Sentence examples for further subregions from inspiring English sources

Some other fMRI work in healthy participants indicates that further subregions of parietal cortex may be particularly involved in shifts of attention (e.g., Molenberghs et al. 2007; Kelley et al. 2008), but the present work clearly implicates a role for the targeted right PPC region in sustained covert spatial attention to one or other hemifield.

Combined, these results show that acute impairment of prefrontal cortical function does not result in compulsive cocaine seeking after a short history of self-administering cocaine, but further implicates subregions of the prefrontal cortex in relapse.

Many of the better wines carry the appellation Coteaux du Languedoc, which covers a vast area that is further divided into subregions that may also be named on the label.

In addition, there is a lack of robust algorithms that automatically and reliably identify the cerebellum and its subregions, further complicating the design of large-scale studies of the cerebellum.

The usefulness of the WHO cost-effectiveness thresholds as a guide for policy-makers is under debate [39], but the four studies reviewed and the model predictions for the WHO subregions further indicated a better cost-effectiveness for outpatient versus inpatient models of care.

The finding of the enrichment of the NRY haplogroup K among the Galilee Druze with no detection in samples from other subregions, further supports the relative isolation of this region, even among the Druze.

The bilayers can be further divided into subregions that are characterized by (i) low headgroup density, (ii) high headgroup density, (iii) high tail density, and (iv) low tail density (see Figure 3 in section ).

Further analysis by subregion indicated that the greatest loss of cartilage volume on the condyles was occurring in the central (weight-bearing) and anterior portions of the medial condyle.

These results provide a foundational understanding of the functional organization of the superior temporal sulcus, and pave the way for subsequent studies that will probe the functional role of STS subregions in further detail.

Results suggest that OFC recruitment during these cognitive tasks changes with age and should be evaluated within the context of other prefrontal subregions to further define differential age effects on frontal functions.

If the image is further divided into more subregions and the process is repeated as shown in Fig. 1b, the same observation will be obtained as illustrated in the region enclosed by the red box.