Current macro-and microfluidic approaches for the isolation of mammalian cells are limited
in both efficiency and purity. In order to design a robust platform for the enumeration of a …

Immunomagnetic isolation and magnetophoresis in microfluidics have emerged as viable
techniques for the separation, fractionation, and enrichment of rare cells. Here we present …

The magnetic separation of cells based on certain traits has a wide range of applications in
microbiology, immunology, oncology, and hematology. Compared to bulk separation …

Sample preparation is often the most tedious and demanding step in an assay, but it also
plays an essential role in determining the quality of results. As biological questions and …

The term “magnetophoresis” has been proposed to describe the behavior of a magnetic
particle moving through a viscous medium under the influence of an external magnetic field …

The ability to separate living cells is an essential aspect of cell research. Magnetic cell
separation methods are among some of the most efficient methods for bulk cell separation …

Magnetically labelled cells are finding a wealth of applications for in vitro analysis as well as
in vivo treatments. Sorting of cells into subpopulations based on their magnetite loading is …

The combination of magnetism and microscale fluid flow has opened up a new era for
handling and manipulation of samples in microfluidics. In particular, magnetophoresis, the …

Precise positioning of magnetic particles and magnetized cells in lab-on-a-chip systems has
attracted broad attention. Recently, drawing inspiration from electrical circuits, we have …

Magnetophoresis, the manipulation of trajectory of micro‐scale entities using magnetic
forces, as employed in microfluidic devices is reviewed at length in this article …