“…In this context, Yang et al revealed that BSA adsorption on polyvinylidene fluoride microfiltration membrane enhances the adhesion of P. aeruginosa CMCC10104. 57 This improvement in adhesion was attributed to the alteration of the membrane properties following BSA adsorption, notably an increase in hydrophobicity, thus favoring its proadhesive character. An increase in hydrophobicity of the SiO 2 surfaces after BSA conditioning from increasing BSA-concentrations in solution was also demonstrated in our prevous work.…”
The interaction of foreign implants with its surrounding environment is significantly influenced by the adsorption of proteins on the biomaterial surfaces, playing role in the microbial adhesion. Therefore, understanding protein...
“…In this context, Yang et al revealed that BSA adsorption on polyvinylidene fluoride microfiltration membrane enhances the adhesion of P. aeruginosa CMCC10104. 57 This improvement in adhesion was attributed to the alteration of the membrane properties following BSA adsorption, notably an increase in hydrophobicity, thus favoring its proadhesive character. An increase in hydrophobicity of the SiO 2 surfaces after BSA conditioning from increasing BSA-concentrations in solution was also demonstrated in our prevous work.…”
The interaction of foreign implants with its surrounding environment is significantly influenced by the adsorption of proteins on the biomaterial surfaces, playing role in the microbial adhesion. Therefore, understanding protein...
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