DNA- and RNA-Based Computing Systems
DNA Origami Transformers
Publication
, Chapter
Mokhtar, R; Song, T; Fu, D; Shah, S; Song, X; Yang, M; Reif, J
January 1, 2021
DNA origami is a DNA nanostructure self-assembled from a long scaffold DNA strand with the use of many additional short staple DNA strands that stitch the nanostructure together. The chapter presents DNA origami transformers, which are novel technique for dynamically transforming DNA origami nanostructures into distinct modified DNA origami nanostructures. The DNA origami transformers make use of two primitives, zip and unzip, for conducting the transformations.
Duke Scholars
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Mokhtar, R., Song, T., Fu, D., Shah, S., Song, X., Yang, M., & Reif, J. (2021). DNA Origami Transformers. In DNA- and RNA-Based Computing Systems (pp. 307–326). https://doi.org/10.1002/9783527825424.ch16
Mokhtar, R., T. Song, D. Fu, S. Shah, X. Song, M. Yang, and J. Reif. “DNA Origami Transformers.” In DNA- and RNA-Based Computing Systems, 307–26, 2021. https://doi.org/10.1002/9783527825424.ch16.
Mokhtar R, Song T, Fu D, Shah S, Song X, Yang M, et al. DNA Origami Transformers. In: DNA- and RNA-Based Computing Systems. 2021. p. 307–26.
Mokhtar, R., et al. “DNA Origami Transformers.” DNA- and RNA-Based Computing Systems, 2021, pp. 307–26. Scopus, doi:10.1002/9783527825424.ch16.
Mokhtar R, Song T, Fu D, Shah S, Song X, Yang M, Reif J. DNA Origami Transformers. DNA- and RNA-Based Computing Systems. 2021. p. 307–326.