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Harvard Develops Silicon Chip That Uses Electric Current and Water to Simultaneously Synthesize 64 DNA Sequences

Harvard University researchers have developed a semiconductor chip capable of simultaneously synthesizing 64 different DNA sequences—each up to 39 nucleotides long—using electric current and aqueous enzymatic reactions. The method offers a greener alternative to conventional phosphoramidite chemistry, which relies on large volumes of organic solvents. The team successfully encoded a 169-byte text message into DNA, demonstrating the platform's potential for DNA data storage. Findings have been published in Nature Electronics.

技術 / 硬體市場分析

19 days ago

Source: Interesting Engineering

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