December 1, 2021 Uncategorized Leave a comment

Toward nanoscale DNA writers: Unlocking scalable DNA data writing technology

A diagram showing the end-to-end DNA data storage process. First, software encodes digital bits, ones and zeros, into an electronic representation of DNA sequences, represented by the letters G, C, A, and T. Then, the sequences are written into physical molecules using DNA synthesis and are preserved. A single chain of synthetic DNA is shown with G, C, A, and T, representing the DNA being preserved. Data stored in DNA molecules is retrieved using random access, and then sequenced to read the synthetic DNA. Software, then, decodes the information back into digital bits.

Editor’s note: The researchers would like to acknowledge co-authors Christopher Takahashi, Gagan Gupta, Jake Smith, Richard Rouse, Paul Berndt, Sergey Yekhanin, David Ward, Siena Ang, Patrick Garvan, Hsing-Yeh Parker,

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