Surface attachment and growth by PC12 cells typically require an adhesive coating (e.g., PLL), but nanostructured microprobes enhance cell adhesion and differentiation without the requirement for a surface coating.
Fujishima's research group later determined that though the catalysis reaction had little promise as an energy source, it could be used as a surface coat for substances like glass and tile, where it served to repel water and bacteria.
Chromization process is a method for developing a surface coating providing hardness, wear and corrosion resistance.
Finally, we show briefly how these ideas can be applied to (unoriented) line fields with VMO regularity, thus providing a reasonable framework for modeling a surface coated with a thin film of nematic liquid crystals.
For the same reason a surface coating was chosen that minimizes connective tissue growth and adhesion to the omentum.
It is an important biomaterial with diverse biomedical applications such as a surface coating for metallic orthopedic implants.
Lipid nanocarriers, for in vivo use, have a surface coating (such as polyethylene glycol) that reduces the recognition and uptake of the nanocarrier by macrophages [91] while cationic lipids in the particle enable AOs to escape from the endosome after endocytosis into the target cell.
The present titanium coating, although used clinically as a surface coating for hip prostheses, is not a fully abrasion resistant coating when applied to the small screws used for our study.
For a TiN surface coating of 4 µm, the interface contact temperature was raised to 73.6 °C.
This article describes a method for controlled surface coating of cellulose fibers with micro-size hydrogel particles.
