The size of magnetic nanoparticles (MNPs) is so small that they contain a monodomain,
which is not seen in conventional bulk specimens. Because of this, they show size …

Algae were investigated in the past as a potential source of biofuel and other useful
chemical derivatives. Magnetic separation of algae by iron oxide nanoparticle binding to …

High-performance liquid magneto-chromatography (HPLMC) is a new chromatography
technique with two distinctive features:(a) a high surface area stationary phase with …

Magnetic cation-exchange resins usually consist of small polymeric particles with a
magnetic material dispersed within their structure. Because the mass-transfer kinetics …

A Lagrangian particle trajectory model is developed to predict the interaction between cell-
bead particle complexes and to track their trajectories in a magnetophoretic bio-separation …

Magnetophoretic isolation of biochemical and organic entities in a microfluidic environment
is a popular tool for a wide range of bioMEMS applications, including biosensors. An …

Magnetic separation plays an increasingly important role in analytical chemistry,
nanotechnology, biochemistry, and molecular biology research methods, and further afield …

A new micro immune-magnetophoretic cell sorter (micro IMP cell sorter) has been
developed to isolate T lymphocytes from biological suspensions such as whole blood. By …

A current advance in nanotechnology is the selective targeting of therapeutics by external
magnetic field-guided delivery. This is an important area of research in medicine. The use of …

Analytical magnetapheresis is a newly developed technique for analyzing magnetic
particles. The magnetically susceptible particles form deposition patterns after flowing …