Difference between revisions of "HFA Encoding"

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m4v="../files/mediawiki_videos/Supplemental_Movie_S1.m4v"
 
m4v="../files/mediawiki_videos/Supplemental_Movie_S1.m4v"
 
ogv="../files/mediawiki_videos/Supplemental_Movie_S1.ogv"
 
ogv="../files/mediawiki_videos/Supplemental_Movie_S1.ogv"
webm="../files/mediawiki_videos/Supplemental_Movie_S1.webm">
+
webm="../files/mediawiki_videos/Supplemental_Movie_S1.webm"></html5video>
  
 
High-temporal resolution movie of HFA during memory encoding (50% real-time speed). For all 341 time windows, all spherical regions that exhibited a significant (permutation procedure; 10,000 iterations; FDR corrected for multiple comparisons; q = 0.05) change in power with successful memory encoding are displayed on a standardized three-dimensional brain. Increases and decreases in power are shown in red and blue, respectively. The color scale reflects the percentage of nearby ROIs exhibiting identical encoding-related effects. The horizontal dashed line on the sagittal views corresponds to the level of the axial cut in the third panel (the z = -13.0 plane in Talairach space). Grayscale rendering represents the percentage of spherical regions surrounding a given location with at least five patients. Time window were sequentially concatenated at a frame rate of 50 frames-per-second to create a movie corresponding to 50% of real-time speed.
 
High-temporal resolution movie of HFA during memory encoding (50% real-time speed). For all 341 time windows, all spherical regions that exhibited a significant (permutation procedure; 10,000 iterations; FDR corrected for multiple comparisons; q = 0.05) change in power with successful memory encoding are displayed on a standardized three-dimensional brain. Increases and decreases in power are shown in red and blue, respectively. The color scale reflects the percentage of nearby ROIs exhibiting identical encoding-related effects. The horizontal dashed line on the sagittal views corresponds to the level of the axial cut in the third panel (the z = -13.0 plane in Talairach space). Grayscale rendering represents the percentage of spherical regions surrounding a given location with at least five patients. Time window were sequentially concatenated at a frame rate of 50 frames-per-second to create a movie corresponding to 50% of real-time speed.
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m4v="../files/mediawiki_videos/Supplemental_Movie_S2.m4v"
 
m4v="../files/mediawiki_videos/Supplemental_Movie_S2.m4v"
 
ogv="../files/mediawiki_videos/Supplemental_Movie_S2.ogv"
 
ogv="../files/mediawiki_videos/Supplemental_Movie_S2.ogv"
webm="../files/mediawiki_videos/Supplemental_Movie_S2.webm">
+
webm="../files/mediawiki_videos/Supplemental_Movie_S2.webm"></html5video>
  
 
High-temporal resolution movie of HFA during memory encoding (25% real-time speed). Identical to Supplemental Movie S1, however the frame rate was set to 25 frames-per-second, which corresponds to 25% of real-time speed.
 
High-temporal resolution movie of HFA during memory encoding (25% real-time speed). Identical to Supplemental Movie S1, however the frame rate was set to 25 frames-per-second, which corresponds to 25% of real-time speed.

Revision as of 14:18, 22 January 2013

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Supplemental Video S1

High-temporal resolution movie of HFA during memory encoding (50% real-time speed). For all 341 time windows, all spherical regions that exhibited a significant (permutation procedure; 10,000 iterations; FDR corrected for multiple comparisons; q = 0.05) change in power with successful memory encoding are displayed on a standardized three-dimensional brain. Increases and decreases in power are shown in red and blue, respectively. The color scale reflects the percentage of nearby ROIs exhibiting identical encoding-related effects. The horizontal dashed line on the sagittal views corresponds to the level of the axial cut in the third panel (the z = -13.0 plane in Talairach space). Grayscale rendering represents the percentage of spherical regions surrounding a given location with at least five patients. Time window were sequentially concatenated at a frame rate of 50 frames-per-second to create a movie corresponding to 50% of real-time speed.

Supplemental Video S2

High-temporal resolution movie of HFA during memory encoding (25% real-time speed). Identical to Supplemental Movie S1, however the frame rate was set to 25 frames-per-second, which corresponds to 25% of real-time speed.