Electrospinning and Imaging

Authors


  • The authors wish to acknowledge support from the Interdisciplinary Biomedical Imaging Training Program, NIH T32EB007509 (SM), and from R21EY019406-02 (HvR and SM). This report is solely the responsibility of the authors and does not necessarily represent the official views of the NIH. The micro-CT images used in this paper generated with the assistance of Joseph Molter and the ultrasound images were generated with the assistance of Luis Solorio from the Case Center for Imaging Research.

Abstract

Polymer processing via electrospinning is a cost effective and scalable method for preparing nanofibers with industrial, electrical, and biomedical applications, particularly tissue engineering and drug delivery. Characterization methods for these fibers include microscopy techniques for vitro surface morphology information, spectroscopy methods to determine in vitro chemical composition, and medical imaging tools for in vivo assessment of morphology and efficacy of implanted material. The focus of this paper is be on recent applications for electrospun nanofibers, in vitro characterization methods, and medical imaging modalities that can be used for in vivo assessment of the fibers, as well as insights in how to adapt existing techniques toward the characterization of electrospun materials.

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