Dataset Information

De novo synthesis and development of an RNA enzyme.

ABSTRACT: Arbitrary manipulation of molecular recognition at the atomic level has many applications. However, systematic design and de novo synthesis of an artificial enzyme based on such manipulation has been a long-standing challenge in the field of chemistry and biotechnology. In this report, we developed an artificial RNA ligase by implementing a synthetic strategy that fuses a series of 3D molecular modelings based on naturally occurring RNA-RNA recognition motifs with a small-scale combinatorial synthesis of a modular catalytic unit. The resulting ligase produces a 3'-5' linkage in a template-directed manner for any combinations of two nucleotides at the reaction site. The reaction rate is 10(6)-fold over that of the uncatalyzed reaction with a yield higher than those of previously reported ligase ribozymes. The strategy may be applicable to the synthesis and development of a variety of nonnatural functional RNAs with defined 3D structures.

SUBMITTER: Ikawa Y

PROVIDER: S-EPMC518828 | biostudies-other | 2004 Sep

REPOSITORIES: biostudies-other

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De novo synthesis and development of an RNA enzyme.

Ikawa Yoshiya Y Tsuda Kentaro K Matsumura Shigeyoshi S Inoue Tan T

Proceedings of the National Academy of Sciences of the United States of America 20040913 38

Arbitrary manipulation of molecular recognition at the atomic level has many applications. However, systematic design and de novo synthesis of an artificial enzyme based on such manipulation has been a long-standing challenge in the field of chemistry and biotechnology. In this report, we developed an artificial RNA ligase by implementing a synthetic strategy that fuses a series of 3D molecular modelings based on naturally occurring RNA-RNA recognition motifs with a small-scale combinatorial syn ...[more]

PMID: 15365187

Dataset Information

De novo synthesis and development of an RNA enzyme.

Publications

De novo synthesis and development of an RNA enzyme.

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