Abstract
Several studies have shown that derivatives of Isatin, Phenazine and Phenanthrenedione have a broad spectrum of biological activity. A large number of pharmacology active species can be synthesized from these precursors. Some of its derivatives are molecules with planar structure, a condition that displays the good capacity to interact with DNA by intercalation. Based on this information, we are designing synthesized N-Heteroacene derivatives and testing potential drugs as antimicrobial, antifungal and anticancer agents. The synthesized N-Heteroacene derivatives are characterized by IR, NMR, Mass spectrum, thermal and photophysical studies
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