116 research outputs found
Special Issue on Surfaces Modification and Analysis for Innovative Biomaterials
The reactivity of a biomaterial is literally "written on its surface", since it contacts host tissues and leads to the biological response [...
Insight into halloysite nanotubes-loaded gellan gum hydrogels for soft tissue engineering applications
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Modifica di superficie di protesi a base di Titanio e Ti-Al-V con collagene e/o idrossiapatite per il miglioramento della bioattività .
Elettrosintesi dell'acido polipirrolo-3-carbossilico su substrati a base di titanio per la realizzazione di nuovi materiali bioattivi di potenziale applicazione in campo ortopedico.
Electrochemical and XPS characterization of glassy carbon electrodes modified with 8-hydroxyquinoline-5-sulfonic acid
Simulating bacteria-materials interactions via agent-based modeling
This work reports the outcomes of in silico simulations of the interactions between S. aureus bacteria and an antibacterial polymeric coating developed onto titanium substrates. The aim of the theoretical analysis is to develop a computational approach suitable of predicting the effective amount of antibacterial agents to load onto the polymeric coating in order to prevent titanium implants infections and at the same time to minimize cytotoxicity. The simulations results will be contrasted with experimental data
Idrogeli elettrosintetizzati: sviluppo e caratterizzazione di interfacce per il rilascio controllato di molecole per applicazioni in campo biomedico
Analytical investigation of electrosynthesised polyacrylate coatings on TiAlV substrates as anti-corrosion barrier.
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