Sentence examples for are now differentiated from inspiring English sources

He said that Skout and Foursquare are now differentiated enough from each other that there's no conflict of interest for Andreessen to invest in both.

One can easily see that the partitions with different class orders are now differentiated.

If (5.5) is now differentiated with respect to x and (5.8) with respect to t, the respective results are frac{partial^{2}e}{partial x^{2}} = - Rfrac{partial i}{partial x} - Lfrac{partial i^{2}}{partial x, partial t} (5.9) and frac{partial^{2}i}{partial t, partial x} = - Gfrac{partial e}{partial t} - Cfrac{partial^{2}e}{partial t^{2}}.

Although the foregoing analysis suggests that the Austro-Asiatic populations of India share common genetic ties, a comparative analysis among the sub-families suggests that these populations have separated quite early and are now well differentiated as indicated by the results of AMOVA (Table 3), the M-J network (Fig. 4) and the TMRCA (Table 4).

If these causal powers were different, then natural kinds might be different as well, or might not have been as sharply differentiated as they are now.

Connect recognised the importance of building a differentiated approach from the beginning and are now well-known for their product-led thesis.

Further studies are now needed to determine if the immune function of these more highly differentiated cells is reduced.

Since it is now clear that differentiated phloem cells provide developmental cues to the vascular cambium in the form of CLE41/44-TDIF CLE41/44-TDIFylem differentoation [ 9], expresuppress CLE41/44-TDIF is thus a specific marker for phloem cells.

However, it is now clear that even differentiated somatic nuclei can be reprogrammed to a totipotent state (Sabour and Schöler, 2012), demonstrating unequivocally that the genome of somatic cells is equivalent to that of germ cells, at least in vertebrates.

The previously described differentiated state is now further refined into the trophectoderm and endoderm lineages.

Whilst neurons were historically thought to be terminally differentiated, there is now a considerable body of evidence to indicate that neurons in fact are able to re-enter the cell cycle (reviewed in [ 3]).