Reinforcing pure titanium with 12 percent molybdenum and various weight percentages of zirconia increased the microstructure, mechanical properties, corrosion behaviour, and biocompatibility. To obtain a homogeneous distribution of Mo and ZrO2 in the titanium matrix, powder metallurgy is used. For
Read MoreThe goal of this study was to compare the biocompatibility of two new calcium phosphate-based root canal sealers (CPC-I, CPC-II) to a commercially available zinc oxide eugenol-based sealer [Pulp canal sealer EWT (PCS EWT)] and Sealapex after implantation in rat
Read MoreThe goal of this study was to compare the biocompatibility of two new calcium phosphate-based root canal sealers (CPC-I, CPC-II) to a commercially available zinc oxide eugenol-based sealer [Pulp canal sealer EWT (PCS EWT)] and Sealapex after implantation in rat
Read MoreThe capacity of two representative biocompatible polymers to load bacteriophages into electrospun nanofibers was evaluated, paying particular attention to the possibility of retaining their antibacterial function. Specifically, the work involves the following steps: (a) evaluation of the impact of the
Read MoreBackground: Much attention has recently been paid to calcium phosphate cements (CPCs) because of their advantages in terms of in situ handling and forming capabilities compared to calcium phosphate bioceramics. Mechanical and in vitro biological physicochemical properties of novel polymeric
Read MoreMillions of people around the world are undergoing surgery due to injuries and trauma, and doctors have been using metal fixators for a long time. These fixators are strong and because of biocompatibility concerns, they are rejected by the human
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