Reearch Summary: Theoretical Development of a Magnetic Force and an Induced Motion in Elastic Media for a Magneto-Motive Technique

August 17, 2016

       The theoretical development of a magnetic force and an induced motion while applying a magneticfield to magnetic nanoparticles in elastic media is described. An analytical expression for tissuesurface displacement derived from Mindlin’s theory of elasticity in semi-infinite media was used
to analyze the magneto-motive technique. The initial motion of the magnetic nanoparticles is
driven by a constant magnetic force that displays a dampened transient motion before steadystate
movement at twice the modulation frequency of the applied sinusoidal magnetic field. The
motion of the nanoparticles at double the modulation frequency originated from the magnetic
force being proportional to the product of the magnetic flux density and its gradient. Finally,
we demonstrate the detection of iron-oxide nanoparticles taken up by liver parenchymal Kupffer
cells and macrophages in atherosclerotic plaques by using a differential-phase optical coherence
tomography (DP-OCT) system to compare simulation results with experimental data.

 

Journal of the Korean Physical Society, Vol. 69, No. 4, August 2016

 

 

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