Abstract Development of techniques for the analysis of the content of individual cells
represents an important direction in modern bioanalytical chemistry. While the analysis of …

The last decade has witnessed tremendous advances in employing microfluidic solutions
enabling Continuous Processing and Monitoring of Biological Samples (CPMBS), which is …

The cost, time, and restrictions on creative flexibility associated with current fabrication
methods present significant challenges in the development and application of microfluidic …

Contemporary biomedical research requires development of novel techniques for sorting
and manipulation of cells within the framework of a microfluidic chip. The desired functions …

We proposed a novel separation method, which is the first report using ion concentration
polarization (ICP) to separate particles continuously. We analyzed the electrical forces that …

Electrodialysis with porous membrane (EDPM) is a recently developed membrane
separation process, in which one or more porous filtration membranes stacked in an …

The ability to apply highly controlled electric fields within microfluidic devices is valuable as
a basis for preparative and analytical processes. A challenge encountered in the context of …

Micro free-flow electrophoresis (μFFE) is a continuous separation technique in which
analytes are streamed through a perpendicularly applied electric field in a planar separation …

The research field on microfluidic free-flow electrophoresis has developed vast amounts of
devices, methods, applications and raised new questions, often in analogy to conventional …

The analysis of isolated organelles is one of the pillars of modern bioanalytical chemistry.
This review describes recent developments on the isolation and characterization of isolated …