Seeding fibrous SF scaffolds with human mesenchymal stem cells (hMSCs) demonstrated that fiber alignment could guide hMSC morphology and orientation demonstrating the impact of scaffold topography on the engineering of oriented tissues.
The first orientation demonstrates the interaction, and the second illustrates the details on hydrogen bonding.
AFM micrographs in Fig. 12 and schematics of the molecule orientation demonstrate the differences of growth on polar and non-polar substrates for octacosan-1-ol molecules.
These surfaces have been used for detailed study of wetting and adhesion (from Ref. [59]) Open image in new window Fig. 12 AFM maps and schematics of the molecular orientation demonstrate the differences of growth on polar and non-polar substrates for octacosan-1-ol molecules.
Additionally, neuroblasts possessing double mutations for Lgl and Pins, as well as Dlg/Gβγ double mutants (Gβγ is a cortically localized protein that also regulates spindle orientation), demonstrate significant overproliferation relative to wild-type [ 57, 77].
Analysis of templates of four simulated patterns, which had same number of dots but with differing orientations, demonstrated how the texture-based analysis differentiated between these templates.
A study of how the anodization rate depends on current at various orientations demonstrated that, on the whole, the macroscopic anisotropy with respect to the dominating rate along the <100 > direction becomes weaker with increasing current density, and the relative rates for different directions change places.
Overall, orientations demonstrate that the structural complexity increases while moving toward south.
Also, the role of organized religion in spiritual orientation was demonstrated.
Being able to capture minor temporal and spatial changes in hydrogel density and collagen fibril orientation, we demonstrated the sensitivity of this extended ICS model to deconstruct a complex environment and support its potential for tissue engineering research.
