Titlebook: Electrospun Biomaterials and Related Technologies; Jorge Almodovar Book 2017 Springer International Publishing AG 2017 electrospinning bio

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The Effects of IHRM on Employee Outcomes,e tissue regeneration. Nanoscale fibers meet the challenge of mimicking important features of the bone extracellular matrix, and the incorporation of nanofillers based on nanocellulose could enhance mechano-physical properties of these scaffolds. This chapter describes and discusses the properties a

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Sources Envisaged in International Treatiesor biomedical, filtration, pharmaceutical and cosmetics applications. The use of green electrospinning results particularly relevant for the fabrication of biomaterials, in particular for tissue engineering and regenerative medicine applications. The focus of the present book chapter is on the defin

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https://doi.org/10.1007/978-3-031-15866-7employed to address various challenges in cancer research. Tunable topography, morphology and surface chemistry coupled with bio-compatibility/degradability, render electrospun biomaterials suitable for the development of anti-cancer drug delivery systems. The ability of electrospun biomaterials to

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Hans-Joachim Heintze,Pierre Thielbörger of the greatest issues in the medical field. Social costs are considerably high because of these injuries and the many ongoing studies searching for cures to nervous system injuries. As a result of these efforts, electrospinning technology has been found to a suitable alternative to fabricating sca

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International Humanitarian Assistanceor retinal diseases, but the injection of cell suspensions into the subretinal space may result in inadequate cell survival, organization and differentiation. For efficient cell therapy, cell populations need to survive and function suitably inside the transplanted environment. With the emergence of