Use of the hydroxydiphenyl ether class of chemicals, any test method to confirm that the growth of the human malaria parasite is inhibited by using the hydroxidiphenyl ether class of chemicals, composition, method to determine whether the growth of the animal malaria parasite is inhibited, method of inhibiting the elongation reaction of the synthesis of fatty acids in the malaria parasite, any application that seeks to inhibit the growth of a malaria parasite with hydroxydiphenyl ether and any other class of compounds that inhibits the elongation of the synthesis of fatty acids in the malaria parasite

摘要

"USE OF THE CHEMICAL PRODUCTS CLASS OF HYDROXYDIFENYL ETHER, ANY TEST METHOD TO CONFIRM THAT THE GROWTH OF HUMAN MALARIA PARASITE IS INHIBITED BY THE USE OF THE CLASS OF CHEMICAL PRODUCTS OF HYDROXYDIFYL ETHER, METHOD OF CHEMISTRY, METHOD OF CHEMISTRY, METHOD OF CHEMISTRY. ANIMAL IS INHIBITED, METHOD OF INHIBITING THE STRETCHING REACTION OF THE SYNTHESIS OF FATTY ACIDS IN MALARIA PARASITE, ANY APPLICATION THAT SEEKS TO INHIBIT THE GROWTH OF A MALARIA PARASITE WITH HYDROXIDIFENIL IS THE LARGER OF HERROXIDIFENIL IS ALTER AND HYDROID OF HYDROGEN. FATS IN MALARIA PARASITE "We report the use of the hydroxydiphenyl ether class of chemicals, as exemplified by triclosan, (2,4,4'-trichloro-2'-hydroxydiphenyl ether), both for treatment and for the design of therapies for the treatment of malaria. More specifically, the present invention relates to the identification of fatty acid synthesis as a target for this compound, as well as to a key enzyme involved in their synthesis.