The observed changes in the shape and peak positions of the small-angle neutron scattering profiles of polymers after metal doping were related to the scattering from the metal oxide particles and to the possible deformed morphologies due to the strong interparticle interactions between metal particles, which may influence the polymer microphase separation.
In addition to centrifugation, other mechanisms such as flocculation or agglomeration, turbulent dispersion, and particle bouncing may influence the actual collection of the particles in PoC.
However, some biological systems involved in maintaining allostasis may also be worn down by repeated exposure to physical toxicants, as particle exposures may influence HPA function (Sirivelu et al. 2006).
While MFI has been successfully applied to a range of drug types, the specific properties of each new protein drug and its associated particle population may influence the optimum protocol for MFI testing, data analysis, and reporting.
Issues of silver nanoparticles in engineered environmental treatment systems were studied and it was found that these particles may significantly influence chemical and biological processes in these treatment systems [15].
In addition, conductive coatings on non-conductive particles may disproportionately influence the mass spectra of ionized species produced by impact because of preferential surface ionization during microparticle impact, especially at lower velocities (Sysoev et al., 1992, 1997; Burchell et al., 1998; McDonnell et al., 2001).
Ambient particles with various sizes/constituents may influence systemic biomarkers differently.
The two fluorescent moieties (rhodamine and fluorescein) differ in pI and therefore may influence particle surface properties as well as the separation.
The presence of inert particles in the liquid-phase may influence the rate of mass transport, and experimental work was initiated to study the effect on kG.
Although total LDLc is a marker for CV risk, small, dense LDL particles are considered more atherogenic, and alteration of the LDL particle distribution by anti-PCSK9 may influence CV risk beyond what would be predicted based on LDLc alone.
