What we found on the web about Nanopore
A nanopore is a small hole in an electrically insulating membrane, that can be used as a single-molecule detector. It may be considered a Coulter counter for much smaller particles ...
Nanopore sequencing is a method under development since 1995 [1] [2] for determining the order in which nucleotides occur on a strand of DNA. A nanopore is simply a small hole, of ...
Nanopore. A nanopore is a small pore in an electrically insulating membrane, that can be used as a molecular probe. It can be a biological protein channel in a lipid bilayer or a ...
A team led by physicists at the University of California, San Diego has shown the feasibility of a fast, inexpensive technique to sequence DNA as it passes through tiny pores.
Oxford Nanopore Technologies Ltd today announced the completion of an exclusive license agreement to develop nanopore science developed at the University of California ...
Nanopores for DNA sequencing and beyond ... Hey there! nanopore is using Twitter. Twitter is a free service that lets you keep in touch with people through the exchange of quick ...
Oxford Nanopore announces Advisory Board, UCSC agreement 19 Aug 2008. Oxford Nanopore Technologies Announces License Agreement with University of California, Santa Cruz, and ...
Harvard University's Office of Technology Development (Harvard) and Oxford Nanopore Technologies Ltd (Oxford Nanopore) announced an agreement to progress nanopore science by ...
Nanopore Sequencing Our development of solid state nanopores and our studies of DNA translocation through these nanopores suggest how a nanopore could be the core of an ...
Nanopore sequencing is a method under development since 1995 [1] [2] for determining the order in which nucleotides occur on a strand of DNA. A nanopore is simply a small hole, of ...
Here is what users have to say about Nanopore

__NOTOC__ A nanopore is a small hole in an electrically insulating membrane, that can be used as a single-molecule detector. It may be considered a Coulter counter for much smaller particles. It can be a biological protein channel in a high electrical resistance lipid bilayer or a pore in a solid-state membrane. The detection principle is based on monitoring the ionic current of an electrolyte solution passing through the nanopore as a voltage is applied across the membrane. When the nanopore is of molecular dimensions, passage of molecules (e.g., DNA) cause interruptions of the "open" current level, leading to a "translocation event" signal. The passage of RNA or single-stranded DNA molecules through the membrane-embedded alpha-hemolysin channel (1.5 nm diameter), for example, causes a ~90% blockage of the current (measured at 1 M KCl solution) . The observation that a passing strand of RNA containing different bases results in different blocking levels has led to the nanopore sequencing hypothesis. Such sequencing, if successful, could revolutionize the field of genomics, as sequencing would be simplified and have the potential for dramatic improvements in power and cost over current versions that use fluorescence/luminescence and optical instrumentation to detect this photon signal. Apart from rapid DNA sequencing, other applications include separation of single stranded and double stranded DNA in solution, and the determination of length of polymers. At this stage, nanopores are making contributions to the understanding of polymer biophysics, as well as to single-molecule analysis of DNA-protein interactions.

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