Sentence examples for differentiated over from inspiring English sources

Strategies have been differentiated over time, among regions, and in relation to specific political choices.

In this fashion, development can be differentiated over time based on a principle of gradualness that is specific to the local context.

We can easily observe that freight transport operations have become more and more complex and differentiated over the past 30 years.

Therefore, to determine the actual magnitude of change or probabilities, the marginal effect of the explanatory variables, Equation 1 is differentiated over the explanatory variables to give Equation (2): ∂ P y = jlx ∂ x k = P y = jlx β ik - ∑ i ≥ 1 β ik exp Xβi 1 + ∑ i ≥ 1 exp Xβi (2).

In coverslips differentiated over two and three weeks using combined treatment with BMP4 and Wnt3a [17], almost no visible difference in morphology was observed among the generated neuronal-like cells nor in the detection of the late dendro-somatic neuronal marker MAP2A,B (Fig. 3A).

These overlapping-sequences are differentiated over time, since many SNPs has been identified in different Brassica crops.

The degree of isolation varied, with some sites (Malindi, MMP 1, ZE 1 and ZW 1) being significantly differentiated from over 88% of all other sites sampled, while others (DT 1 and PEM 2 – 4) were in HWE with 21 of the other 25 sites (Additional file 1).

This is accomplished by re-oxidation in the presence of air, to yield generation/surface chemistry differentiated cross-over products which may be isolated by preparative thin layer or column chromatography.

Increased activity of Bad-luc and Bim-luc was also observed in differentiated PC6.3 over-expressing a dominant negative (DN) form of ERK5.

Consistent with this result, we found that SCG neurons lacking ERK5 or differentiated PC6.3 over-expressing DN-ERK5 exhibited impaired phosphorylation of RSK and CREB.

The neurospheres remained differentiated neurons over the two-week cultivation in the multi-organ chip, proven by qPCR and immunofluorescence of the neuronal markers βIII-tubulin and microtubule-associated protein-2.