2008•Nucleic Acids Symposium SeriesRequires access

Synthesis and properties of covalently linked antiparallel and parallel DNA duplexes

Toshikazu Ono, Y. Saotome, I. Okamoto, Akira Mei Ono

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Abstract

We synthesized covalently linked antiparallel stranded (aps) and parallel stranded (ps) DNA duplexes. These modified duplexes contained an ethylene-linked T-T base pair at the duplex end. Thermal denaturation analysis of these modified duplexes indicated that the aps and ps DNA duplexes have similar thermal stabilities.

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We synthesized covalently linked antiparallel stranded (aps) and parallel stranded (ps) DNA duplexes. These modified duplexes contained an ethylene-linked T-T base pair at the duplex end. Thermal denaturation analysis of these modified duplexes indicated that the aps and ps DNA duplexes have similar thermal stabilities.

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Available abstract

We synthesized covalently linked antiparallel stranded (aps) and parallel stranded (ps) DNA duplexes. These modified duplexes contained an ethylene-linked T-T base pair at the duplex end. Thermal denaturation analysis of these modified duplexes indicated that the aps and ps DNA duplexes have similar thermal stabilities.

Key concepts: Antiparallel (mathematics), Covalent bond, DNA, Chemistry, Crystallography, Stereochemistry, Biochemistry, Physics

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