Biomimetic approaches to developing membranes for separations have seen a renewed
interest in recent years. Biomimetic membranes incorporate biological elements or borrow …

Nanoporous graphene (NPG) materials have been widely studied and exploited to open the
band gap, increase the specific surface area and dispersibility, and/or improve the optical …

Protein nanopores are mainly used to study transport, unfolding, intrinsically disordered
proteins, protein-pore interactions, and protein–ligand complexes. This single-molecule …

Inspired by ion channels in biological cells where the intracellular and extracellular ionic
concentrations are typically different, a salt concentration gradient through a charged …

While DNA origami is a popular and versatile platform, its structural properties are still poorly
understood. In this study we use solid-state nanopores to investigate the ionic permeability …

A novel graphene oxide (GO)-based nanocarrier has been designed for the targeting and
pH-responsive controlled release of anti-cancer drugs via the classic amidation of the …

Abstract Hydrogen peroxide (H2O2) has a diverse array of physiological and pathological
effects within the living cells depending on the extent, timing, and location of its production …

Creating complex electronic systems from individual molecular components is one of the
most formidable challenges in nanotechnology today. To achieve this goal it is necessary …

Developments in the field of membrane science and specialty applications have given rise
to track-etched membranes with nanochannels having broad ranges of functionality and …

Targeting the development of new biochip platforms capable of autonomously sequencing
and aligning biological sequences, a new multicore processing structure is proposed in this …