<p>(Overall FDR = 0.05, cluster threshold = 15 voxels using AlphaSim, t-contrast) Three orthogonal views are shown for each subfigure. Hot colormap is used for activation intensity, and important areas are indicated by arrows with labels. Subfigure (A) corresponds to low concentration odorant (0.016 mM), subfigure (B) corresponds to high concentration odorant (0.16 mM). The activation in olfactory bulb for low concentration is not visible in this view, please refer to <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0086362#pone-0086362-t003" target="_blank">Table 3</a> for activation statistics with regard to this region. (A: Anterior, P: posterior, S: superior, I: inferior, L: left, R: right)</p
<p>The ROIs are in brain regions that were activated by low and high odor concentration, as well as ...
<p>Overview of group activation patterns (T-maps) for three tasks. The figure was split into panels ...
We depend upon the olfactory abilities of dogs for critical tasks such as detecting bombs, landmines...
<p>(Overall FDR = 0.05, cluster threshold = 15 voxels using AlphaSim, t-contrast) Three orthogonal ...
<p>(Overall FDR = 0.05, cluster threshold = 15 voxels using AlphaSim, t-contrast). Three orthogonal...
<p>(Overall FDR = 0.05, cluster threshold = 15 voxels using AlphaSim, t-contrast) The activtion map...
<p>*: ROIs shown in bold face were commonly activated for low (<a href="http://www.plosone.org/artic...
<p>*: ROIs shown in bold face were commonly activated for low (<a href="http://www.plosone.org/artic...
<p>The ROIs are in brain regions that were activated by low and high odor concentration, as well as ...
<p>Top panel: Dogs (Dog_toward+Dog_away). Middle panel: Activation to Dogs <i>vs.</i> Pixels. Bottom...
<p>*: ROIs shown in bold face were commonly activated for low and high (<a href="http://www.plosone....
<p>*: ROIs shown in bold face were commonly activated for low (<a href="http://www.plosone.org/artic...
<p>All runs have been modelled separately. Activation maps show the contrast for visual stimulation ...
<p>All runs have been modelled separately. Activation maps show the contrast for visual stimulation ...
<p>Activation was defined as fluorescence above the level of statistical significance (defined as SD...
<p>The ROIs are in brain regions that were activated by low and high odor concentration, as well as ...
<p>Overview of group activation patterns (T-maps) for three tasks. The figure was split into panels ...
We depend upon the olfactory abilities of dogs for critical tasks such as detecting bombs, landmines...
<p>(Overall FDR = 0.05, cluster threshold = 15 voxels using AlphaSim, t-contrast) Three orthogonal ...
<p>(Overall FDR = 0.05, cluster threshold = 15 voxels using AlphaSim, t-contrast). Three orthogonal...
<p>(Overall FDR = 0.05, cluster threshold = 15 voxels using AlphaSim, t-contrast) The activtion map...
<p>*: ROIs shown in bold face were commonly activated for low (<a href="http://www.plosone.org/artic...
<p>*: ROIs shown in bold face were commonly activated for low (<a href="http://www.plosone.org/artic...
<p>The ROIs are in brain regions that were activated by low and high odor concentration, as well as ...
<p>Top panel: Dogs (Dog_toward+Dog_away). Middle panel: Activation to Dogs <i>vs.</i> Pixels. Bottom...
<p>*: ROIs shown in bold face were commonly activated for low and high (<a href="http://www.plosone....
<p>*: ROIs shown in bold face were commonly activated for low (<a href="http://www.plosone.org/artic...
<p>All runs have been modelled separately. Activation maps show the contrast for visual stimulation ...
<p>All runs have been modelled separately. Activation maps show the contrast for visual stimulation ...
<p>Activation was defined as fluorescence above the level of statistical significance (defined as SD...
<p>The ROIs are in brain regions that were activated by low and high odor concentration, as well as ...
<p>Overview of group activation patterns (T-maps) for three tasks. The figure was split into panels ...
We depend upon the olfactory abilities of dogs for critical tasks such as detecting bombs, landmines...