AI Article Synopsis
- The study examines how human plasma fibrinogen (HPF) adsorbs on various treated titanium surfaces, including polished and titanium carbide coatings.
- An innovative diffractive optical element (DOE) sensor is used to monitor changes in permittivity and optical roughness when exposed to both the background electrolyte and HPF.
- Results indicate a correlation between the transmitted light and the thickness of the HPF layer, providing insights into the dynamics of fibrinogen adsorption at the nano-scale on different titanium surfaces.
Article Abstract
Adsorption of human plasma fibrinogen (HPF) on 6 differently treated titanium samples (polished, polished and etched, and 4 titanium carbide coatings samples produced by using plasma-enhanced chemical vapour deposition (PECVD) method) is investigated by using diffractive optical element (DOE) sensor. Permittivity (susceptibility) change and fluctuation in optical roughness (R(opt)) of treated titanium surface in the presence of background electrolyte without and with HPF molecules are sensed by using DOE sensor and optical ellipsometry. Correlation between transmitted light and thickness of molecule layer was found. The findings allow to sense temporal organization and severity of adsorption of nano-scale HPF molecules on polished, on polished and etched, and on titanium carbide surface.
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| http://dx.doi.org/10.1364/oe.16.010130 | DOI Listing |
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