The use of magnetic microbeads in microfluidic systems is a promising approach for setting
up lab on chips that accomplish a variety of bioanalytical operations. To meet the integration …

Magnetic actuated microdevices can be used to achieve several complex functions in
microfluidics and microfabricated devices. For example, magnetic mixers and magnetic …

Methods to manipulate magnetic beads are essential factors to determine the efficiency and
dimension of an in vitro diagnostic system. Currently, using movable permanent magnets …

Magnetic beads play an important role in the miniaturization of clinical diagnostics systems.
In lab-on-chip platforms, beads can be made to link to a target species and can then be used …

The demand for easy to use and cost effective medical technologies inspires scientists to
develop innovative lab-on-chip technologies for point-of-care in vitro diagnostic testing. To …

Remote and precise manipulation of magnetic particles is required to meet the demands for
high-throughput and location-specific analysis in lab-on-chip applications. In the last decade …

Magnetic microfluidics has been gradually recognized as an area of its own. Both
conventional microfluidic platforms have incorporated magnetic actuation for microfluidic …

Magnetic manipulation of liquid droplets in microfluidic environment offers a promising tool
for sample handling in lab-on-chip devices. Biofunctionalized ferrofluid droplets can …

While magnetic bead (MB)-based bioassays have been implemented in integrated devices,
their handling on-chip is normally either not optimal—ie only trapping is achieved, with …

Magnetomicrofluidic platforms for precise transport of magnetized particles on-chip are
introduced. These hybrid platforms are composed of microfluidic trapping systems and the …