Due to microbial infections dramatically affect cell survival and increase the risk of implant
failure, scaffolds produced with antimicrobial materials are now much more likely to be …

There is an increasing need for bone repair materials for skeletal reconstruction, due to the
prevalence of diseases such as osteoporosis and to the growing number of aged and …

Bacterial infection poses a significant risk with the wide application of bone graft materials.
Designing bone grafts with good antibacterial performance and excellent bone-forming …

Fabrication of 3-D highly porous, bioactive, and mechanically competent scaffolds
represents a significant challenge of bone tissue engineering. In this work, Bioglass® …

The musculoskeletal tissues are highly ordered nanostructured materials, and they have self-
healing capability. However, when the tissue damage is beyond the capability, therapeutic …

Silicate glasses containing silver in both ionic and aggregate forms have been used since
decades for application in several fields, eg, optical waveguides, sensoristics …

Valonia tannin (VT) was gelated through polymerization with formaldehyde to prepare an
adsorbent, which was found effective to remove Ag+ from aqueous solution. The adsorption …

The microbiological contamination on board of spacecraft and orbital stations is a relevant
problem in prolonged space exploration. For this purpose, an antibacterial silver nanocluster …

There is increasing interest in developing scaffolds with therapeutic and antibacterial
potential for bone tissue engineering. Silver is a proven antibacterial agent which bacteria …

The objective of this study was to prepare a new biodegradable Mg‐based biomaterial,
which provides good mechanical integrity in combination with anti‐inflammatory function …