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Showing 1 to 2 of 2 for “"Channel Current Cheminformatics"”.

  1. Nanopore Detector Feedback Control Using Cheminformatics Methods Integrated with Labview/Labwindows Tools

    … can be examined using an alpha-hemolysin channel detector. When a biopolymer is present in an alpha-hemolysin channel it can produce a highly structured ionic current blockade pattern, where the lifetimes at various sub-blockade levels reveal information about the kinetics of the …

    uno Repository record for Nanopore Detector Feedback Control Using Cheminformatics Methods Integrated with Labview/Labwindows Tools (opens in a new tab)

  2. Analysis of Nanopore Detector Measurements using Machine Learning Methods, with Application to Single-Molecule Kinetics

    … voltage draws a DNA molecule into an á-hemolysin channel in the membrane. Consequently, a distinctive channel current blockade signal is created as the molecule flexes and interacts with the channel. This flexing of the molecule is characterized by different blockade levels in the channel current

    uno Repository record for Analysis of Nanopore Detector Measurements using Machine Learning Methods, with Application to Single-Molecule Kinetics (opens in a new tab)