Have the insecticides you regularly use stopped working or are they no longer effective as they used to be? Is there any way to overcome thipenn state jersey custom football jerseys penn state football jersey ohio state jersey detroit lions jersey,green bay packers jersey,eagles kelly green jersey,jersey san francisco 49ers rowan university new jersey oregon ducks jersey Ohio State Team Jersey penn state jersey ohio state jersey custom ohio state jersey brock purdy jersey ohio state jersey custom made football jerseys kansas state football uniformss problem?
These events are happening all over the world, constantly and increasingly every day.
In most cases, it is because pest populations have become resistant or tolerant to the product at regular concentrations.
This resistance is a result of an inheritable change in sensitivity of a pest, reflected in repeated failures of a product to achieve expected control levels according to the label recommendations for the same pest (IRAC).
Various functions contribute to insect resistance mechanisms, such as changes in penetration (by changes in behavior or cuticle), excretion (by increase), increased detoxification (acceleration of active metabolism), and modification of the target site.
At the same time, markets demand that no more than a certain number of active ingredients be used to preserve consumer health. This presents an important and growing challenge for technicians. It is vital to defend the principle of safety for the well-being of people and the environment. Both of these come with high costs and irreversible effects at times.
Having an insecticide that does not generate resistance and is not toxic to people seems to be an ideal for production systems.
Esten 80 is a biobased insecticide acaricide that has those characteristics. It is a powerful tool to contain resistance. It controls pests effectively and sustainably toward the environment. Its effectiveness is demonstrated in numerous relevant studies and by the number of producers who apply it in different crops.
Esten 80 acts physically on insects and mites. It does so in three ways: suffocation, dehydration, and desiccation. Its main effect is the dissolution of the cuticle of the exoskeleton. By reducing its resistance, the insect begins to lose water from its interior and crack, accelerating its death.
There is no way for the insect to develop resistance because it is not toxic. Esten 80 does not need to penetrate to act. It only needs to be in contact in a sufficient concentration and time to achieve its function. It does not enter the insect, so there are no changes in target sites, excretion mechanisms, or metabolism that allow resistance to develop.
The future of food safety is in the hands of producers who tirelessly seek to make efficient and sustainable agriculture. At Tensac, we are part of that.