Sentence examples for shift dynamically from inspiring English sources
He makes rock-and-roll music because he seems to know no other way, and that's good news for anyone who wants to keep hearing him play guitar, shift dynamically between whisper and scream, and write songs about topics that have to date included highways, headaches, Heloise, Holland, and history (and that's just the H's).
Davidson says their constant connection to the Web will eventually enable them to shift dynamically between power states and online/offline modes to maximize battery life.
Once in the vicinity of the apical membrane, Dia can shift dynamically among three states, being bound to each of the cues alone, or to both simultaneously.
We imagine a large pool of Ssa proteins, which may shift dynamically between dephosphorylated and phosphorylated states, depending on cell signals and/or cell cycle progression.
Gap gene domains themselves may shift dynamically due to gene interactions, and the expression of dependent pair-rule genes then follows them, as has been documented in the dipteran insect Clogmia albipunctata[ 32].
Dia can shift dynamically between three states, being bound to each of the apical cues alone, or to both simultaneously, increasing the probability for re-binding and therefore the efficiency of apical targeting.
The bacterial community structure shifted dynamically in association with disturbances in the reactor conditions, whereas the archaeal community structure remained simple and less variable during the shock loading experiments.
This implies that the owl's decision of where to orient, if based on OT activity, is determined by the pattern of neural activity more than 16 ms after sound onset, at least when the representation of stimulus location is shifting dynamically (Fig. 4C) due to conflicting spatial cues.
Our data also reveal that on the middle and outer shelf the flow-path of the Pine Island-Thwaites paleo-ice stream system has remained stationary in the central Pine Island Trough since the earliest glacial advances, which is different from the Ross Sea shelf where glacial troughs shifted more dynamically.
These segments are shifted based on the shifting distance D. This shifting distance is dynamically calculated for each segment using Eq. 3. D i) = left lceil frac{x_{i}}{sum_{i=0}^{N-1}x_{i}}times N right rceil (3).
This suggests that novelty sensitive neural populations of the mesolimbic system can dynamically shift their responses depending on the balance of cholinergic and dopaminergic neurotransmission, and these shifts can influence memory retention.
