Sentence examples for more polygonal shape from inspiring English sources

Cells encapsulated in the hydrogels exhibited a spherical cellular morphology, while cells in the gelatin scaffolds showed a more polygonal shape; however, this difference did not appear to hinder the chondrogenic differentiation of the cells.

Moreover, cells from a tMO1 morphant displayed a more polygonal shape ("MO>UT", Fig. 9C; movie S5) when transplanted into an untreated host compared to those cells with a rounder shape and a reduced number of protrusions in a tMO1 morphant host ("MO>MO" Fig. 9D; movie S5).

Additionally, vorinostat-treated cells featured a more polygonal shape and less apparent invadopodia than control cells.

Accordingly, p130Cas silenced cells reorganized in colonies that lost their elongated protrusions, acquiring a more polygonal shape, as quantified by a marked decreased in length/width ratio.

On 44 hours (after addition of serum)), the cell started to proliferate and spread; cells cultured on P-COL substrate adopted elongated morphology, while those cultured on T-COL exhibited a more polygonal shape; in comparison, much less cells adhered to TCPS, and cells cultured on TCPS were poorly spread, implying immature cellular cytoskeleton assembly.

EBF between passages 16 – 20 started to change their morphology: cells were large, flat and more polygonal shaped, with a large, heterogeneous nucleus.

The amount of energy required to deform circular filaments into more polygonal shapes depend on the stiffness of the Snf7 filaments, which is characterized by its persistence length ℓ p. We estimated this persistence length from the amplitude of the thermal fluctuations of isolated Snf7 filaments on a supported bilayer observed by HS-AFM.

Tubules formed at 21% O2 by both cell populations were more polygonal in shape, less likely to be fully enclosed, and typically bordered by a layer of only one cell (Fig.  4c, f).

These changes included the adoption of a more regular polygonal shape and the diminution of invadopodia, which are associated with greater motility and thus metastatic potential.

AFM images of packed arrays of spirals showed that filaments at the contact zone between spirals were flattened, resulting in spirals acquiring a polygonal shape that was more pronounced for longer incubation times.

However, D-17 shRNA2 shRNA cells showed a loss of normal osteoblast morphology, losing their characteristic spindle shape and becoming more polygonal or stellate (compare Fig. 2b: E and G), while Saos-2 shRNA2 shRNA cells appeared relatively unchanged (compare Fig. 2a: E and G).