Ultrafine calcium-titania-polyester dry powder coatings promote human mesenchymal cell attachment and biomineralization

Engineering & Materials Science

• Biomineralization 100%
• Powder coatings 78%
• Calcium oxide 64%
• Calcium 61%
• Polyesters 58%
• Titanium 54%
• Coatings 27%
• Polyester resins 16%
• Phosphorus 15%
• Alizarin 12%
• Energy dispersive X ray analysis 9%
• Coating techniques 8%
• Degassing 8%
• Angle measurement 7%
• Particle size analysis 7%
• Contact angle 6%
• Optical microscopy 6%
• Electrostatics 6%
• Sheet metal 6%
• Wetting 6%
• Nanoparticles 6%
• Fillers 5%
• Curing 5%
• Agglomeration 5%
• Powders 5%
• Oxygen 5%
• Carbon 4%

Physics & Astronomy

• polyesters 63%
• attachment 55%
• calcium 55%
• titanium 46%
• coatings 37%
• cells 30%
• polyester resins 13%
• phosphorus 9%
• coating 8%
• degassing 6%
• metal sheets 5%
• staining 5%
• agglomeration 5%
• curing 4%
• fillers 4%
• wetting 4%
• electrostatics 3%
• microscopy 3%
• formulations 3%
• shear 3%
• nanoparticles 3%
• carbon 3%
• oxygen 2%
• x rays 2%
• energy 1%

Chemical Compounds

• Biomineralization 68%
• Coating Agent 33%
• Calcium(0) 9%
• Biocompatible Material 7%
• Polyester 7%
• Phosphorus(.) 6%
• Alizarin Red S 5%
• Additive 5%
• Surface 5%
• Degasification 5%
• Particle Size Analysis 5%
• Curing Agent 4%
• Spreading 4%
• Agglomeration 3%
• Optical Microscopy 3%
• Filler 3%
• Chemical Element 3%
• Dimension 3%
• Molecular Cluster 2%
• Flow 2%
• Volume 2%
• Modification 2%
• Nanoparticle 2%
• Dioxygen 1%
• Energy 1%
• Carbon Atom 1%
• Metal 1%
• Time 1%