1.College of Materials Science and Optoelectronic Technology,University of Chinese Academy of Sciences,Beijing;2.Engineering Research Center of Advanced Rare Earth Materials Ministry of Education,Department of Chemistry,Tsinghua University
This project is supported by National Key R & D Program of China (2018YFA0902600, 2021YFF1200300)
DNA molecules exhibit highly promising properties of high storage density and extended lifespan as a medium for next generation digital data storage. Thus, it is expected to act as an alternative to address the global issue of insufficient data storage materials. However, the current advances of DNA-based information storage are mainly focused on "the cold storage of information". Those works have been discussed in this work. However, in this context, It is difficult to realize quick data processing in DNA, such as rewriting, updating, deleting, and erasure. Recently, some studies to develop DNA “hot storage of information” using gene editing technology have been highlighted. In that context, the data processing including destruction, encryption, rewriting, regeneration, decay, recovery, and arithmetic recording can be realized. In this work, the feasibility of using DNA media as an information processing carrier has been comprehensively demonstrated, and corresponding advantages and disadvantages were emphasized. This review aims to highlight the importance of DNA storage technology with the potential low energy consumption, high accuracy, high efficiency, and high security. Additionally, it will show the perspective regarding the integration of DNA characteristics for the next generation of intelligent information storage and processing systems.
刘杨奕,张轶,刘凯. DNA数字信息存储中的信息处理技术 [J].集成技术,
LIU Yangyi, ZHANG Yi, LIU Kai. Data Processing Technology for DNA-based Information Storage[J]. Journal of Integration Technology.