Referring to the respective data of Pouclet and Scott (1992), we also see that minor differences between the investigated core sites may reflect spatial differences in volcanic activity.
Taking together the previous studies and the present experimental design, we concluded that the left pre-motor cortex in the present study may associate with implicit relation synthesis, while the right pre-motor cortex may reflect spatial information processing involved in arithmetic rules.
According to this hypothesis, the CSA may reflect spatial short-term memory processes.
Thus, the differences in the distribution of contrast agent in the different compartments of the knee joint and in the different parts of the meniscus observed in this study may reflect spatial differences in GAG content caused by adaptation to biomechanical demands.
As we discussed in that study, the inconsistency in the effect of systemic ASO treatment among these studies may reflect spatial and temporal differences in SMN2 splicing patterns; here SMN2 splicing (from four copies of SMN2) was predominantly inhibited in the CNS at the adult stages, whereas in severe-SMA mice SMN2 mis-splicing (from two copies of SMN2) is ubiquitous and begins embryonically.
Remote sensing is of particular interest in developing countries with little monitoring (e.g., Kumar et al. 2008), but our results suggest that spatial patterns seen in AOD may poorly reflect spatial patterns in ground-level PM2.5.
This hyperactivity is consistent both with previous anterior thalamic lesion studies (Jenkins, Vann, Amin, & Aggleton, 2004; Poirier & Aggleton, 2009; Warburton et al., 1999) and with the effects of hippocampal damage (Davidson & Jarrard, 2004; Gray & McNaughton, 1983) and may partially reflect spatial impairments.
Finally, multiple spatial representations may reflect different spatial sequence reference frames such as movement sequences in extrinsic spatial coordinates in the rostral PMd and the posterior parietal cortex (Brown et al., 2013; Wiestler et al., 2014) and in intrinsic spatial coordinates in the caudal PMd (Wiestler et al., 2014).
Likely, such myocardial fiber pathway measurement by DTI may reflect the spatial connectiveness or connectivity of elastic myofiber bundles along their preferential pathway of electromechanical activation.
The presence of orientation movements was only detected in wild type animals, suggesting the possibility that the floating behavior detected in our experiments may reflect a spatial orientation phase of the animals.
The observed distribution of LACV infection hot-spots may reflect the spatial distribution of the primary disease vector, Ae. triseriatus, and secondary vector species, as well as the other risk factors that facilitate virus transmission.
