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Replaced map and corr matrix with new plots for fig1 and 2

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Also updated fig1 legend and figure metadata.
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ackman678
2013-10-03 12:31:46 -04:00
parent 75ecd74804
commit dafa1e4c4f
3 changed files with 43 additions and 38 deletions
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wholeBrain_main.md
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@@ -41,7 +41,7 @@ Neocortical organization consists of cortical modules tiled across the cortical
* Calcium imaging-- Konnerth 'waves' in Ent cortex [#Adelsberger:2005]. For visual cortex, domains activity in extrastriate cortex (Ackman Nature 2012). But S1-- [#Golshani:2009] work in later postnatal-- but activity not obeying domains in barrel cortex-- problem with spatial sampling in the xy and the z for this study? * Calcium imaging-- Konnerth 'waves' in Ent cortex [#Adelsberger:2005]. For visual cortex, domains activity in extrastriate cortex (Ackman Nature 2012). But S1-- [#Golshani:2009] work in later postnatal-- but activity not obeying domains in barrel cortex-- problem with spatial sampling in the xy and the z for this study?
![**Figure 1.** Calcium domains throughout neonatal mouse isocortex. **a** Experimental schematic. **b** Single image frame showing calcium domains in both hemispheres at P3 and automatically detected domain masks. **c** Domain overlay map for a single 10 min recording. 3D binary masks were flattened for each domain and colored by time and transparently overlaid. Notice the non-uniform distribution of boundaries and color intensities across each hemisphere, as well as local maxima and minima that indicate matched areal boundaries bilaterally. **d** Histograms showing the distribution of spatial diameters and durations for calcium domains.](figure1.png) ![**Figure 1.** Calcium domains throughout neonatal mouse isocortex. **a** Experimental schematic. **b** Single image frame showing calcium domains in both hemispheres at P3 and automatically detected domain masks. **c** Functional activity map at P3. Based on pixel activation frequency from detected domains in a single 10 min recording. Map is overlaid on cortical areal parcellations. Notice localized maxima and minima of functional activity between areas that approximate known anatomical cortical area boundaries and the mirroring of map structure bilaterally. **d** Histograms showing the distribution of spatial diameters and durations for calcium domains.](figure1.png)
metric | mean | min | max | unit metric | mean | min | max | unit
------------- | ----- | ---- | ------ | -------------------- ------------- | ----- | ---- | ------ | --------------------
@@ -113,7 +113,7 @@ lenActvFraction>0 | fracCorr | timeCorr_s | fracCorrPos | timeCorrPos_s | fracCo
# Conclusions # Conclusions
* **Ongoing activity in developing cortex is not random**-- specifically coordinated in space and time within and among cortical areas between the hemispheres * **Ongoing activity in developing cortex is not random**-- specifically coordinated in space and time within and among cortical areas between the hemispheres
* BRAIN initiative * ~~BRAIN initiative (for cover letter to the editor)~~
- this work aids at least a couple of the 9 preliminary aims of the Brain project - this work aids at least a couple of the 9 preliminary aims of the Brain project
