ARMA-GAN®
ARMA-GAN (480 g/l chlorpyrifos + 50 g/l cypermethrin) is a broad-spectrum insecticide for control of caterpillars, moths, mildew, thrips and aphids.
ARMA-GAN is a result from binding cypermethrin to chlorpyrifos, two active substances with differing mode of action, with similar effect that achieve higher potency and better protection against development of resistance. ARMA-GAN controls larvae and adults at each stage of crop development, highly active against resistant insects like thrips, the caterpillar Spodoptera frugiperda, leaf-mining moth, beetles, borers, pink worm etc.
The preparation permits application in large or low volume, both in terrestrial and aerial applications.
- MODE OF ACTION
- APPLICATION
Chlorpyrifos – acetylcholynesterase inhibitor. Acetylcholynesterase is the enzyme for disintegration of acetylcholine (ACh) in the medium. During the synapse, the impulse is conducted by acetylcholine which is destroyed by cholinesterase and thus the synapse can be cancelled. When ACh is not destroyed, nervous hyperactivity occurs, which ends with the death of the individual. Chemical group: Organophosphate.
Cypermethrin – it is absorbed through the arthropod chitinous exoskeleton, it stimulates the central nervous system by competitive interference with cationic conductivity in the lipid layer of the nerve cells by clocking the nerve impulse transmission (causing hypersensitivity and paralysis). Cypermethrin causes nerve transmission block because of changes in К and Na permeability of the axon membrane of + + neurons; as well as by inhibition of Са and Mg АТРаse enzymes with 2 + 2+, which causes interference with calcium. It inhibits chlorine channels in GABA (gamma-aminobutyric acid) and CAM (ubiquitous calcium modulating protein) by blocking calcium ion channels, thus increasing the levels of free calcium and acting on the neurotransmitters of the nerve endings. This results in paralysis and death of the insect. The basic site of cypermethrin effect is the sodium channel of the nerve membrane. Chemical group: pyrethroid.
Related Products
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SINCHI®
SINCHI (200g/kg acetamiprid) is a neonicotinoid insecticide with a rapid destruction effect (knock-down effect) and prolonged residual action, with effective control of the principal sucking insects that infest agricultural crops.
SINCHI is absorbed by the folliage and demonstrates excellent translaminar activity which ensures control on the insects on the back side of the leaves. Its systemic effect protects the new shoots when applied after transplantation or during the first days of culture growth.
SINCHI acts by contact and ingestion and effectively controls both nymphs and adults of white fly, trips, Paratrioza and aphids.
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TSAR®
TSAR (Lambda-cyhalothrin 106g/L + Thiamethoxam 141g/L) is a broad-spectrum insecticide particularly suitable for control of larvae and adults of chewing, biting-sucking and sucking insects such as moths, aphids, whiteflies etc., on cereals, sugar beet, tomatoes, vegetables, corn, potatoes, legumes, berries, soya and tobacco. It also prevents the incubation of eggs by direct contact with the spray. TSAR acts by contact with a rapid instant effect and by ingestion and possesses also a repellent аnd antialimentary effect. Furthermore, its systemic activity ensures control of pests that feed on cellular content. TSAR is characterized by its high liposolubility, therefore it is rapidly absorbed by the waxy layer of the insects. The preparation is highly resistant with a good leaf adhesion and it is not washed down by rain within 2-3 hours after application. TSAR is efficient even under conditions of high ambient humidity and/or low temperatures.
Thiamethoxam that acts by contact and ingestion, demonstrates translaminar activity and high systemicity in ascending form, possesses excellent acropetal translocation in the conductive tissue, and a small quantity of the product is transported through the phloem. Between 15-40% of the applied material is transferred in the foliage shortly after application. -
CORRIDABUL®
CORRIDA BUL 480 SC acts as a growth regulator, its effect is highly specific for biochemical processes like chitin synthesis or the biosynthesis of hyaluronic acid. It affects the insect shell at different stages and the incubation of eggs.
