MIT researchers developed an amber-inspired polymer for long-term DNA storage, allowing preservation of data like genomes or digital information efficiently and conveniently.
The polymer enables storage of DNA sequences encoding various data types, offering a potential high-density storage method with increased longevity compared to current technologies, without the need for freezing.
Newly developed polymer by MIT can store DNA at room temperature, protecting it from heat or water damage, presenting a promising future for digital information storage on DNA.
The researchers' preservation method is cost-effective and scalable, suggesting it could revolutionize the future of storing digital information on DNA and drive new technology advancements.
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