Saccharides are not only the basic constituents and nutrients of living organisms, but also
participate in various life activities, and play important roles in cell recognition, immune …

Bladder cancer is one of the most common urologic malignancies, which is more frequent in
men than in women. The early diagnosis for this type of cancer still remains a challenge …

Nanopore-based resistive pulse sensing with biological nanopores has traditionally been
applied to biopolymer analysis, but more recently, interest has grown in applying the …

Water-soluble metallic nanoclusters require passivating ligands to stabilize and, in many
cases, derivatize their surfaces. Recently, we demonstrated the use of resistive-pulse …

Identification of isomers using traditional mass spectroscopy methods has proven an
interesting challenge due to their identical mass to charge ratios. This proves particularly …

The nanopore-based biosensing technology is built up on the fluctuation of the ionic current
induced by the electrokinetic translation of a particle penetrating the nanopore. It is expected …

Herein, we report the ultrasensitive DNA detection through designing an elegant nanopore
biosensor as the first case to realize the reversal of current rectification direction for sensing …

In a dispersion system, colloids interact with one another. It is assumed that these
interactions are promoted by two main forces, London-van der Waals forces that lead to …

Nanopore DNA sequencing is a well-established technology that has accelerated
advancements in many fields, including medical research. Over the years, research has …

Nanopore based sensing technology has been widely studied for a broad range of
applications including DNA sequencing, protein profiling, metabolite molecules, and ions …