Several biomedical analyses are performed on particular types of cells present in body
samples or using functionalized microparticles. Success in such analyses depends on the …

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

In this review we will focus on how magnetic fields can be used to manipulate the motion of
various micro-and nanostructures in solution. We will distinguish between ferromagnetic …

Manipulating particles and cells in magnetic liquids through “negative magnetophoresis” is a
new research field. It has resulted in label‐free and low‐cost manipulation techniques in …

We introduce magnetophoresis-based microfluidics for sorting biological targets using
positive Magnetophoresis (pM) for magnetically labeled particles and negative …

The use of a magnetic field for manipulating the motion of magnetic particles in
microchannels has attracted increasing attention in microfluidic applications. Generation of a …

The separation of particles and cells is critical in many chemical and biological applications.
This work presents a simple idea for utilizing a pair of permanent magnets to continuously …

In recent years, there has been an increase in the class of methods and technologies in
magnetic manipulation. The magneto-Archimedes effect, a less intuitive way to direct …

In this study, a label‐free, low‐cost, and fast ferrohydrodynamic cell separation scheme is
demonstrated using HeLa cells (an epithelial cell line) and red blood cells. The separation is …

Microfluidic technology has shown great application prospects in biochemical analysis, drug
delivery, disease diagnosis, and other fields. Magnetophoresis is an effective means to …