Other parameters, such as particle size, surface charge, polymer composition, flow pressure, and duration, may also affect nanoparticle-endothelial cell association.
Formulations were characterized in terms of size, surface charge, drug release, IR spectroscopy and morphology.
The particles were characterized for their size, surface charge, stability and shape.
The particle shape and size, surface chemistry, crystallinity, elemental composition, thermal and magnetic properties were investigated.
These include particle size, surface charge, surface hydrophilicity/lipophilicity, and antigen adjuvant binding strength.
Physicochemical parameters, i.e. particle size, surface charge density, hydrophobicity and surface topography were determined.
The effect was found to be related to particle size, surface area, dose and exposure time.
The Chi/NNPs were characterized for drug loading efficiency, surface morphology, particle size, surface charge.
Variables investigated were influence of particle size, surface charge and methyl-PEGylation.
Thereby, we achieved modification of particle shell parameters, such as size, surface charge, and chemistry.
Characterization of formulations was performed using vesicle shape, size, surface charge, texture analysis and rheology behavior.
