The initial host response to healthcare materials' surfaces after implantation is the
adsorption of proteins from blood and interstitial fluids. This adsorbed protein layer …

A common goal across different fields (eg separations, biosensors, biomaterials,
pharmaceuticals) is to understand how protein behavior at solid–liquid interfaces is affected …

The conformational state of adsorbed human plasma fibrinogen (HPF) has been recognized
as the determinant factor in platelet adhesion and thrombus formation on blood-contacting …

Protein interactions at polymer interfaces represent a complex but ubiquitous phenomenon
that demands an entirely different focus of investigation than what has been attempted …

The “soft”(ie, noncovalent) interactions between molecules and surfaces are complex and
highly varied (eg, hydrophobic, hydrogen bonding, and ionic), often leading to …

An array of design strategies have been targeted toward minimizing failure of implanted
microelectrodes by minimizing the chronic glial scar around the microelectrode under …

Understanding protein–surface interactions is crucial to solid-state biomedical applications
whose functionality is directly correlated with the precise control of the adsorption …

Carbon nanotubes (CNTs) have shown great potential for applications in biosensing,[1]
diagnostics,[2] and drug delivery.[3] Due to their unique physio-chemical properties, they …

Protein adsorption onto polymer surfaces is a very complex and ubiquitous phenomenon
whose integrated process impacts essential applications in our daily lives such as food …

The rapid development of fabrication and processing technologies in the past two decades
has enabled researchers to introduce nanoscale features into materials which, interestingly …