Sentence examples for connectivity left from inspiring English sources

We found no evidence that changes in the quantity of left anterolateral STC activity after focal left hemisphere injury could account for disruption of inter-temporal connectivity: left anterolateral STC activation did not differ in the Connec and Connec subgroups, and inter-temporal connection strength in the patient group was unrelated to the magnitude of left anterolateral STC activity.

In this figure, we display the number of connections left after connectivity reduction normalized to the case without connectivity reduction and software bypassing applied with top-down scheduler for (a) adpcm and (b) blowfish.

In Figure 6c, we can see reduction in instruction width when connectivity reduction is applied, and Figure 6d shows the number of socket-to-bus connections left after connectivity reduction.

A detailed view of the number of socket-to-bus connections left after connectivity reduction for adpcm and blowfish is shown in Figure 10a,b, respectively.

It can also be seen from this figure that software bypassing has a little effect on the number of connections removed, with the largest difference of only about 5% and variation between the top-down and bottom-up schedules of only about 10%. Figure 10 The normalized number of connections left after connectivity reduction for each architecture.

Cao et al. (2008) reported that effective connectivity from left fusiform gyrus to left inferior parietal lobule, but not from left inferior frontal gyrus to left inferior parietal lobule, was stronger in controls than in children with reading difficulties during word rhyming [14], suggesting a bottom-up deficit in reading disability.

We found support for this hypothesis by showing permanently reduced connectivity between left occipito-temporal areas and the left IFG.

Comparison of pair-wise connections revealed a marked reduction of connectivity between left TLE patients and controls, which was strongly lateralized to the ipsilateral temporal lobe.

The magnitude and apparent complexity of the brain's connectivity have left explicit networks largely unexplored.

Connectivity between left IPL and cerebellar regions showed a mixed pattern.

In the current study, we report a group × condition interaction in functional connectivity within left pSTS/TPJ.