Cost‐Effective DNA Storage System with DNA Movable Type
Abstract: In the face of exponential data growth, DNA‐based storage offers a promising solution for preserving big data. However, most existing DNA storage methods, akin to traditional block printing, require costly chemical synthesis for each individual data file, adopting a sequential, one‐time‐use synthesis approach. To overcome these limitations, a novel, cost‐effective “DNA‐movable‐type storage” system, inspired by movable type printing, is introduced. This system utilizes prefabricated DNA movable types‐short, double‐stranded DNA oligonucleotides encoding specific payload, address, and checksum data. These DNA‐MTs are enzymatically ligated/assembled into cohesive sequences, termed “DNA movable type blocks,” streamlining the assembly process with the automated BISHENG‐1 DNA‐MT inkjet printer. Using BISHENG‐1, 43.7 KB of data files are successfully printed, assembled, stored, and accurately retrieved in diverse formats (text, image, audio, and video) in vitro and in vivo, using only 350 DNA‐MTs. Notably, each DNA‐MT, synthesized once (2 OD), can be used up to 10000 times, reducing costs to $122/MB—outperforming existing DNA storage methods. This innovation circumvents the need to synthesize entire DNA sequences encoding files from scratch, offering significant cost and efficiency advantages. Furthermore, it has considerable untapped potential to advance a robust DNA storage system, better meeting the extensive data storage demands of the big‐data era.
- Standort
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                Deutsche Nationalbibliothek Frankfurt am Main
 
- Umfang
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                Online-Ressource
 
- Sprache
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                Englisch
 
- Erschienen in
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                Cost‐Effective DNA Storage System with DNA Movable Type ; day:18 ; month:11 ; year:2024 ; extent:15
 Advanced science ; (18.11.2024) (gesamt 15)
 
- Urheber
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                Wang, Chenyang
 Wei, Di
 Wei, Zheng
 Yang, Dongxin
 Xing, Jing
 Wang, Yunze
 Wang, Xiaotong
 Wang, Pei
 Ma, Guannan
 Zhang, Xinru
 Li, Haolan
 Tang, Chuan
 Hou, Pengfei
 Wang, Jie
 Gao, Renjun
 Xie, Guiqiu
 Li, Cuidan
 Ju, Yingjiao
 Wang, Peihan
 Yue, Liya
 Zhao, Yongliang
 Sheng, Yongjie
 Xiao, Jingfa
 Niu, Haitao
 Xu, Sihong
 Yang, Huaiyi
 Liu, Di
 Duan, Bo
 Bu, Dongbo
 Tan, Guangming
 Chen, Fei
 
- DOI
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                        10.1002/advs.202411354
- URN
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                        urn:nbn:de:101:1-2411181338025.463797433059
- Rechteinformation
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                        Open Access; Der Zugriff auf das Objekt ist unbeschränkt möglich.
- Letzte Aktualisierung
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                        15.08.2025, 07:31 MESZ
Datenpartner
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Beteiligte
- Wang, Chenyang
- Wei, Di
- Wei, Zheng
- Yang, Dongxin
- Xing, Jing
- Wang, Yunze
- Wang, Xiaotong
- Wang, Pei
- Ma, Guannan
- Zhang, Xinru
- Li, Haolan
- Tang, Chuan
- Hou, Pengfei
- Wang, Jie
- Gao, Renjun
- Xie, Guiqiu
- Li, Cuidan
- Ju, Yingjiao
- Wang, Peihan
- Yue, Liya
- Zhao, Yongliang
- Sheng, Yongjie
- Xiao, Jingfa
- Niu, Haitao
- Xu, Sihong
- Yang, Huaiyi
- Liu, Di
- Duan, Bo
- Bu, Dongbo
- Tan, Guangming
- Chen, Fei
 
        
    