Vydate 5G. The F-22BK/2 and F-22BK/4 treatments showed the best results, increasing the fruit weight by 8.6% and 9.9%, in addition to increasing the tomato yield by 5.0% and 13.3%. These strains contributed to an increase in sugar content, whereas the concentration of vitamin C was reduced in the F-294 and Fitoverm treatments, indicating a high level of oxidative stress in the latter treatments. The results of this study confirm the prospects of using biological nematicides against phytoparasitic nematodes, which will not only enable effective control of their population but also improve the quality of agricultural products, minimizing harm to the environment and human health.
本研究的主要目的是研究各种拮抗菌株和生物制剂对番茄果实品质和作物结构的有效性及其影响。本文所展示的实验中使用了四种微生物菌株和三种已注册的环境安全杀线虫剂。结果表明,F - 22BK/6和F - 22BK/4菌株具有最大的生物功效,使番茄植株上的虫瘿数量减少了91.8%和88.4%,这一数值与化学对照药剂Vydate 5G的结果相当。F - 22BK/2和F - 22BK/4处理显示出最佳效果,除了使番茄产量分别提高5.0%和13.3%外,果实重量还分别增加了8.6%和9.9%。这些菌株有助于提高糖分含量,而在F - 294和Fitoverm处理中维生素C浓度降低,表明后两种处理中存在高水平的氧化应激。本研究结果证实了使用生物杀线虫剂防治植物寄生线虫的前景,这不仅能够有效控制线虫种群数量,还能提高农产品质量,将对环境和人类健康的危害降至最低。