Strikingly, rheobase was found to be a key component for the orientation of plasticities induced by a post-pre sequence (Fig. 3D).
DOI: http://dx.doi.org/10.7554/eLife.02875.008 Previous studies have shown LGN to be a key player in spindle orientation.
ABL1 localization and DNA binding were regulated during the cell cycle by the retinoblastoma protein and it was recently discovered that ABL1 might be a key component of the spindle orientation machinery [ 24, 37].
Spindle orientation seems to be a key initial factor in acquisition of asymmetric cell fates.
Recent studies indicate that fibre orientation heterogeneity may be a key factor [ 64, 65], potentially superseding the uneven anatomy, in the genesis of complex dynamics during episodes of AF.
A key limitation is that no study has been able to visualize F‐actin in the pellicular space of a motile apicomplexan parasite, whose orientation would logically be a key determinant of effective cell movement (Wetzel et al., 2003; Kudryashev et al., 2010; Angrisano et al., 2012b).
Results show that leaf azimuth orientation that drives leaf overlapping and thus creates clumping appears to be a key variable.
This finding could be put in relation with the corticostriatal STDP in cholinergic interneurons that shares a similar plasticity orientation [27]; indeed, for both MSN SDDP and cholinergic interneurons STDP, the rheobase was a key parameter in the orientation of plasticity induced by post-pre sequences.
Interdepartmental connectedness is another variable of interdepartmental dynamism which is a key antecedent to market orientation.
Since both the ZnO nanorods samples were prepared under the same condition in the furnace including the source temperature, the distance between source and substrate and Ar flow; it can be concluded that the crystal quality is a key factor influencing the orientation and the crystal quality of the above ZnO nanorod arrays.
