Oxford Nanopore Technologies Raises $180 Million to Expand Development of Its Revolutionary Hand-held DNA Sequencer; Might Medical Labs Get a POCT Solution?

Popularity of the pocket-sized gene-sequencing device continues to prove that DNA testing away from clinical laboratories in remote clinics and outlying field laboratories is not just possible, but in some cases preferable Once again, Oxford Nanopore Technologies (ONT) is demonstrating how next-generation gene sequencing technology can make it cheaper, simpler, and faster to sequence without the need for big clinical laboratories. And its successful raising of $180 million to expand...

Scientists Encode Malware with Synthesized DNA That Targets DNA Analysis Software Commonly Found in Gene Sequencers Used by Clinical Laboratories

Researchers demonstrated it was feasible to encode digital malware onto a strand of synthesized DNA and infect the gene sequencers and computer networks used by medical laboratories As if anatomic pathology groups and clinical laboratory leaders don’t already have enough to think about, here comes a security vulnerability right out of a sci-fi thriller. Researchers at the University of Washington (UW) have used synthesized DNA to encode digital malware into a physical strand of DNA capable of...

Clinical Laboratories and Research Organizations Are Racing to Get Low-Cost, Handheld DNA Analyzers to Market

Portable devices have potential to analyze DNA and produce results in the field in minutes to hours, eliminating the need to return to a medical laboratory to analyze samples Pathologists continue to hear about research efforts to create small devices that can perform DNA analysis. In the past year, four research organizations, including one in the United States, one in New Zealand, and two in the U.K., have unveiled several devices that will analyze DNA in the field. This line of research is...
;