Specific physical and chemical properties (aggregation state, surface charge, and bioavailable metals) that influence particular toxicological end points (oxidative stress and inflammatory response) have been reported in the literature.
Choudhury et al. investigated the role of sunlight on the physicochemical properties, aggregation and deposition of GO in aquatic environments [155].
They then examined three TFP-dependent properties: aggregation, adhesion to host cells and induction of a host cell response.
Indeed, at physiological conditions, biological systems are often exposed to NP protein corona complexes, which differ significantly from bare NPs and define surface properties, aggregation rate, and hydrodynamic size of NPs.
The ultimate causes of these patterns are viewed very differently depending on whether they are traits of individuals or properties of aggregations.
The property of aggregation is guided by the composition of erythrocyte membrane and plasma proteins fibrinogen and globulin.
This may be explained by the difficulties involved in studying monomeric peptide properties under aggregation-promoting conditions.
To this end, mimicking active platelet's hemostatically relevant matrix-adhesion properties and aggregation properties independently and then integrating them via heteromultivalent ligand decoration on a single synthetic particle can lead to an efficient platelet substitute design.
The surface properties and aggregation behavior of the gemini surfactants were investigated by surface tension, electrical conductivity, fluorescence and Krafft point.
Thus, it is possible to control the surface active properties and aggregation of the clay-PNiPAAm hybrids by manipulating the organic grafting architectures of the silicate platelets.
These properties cause aggregation of CNTs into bundles.
