It is believed that dynamic alternations of complex interaction networks and molecular sub-networks can represent and influence responses of cells or organs to real-time changed microenvironment [10 12].
Marine Isotope Stage 3 (MIS 3, ca. 60 30 ka) is characterized by dynamic alternations of forest expansion with semi-arid area expansion in accordance with the warming and cooling, respectively, of the sea-surface temperatures in Northern Europe.
In particular, the effect of dynamic alternations in cardiac parameters on respiratory variables (including ventilation and CO2) has not been studied in detail.
Over the last 2.6 million years, trees species have experienced dynamic alternations between the contraction and expansion of their ranges in Europe, in response to climate changes (Hewitt 1996, 1999; Petit et al. 2003).
This paper introduces mechanisms and algorithms for managing efficiently the resources of Time-Division Long Term Evolution (TD-LTE) networks in a flexible manner enabling (i) dynamic frame alternation at each evolved Node B (eNB) and (ii) forming virtual cells, which allow diverse resource utilization to users residing within regions that can utilize resources from multiple eNBs.
His account of the first movement of Mozart's String Quartet in G major, K387, revealing what he characteristically calls its "variety of affective nuances", closely analyses every dynamic contrast, the alternation between diatonic and chromatic harmony, "the hidden and symmetrical contrast of sentiments".
Only further zooming in on smaller parameter ranges (see Figs. 7 and 8), we find interesting phenomena of dynamic variation: the alternation between ordered patterns and disordered states results from many cyclic transitions of patterns.
Mr. Dusapin's "Immer" (1996) and "Invece" (1991), the longest works on the program, ranged further afield, each with widely spaced lines and intense technical demands that included tremolando bowing, sharp accents, dramatic dynamic shifts, a quick alternation of bowed and pizzicato phrases and eerie, almost electronic-sounding timbres.
In addition, the dFBA model can accurately predict the dynamic effects of genetic alternations and regulatory processes on the production performance (Pizarro et al. 2007; Lee et al. 2008).
In these locations, dynamic aqueous processes resulted in layered alternations of coarse, well-sorted, reworked sediments deposited by relatively strong, combined storm flow or tidal currents, and finer-grained, poorly sorted sediments that settled out in relatively quiet water regimes.
