... 11 07 2024 Emerald Publishing Limited: All rights reserved 2024 anisotropy characterisation magnetic properties microstructure rheological rheological properties surface modification 3 p = b a and the coefficient S There are various types...

...: All rights reserved 2020 biomimetic materials computational studies surface modification A area d diameter R_ij Reynolds stress sensor ( = − ρ u ′ i u ′ j ¯ ) V velocity...

... properties of the SF/AM scaffold in comparison with those of AM alone. Also, no cytotoxicity was shown and the bilayer scaffold showed better expression of endothelial growth factors and basic fibroblast growth factors. bioinspired biomaterials surface modification Cell support is a crucial...

... due to protein adsorption and cell adhesion, which finally causes muddiness of the center of the artificial cornea and failure of transplantation. To enhance the antifouling property of the material, surface modification of the PVA hydrogel with other functional monomers is the best choice, which...

... _MRE was calculated using 30 mineralisation modelling surface modification 1 θ MRE = θ mdeg c l n In order to estimate more precisely the preferential protein orientation, the protein is placed at a height of 12 Å above the surface and rotated around its...

... cellular entities may then attach onto the initial adsorbed layer. 14 Protein adsorption can be caused by van der Waals interactions, electrostatic gravity, hydrogen bonding or more specific interactions such as those between ligands and receptors. 15 Surface modification with polysaccharides, 16 , 17...

...) was modified by the alkali heat treatment followed by the immobilisation of the dopamine layer. Subsequently, molecules of poly(ethylene glycol) (PEG) and fibronectin or fibronectin–heparin complexes were successively immobilised on the dopamine-modified surface. After the surface modification...