Sentence examples for consistent differentiation from inspiring English sources

The functions of these regions, together with the thought-action circuit, point to a consistent differentiation of brain regions involved in planning action and computing expected hedonic value [42] [44].

Direct differentiation on monolayers of human fibroblast ensures more consistent differentiation results compared with EB formation [ 20].

Matrix calculus provides a notational framework that permits the consistent differentiation of functions of scalar, vector or matrix arguments.

We detected a consistent differentiation of P. t. verus and confirmed that the nucleotide diversity of P. t. verus is more similar to humans.

Non-metric multidimensional scaling plots based on effective beta diversity generally show consistent differentiation of samples based on elevation for all amplicon datasets (Fig. 8).

Mixed cord, Wharton's jelly, and artery showed the most consistent differentiation for all of the mesenchymal lineages tested, whilst cells isolated from vein were the most variable).

Moreover, the multi-angle micro flow cytometer is proven to provide consistent color differentiation that allows the design to achieve spectrometer capabilities not possible on a conventional flow cytometer.

Molecular investigations revealed an increase in relevant signalling molecules for osteoblasts that were consistent with differentiation studies, but detected the presence of tenoblast markers on collagen substrates within a narrow range of stiffness.

These Rock-Eval parameters revealed a consistent thermal differentiation of SOM with depth, from thermally labile biogenic SOM in soil organic horizons to thermally stable mineral-associated SOM compounds in organo-mineral and mineral soil horizons, indicating a pedogenetic stabilization of SOM.

In addition, Ttr transcripts increased 210 and 215 fold on d2 and d4, respectively, and Afp transcripts 26 and 213 fold, respectively, also consistent with differentiation to VE.

Venus positive cells (the transplanted cells) demonstrated a phenotype consistent with differentiation into more mature erythroid cells (Figure 3B) compared to the phenotype of the cells just before transplantation (Figure 3A, before differentiation).