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-6%Complex multivitaminDigestive Tract
30 tablets90 tablets90 tablets MINIFenzol 222 PANACUR dewormer canine & feline (10 gr/ 0.02 lb)
Fenzol 222 canine & feline (Fenbendazole 222 mg) - Panacur and Helmintazole 222 analog
Dewormer for dog, cats, cattle, sheep, goats, pigs, horses, carnivores, fur animals, chickens, geese, pigeons.
For the treatment and control of Roundworms (Toxocara Canis, Toxascaris leonina), Hookworms (Ancylostoma caninum, Uncinaria stenocephala), some Tapeworms (Taenia pisiformis), Whipworms (Trichuris vulpis) and Giardia.
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Kloziver for cattle, sheep, goats (100 ml) *inj
Kloziver (closantel,ivermectin) injectable
Kloziver is a combination drug, comprising closantel and ivermectin. Closantel is a salicylamide’s derivative, providing antiparasitic action. Closantel’s mode of action centers around inhibition of oxidative phosphorylation. Specific action centers around ATP stimulation, leading to stopping of a phosphorylation process and electrons’ transfer, changing suchwise parasite’s energy metabolism. This leads to its death. Ivermectin refers to compounds, which are produced by Streptomices avermitis. Ivermectin’s mode of action on parasite’s body centers around secretion stimulation of GABA (gamma-amino-butyric acid), which binds to special receptors of nerve endings, blocking nerve impulses and causing paralysis and death of a parasite.
Kloziver (10 ml) inj
Kloziver (closantel,ivermectin) injectable
Kloziver is a combination drug, comprising closantel and ivermectin. Closantel is a salicylamide’s derivative, providing antiparasitic action. Closantel’s mode of action centers around inhibition of oxidative phosphorylation. Specific action centers around ATP stimulation, leading to stopping of a phosphorylation process and electrons’ transfer, changing suchwise parasite’s energy metabolism. This leads to its death. Ivermectin refers to compounds, which are produced by Streptomices avermitis. Ivermectin’s mode of action on parasite’s body centers around secretion stimulation of GABA (gamma-amino-butyric acid), which binds to special receptors of nerve endings, blocking nerve impulses and causing paralysis and death of a parasite.Ivermectin
The anti-inflammatory properties of topical ivermectin have been observed in animal models of inflammatory skin processes. Ivermectin also causes death of parasites, mainly through selective binding and high affinity for glutamate-regulated chlorine channels found in nerve and muscle cells of invertebrates. The mechanism of action of ivermectin in the treatment of inflammatory skin lesions in rosacea is not known, but may be associated with both the anti-inflammatory effects of ivermectin and the ability of ivermectin to kill Demodex mites, which, in turn, are a factor causing skin inflammation.