We study the effect of isoforms of osteopontin (OPN) on the nucleation and growth of crystals
from a supersaturated solution of calcium and phosphate ions. Dynamic light scattering is …

Our current understanding of the molecular mechanisms which regulate cellular processes
such as vesicular trafficking has been enabled by conventional biochemical and microscopy …

Matrix Gla protein (MGP) is a phosphorylated and γ-carboxylated protein that has been shown
to prevent the deposition of hydroxyapatite crystals in the walls of blood vessels. MGP is …

The plasma membrane is a heterogeneous environment characterized by anomalous diffusion
and the presence of microdomains that are molecularly distinct from the bulk membrane. …

Diffusion in cellular membranes is regulated by processes that occur over a range of spatial
and temporal scales. These processes include membrane fluidity, interprotein and interlipid …

The biophysical mechanisms governing receptor diffusion and force generation during
efferocytosis are poorly understood. The diffusion of CD93, a putative efferocytic receptor, was …

Molecular motion within the cell membrane is a poorly-defined process. In this study, we
characterized the diffusion of the transmembrane protein CD93. By careful analysis of the …

Biomineralization is the process by which living organisms synthesize minerals. Osteopontin
(OPN), a mineral-associated protein, has been shown to be a potent inhibitor of mineral …

The impact of universities on the social, economic, and political landscape is one of the key
directions in contemporary educational evaluation. In this paper, we discuss the new …

The impact of Universities on the social, economic and political landscape is one of the key
directions in contemporary educational evaluation. In this paper, we discuss the new …