<p>Regions of interest in a representative participant showing the retinotopic areas, V3B/KO, hMT+/V5, LO and parietal regions VIPS and POIPS. Regions were defined using independent localizers. Sulci are coded in darker gray than the gyri.</p
<p>The blue and red regions indicate the left and right anterior cingulum respectively. The green re...
Abstract — Eye is the most interesting and most widely studied sensing organ in human body. The visi...
<p>Fig 1 displays regions of interest (nucleus accumbens [orange], amygdala [green], and anterior in...
Region of interest labels in native space produced by MAGeT-Brain in a randomly selected subject fro...
<p>An inflated (medial and dorso-lateral views) and flattened representation of the left hemisphere ...
<p>The region of interest is indicated by the arrows. A, original OCT image; B, vitreous was selecte...
<p>In order to define the borders of V1–V3, participants viewed a rotating green and red flickering ...
An overview of the regions-of-interest (ROIs) used in the current study. Numbers refer to centimeter...
<p>(A) Selected regions with ReHo. (B) Selected regions with ALFF. (C) Selected regions with GM. (D)...
A single mask consisting of the cerebellum lobule VI, putamen, and PMd of both hemispheres were used...
<p>The regions are listed in terms of a prior template of Anatomical Automatic Labeling atlas (57). ...
<p>A total of 10 ROIs were defined as the thalamus (L/R), putamen (L/R), hippocampus (L/R), caudate ...
<p>(A) The sagittal view of a single subject’s brain shows the position of the ROIs along the superi...
A small portion of an anatomically defined V1 region was taken in order to investigate the cortical ...
<p>a) Three different regions of interest determined using group activation maps at <i>t</i>>3 clust...
<p>The blue and red regions indicate the left and right anterior cingulum respectively. The green re...
Abstract — Eye is the most interesting and most widely studied sensing organ in human body. The visi...
<p>Fig 1 displays regions of interest (nucleus accumbens [orange], amygdala [green], and anterior in...
Region of interest labels in native space produced by MAGeT-Brain in a randomly selected subject fro...
<p>An inflated (medial and dorso-lateral views) and flattened representation of the left hemisphere ...
<p>The region of interest is indicated by the arrows. A, original OCT image; B, vitreous was selecte...
<p>In order to define the borders of V1–V3, participants viewed a rotating green and red flickering ...
An overview of the regions-of-interest (ROIs) used in the current study. Numbers refer to centimeter...
<p>(A) Selected regions with ReHo. (B) Selected regions with ALFF. (C) Selected regions with GM. (D)...
A single mask consisting of the cerebellum lobule VI, putamen, and PMd of both hemispheres were used...
<p>The regions are listed in terms of a prior template of Anatomical Automatic Labeling atlas (57). ...
<p>A total of 10 ROIs were defined as the thalamus (L/R), putamen (L/R), hippocampus (L/R), caudate ...
<p>(A) The sagittal view of a single subject’s brain shows the position of the ROIs along the superi...
A small portion of an anatomically defined V1 region was taken in order to investigate the cortical ...
<p>a) Three different regions of interest determined using group activation maps at <i>t</i>>3 clust...
<p>The blue and red regions indicate the left and right anterior cingulum respectively. The green re...
Abstract — Eye is the most interesting and most widely studied sensing organ in human body. The visi...
<p>Fig 1 displays regions of interest (nucleus accumbens [orange], amygdala [green], and anterior in...
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