<p>Histological features show that both, adult (A) and juvenile (B–E) ontogenetic stages are represented in the sample. A. Diaphyseal cross section of tibia PIUW 2349/35. B–C. Diaphyseal cross section of radius PIUW 3517 with close up (C) of the outermost cortical microsturcture. D–E. Diaphyseal cross section of femur PIUW 2349/III with close up (E) of the outermost cortical microsturcture. Abbreviation: pb, primary bone. For further abbreviations see <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0044318#pone-0044318-g009" target="_blank">Figure 9</a>.</p
<p><b>A.</b> Cross-section of MOR 788. <b>B.</b> Detail of the primary cortical tissues of A. Longit...
<p>The figure shows the histological features characterizing the three ontogenetical groups establis...
<p>The figure shows different degrees of bone remodeling (a) specimen 30657-355x (Mc, LVF) shows a p...
<p>Based on bone microstructure, adult (A–C), late juvenile (D) and juvenile (E) ontogenetic stages ...
<p>A–B. Diaphyseal cross section of femur MTM V 2010.126.1. exhibiting subadult histology. C–D. Diap...
<p>The bone microstructures observed in hypsilophodontids from Victoria (left column) suggest ontoge...
(A) Bone matrix of the juvenile tibia MCD-4886, showing the last two growth cycles (white arrows) re...
In archaeology, it is not always possible to identify bone fragments. A novel approach was chosen to...
Mammalian bone is a heterogeneous tissue which is divisible at the microscopic level into units or r...
<p>The three proximal extremities are numbered MDS-VG,159 (A), MDS-VG,108 (B) and MDS-VG,109 (C), re...
Fig. 3 The histology of Whatcheeria femora from size class III. Thin sections of FMNH PR 1962 visual...
<p>(A) The cortex of the tibia in the smallest studied specimen BSPG 1960 I 470a is dominated by imm...
<p><b>A.</b> Cross-section of MOR 679. This section is slightly more proximal compared to others in ...
Developmental Juvenile Osteology was created as a core reference text to document the development of...
<p><b>A.</b> Cross-section of OMNH 34784. <b>B.</b> Detail of the inner cortex of A showing the endo...
<p><b>A.</b> Cross-section of MOR 788. <b>B.</b> Detail of the primary cortical tissues of A. Longit...
<p>The figure shows the histological features characterizing the three ontogenetical groups establis...
<p>The figure shows different degrees of bone remodeling (a) specimen 30657-355x (Mc, LVF) shows a p...
<p>Based on bone microstructure, adult (A–C), late juvenile (D) and juvenile (E) ontogenetic stages ...
<p>A–B. Diaphyseal cross section of femur MTM V 2010.126.1. exhibiting subadult histology. C–D. Diap...
<p>The bone microstructures observed in hypsilophodontids from Victoria (left column) suggest ontoge...
(A) Bone matrix of the juvenile tibia MCD-4886, showing the last two growth cycles (white arrows) re...
In archaeology, it is not always possible to identify bone fragments. A novel approach was chosen to...
Mammalian bone is a heterogeneous tissue which is divisible at the microscopic level into units or r...
<p>The three proximal extremities are numbered MDS-VG,159 (A), MDS-VG,108 (B) and MDS-VG,109 (C), re...
Fig. 3 The histology of Whatcheeria femora from size class III. Thin sections of FMNH PR 1962 visual...
<p>(A) The cortex of the tibia in the smallest studied specimen BSPG 1960 I 470a is dominated by imm...
<p><b>A.</b> Cross-section of MOR 679. This section is slightly more proximal compared to others in ...
Developmental Juvenile Osteology was created as a core reference text to document the development of...
<p><b>A.</b> Cross-section of OMNH 34784. <b>B.</b> Detail of the inner cortex of A showing the endo...
<p><b>A.</b> Cross-section of MOR 788. <b>B.</b> Detail of the primary cortical tissues of A. Longit...
<p>The figure shows the histological features characterizing the three ontogenetical groups establis...
<p>The figure shows different degrees of bone remodeling (a) specimen 30657-355x (Mc, LVF) shows a p...