Sentence examples for alignment morphology from inspiring English sources

In the experiment, we observed different alignment morphology with different width of nano-stripes.

Micro- and nano-topographies of scaffold surfaces play a pivotal role in tissue engineering applications, influencing cell behavior such as adhesion, orientation, alignment, morphology and proliferation.

Micropatterning on membrane surface could affect the distribution of hMSCs and resulted in difference of cell behaviors such as cell alignment, morphology, proliferation, and growth activity.

To address this issue, this study focused on the effect of guidance cues by employing micropatterned polymeric films to influence the alignment, morphology and transdifferentiation of bone marrow-derived rat mesenchymal stem cells (MSCs) towards a Schwann cell-like fate.

The mechanical properties of the resultant fibres, carbon nanotube (CNT) density and alignment morphology were shown to depend on the CNT growth temperature, growth time, carrier gas flow rate, catalyst amount, and atmospheric conditions within the CVD chamber.

Then after considering the alignment morphology of multiple dyes adsorbed on TiO2 surface, we find that dyes 3 and 4 manifest the capability of anti-aggregation obviously, which is evidenced by the smaller quantity of intermolecular electronic coupling compared to that of dyes 1 and 2, definitively illustrating the prominent performance of novel dyes with the bulky D2 moiety.

Decrease in fiber alignment causes a change from polarized motility along the direction of fiber alignment to non-polarized motility and from aligned to unaligned morphology, while increase in fiber alignment causes a change from non-polarized to polarized motility along the direction of fiber alignment and from unaligned to aligned morphology.

Statistical analyses suggest that the piecewise-uniform resampling method improves the alignment of morphology significantly.

The effect of collector design on the alignment and morphology of fibers was evaluated.

Due to the outstanding properties, high surface area, ordered alignment, and morphology adjustability of TiO2 nanotubes, it shows great potential in gas detection.

The alignment and morphology of tenocytes on the CNI-coated substrates after incubation for 1 or 24 h were observed with SEM.