The extent to which this analysis pertains to other nanoparticles is not known and may vary depending on morphology, surface activity, and biopersistence.
These changes in cell morphology, surface nanostructures, and nanomechanical properties were closely correlated to cell swelling, oncosis, and lysis.
The morphology, surface charge and functional groups of Blue-SiNps were characterized by SEM, Zeta potential and FTIR spectroscopy.
In conclusion, this study establishes an optimized method for the isolation and culture of chicken EPCs as suggested by characterization of cell morphology, surface markers and biological features.
Control of particle size, morphology, surface- and internal properties is crucial for obtaining protein particles with the necessary properties for emerging applications.
The impact of the material morphology, surface energy, and pore structure on MD performance is discussed.
Photocatalytic performances are closely related to chemical property, morphology, surface property, and crystallinity.
We gave emphasis study on the spinnability, optimized conditions, fibers' morphology, surface science and fracture mechanism.
Pore characteristics, surface area, surface morphology, surface chemistry and proximate analysis were studied to characterize the LPAC sample.
Moreover, significant differences in the morphology, surface roughness and surface properties of mucoadhesion polymers considered were discussed.
