Solid-state nanopores as a versatile alternative to biological nanopores have grown
tremendously over the last two decades. They exhibit unique characteristics including …

The three-dimensional structure of a protein plays an important role in protein dynamics in
the biological system of human. By now, it remains a challenge to characterize and quantify …

Ion transport through nanopores is a process of fundamental significance in nature and in
engineering practice. Over the past decade, it has been found that the ion conductivity in …

Releasing fluids from nanochannels is quite challenging, yet crucial for the application of
nanofluidic systems, eg drug delivery and nanoprinting. Previous work suggests that the …

Integrating nanopore sensors within microfluidic architectures is key to providing advanced
sample processing capabilities upstream of the biosensor. When confined in a …

Solid-state micro/nanopores play an important role in the sensing field because of their high
stability and controllable size. Aiming at problems of complex processes and high costs in …

Measurements of ionic currents through nanopores partially blocked by DNA have emerged
as a powerful method for characterization of the DNA nucleotide sequence. Although the …

DNA sequencing via solid-state nanopores is a promising technique with the potential to
surpass the performance of conventional sequencers. However, the identification of all four …

Discrimination of single nucleotides by a nanopore remains a challenge because of the
minor difference among the four types of single nucleotides. Here, the blockade currents …

As the single molecule detection tool, solid-state nanopores are being applied in more and
more fields, such as medicine controlled delivery, ion conductance microscopes …