The principle of magnetic drug targeting, wherein therapy is attached to magnetically
responsive carriers and magnetic fields are used to direct that therapy to disease locations …

The idea of remote magnetic guiding is developed from the underlying physics of a concept
that allows for bijective force generation over the inner volume of magnet systems. This …

This article describes a range of results, from passive magnet design to optimal feedback
control of a distributed ferrofluid. Representing magnetic forces as the gradient of a magnetic …

Objectives A nanoparticle-doped adhesive that can be controlled with magnetic forces was
recently developed to deliver drugs to the pulp and improve adhesive penetration into …

Background Targeted delivery of therapeutics to specific tissues can be accomplished using
different targeting mechanisms. One technology includes iron oxide nanoparticles …

Due to the physics of magnetic fields and forces, any single magnet will always attract or pull-
in magnetically-responsive particles. However, there are a variety of clinical needs where it …

Maintaining the vitality of the dental pulp, the highly innervated and highly vascular,
innermost layer of the tooth, is a critical goal of any dental procedure. Upon injury, targeting …

The ability to focus spherical particles (SPPs) to a deep tumor region remains one of the
major challenges in magnetic drug targeting (MDT). A number of studies have attempted to …

This article investigates a stochastic optimal control problem with linear Gaussian dynamics,
quadratic performance measure, but non-Gaussian observations. The linear Gaussian …

Nanomedicine/bionanotechnology is a rapidly evolving, complex area meant for treatment,
diagnosis, monitoring, and control of biological systems. Progress has been made towards …