Synthesis & Study Biological Activity of New Phthalimide Derivatives
Study the biological activity of new Mannich bases derived from phthalimide
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The research involves synthesis of some new aminoacetylenic derivatives of phthalimide. The phthalimide in this study served as starting material and was converted to the corresponding potassium salt through reaction with potassium hydroxide. The alkylation of the imide salt with the propargyl bromide afforded the desired N-propynylphthalimide (A1). The Mannich reaction (three componenets in one pot reaction) was carried out by using the N-propynylphthalimide (A1), formaldehyde, benzaldehyde and some of its derivatives, as well as morpholine or piperidine which are taken as secondary amines, i...
The research involves synthesis of some new aminoacetylenic derivatives of phthalimide. The phthalimide in this study served as starting material and was converted to the corresponding potassium salt through reaction with potassium hydroxide. The alkylation of the imide salt with the propargyl bromide afforded the desired N-propynylphthalimide (A1). The Mannich reaction (three componenets in one pot reaction) was carried out by using the N-propynylphthalimide (A1), formaldehyde, benzaldehyde and some of its derivatives, as well as morpholine or piperidine which are taken as secondary amines, in the presence of peroxide free dioxane and a catalytic amount of cuprous chloride under various basic, acidic, solvent and temperature conditions, resulted in formation of a novel aminoacetylenic Isoindoline-1,3-dione derivatives (A2-A12).
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