Guilin Pharmaceutical Co., Ltd.

It acts on the erythrocytic stage of malarial parasites, affects the surface membrane and mitochondrial function of the parasite, blocks its supply of host erythrocyte substances as nutrition, and kills the asexual body of malarial parasites. It has a rapid effect and is effective against multidrug-resistant malaria. It has a strong and rapid killing effect on the erythrocytic stage of malarial parasites and can quickly control clinical attacks and symptoms. The mechanism of action of artemisinin is mainly to interfere with the mitochondrial function of the surface membrane of malarial parasites, and changes its membrane structure by affecting the ultrastructure of the erythrocytic stage of malarial parasites, blocking the malarial parasites' nutrient intake, generating unstable organic free radicals and/or other electrophilic mediators, forming covalent adducts with malarial parasite proteins, and killing malarial parasites.

It acts on the erythrocytic stage of malarial parasites, affects the surface membrane and mitochondrial function of the parasite, blocks its supply of host erythrocyte substances as nutrition, and kills the asexual body of malarial parasites. It has a strong and rapid killing effect on the erythrocytic stage of malarial parasites. By interfering with the function of the surface membrane-mitochondria of malarial parasites, the membrane system structure changes, blocking the malarial parasite's nutrient intake, leading to its death. The mechanism of action involves the free iron produced by the decomposition of hemoglobin after the endoperoxide bridge is mediated, producing unstable organic free radicals and/or other electrophilic mediators, forming covalent adducts with malarial parasite proteins, and ultimately killing the malarial parasites.

This product is an aminoquinoline antimalarial drug with antimalarial effects similar to chloroquine. It acts on erythrocytic stage malarial parasites and can quickly control clinical symptoms. This product is also effective against malarial parasites that are resistant to chloroquine.

Extract from the above information