<p>*Abbreviations: bo – basioccipital, bs – basisphenoid, bsr – basisphenoid rostrum, eo – exoccipital, f – frontal, ls – laterosphenoid, pot – prootic, so – supraoccipital.</p><p>Landmark number, type, and description for the 3D and 2D braincase geometric morphometric analyses.</p
Standardized terms and methods have long been recognized as crucial to reduce measurement error and ...
Brain morphology can provide insights into inter-individual differences. In the present guide, we ou...
Brain morphology can provide insights into inter-individual differences. In the present guide, we ou...
<div><p>Neuroanatomic phenotypes are often assessed using volumetric analysis. Although powerful and...
Neuroanatomic phenotypes are often assessed using volumetric analysis. Although powerful and versati...
Neuroanatomic phenotypes are often assessed using volumetric analysis. Although powerful and versati...
Neuroanatomic phenotypes are often assessed using volumetric analysis. Although powerful and versati...
<p>The three-dimensional brain landmarks used for shape analysis shown in dorsal (upper) and right l...
(A) SMU 72834, posterior cranium in right lateral view. (B) SMU 72834, posterior cranium in posterio...
Photographs and interpretative drawings in dorsal view (A-B), in ventral view (C-D) and in anterior ...
<p>Abbreviations: f, frontal; p, parietal; fp, frontoparietal suture; pso, posterior supraorbital; p...
<p>The anatomical coordinates of each axial slice are given at the bottom of each panel. Abbreviatio...
(A) SMU 72834, occipital region in ventral view. (B) Outline drawing of SMU 72834, occipital region ...
Landmark based geometric morphometric analysis showing the variation of the body shapes among specie...
One of the methods of craniofacial anthropometry is indirect anthropometry. A measurement performs o...
Standardized terms and methods have long been recognized as crucial to reduce measurement error and ...
Brain morphology can provide insights into inter-individual differences. In the present guide, we ou...
Brain morphology can provide insights into inter-individual differences. In the present guide, we ou...
<div><p>Neuroanatomic phenotypes are often assessed using volumetric analysis. Although powerful and...
Neuroanatomic phenotypes are often assessed using volumetric analysis. Although powerful and versati...
Neuroanatomic phenotypes are often assessed using volumetric analysis. Although powerful and versati...
Neuroanatomic phenotypes are often assessed using volumetric analysis. Although powerful and versati...
<p>The three-dimensional brain landmarks used for shape analysis shown in dorsal (upper) and right l...
(A) SMU 72834, posterior cranium in right lateral view. (B) SMU 72834, posterior cranium in posterio...
Photographs and interpretative drawings in dorsal view (A-B), in ventral view (C-D) and in anterior ...
<p>Abbreviations: f, frontal; p, parietal; fp, frontoparietal suture; pso, posterior supraorbital; p...
<p>The anatomical coordinates of each axial slice are given at the bottom of each panel. Abbreviatio...
(A) SMU 72834, occipital region in ventral view. (B) Outline drawing of SMU 72834, occipital region ...
Landmark based geometric morphometric analysis showing the variation of the body shapes among specie...
One of the methods of craniofacial anthropometry is indirect anthropometry. A measurement performs o...
Standardized terms and methods have long been recognized as crucial to reduce measurement error and ...
Brain morphology can provide insights into inter-individual differences. In the present guide, we ou...
Brain morphology can provide insights into inter-individual differences. In the present guide, we ou...