A significant growth of research in nanofluidics is achieved over the past decade, but the
field is still facing considerable challenges toward the transition from the current physics …

This Review addresses methods for obtaining sequence information directly from
unamplified genomic length DNA. Our generic starting point is a large piece of DNA that …

This report presents a fundamental study of nanoparticle transport phenomena in conical-
shaped pores contained within glass membranes. The electrophoretic translocation of …

Nanopores have become one of the most important tools for single-molecule sensing, but
the challenge for selective detection of specific biomolecules still exists. In this contribution …

We demonstrate for the first time the detection of the folding state of double-stranded DNA in
nanocapillaries with the resistive pulse technique. We show that glass capillaries can be …

This Review reports recent advances in the field of nanoscale electrochemistry. We
specifically focus on new electrochemical phenomena, properties, and technological …

The development of nanopore fabrication methods during the past decade has led to the
resurgence of resistive-pulse analysis of nanoparticles. The newly developed resistive-pulse …

The effects of electroosmotic flow (EOF) on the ionic current rectification (ICR) phenomenon
in conical nanopores are studied comprehensively with use of a continuum model …

Molecular-scale pore structures, called nanopores, can be assembled by protein ion
channels through genetic engineering or be artificially fabricated on solid substrates using …

We investigate the DNA–silica binding mechanism using molecular dynamics simulations.
This system is of technological importance, and also of interest to explore how negatively …