Sentence examples for rapidly transit from inspiring English sources

Such a control problem exists in applications including nanoscale material property mapping, robot manipulation, and probe-based nanofabrication, where the output needs to track the desired trajectory during the tracking sections, and rapidly transit to another point during the transition sections with no post-transition oscillations.

This will result in two general patterns of information flow: First, when a low-density, quick pulse of ligands arrives at the cell membrane, the information is transferred very rapidly (transit time of less than 1 second) to the nucleus for immediate action.

It is seen that the 5'-nuclease domain rapidly transits from the inactive to active modes and the transition time approximately has a single-exponential distribution.

This suggests that hdpPSCs on these matrices have committed to neural lineage and that they more rapidly transited to progenitor phenotypes than did cells on CS60, silk, and the control glass substrates.

Rabbi Leder, in recounting the demographic studies and debate that went into the decision, noted that two subway stops, part of this city's rapidly growing transit system, are within walking distance of the synagogue, raising the prospect that people would take a train to services.

Metro has struggled for years to acquire enough rail cars for the county's rapidly growing transit network.

In response to that criticism, the companies are devising plans to prepare for and hopefully offset what many consider to be a rapidly approaching transit crisis.

They divide slowly to generate rapidly dividing transit amplifying cells, which in turn give rise to neuroblasts.

13 Wnt target genes were chosen and subdivided into the categories defined by Van der Flier et al: 22 genes expressed in the rapidly dividing transit amplifying cells (Axin2, EphB2, CyclinD1, Lef1) genes expressed by post-mitotic Paneth cells (EphB3, Mmp7 (mouse only)) genes expressed in the stem-cell position of the crypt (Lgr5, Olfm4 and Ascl2 (mouse only), Sox4 (mouse only)).

However, it is obvious that further studies are needed to: (i) distinguish the effects of aging on the activity of slowly cycling stem or stem-like cells and the more rapidly cycling transit progenitors; (ii) better characterize the effects of aging on the development of new cells in an old environment; and (iii) study the electrophysiological properties of these neurons.

These cells are thought to differentiate into rapidly dividing transit-amplifying (Type 2b) cells characterized by the expression of Tbr2 (Hodge et al., 2008).