Sentence examples for large morphological differences from inspiring English sources
These results suggest that statistically significant changes in gene expression of relatively few genes contribute to the phenotypic changes and large morphological differences exhibited by reference and resistant populations upon exposure to PAH pollutants.
Finally, large morphological differences between tissue and individual endothelial, SMC and THP1 cells, Figure 15 and Additional file 3: Table S3.1, imply different nanodrug uptake efficiency by individual cells and further studies are needed towards this direction.
Our results confirm previous observations of large morphological differences between Paleoamericans and Amerindians.
Such a model also helps us to visualize and understand how small, population-level differences could, over time, lead to large morphological differences.
However, large morphological differences are observed in the field maintained by asexual propagation [ 78- 80].
As can be seen, large morphological differences are shown with colonic cancer progression.
The distribution of pores (within a given image) derived from the distance transform indicated the largest morphological differences in materials was recorded in calcified seaweed columns, which is likely to impact significantly on their performance as barrier materials.
The largest morphological differences in this subunit result from a cluster of rRNA helices (ES7AL, ES15L, and ES7CL) protruding at the solvent side.
Quantitative differences in labelling between sister chromatids might contribute to the observed heterogeneity in volume, but as incompletely-labelled chromosomes (assessed at mitosis) were excluded from our analysis, the large scale morphological differences apparent between some decondensing chromatids (such as Figure 1D,E) are unlikely to be due to this caveat.
Originally placed in the genus Microcebus (mouse lemurs), the giant mouse lemur was moved to its own genus, Mirza, in 1985 due to its larger size, morphological differences, dental characteristics, and behavior.
This suggests that the molecular genetics of spore/pollen development are highly conserved, despite the large morphological and functional differences between spores and pollen.
