Abstract
Stevens Institute of Technology, Castle Point on the Hudson, Hoboken, NJ 07030 ABSTRACT Ferromagnetic nanowires poise an intriguing way of separating cells. The length of nanowires affects the cell separation yield and cellular internationalization process of nanowires. While the application of nanowires brings new exciting perspectives in biomedical engineering, the interaction betw een nanowires and cells needs to be further exploited. This paper presents the study on the interactions of various Ni and Au nanowires with adherent and suspended cells, and the effects of magnetic field on the cell adherent be havior in the presence of Ni nanowires. Keywords: ferromagnetic nanowires, segmented nanowires, electrodeposition, cell adhesion, internalization 1. INTRODUCTION Ferromagnetic Ni nanowires have recently been used in magnetic cell manipulation and separation
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