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The CuAAC reaction (click chemistry) has been used in conjunction with solid-phase synthesis to produce catalytically active hairpin ribozymes around 100 nucleotides in length. Cross-strand ligation through neighboring nucleobases was successful in covalently linking presynthesized RNA strands with high efficiency (trans-ligation). In an alternative strategy, intrastrand click ligation was employed to produce a functional hammerhead ribozyme containing a novel nucleic acid backbone mimic at the catalytic site (cis-ligation). The ability to synthesize long RNA strands by a combination of solid-phase synthesis and click ligation is an important addition to RNA chemistry. It is compatible with a plethora of site-specific modifications and is applicable to the synthesis of many biologically important RNA molecules.

Original publication

DOI

10.1073/pnas.1006447107

Type

Journal article

Journal

Proc Natl Acad Sci U S A

Publication Date

31/08/2010

Volume

107

Pages

15329 - 15334

Keywords

Base Sequence, Chemistry, Molecular Sequence Data, Nucleic Acid Conformation, RNA, RNA, Catalytic