Silicon Chip Creates 64 DNA Sequences Using Electric Currents

Silicon chip creates 64 DNA sequences using electric currents

Researchers at Harvard University have developed a semiconductor chip that can synthesize 64 different DNA sequences in parallel using electric currents and a water-based enzymatic process, potentially offering an alternative to conventional DNA manufacturing methods. The chip uses localized electrical control to trigger DNA synthesis at selected sites on its surface. The team says the approach avoids the solvent-heavy phosphoramidite chemistry …

Making DNA on a semiconductor chip

Researchers set a new benchmark for enzymatic DNA synthesis by writing 64 distinct sequences in parallel on a semiconductor chip.

Semiconductor Chip Enables Parallel Enzymatic DNA Synthesis

In a remarkable advancement poised to redefine the fields of synthetic biology, diagnostics, and data storage, researchers have unveiled a novel approach to enzymatic DNA synthesis leveraging semiconductor technology. This breakthrough showcases the power of integrating cutting-edge chip design with biochemistry to achieve high-throughput, parallel DNA synthesis—fundamentally transforming how synthetic DNA sequences are produced and […]