A variety of specific microstructures that were developed in Al, Mg, Cu, Fe, Co and TiAl matrices indicate that there must be adequate plastic regions among the reinforcements to blunt or deflect cracks if one wants to toughen DMMCs.
PCL orientation was observed in miscible matrices but not in immiscible SAN matrices, indicating that the miscibility leads to the orientation, and the maintenance of orientation, of the minor chain component, despite the fact that flexible chains are involved.
Our experimental results demonstrated that the synergism and antagonism of the binary, ternary and quaternary stabilizer systems were almost similar in LDPE, iPP and EP matrices indicating that the interaction/mechanisms of stabilizers are same, but LDPE was highly stabilized than iPP and EP matrices.
Immunofluorescence imaging and structural analysis of the isolated elastin matrices indicate that amorphous elastin clumps were formed within non-additive control cultures, while aggregating elastin fibrils were observed within SMC cultures treated with CuNPs (1 10 ng ml−1) alone or together with HA oligomers.
In this study, we found that the synergism, antagonism and the trend in stabilization efficiency of the binary, ternary and quaternary stabilizer systems of oligomeric HAS, tertiary hindered amine, hindered phenol and organo-phosphite were almost similar in LDPE, iPP and EP copolymer matrices indicating that the interaction/mechanisms of stabilizers are same.
Our findings consistently showed syndecan-1-dependent effects on collagen matrices indicating that this proteoglycan affects specific cell-matrix interactions to modulate its effect on cell migration.
A recent comparison on multivariate analyses of presence/absence data matrices indicated that principal component analyses (PCA) provide the most robust results [85].
Our results demonstrate that rhGALNS is compatible with diffusion through proteoglycan-rich matrices, indicating that increasing the concentration and/or duration of administration of the therapeutic enzyme may result in further improvements in biodistribution.
Epifluorescence images of pre-labeled N3F-derived matrices indicated that the ECM modification induced by OVCAR3 and OVCAR4 cells were largely inhibited by aprotinin but not H1152 (Figure S3A).
These structure and pattern matrices indicated that the components were correlated.
