Sentence examples for a distinguishably from inspiring English sources

The experimental design was to fertilize enucleate sea urchin eggs with sperm of another species that produces a distinguishably different embryonic morphology.

The associations were determined at the probability threshold at which the declared SNPs could be identified with a distinguishably different distribution compared to the rest of the SNPs [26] on quantile-quantile (QQ) plots.

Between the EA- and HEMA-modified fibers, the latter one showed a distinguishably- improved result.

As a result, it has a cuboidal morphology, distinguishably different from the elliposoidal form that is observed in samples water-quenched and annealed at 500 °C.

Most distinguishably, a linearized stress/freezing curve was observed in tg mice in both contextual freezing and cued freezing, although a higher slop was observed in contextual conditioning, due to the impairment at the lower number trials of footshock.

Throughout the paper, the phrase "cell-type specific" expression is used to denote a gene, or set of genes, for which expression in a given cell type is distinguishably higher than expression in the 23 other cell types evaluated (based upon a two-sample comparison and test for differential expression; see below).

Tissue specific network analysis demonstrated that immune genes have distinguishably robust connections within a cells interactome.

The fact that contrast results in higher AUC scores might be explained by the fact that, in contrast to the images in the other categories, many images contain objects animals that are highly distinguishably and sharply depicted on an out-of-focus background.

Since the dislocation density in the reversed γ differs in the two alloys distinguishably, the strengths of γ at various situations were measured, and the characteristic features observed above are confirmed macroscopically: the recovery of these transformation induced dislocations was studied as a function of annealing temperature.

Additionally, the preferred orientation of crystalline ITO film is distinguishably changed with the increase of sputtering temperature and oxygen fraction (O2/O2+Ar) in the sputtering ambient.

As compared to conventional microfiltration media, these membranes exhibited significantly higher flux values and substantially lower degrees of fouling without distinguishably sacrificing particle rejection fractions.