The phrase "active motive" is correct and usable in written English.
It can be used to refer to a driving force or reason behind a person's actions or behavior, often in discussions about psychology or motivation.
Example: "The psychologist emphasized the importance of understanding the active motive behind the patient's decisions to facilitate effective therapy."
Alternatives: "driving force" or "underlying reason".
The interview guide comprised the following themes: pre-pregnancy physical activity, motives for pre-pregnancy physical activity, what happened upon becoming pregnant, motives for being physically active during pregnancy and the importance of physical activity during pregnancy.
Reading such language you might expect a show of aggressively explicit political protest and satire, but looking at the exhibition you will need an active imagination to detect such motives.
H+-pyrophosphatase is transmembrane protein involved in establishing proton motive force for active transport of Na+ across membrane by Na+/H+ antiporters.
Mass transfer limitation could also be a result of LCFAs undermining of transporter proteins located on the membrane or reduction of the proton motive force for active transport [ 15].
These analyses revealed a significant positive relationship between well-being and the percentage of time spent on gardening and maintenance activities relative to the time spent sitting, reading and enjoying, β = 0.22, t = 3.16, p <.01, and a significant positive relationship between health and the motive "to stay active", β = 0.2, t = 2.15, p <.04.
Blends of leisure and transportation motives characterized most bouts, even though most studies do not allow participants to endorse multiple motives for their active travel.
The inhibitory consensus motif for C1A peptidases is formed by a conserved glycine residue in the N-terminal region, a QxVxG motif in the central region of the polypeptide and a tryptophan in the C-terminal region [ 17], although proteins with variants in these motives are also active as inhibitors, such as the sialostatins from ticks that lack the conserved tryptophan residue [ 18].
Moreover, it can disrupt the proton motive force, electron flow, active transport and coagulation of cell contents [42].
Our data also indicated that sucrose transport through the sux system is active and depends on the proton motive force.
However, DP/DFX treatment did not result in an upregulation of AP-2ε promoter activity, thereby excluding this HRE motive and hypoxia-dependent regulation of Sox9 to be regulatory active).
