Sentence examples for morphological differences observed from inspiring English sources

From these findings, we hypothesize that the subset of cells that most strongly express the claudin-low characteristics within a tumor are the cells that initiate tumor-endothelium interaction, the first step towards successful metastasis; the morphological differences observed with the different populations of SUM149 cells, which also have different growth rates, support this hypothesis.

These improvements, which could have taken place at different times and different locations, could be responsible for the morphological differences observed between peanut subspecies.

Quantifying a wide variety of morphological differences observed in cell images under different drug influences is still a challenging task because the result can be highly sensitive to sampling and noise.

The proportion of the different cell forms probably accounts for the morphological differences observed at colony level.

Results from the border-based fractal dimension indicated that main morphological differences observed in soot particles perhaps are associated to cook-stove chamber design.

I have been advocating that the morphological differences observed within fossils typically ascribed to Homo sapiens (the so-called modern humans) and the Neanderthals fall within the variation observable in a single species.

In the following paragraphs, we assess if a possible seed conservation effect or an increase in earlier flowering weedy plants in the 2003 sample could partially explain the morphological difference observed between samples.

Our results support a relatively minor contribution of genetic factors to the TYP and LON morphological forms differences observed in the three gene markers, suggesting an important phenotypic plasticity basis for the variability in morphology, life history, and ecology in S. japonica.

Changes to TF networks are known to appreciably contribute to morphological and developmental differences observed between related species (Fujimoto et al. 2008; Maerkl and Quake 2009).

When observed microscopically, no gross and overt morphological differences were observed between nasal septa from naïve mice that were incubated with either PBS or DNase I. (Fig. S5).

According to the above results, significant physiological and morphological differences were observed at different salt-treatment time points in response to salt stress, which was accordingly divided into two typical phases: dehydration stress (4 h) and ionic stress (24 h).