The article presents a survey on the significance of protein–material interactions, the
mechanisms which control them and the techniques used for their study. Protein–surface …

When nanoparticles enter biological environments, proteins adsorb to form the “protein
corona” which alters nanoparticle biodistribution and toxicity. Herein, we measure protein …

The fouling of biomaterials (eg, membranes) by plasma proteins has always garnered
attention because it renders biomedical devices ineffective and can jeopardize the patient's …

Appropriate surface chemistry between a material and its surrounding biological
environment is crucial to the eventual integration and performance of any implant, whether …

The biological performance of biomaterials is strongly influenced by their protein adsorption
characteristics, which are related to the structures and properties of both the biomaterial and …

Bulk physicochemical properties of bovine plasma fibrinogen (Fb) in electrolyte solutions
were characterized. These comprised determination of the diffusion coefficient …

Understanding the physicochemical factors that influence protein adsorption onto solid
supports holds wide relevance for fundamental insights into protein structure and function as …

Controlling the reversibility, quantity, and extent of biomolecule interaction at interfaces has
a significant relevance for biomedical and biotechnological applications, because protein …

In this work we prepared and evaluated the curcumin loaded fibrinogen nanoparticles (CRC–
FNPs) as a novel drug delivery system for cancer therapy. These novel CRC–FNPs were …

Triclosan (TCS) contaminant has aroused wide concerns due to the high risk of converting
into toxic dioxin in aquatic environments. During the wastewater treatment process …