Evaluation of Methods to Account for Release from Nanofiber Scaffolds - Moy, Jennifer
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Electrospinning is a common technique utilized to form fibers from the micro to nanometer range. Nanofibers form through electrospinning can be utilized as scaffolds since the fiber structures are similar to the structures within the extracellular matrix. Researchers use additives, such as growth factors, to help facilitate cell proliferation and function. Also, researchers are attempting to use electrospun fibers for drug delivery and as wound dressings since the electrospun fibers have high surface area to volume ratio. In both situations, the release of either the additive or the drug needs…mehr

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Produktbeschreibung
Electrospinning is a common technique utilized to form fibers from the micro to nanometer range. Nanofibers form through electrospinning can be utilized as scaffolds since the fiber structures are similar to the structures within the extracellular matrix. Researchers use additives, such as growth factors, to help facilitate cell proliferation and function. Also, researchers are attempting to use electrospun fibers for drug delivery and as wound dressings since the electrospun fibers have high surface area to volume ratio. In both situations, the release of either the additive or the drug needs to be controlled so that the fibers would release the additive or drug in a desired manner. To understand the release from the electrospun fibers, researchers develop mathematical models that rely on the release data. Additionally, researchers utilize models based on Fick's second law of diffusion to predict release in cylindrical coordinates. This work aims to understand the release from electrospun fibers by finding the relationship between Fick's second law of diffusion and the mathematical models from experimental data.
Autorenporträt
Jennifer Moy is a graduate from New Jersey Institute of Technology. Her research is focused on electrospinning scaffolds with an interest in controlled release. Her previous work was on developing a novel gauze for promoting wound healing. The project was later patented and presented at several competitions.