Solid-state Nanopores Can Detect Double-stranded Regions in Single-stranded DNA, Brown Team Shows
August 31, 2010
Solid-state Nanopores Can Detect Double-stranded Regions in Single-stranded DNA, Brown Team Shows
According to Sean Ling, a professor of physics at Brown, the aim is to use nanopores to detect the location of known hybridization probes on DNA, and to reconstruct the DNA sequence from the results, rather than resolving individual DNA bases translocating through the pore.
Full-text access for premium subscribers only.
Existing premium subscribers login here.
New to GenomeWeb? Register here quickly.
New to GenomeWeb? Register here quickly.
Related Stories
- Nanopore Sequencing Makes Strides in 2010 as Technology Improves, Investment Grows
January 11, 2011 / In Sequence - At NHGRI Meeting, Nanopore Groups Report First Successes in Reading DNA
March 16, 2010 / In Sequence - Oxford Nanopore Adds 70 Percent More Space, Opens Informatics Office in Cambridge
July 26, 2011 / In Sequence - Two Academic Nanopore Teams Integrate Methods. Will they Deliver Winning Combination for Sequencing?
March 29, 2011 / In Sequence - Hybrid Nanopore Combines Precision of Protein Pores with Robustness of Solid-State Membranes
December 21, 2010 / In Sequence