Sentence examples for progressively emerge from inspiring English sources

At 8 11 years, adult-like CAEP waveforms progressively emerge, with the successive N1b, P2, and N250 peaks occurring at approximately 100, 180, and 220 ms, respectively.

The social nature of the CIS, or, in Orlikowski's terms [ 35], the enacted structures of the CIS-in-practice will thus progressively emerge from CIS stakeholders' decisions and (inter)actions, then recursively affect future CIS managers' decisions and actions concerning CIS adoption, and ultimately day-to-day clinical practices [ 36].

The cell cycle results from the current study demonstrated that many of the hUCMSCs treated with TGC-CM shifted from the G1 phase to the G2 or S phases, indicating that competent hUCMSCs progressively emerge as a result of sequential withdrawal from the cell cycle.

Progressively emerging participatory farming activities demonstrate urban farms' abilities to innovatively adapt to societal demands.

During the Pliocene, only the low areas closest to the present-day coast remained as marine basins and progressively emerged throughout this stage.

Its alleged 'neutrality' is one of the main reasons of its pervasiveness, but also of its ambiguity, showing latent controversial implications, which are progressively emerging in critical planning theory.

As for the electrooxidation at low potentials of dissolved CO, it was completely absent with one Pt ML, and progressively emerged with increasing number of Pt MLs, a well-defined peak appearing with four MLs.

Many pundits expected that in 2012 she would take advantage of the quiet period between Christmas and Carnival in February to be more ambitious only to be disappointed by yet more incrementalism.Yet even as the president has eschewed bold gestures, she has progressively emerged from Lula's shadow to recast the Brazilian state in her own likeness.

The systemic role of the microbiota as a central player in the pathophysiology of many organs is progressively emerging in the literature: the microbiota is indeed involved in a complex, bi-directional network between many organs, including the kidney and heart connection, although many of these relationships still need to be elucidated through in-depth mechanistic studies.

During the last ten years, the discontinuous Galerkin time-domain (DGTD) method has progressively emerged as a viable alternative to well established finite-difference time-domain (FDTD) and finite-element time-domain (FETD) methods for the numerical simulation of electromagnetic wave propagation problems in the time-domain.

At a transnational level, multinational networks are also progressively emerging.