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2001•Chemistry LettersRequires access

Hydrolytic Stability of Ribose Phosphodiester Bonds within Several Oligonucleotides at High Temperatures Using a Real-Time Monitoring Method for Hydrothermal Reactions

Kunio Kawamura

Open publisher page 9 citations

Abstract

Abstract The hydrolytic stability of ribose phosphodiester bond within several types of oligonucleotides was measured at 150–200 °C using a real-time monitoring method. It was observed that the stability of a phosphodiester linkage is dependent on the surrounding sequences of the phosphodiester linkage at high temperatures. The fact indicates that some weak interactions, such as hydrophobic interaction, might be effective within the oligonucleotides at high temperatures.

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Abstract The hydrolytic stability of ribose phosphodiester bond within several types of oligonucleotides was measured at 150–200 °C using a real-time monitoring method. It was observed that the stability of a phosphodiester linkage is dependent on the surrounding sequences of the phosphodiester linkage at high temperatures. The fact indicates that some weak interactions, such as hydrophobic interaction, might be effective within the oligonucleotides at high temperatures.

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Available abstract

Abstract The hydrolytic stability of ribose phosphodiester bond within several types of oligonucleotides was measured at 150–200 °C using a real-time monitoring method. It was observed that the stability of a phosphodiester linkage is dependent on the surrounding sequences of the phosphodiester linkage at high temperatures. The fact indicates that some weak interactions, such as hydrophobic interaction, might be effective within the oligonucleotides at high temperatures.

Key concepts: Phosphodiester bond, Chemistry, Hydrothermal circulation, Oligonucleotide, Hydrolysis, Ribose, Combinatorial chemistry, Chemical engineering

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