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To close the gene synthesis gap, we’ve returned to first principles.
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Our technology puts accurate gene synthesis capabilities directly into the hands of researchers. To do this, we’ve developed a method for synthesizing, assembling and error-correcting gene-length DNA on a single silicon chip within a benchtop device.
Our technology will enable scale and flexibility far beyond the limits of centralized service labs. DNA availability will no longer be a bottleneck. Instead, it’ll provide opportunities to design more ambitious experiments and deliver faster results.
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Thermal control of DNA synthesis
We have re-engineered phosphoramidite chemistry to enhance the precision of DNA synthesis through thermal control of oligonucleotide extension.
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Novel chip technology for highly parallel DNA synthesis
We have designed unique DNA synthesis chips capable of synthesizing thousands of independent oligonucleotide sequences simultaneously under thermal control.
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Our Binary Assembly® process generates long accurate DNA in just hours
We assemble individual oligonucleotides into double-stranded gene-length sequences at the surface of our chip through the ordered, sequential pairing of complementary DNA strands.
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Thermal error removal
We use precise control of synthesis site temperature to melt and remove error-containing sequences, ensuring accuracy of the final DNA.