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DNA synthesis via alkylation is a molecular process where chemical modification disrupts normal genetic function through covalent attachment of an alkyl group onto key positions within the double helix. This leads primarily to errors during replication/repair unless corrected by specialized cellular mechanisms—making it both a target for therapeutic intervention and a source of genomic instability when dysregulated.
Transfer of alkyl groups to DNA, leading to DNA damage and disruption of replication/transcription.
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