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DNA minor groove alkylation by duocarmycin analogs refers to the specific chemical modification of DNA, where duocarmycin compounds bind within the minor groove of double-stranded DNA and covalently attach (alkylate) to certain nucleobases, primarily adenine. This process disrupts normal DNA function and is exploited for its potent cytotoxic effects in cancer therapy.
Minor groove alkylation of DNA, specifically at adenine N3 position, leading to DNA damage and cell death.
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