Nanopores for Bioanalytical Applications

Ionic Current Detection of DNA Origami Nanostructures with Nanocapillaries;

On the Development of New Methods for Ion Channel Structure-Function Measurement;

Improved Algorithms for Nanopore Signal Processing;

A Variable Cross-Section Pore for Screening Cells for Specific Markers;

Salt And Voltage Dependence of the Conductance Blockade Induced by Translocation of DNA And RECA Filaments Through Solid-State Nanopores;

Biochemical Sensing with Chemically Modified Synthetic Ion Channels;

Label-Free Screening of Niche-to-niche Variation in Satellite Stem Cells Using Functionalized Pores;

Combining Fluorescence Imaging and Ionic Current Detection in Nanocapillaries;

An Introduction to a New Ion Beam Nanopatterning Instrument and It's Application for Automatic Wafer Scale Nanopore Device Production;

pH-Reversed Ionic Current Rectification Displayed by Conically Shaped Nanopore without any Modification;

Modelling Solid-State Nanopores with a Combination of the Poisson-Nernst-Planck Equations and Brownian Dynamics;

Biomimetic Nanopores with Amphoteric Amino Acid Groups. Effects of a pH Gradient on the Ionic Conductance and Selectivity;

Forces on DNA in Confinement as Measured by Optical Tweezers;

Potential Dependence of DNA Translocation;

Towards Simultaneous Force and Resistive Pulse Sensing in Protein Nanopores Using Optical Tweezers;

Stimuli-Triggered Permeation of Ionic Analytes Through Nanopores Functionalised with Responsive Molecules;

Fabrication of Nanochannel Arrays for the Selective Transport of Ionic Species;

Glycan Analysis Using a Solid State Nanopore;

Transport Properties of Nano-Porous Track-Etched Membranes in Electrolyte Solutions;

Single-Molecule DNA Translocation through Si3N4- and Graphene Solid-State Nanopores;

Parallel, High-Resolution Nanopore Analysis on a Chip-based Lipid Membrane Micorarray;

Subject Index