Organic Chemistry

Applications of Mechanochemistry for the Synthesis of DNA on Ionic Liquid Supports

Authors

Abstract

The standard methodology for the synthesis of oligonucleotides is the solid-phase method. Here, we report the first case of mechanochemistry being directly applied to the synthesis of a dinucleotide on a soluble support. While mechanochemistry eliminates the need to solubilise a supported oligomer in solution phase for phosphoramidite coupling, the support still confers the benefit of being able to purify the product by precipitation, or by simple liquid-liquid extractions as needed. Furthermore, this study also explores the use of mechanochemistry in the initial functionalisation of the ionic liquid support with a nucleoside monomer.

Content

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Supplementary material

Thumbnail image of Applications of Mechanochemistry for the Synthesis of DNA on Ionic Liquid Supports 28 DEC 2020.docx
Applications of Mechanochemistry for the Synthesis of DNA on Ionic Liquid Supports 28 DEC 2020
Thumbnail image of SUPPORTING INFORMATION Applications of Mechanochemistry for the Synthesis of DNA on Ionic Liquid Support 28 DEC 2020.docx
SUPPORTING INFORMATION Applications of Mechanochemistry for the Synthesis of DNA on Ionic Liquid Support 28 DEC 2020