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The transport of molecules and ions through biological nanopores is governed by interaction networks among restricted ions, transported molecules, and residue moieties at pore inner walls. However, identification of such weak ion fluctuations from only few tens of ions inside nanopore is hard to achieve owing to electrochemical measurement limitations. Here, we developed an advanced frequency method...
Wie bei einem Musikkasten werden beim Nanoporen‐Einzelmolekül‐Frequenzfingerprinting ein rotierender Metallzylinder (ein Analyt) und perfekt platzierte Stifte (die chemischen Gruppen eines Analyten) genutzt, welche die Zacken oder Zinken (die charakteristischen Reste in der Nanoporeninnenwand) des Kamms anschlagen. Auf diese Weise erzeugt jeder Analyt eine charakteristische Fingerprintfrequenz, wie...
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