Optimization of structural and mechanical properties of electro-spun biodegradable scaffolds for vascular vissue regeneration
Master Thesis
2013
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University of Cape Town
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Abstract
Current replacements for diseased arteries include autologous and artificial grafts. The availability of autologous grafts is limited and artificial grafts tend to fail when applied to small calibre vessels (<;6 mm) due to graft thrombosis and mechanical mismatch between artery and graft. Tissue engineering offers a promising approach to overcome these shortcomings. With porosity as a fundamental prerequisite for tissue ingrowth, several techniques have been introduced for producing porous scaffolds including electro-spinning. This study involved the development and optimisation of electro-spun biodegradable scaffolds for vascular tissue regeneration by tailoring parameters of the electro-spinning process and investigating the change in mechanical and physical properties of the scaffolds associated with hydrolytic in vitro degradation.
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Khatib, R. 2013. Optimization of structural and mechanical properties of electro-spun biodegradable scaffolds for vascular vissue regeneration. University of Cape Town.