* template for assessing altered functional dynamics in models for neurological disorders * template for assessing altered functional dynamics in models for neurological disorders
@@ -128,55 +128,60 @@ lenActvFraction>0 | fracCorr | timeCorr_s | fracCorrPos | timeCorrPos_s | fracCo
<!---Figure 1 metadata <!---Figure 1 metadata
* neonate_ms_fig.png * neonate_ms_fig.png
* binary masks: Screen_Shot_2013-03-29_at_12.06.25_PM_crop.png, ..._crop1.png, ..._crop2.png * binary masks: Screen_Shot_2013-03-29_at_12.06.25_PM_crop.png, ..._crop1.png, ..._crop2.png
* domain map: Screen_Shot_2013-05-14_at_4.11.51_PM_crop.png * domain map: 120518_07_connComponents_BkgndSubtr-60px_noWatershed-20130327-151022_d2rdomainPatchesPlot20130912-111733.eps
* update 2013-10-03 11:07:29:
* 120518_07_2013-09-11-225029_d2rImageCoords20130930-144657.ai
* created using area coords: 120518_07_2013-09-11-225029_d2rImageCoords20130930-144657.eps
* 120518_07_parcellation_fig.tif: alpha overlay of brightfield image with Allen gray parcellation image and Sert-tdtomato images linearly scaled to fit V1 & S1-barrel reprsentations in functional image and domain centroid map
* contourplot of 20 levels 120518_07_connComponents_BkgndSubtr-60px_noWatershed-20130327-151022_d2r_20130930-124942.eps
* 120518_07_connComponents_BkgndSubtr-60px_noWatershed-20130327-151022_d2r_20130930-124950_eps.png
* hists: 120518_07_connComponents_BkgndSubtr60px-20130327-163111domains20130402-151440-crop.png * hists: 120518_07_connComponents_BkgndSubtr60px-20130327-163111domains20130402-151440-crop.png
--->
<!--- TODO: add a domain centroid size/duration map similar to: ![](../figures/Screen_Shot_2013-04-03_at_8.42.49_AM.png) * TODO: add a domain centroid size/duration map similar to: ![](../figures/Screen_Shot_2013-04-03_at_8.42.49_AM.png)
![](../figures/Screen_Shot_2013-04-03_at_10.04.36_AM.png) * ![](../figures/Screen_Shot_2013-04-03_at_10.04.36_AM.png)
---> --->
<!---Figure 2 metadata <!---Figure 2 metadata
Temporal correlation of activity between the hemispheres and preceding motor activation: * Temporal correlation of activity between the hemispheres and preceding motor activation:
![](../figures/Screen_Shot_2013-04-30_at_3.02.20_PM.png) * ![](../figures/Screen_Shot_2013-04-30_at_3.02.20_PM.png)
hemisphere active fraction traces: Screen_Shot_2013-04-08_at_8.47.19_AM.png * hemisphere active fraction traces: Screen_Shot_2013-04-08_at_8.47.19_AM.png
### Cortical activity and motor activity is periodic ### Cortical activity and motor activity is periodic
hemi auto & xcorr: * hemi auto & xcorr:
Screen_Shot_2013-04-08_at_2.31.33_PM.png | 120518_07_connComponents_BkgndSubtr-60px_noWatershed-20130327-151022activeFraction20130408-143100.eps * Screen_Shot_2013-04-08_at_2.31.33_PM.png | 120518_07_connComponents_BkgndSubtr-60px_noWatershed-20130327-151022activeFraction20130408-143100.eps
Screen_Shot_2013-04-08_at_2.34.50_PM.png | 120518_07_connComponents_BkgndSubtr-60px_noWatershed-20130327-151022activeFraction20130408-151655.eps * Screen_Shot_2013-04-08_at_2.34.50_PM.png | 120518_07_connComponents_BkgndSubtr-60px_noWatershed-20130327-151022activeFraction20130408-151655.eps
* Moving average signals color coded at diff lags:
Moving average signals color coded at diff lags: * 120518_07_2013-09-11-225029_d2r_motorSignalFiltFilt.eps
