Utilizing biosensors for multiplexed detection can greatly increase analysis throughput and
thus, the amount of information obtained in a single assay. The microfluidic chip, a type of …

This paper demonstrates that high-bandwidth current recordings in combination with low-
noise silicon nitride nanopores make it possible to determine the molecular volume …

Resistive pulse sensing is a well‐known and established method for counting and sizing
particles in ionic solutions. Throughout its development the technique has been expanded …

The discovery and characterisation of nanomaterials represents a multidisciplinary problem.
Their properties and applications within biological, physical and medicinal sciences depend …

Technologies that can detect and characterize particulates in liquids have applications in
health, food, and environmental monitoring. Simply counting the numbers of cells or …

Resistive pulses generated by nanoparticles that translocate through a nanopore contain
multi-parametric information about the physical properties of those particles. For example …

Mechanical properties of cells are important features that are tightly regulated and are
dictated by various pathologies. Deformability cytometry allows for the characterization of the …

Resistive pulse sensors have been used to characterise everything from whole cells to small
molecules. Their integration into microfluidic devices has simplified sample handling whilst …

In this paper, we used DC electrophoretic force and electrical resistance measurement
between two microwires in a microchannel to respectively extract and detect 1–10 μm …

The resistive-pulse technique provides a fast and label-free method for nanoparticle
detection. To achieve higher sensitivity, thin nanopores such as silicon nitride nanopores …