Abstract 2D MXene-Ti3C2Tχ has demonstrated promising application prospects in various
fields; however, it fails to function properly in biosensor setups due to restacking and anodic …

Microfluidic cell enrichment by dielectrophoresis, based on biophysical and
electrophysiology phenotypes, requires that cells be resuspended from their physiological …

We introduce a new concept for centrifugal microfluidics that enables fully automated serial
dilution generation without any additional means besides temperature control. The key …

This paper presents a methodology for synthesizing concentration gradient generators
(CGGs) with arbitrary concentration profiles. The synthesized CGGs employ the design of a …

A new design of microelectrode was introduced to generate electrochemically steady-state
linear concentration gradients perpendicular to the flow direction throughout the cross …

Dilution of a sample over several orders of magnitude in concentration is a routine
procedure in many analytical, bioanalytical, diagnostics, and formulation laboratories …

Transient concentration gradients generated and detected electrochemically in continuous
flow microchannels were investigated by numerical simulations and amperometric …

Obesity is one of the foremost public health concerns. Human pancreatic lipase (hPL), a
crucial digestive enzyme responsible for the digestion of dietary lipids in humans, has been …

A device with four parallel channels was designed and manufactured by 3D printing in
titanium. A simple experimental setup allowed splitting of the mobile phase in four parallel …

Minimal residual disease (MRD) describes the remaining amount of cancerous cells among
healthy cells during or after therapy. The monitoring of MRD over time provides valuable …