120518_07_2013-09-11-225029_d2r_motorSignalFiltFilt.eps * 120518_07_2013-09-11-225029_d2r_motorSignalFiltFilt.png
120518_07_2013-09-11-225029_d2r_motorSignalFiltFilt.png * 120518_07_2013-09-11-225029_d2r_motorSignalFiltFilt_fig.eps
120518_07_2013-09-11-225029_d2r_motorSignalFiltFilt_fig.eps
### Cortical activity is correlated with the motor signal ### Cortical activity is correlated with the motor signal
Rho and pvalues whole trace: ![](../figures/Screen_Shot_2013-04-25_at_5.18.36_PM.png) * Rho and pvalues whole trace: ![](../figures/Screen_Shot_2013-04-25_at_5.18.36_PM.png)
Rho and pvalues subset trace: ![](../figures/Screen_Shot_2013-04-25_at_3.59.05_PM.png) * Rho and pvalues subset trace: ![](../figures/Screen_Shot_2013-04-25_at_3.59.05_PM.png)
### Cross-correlation of cortical activity and motor activity ### Cross-correlation of cortical activity and motor activity
auto, xcorr for whole: * auto, xcorr for whole:
120518_07_connComponents_BkgndSubtr-60px_noWatershed-20130327-151022_d2rmotorSignalXCorr20130912-092426.eps * 120518_07_connComponents_BkgndSubtr-60px_noWatershed-20130327-151022_d2rmotorSignalXCorr20130912-092426.eps
auto, xcorr during motor period: * auto, xcorr during motor period:
120518_07_connComponents_BkgndSubtr-60px_noWatershed-20130327-151022_d2rmotorSignalXCorr20130912-093834.eps * 120518_07_connComponents_BkgndSubtr-60px_noWatershed-20130327-151022_d2rmotorSignalXCorr20130912-093834.eps
---> --->
<!---Figure 3 metadata <!---Figure 3 metadata
binary mask snapshots, cropped from screen shots in [[2013-04-19_analysis]] * binary mask snapshots, cropped from screen shots in [[2013-04-19_analysis]]
Screen_Shot_2013-04-19_at_8.26.00_AM_fr1786.png * Screen_Shot_2013-04-19_at_8.26.00_AM_fr1786.png
Screen_Shot_2013-04-19_at_8.27.49_AM_fr2134.png * Screen_Shot_2013-04-19_at_8.27.49_AM_fr2134.png
Screen_Shot_2013-04-19_at_8.30.27_AM_fr759.png * Screen_Shot_2013-04-19_at_8.30.27_AM_fr759.png
Screen_Shot_2013-04-19_at_8.30.51_AM_fr373.png * Screen_Shot_2013-04-19_at_8.30.51_AM_fr373.png
Screen_Shot_2013-04-19_at_8.38.54_AM_fr177.png * Screen_Shot_2013-04-19_at_8.38.54_AM_fr177.png
* activefraction hemis AP & ML all: ![](../figures/Screen_Shot_2013-04-23_at_8.45.18_AM.png) | 120518_07_connComponents_BkgndSubtr-60px_noWatershed-20130327-151022_d2ractiveFractionPixelLocaCorr20130423-094506.eps
activefraction hemis AP & ML all: ![](../figures/Screen_Shot_2013-04-23_at_8.45.18_AM.png) | 120518_07_connComponents_BkgndSubtr-60px_noWatershed-20130327-151022_d2ractiveFractionPixelLocaCorr20130423-094506.eps * activefraction hemis AP & ML segment: ![](../figures/Screen_Shot_2013-04-23_at_8.46.27_AM.png)
activefraction hemis AP & ML segment: ![](../figures/Screen_Shot_2013-04-23_at_8.46.27_AM.png) * activefraction hemis AP & ML segment: ![](../figures/Screen_Shot_2013-04-23_at_8.51.55_AM.png)
activefraction hemis AP & ML segment: ![](../figures/Screen_Shot_2013-04-23_at_8.51.55_AM.png) * scatterplots:
scatterplot ML Screen_Shot_2013-04-22_at_4.29.28_PM.png * ML Screen_Shot_2013-04-22_at_4.29.28_PM.png
scatterplot AP * AP
* corr matrix: orig: 120518_07_2013-09-11-225029_d2rcorrMatrix20130912-001431_fig.ai
corr matrix: 120518_07_2013-09-11-225029_d2rcorrMatrix20130912-001431_fig.ai * update 2013-10-03 11:04:39:
* 120518_07_2013-09-11-225029_d2rcorrMatrix20130930-111018.ai
* 120518_07_2013-09-11-225029_d2rcorrMatrix20130930-111018.eps
---> --->