In order to directly assess DNA strands going through the nanopore, two major problems needed solving. The first was that DNA moved too fast to reliably detect; the second was that individual bases still could not be differentiated, just purines and pyrimidines. In 2005, Bayley (who by then had moved to Oxford) made progress on the first issue, working with scientists at the Scripps Institute to slow the template DNA down by adding short “hairpin” structures that partially blocked off the pore. That year, Bayley co-founded Oxford Nanopore Technologies (ONT) to develop the emerging sequencing method. ONT quickly brought together various technologies, licensing IP from the labs of Bayley, Deamer, Branton, and others.
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In addition to concerns about personal consent, the device has prompted worries about a fast-growing web of surveillance and facial recognition tech, which Meta has previously come under fire for. The company later said it was moving ahead with live AI features, including potential facial recognition, in 2025 — with the upgrade, a device "always keep its cameras and sensors turned on and use AI to remember what its wearer encountered throughout a day." Privacy advocates also warn the technology could one day be harnessed by third parties, including the federal government's own militarized police forces.
Alison Francis,Senior Science Journalist