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5-Methylcytosine containing CG decamer as Z-DNA embedded sequence for a potential Z-DNA binding protein probe

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Abstract Attempting to elucidate biological significance of the left-handed Z-DNA is a research challenge due to Z-DNA potential role in many diseases. Discovery of Z-DNA binding proteins has ignited the… Click to show full abstract

Abstract Attempting to elucidate biological significance of the left-handed Z-DNA is a research challenge due to Z-DNA potential role in many diseases. Discovery of Z-DNA binding proteins has ignited the interest in search for Z-DNA functions. Biosensor with Z-DNA forming probe can be useful to study the interaction between Z-DNA conformation and Z-DNA binding proteins. In this study, 5-methylcytosine (mC) containing CG decamers were characterized for their suitability to form Z-DNA and to be used in Z-DNA forming probe. The 5′-thiol oligonucleotide embedded with 5′-mCGmCGmCGmCGm CG-3′ was designed and developed as a potential Z-DNA forming probe for Z-DNA binding protein screening.

Keywords: probe; methylcytosine containing; dna; potential dna; binding protein; dna binding

Journal Title: Nucleosides, Nucleotides and Nucleic Acids
Year Published: 2018

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