Sentence examples for binding to titanium surfaces from inspiring English sources

Figure 6 Proposed mechanism of Tet-124-G-DOPA-G binding to titanium surfaces.

Previous studies have shown that biologically active molecules can attach to titanium surfaces through adsorption, covalent binding, self-organizing organic layers, and nanomechanical incorporation.

Phosphopeptides were enriched over titanium dioxide and eluted phosphopeptides as well as flow-through after peptide binding to titanium dioxide were kept for analysis.

In this study, BSP was covalently coupled to titanium surfaces via an aminosilane linker (APTES), and its properties were compared to BSP applied to titanium via physisorption and untreated titanium.

Muir, B. V., Myung, D., Knoll, W. & Frank, C. W. Grafting of cross-linked hydrogel networks to titanium surfaces.

Cell adhesion to titanium surfaces treated with BSP via physisorption was not significantly different from that of untreated titanium at any time point, whereas BSP application via covalent coupling caused reduced cell adhesion during the first few hours in culture.

The aim of this study was to investigate if different pH, atmosphere and surface properties could restrict bacterial adhesion to titanium surfaces used in dental implants.

When calcium phosphate binds to the titanium surface, elements like carbonate and magnesium prevent the crystallization of calcium phosphate [ 29].

In the authors' opinion, coating titanium implants with hydroxyapatite determines a higher cell adhesion rate than when compared to control titanium surfaces or SiO2 treated surfaces.

We then investigated the effects of microfilament structure on MC3T3 cell responses to micropatterned titanium surfaces.

One limitation of this study however is that it is currently unknown whether the results are applicable to other titanium surfaces with differing surface topographies or surface modifications.