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Work on figure3 and edited section subtitles

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ackman678
2013-11-14 11:01:04 -05:00
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wholeBrain_main.md
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@@ -95,7 +95,7 @@ lenActvFraction>0 | fracCorr | timeCorr_s | fracCorrPos | timeCorrPos_s | fracCo
## Developing cortical networks consist of distinct modules. ## Developing cortical activity consists of distinct subnetworks
![**Figure 3.** Subnetworks in developing isocortex. **a** Areal trace examples. Synchronized activations between hemispheres indicated by red links. **b** Correlation matrix of domain activity among cortical areas. Colormap indicates Pearson's r correlation coefficient values. **c** Map of cortical area associations for r > 0.2. **d** Graph of functional connections for r > 0.1. Community structure detected with hierarchical clustering are indicated in 4 colors. Notice that S1-limb/body regions form a distinct subgraph (green).](figure3.png) ![**Figure 3.** Subnetworks in developing isocortex. **a** Areal trace examples. Synchronized activations between hemispheres indicated by red links. **b** Correlation matrix of domain activity among cortical areas. Colormap indicates Pearson's r correlation coefficient values. **c** Map of cortical area associations for r > 0.2. **d** Graph of functional connections for r > 0.1. Community structure detected with hierarchical clustering are indicated in 4 colors. Notice that S1-limb/body regions form a distinct subgraph (green).](figure3.png)
@@ -119,8 +119,8 @@ Low pass filtered Moving averages of cortical and motor activity at 10 s and >70
* Neural population activity constitutes discrete spatial and temporal activations among developing cortical areas * Neural population activity constitutes discrete spatial and temporal activations among developing cortical areas
* Cortical activity exhibits symmetrical spatial and temporal activations across the hemispheres * Cortical activity exhibits symmetrical spatial and temporal activations across the hemispheres
* * Developing cerebral networks comprise distinct functional modules among cortical areas
* Population activity in developing cortex depends motor activity state * Cortical activity is coordinated with motor behavioral state in an areal dependent fashion
* *