<p>Graphs showing the relative position of each element throughout development. On the right of each graph is a 3D representation of an adult bone with colored marks of element locations. The horizontal curve lines indicate that the relative position of all elements is highly preserved throughout the entire growth period (average range of deviation, 4.4%). Data for this figure are provided in <a href="http://www.plosbiology.org/article/info:doi/10.1371/journal.pbio.1002212#pbio.1002212.s001" target="_blank">S1 Data</a>.</p
<p>(A) Fluorescent images of proximal tibias, distal femurs, distal metacarpals, and proximal foreli...
<p>N is the number of data points in the data set; M is the number of specimens from which the data ...
Growth is a heavily studied field in juvenile bioarchaeological studies. The question of shape or de...
<p>Graphs showing the physical position of each element throughout development. On the right of each...
<p>Three-dimensional reconstruction from micro-CT scans of the six limb long bones at P40. The longi...
<p>Graphs showing the physical positions of all elements residing between the growth plates and of t...
Long bone structural dimensions have been shown to be responsive to mechanical loadings during life....
<p>Illustration of fixed planes formed at the transverse plane where the ratio between the distances...
<p>Graphs showing growth at the proximal and distal ends of each bone as a function of the total len...
<p>The graphs show the increase in (a) antero-posterior diameter, (b) bone area, and (c) the cortica...
<p>Each column displays the evolution of bone tissue over time (rows, top to bottom) from blue (0% b...
Growth, development, and decline of the human skeleton are of central importance to physical anthrop...
Recently developed landmark-based geometric morphometry has been used to depict the morphological de...
Measurements were made of the long bones of the upper limbs (humerus, ulna, radius) of 58 aborted em...
Boxplot of the percentage change in femur length at weeks 3, 6, 9, and 12 relative to the length at ...
<p>(A) Fluorescent images of proximal tibias, distal femurs, distal metacarpals, and proximal foreli...
<p>N is the number of data points in the data set; M is the number of specimens from which the data ...
Growth is a heavily studied field in juvenile bioarchaeological studies. The question of shape or de...
<p>Graphs showing the physical position of each element throughout development. On the right of each...
<p>Three-dimensional reconstruction from micro-CT scans of the six limb long bones at P40. The longi...
<p>Graphs showing the physical positions of all elements residing between the growth plates and of t...
Long bone structural dimensions have been shown to be responsive to mechanical loadings during life....
<p>Illustration of fixed planes formed at the transverse plane where the ratio between the distances...
<p>Graphs showing growth at the proximal and distal ends of each bone as a function of the total len...
<p>The graphs show the increase in (a) antero-posterior diameter, (b) bone area, and (c) the cortica...
<p>Each column displays the evolution of bone tissue over time (rows, top to bottom) from blue (0% b...
Growth, development, and decline of the human skeleton are of central importance to physical anthrop...
Recently developed landmark-based geometric morphometry has been used to depict the morphological de...
Measurements were made of the long bones of the upper limbs (humerus, ulna, radius) of 58 aborted em...
Boxplot of the percentage change in femur length at weeks 3, 6, 9, and 12 relative to the length at ...
<p>(A) Fluorescent images of proximal tibias, distal femurs, distal metacarpals, and proximal foreli...
<p>N is the number of data points in the data set; M is the number of specimens from which the data ...
Growth is a heavily studied field in juvenile bioarchaeological studies. The question of shape or de...