Sentence examples for significantly thicker and from inspiring English sources

They discovered that it was significantly thicker and stiffer for the heel-wearers.

There was no obvious difference in glycosaminoglycan content from either culture condition, yet CE chondrocyte-seeded gels were significantly thicker and had a significantly higher dynamic compressive modulus than SS chondrocyte-seeded gels after 3 weeks.

Colonies treated with pertussis toxin underwent re-organization and were significantly thicker and denser than control colonies (Figure 4), suggesting that inhibition of Gi signaling disrupts endogenous mechanisms that maintain human pluripotent stem cell colonies as characteristic flat monolayers.

As we have shown above, the amyloid fibrils of S100A9-Aβ S100A9-Aβ 1 40takenatd 20 μM, respectively) displayed smooth surfaces and were significantly thicker and longer than the fibrils of individual counterparts formed even on a longer time scale and also at higher respective polypeptide concentration (Fig.  4d and supplemental file 50).

This previous research indicates that the trabeculae in the medial compartment of OA joints are significantly thicker and more plate-like than normal trabeculae [ 11, 25, 26], but that the affected trabecular bone is less stiff than normal bone at both the apparent level [ 25] and the tissue level [ 27].

As noted earlier, no information is available on the internal index gradients of DM lenses, although Wiemer et al. [ 6] found that the lenses of a group of patients with DM type 1 were significantly thicker and more convex than those of a control group and that their equivalent refractive index was also significantly lower.

Interestingly keratinocytes loaded on microcarriers showed a significantly thicker epithelium and neodermis at both 16 and 21 days after grafting compared to the wounds treated with a single layer.

Black African athletes had a significantly thicker IVSd and PWTd than both West-Asian and Caucasian athletes (p<0.05).

Colonized quartz stones were significantly thicker, heavier, and more deeply embedded in the soil than uncolonized ones.

Specifically, SLATEs comprising aligned collagen fibrils were shown to be significantly thicker, denser, and more resistant to proteolytic degradation compared to SLATEs formed with randomly-oriented constituents.

The zone of uncalcified fibrocartilage was significantly thicker laterally and centrally than medially.