Non-woven mats present high porosity and purity of fibroin fibers, stability after sterilization process, and mechanical properties suitable for their use as scaffold for islet-mesenchymal stem cell co-transplantation. Technological resources are available for large scale and low cost silk fibroin non-woven production, intended for advanced therapies, and following GMP guidelines.
Technological characterization of silk fibroin non-woven scaffolds for adipose-derived stem cells and pancreatic islet co-transplantation
TORRE, MARIA LUISA
2011-01-01
Abstract
Non-woven mats present high porosity and purity of fibroin fibers, stability after sterilization process, and mechanical properties suitable for their use as scaffold for islet-mesenchymal stem cell co-transplantation. Technological resources are available for large scale and low cost silk fibroin non-woven production, intended for advanced therapies, and following GMP guidelines.File in questo prodotto:
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