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New Nanopore Technique Could Improve cfDNA Analysis – Clinical OMICs News

The technique, developed by researchers at UCal-Riverside, detects and captures DNA at the liquid-air interface from fluid samples such as blood using a tiny glass…

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A new nanopore sensing technique, using a tiny glass tube and electric current, developed by scientists from the University of California-Riverside could provide a better way to capture DNA from fluid samples such as blood and improve cancer diagnosis in the future.
The technique was described recently in the paper Measuring trapped DNA at the liquid-air interface for enhanced single molecule sensing published in Nanoscale.
Nanopore sensing is a promising tool with widespread application in single-molecule…

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