Synthesis Of Phthalate And Succinates Salts Of Dipterocarpol Oxime Ester And Their Antimicrobial Activities

Abstract

Phthalate and succinate salts of Dipterocarpol oxime ester have been synthesized and characterized by some specific techniques. The study focuses on characterizing the acidic ability of carboxylic derivatives acid of oxime ester reacting with some defined organic and inorganic bases, that followed describing carefully the process of each the reaction. Throughout the research, only 2 Dipterocarpol oxime ester salts can be synthesized with product more stable than other. Besides, the anti-bacterial activities of each product were completed and found out their MIC (Minimum Inhibit Concentration) which compared to each other, oxime and Diterocarpol. It means acids and salts derivatives of Dipterocarpol oxime can apply further for pharmaceutical material. Dipterocarpol oxime derivatives consists of succinic and phthalic acid derivative which is continuously reactant to create triethyl ammonium and sodium salts derivatives.