This study illustrates that increased proficiency in a specific skill can bring about structural changes that correspond to task-specific activation, affirming a close relationship between structure and function.
To avoid this inherent variability and to describe gene expression changes that correspond to a single cell type, we used purified Schwann cells as the basis for our analysis.
Our results showed 1) Significant differences in numbers of frontoparietal connections between low- and high-demand tasks 2) that GCA can detect activity changes that correspond with task-demand changes, and 3) faster participants showed more vigilance-related activity than slower participants, but less visual-search activity.
Psychologically unpleasant noises, estimated by the method of paired comparisons and a rating scale, brought about changes in brain waves that corresponded to the degree of unpleasantness.
Both the XIST/Xist genes demonstrated a change in promoter methylation that corresponded to their expression state.
This analysis uncovered 3 major network domains and some smaller modules that were grouped according to their relative fold change (T2 vs. T1) that corresponded to distinct ontologies.
Figure 3 illustrates the change in MC540 fluorescence that corresponded in each case to the emergence of the largest alive and susceptible population.
More importantly, there was also a main effect of Within-Excerpt Rating [F 3,1398) = 14.99, p<.001], providing evidence for physiological changes in GSR within excerpts that corresponded to real-time subjective reports of increasing pleasure.
We found 38 amino acid changes in the axolotl protein that corresponded to mutations present in human cancers or affect protein stability or modify sites of importance for post-translational modifications (table- 2 which also contains scorecons [ 44]).
In summary, this study suggests that the cetacean Hr gene has undergone various evolutionary changes that probably correspond to its loss of function.
The aim of our study of neuronal nucleus and cytoplasm volumes in 16 brain regions in autistic and control subjects was to characterize the global pattern of subcellular changes that may correspond to a broad spectrum of behavioral alterations in autism, including intellectual deficits and epilepsy.
