In the case of T lymphocytes, these cells are selectively driven from peripheral blood to lamina propria or epithelial compartments, depending on the specific homing receptor they express.
Coated with a substance to which target molecules will attach themselves selectively, driven by a piezoelectric actuator, these tiny silicon rectangles vibrate at a high frequency, and when a molecule of the target substance sticks to them, the frequency of their vibration changes.
Several genomically overrepresented oligonucleotides, both pro- and eukaryotic, seem to be selectively driven in a similar mode as the DUES, whilst those underrepresented seem to be gradually eliminated (dragged) in an inverse fashion.
This suggests that the gradual mode of sequence evolution discussed above might be a general feature of short DNAs selectively driven or dragged to genomic over- or underrepresentation, including protein/transcription factor-binding, palindromic, repeated and other oligonucleotides.
The role of the EBA in the perception of body motion is not really clear, since for example in one of these studies [28] it was found that BOLD responses to whole bodies in motion and to images of stationary, headless bodies were equivalent in the EBA but not STS regions, which were selectively driven by the dynamics of the human form.
Area V6 (but not MT+) was selectively driven by Flow Fields even with a standard size stimulus.
DPCPX prevented CHA-mediated G protein coupling in HC (Fig. 9), showing that the G protein activation is selectively driven by A1R.
MRS2179 blocked MeSADP-mediated G protein coupling in HC (Fig. 10), showing this G protein activation is selectively driven by P2Y1R, and other P2Y receptors sensitive to MeSADP (P2Y12−13) have no significant signal component in rat hippocampus.
Finally, no understanding of influenza seasonality is complete without consideration of the intrinsic aspects of the disease and the ability of the virus to continually reinfect humans by escaping recognition by host antibodies via frequent mutation, a process of selectively driven evolution termed "antigenic drift" (Webster et al. 1982).
Next, to ask whether mirror sniffing is selectively driven by modality, we divided the 28 MSEs into auditory-only MSEs (A: the sound of a sniff with no image of a person sniffing, n = 8), visual-only MSEs (V: scene of a person sniffing with no sniff sound, n = 5), and full auditory visual MSEs (AV, n = 15).
