A signal protein-containing composition for controlling root-knot nematodes and its preparation method and application
A root-knot nematode technology and a composition are applied in the field of a signal protein-containing composition for controlling root-knot nematodes and the field of preparation thereof, which can solve the problems of drug resistance and microbial degradation, weaken the use effect of nematicides, reduce crop biomass and yield, and prevent The effect depends on the colonization ability and other issues to achieve the effect of improving the crop resistance ability, weakening the infection ability, and not easy to resist drugs.
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Embodiment 1
[0061]Example 1: Prevention and treatment of wettable powder on the roots of tomatoes
[0062]Formulation: 20% Composition (0.65% HP, 13.0% SP, 6.35% IM), 2.5% phenol polyoxyethylene (wetting agent), 2.5% lignozoate (dispersant), 0.5% ring Oxygen soybean oil (suspending agent and stabilizer), the margin is a talc powder (filler). The above raw materials is prepared by mixing, ultra-micro gas flow, and prepared by mixing process steps. In addition, 19.35% (13.0% SP, 6.35% IM) wettable powder formula differed in that no HP was not added, and the rest were the same. The active ingredient in the 5% HP wettable powder contains only 5% HP, and the active ingredient in 19.2% IM wettable powder contains only 19.2% IM, and the remaining excipients and aids are the same. 70.1% of the SP wettable powder contains only 70.1% of the fig-proposed polymerfum fermentation, and the remaining excipients and aids are the same.
[0063]This example is applied to the prevention and treatment of tomato roots. I...
Embodiment 2
[0067]Example 2 20% wettable powder on the control of cucumber roots
[0068]The formulation is the same, which is applied to the control of the root of cucumber. In January 2018, in Shouguang City, Shandong Province, Shouguang City was used in a greenhouse greenhouse, which was severely infected with root-knotted nematode disease. The roots in the greenhouse were mainly rooted in the southern roots, including a small amount of peanuts. The test method and design are the same, the test object used is cucumber seedlings, and the variety is "Winter Wei". After 30 days, the control effect was detected, and the test items included the roots, cucumber pairs of diced blade (leaf area = leaf length × leaf width × 0.743), high strain, cucumber production. The specific results are shown in Table 4.
[0069]Table 4
[0070]
[0071]The results showed that HP treatment in a single-agent treatment was lowered to be 28.85%, 19.2% IM wettable powder was higher, 82.35%. 20% of the wettable powder containing s...
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