Organic Letters · 2005 · 96 citations · 5 references
Life SciencesChemical BiologyMolecular BiologyEpigeneticsGene ExpressionTranscriptionDna MethylationNucleic Acid EngineeringNucleic Acid LabelingNucleic Acid ModificationNucleic Acid SynthesisTarget Site SelectionClick Chemistry LabelingDna MethyltransferasesPromoter MethylationSynthetic Cofactor Design
[reaction: see text]. Biological methylation plays a vital role in regulatory mechanisms of gene transcription. Methylation of both promoter sequences within the genome, as well as protein substrates, has a profound impact upon gene transcription. Yet, few tools exist by which to identify sites of biological methylation in complex biological mixtures. We have generated a novel adenosine-derived N-mustard that serves as an efficient synthetic cofactor and allows for subsequent "click" chemistry involving the modified nucleic acid substrate.
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Metallosupramolecular Thin Polyelectrolyte Films
Markus Schütte, Dirk G. Kurth, Matthew R. Linford et al. · Angewandte Chemie International Edition · 1998 · 185 citations
On the Substrate Specificity of DNA Methyltransferases
Albert Jeltsch, Frauke Christ, Mehrnaz Fatemi et al. · Journal of Biological Chemistry · 1999 · 57 citations · Full text