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Covalent and non-covalent strategies for surface modification of different text...
Nogueira, Frederico; Pedrosa, Marta; Teixeira, P.; Piskin, Erhan; Gouveia, IsabelNew advances have been released in textile industry. Contributions at the level of textile fiber chains engineering has allowed modification of their structure, production of smart polymers responding to changes in environment, and attachment or entrapment of cells and bioactive molecules. Likewise, our society high demand of hygienic patterns, has raised the intensive research and development of antimicrobial ...
Endothelial cell colonization and angiogenic potential of combined nano- and mi...
Santos, Marina I.; Tuzlakoglu, K.; Fuchs, Sabine; Gomes, Manuela E.; Peters, K.; Piskin, Erhan; Reis, R. L.; Kirkpatrick, C. James; Unger, Ronald E.Presently the majority of tissue engineering approaches aimed at regenerating bone relies only on postimplantation vascularization. Strategies that include seeding endothelial cells (ECs) on biomaterials and promoting their adhesion, migration and functionality might be a solution for the formation of vascularized bone. Nano/micro-fiber-combined scaffolds have an innovative structure, inspired by extracellular ...
Nano- and micro-fiber combined scaffolds : a new architecture for bone tissue e...
Tuzlakoglu, K.; Bolgen, N.; Salgado, A. J.; Gomes, Manuela E.; Piskin, Erhan; Reis, R. L.One possible interesting way of designing a scaffold for bone tissue engineering is to base it on trying to mimic the biophysical structure of natural extracellular matrix (ECM). This work was developed in order to produce scaffolds for supporting bone cells. Nano and micro fiber combined scaffolds were originally produced from starch based biomaterials by means of a fiber bonding and a electrospinning, two ste...
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