n the final section of this thesis it is described an additional application regarding the manipulation of biomaterials by the pyro-EHD effect. In particular, the pyro-electric field is applied for the deformation of biomaterials into a conical tip that could be assimilated to the shape of a needle. The fabrication process is studied and characterized for different kind of polymers and the final 3D microstructures produced are tested for biomedical application.
Biodegradable Microneedles for Transdermal Drug Delivery
Sara Coppola
2016
Abstract
n the final section of this thesis it is described an additional application regarding the manipulation of biomaterials by the pyro-EHD effect. In particular, the pyro-electric field is applied for the deformation of biomaterials into a conical tip that could be assimilated to the shape of a needle. The fabrication process is studied and characterized for different kind of polymers and the final 3D microstructures produced are tested for biomedical application.File in questo prodotto:
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