First step toward electronic DNA sequencing: Translocation through graphene nanopores
Researchers have developed a new, carbon-based nanoscale platform to electrically detect single DNA molecules. Using electric fields, the tiny DNA strands are pushed through nanoscale-sized thin pores in a graphene nanopore platform that ultimately may be important for fast electronic sequencing of the four chemical bases of DNA based on their unique electrical signature.
First step toward electronic DNA sequencing: Translocation through graphene nanopores
Researchers at the University of Pennsylvania have developed a new, carbon-based nanoscale platform to electrically detect single DNA molecules.
Mon 26 Jul 10 from PhysOrg
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First step toward electronic DNA sequencing: Translocation through graphene nanopores, Mon 26 Jul 10 from R&D Mag
First step toward electronic DNA sequencing: Translocation through graphene nanopores, Mon 26 Jul 10 from Science Blog
A first for DNA translocation: graphene
Using electric fields, researchers at the University of Pennsylvania push tiny DNA strands through nanoscale-sized, atomically thin pores in a 2-D layer of carbon atoms. The sequencer, the first ...
Mon 26 Jul 10 from R&D Mag
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