Abstract
We present a new optimization method for permanent magnet systems for magnetic targeted drug delivery. On the example of a human eye, special attention is paid to the challenging situation, where the placement of magnets in close vicinity of the targeted area is impossible. In this paper, we demonstrate how a system of magnets can be optimized to provide the maximal magnitude of the magnetic field gradient with a prescribed orientation in an extended area (vitreous body). The presented methodology is applicable for all tasks involving a magnetic targeted drug delivery to biological objects.
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