Biological Maize Crop Pesticides AcNPV Killing Agricultural Pests on Vegetable Fruit

Biological Organic Maize Crop Pesticides AcNPV Killing Agriculture Pests on Vegetable Fruits Tea Rice Plant

Compared with other pesticides, viral insecticides have the following advantages:
1. Specificity: The infection mechanism of insect viruses requires the spinous process protein on the surface of the virus to recognize and bind to the receptor glycoprotein on the surface of the host cell, so as to infect the host and only kill the target host.
2. Safety: harmless to human and livestock, do not kill natural enemies and other beneficial insects, do not pollute the environment, for the protection of the ecological chain is of great significance.
3. No residue: the virus is a protein, no residue on crops.
4. Epidemic: the virus can be spread horizontally and longitudinally in the pest population, with infectivity.
5. The production process is pollution-free, low energy consumption, an insect is a virus synthesis factory.
6. High efficiency and persistence: Nuclear polyhedrosis virus can remain active in the soil for as long as 5 years. After the disease and dead insects rot in the field, a large number of viruses will be released to keep the number of viruses in the field. Thus, the number of drug application is reduced, the drug cost and labor cost are reduced, and the comprehensive cost is also reduced.
7. Not easy to produce resistance: the virus has no cell structure, no complete enzyme system, the factors that play a role in microbial metabolic pathway are not affected, not easy to produce resistance, so far there is no related report of insect virus resistance. For example, the human body has no resistance to novel Coronavirus and SARS virus, no corresponding immunity, and no targeted drugs.

Working Mechanism:

Autographa californica nuclear polyhedrosis virus (AcNPV) is a microorganism that kills Spodoptera exigua. After spraying on crops and being eaten by pests, the virus particles replicate and multiply in the pest body, and quickly spread to the pests. All parts of the body are drastically engulfed by consuming insect tissues. During the period of ‘illness’, the pests do not eat and move, appearing a sub-lethal effect, and eventually the whole body is killed by water. spraying on the insects, the hatching larvae will also bite the egg shell. Will die due to feeding virus. In addition, virus particles can continue to be transmitted to the next generation or other pests through the body fluids and feces of dead insects like a ‘plague’, so that field pests can be effectively controlled for a long time.

The first is the combination of different insect viruses, including two or more than two different kinds of insect viruses, the purpose is to broaden the insecticidal spectrum of the product through the combination, so that the insect virus products are accepted by more markets.
In the process of virus recombination, not only the insecticidal spectrum was enlarged, but also some viruses were found to have synergistic effect on other viruses, which increased the mortality of pests and had better insecticidal effect.

On the other hand, in order to improve the control effect of insect virus on larval larvae, the use of insect virus and some chemical pesticides is also being studied, and a great breakthrough has been made in this aspect.
The strategy for this approach is to mix insect virus products with certain chemical pesticide products in "packages" for use in the field.
It is found that some chemical pesticides have obvious synergistic effect on insect virus, which can accelerate the rate of disease and death of insect pests after infection with virus, and increase the degree of acceptance of control effect by users.
In fact, for chemical pesticides, especially some strong chemical pesticide products, patentability adopted strategies of "used with insect virus are synergies, not only can reduce the use of chemical pesticides in itself, but also can significantly reduce the pests of the chemical pesticide resistance, prolong the life of the market, at the same time can greatly reduce the pesticide residue.

1. Obtain organic certification and without pesticide residue

2. Increase rainwater washing out ability

3. No safety interval period

The main advantage of insect virus pesticides:
1. Strong targeted, only effective for target pests, non -target creatures such as natural enemies, which are conducive to maintaining ecological balance and preventing pests from rampant.
2. Pests are not easy to produce resistance. Insect virus is essentially a microorganism with nucleic acid structure that can be evolved with pests, which is difficult to produce resistance. Therefore, compared to chemical pesticides, insect virus pesticides have more market potential in the treatment of pest resistance.
3. Safe without residual. The main component of insect virus pesticides is natural organisms, and the product is not safe to collect on the same day. For the organic and green agricultural product production bases required by agricultural residues, insect virus pesticides are completely safe and can be used with confidence. Pests green prevention and control products.

1. Special insect virus, widely used, can control a variety of lepidopteran pests.

2. Add a high-efficiency spreader, more resistant to rain.

3. Obtain organic certification and no residue.

4. There is no safety period, and the crops can be picked on the same day.

Dosage: 1200~1600mL/ha, spray

When using this product, wear protective clothing and gloves, masks to avoid inhalation of liquid medicine, do not eat or drink while drinking. After application, wash hands and face, and clean the skin of exposed parts in a timely manner, be sensitive to silkworms, and avoid use around silkworm and mulberry areas. Pregnant women, lactating women and allergies are prohibited. Please consult a doctor if there are any adverse reactions during use.