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Minimum protein adsorption and bacterial adhesion were both obtained on PVDF-g-P HEMA-co-NIPAAm) membrane, with reduction by 44% and 71% resPVDF-g-P HEMA-co-NIPAAmhe PVDF-g-P HEMA-co-NIPAAm
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In parallel, the substrate factors (that is, the external and internal surface area of cellulose-rich substrates) that might limit the accessibility of the cellulase complex to the cellulose and the maximum protein adsorption capacity were measured for each substrate, in an attempt to correlate cellulose accessibility with the minimum protein-loading requirement for efficient hydrolysis.
The model could capture the typically observed minimum in mixed mode protein adsorption and predict the precise salt concentration at which this minimum occurs.
They showed that in both superhydrophilic and superhydrophobic surfaces, protein adsorption is in the minimum level.
Eppendorf protein LoBind 1.5 ml tubes were used in most experiments in order to keep protein adsorption on the tube wall to a minimum.
These layers hinder protein adsorption.
Plasma protein adsorption decreased with the surface hydrophilicity.
The PC groups were highly effective in reducing protein adsorption.
Breakthrough curves were measured for protein adsorption on fixed beds.
The resulting ion exchange membranes are selective for protein adsorption.
Protein adsorption studies showed lower protein adsorption on coated scaffolds compared to uncoated scaffolds.
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