The phrase "a profile of active" is not correct and lacks clarity in written English.
It may be intended to describe a specific type of profile related to active individuals or activities, but it needs additional context to be usable.
Example: "The report includes a profile of active participants in the community program."
Alternatives: "a profile of engaged" or "a profile of dynamic".
The "frenetic" subtype offers a profile of active coping that could benefit from interventions directed at reducing activation, for the purpose of removing accumulated tension and preventing exhaustion; improvement in time management to make room for the total satisfaction of personal needs; and development of self-assertion in order to place limits on the acceptance of responsibilities.
Thus, a profile of active disease emerges that matches some of the typical distribution patterns known from structural neuroimaging techniques, but additionally shows involvement of brain regions linked through neural pathways.
Among the enriched categories associated with tomato fruit set, were genes associated with protein biosynthesis, histones, nucleosome and chromosome assembly and cell cycle, suggesting a profile reflective of active cell division [ 10- 12].
Evidence gathered in Syria, along with flight-control data and interviews with militia members, smugglers, rebels, analysts and officials in several countries, offers a profile of a complex and active multinational effort, financed largely by Qatar, to transport arms from Libya to Syria's opposition fighters.
The description of several new cement collection techniques opens opportunity to build a profile of the macromolecules present and active at the barnacle/substrate interface with the goal of elucidating the mechanism of the cementing process.
The disappearance profile of active bSOD from the administration site also partly corresponded to both profiles.
This level describes the multidimensional profile of active analyst through drawing his preferences.
To modify the release profile of active components, e.g., drugs, from the core. .
We hypothesize that the profile of active force generation after mechanical oscillation changes with maturation and that this change contributes to the expression of airway hyperresponsiveness in juveniles.
The profile of active genes should reveal exactly what the toxin does to the animal--if the signal can be distinguished from normal changes in gene activity.
However, changes in membrane potential had no effect on the profile of active Ca2+ signals because the fluorescence change in di-4-ANEPPS due to an action potential was very small, less than 1% of the rhod-2 signal change, during a Ca2+ transient.
