<p>The three proximal extremities are numbered MDS-VG,159 (A), MDS-VG,108 (B) and MDS-VG,109 (C), representing ontogenetic stages 1, 2 and 3 respectively. Views are posterior (A<sub>1</sub>, B<sub>1</sub>, C<sub>1</sub>), lateral (A<sub>2</sub>, B<sub>2</sub>, C<sub>2</sub>), proximal (A<sub>3</sub>, B<sub>3</sub>, C<sub>3</sub>). Abbreviations: l.tr, lesser trochanter; tr.f, <i>trochanteris fossa</i>;. Scale: 1cm.</p
<p>(A) Right tibiae of a presumably bipedal <i>Maiasaura</i> specimen and (B) a presumably quadruped...
A, right femur in anterior view; B, right femur in lateral view; C, right femur in posterior view; D...
<p>A: Variation along the first two principal components of shape, PC1 and PC2 (filled circles: <i>P...
<p>The proximal extremity belonging to the largest sized individual, MDS-VG,109, is figured in A<sub...
<p>A. Stage 1, NHMW1894-2400; proximal toward left. Note unfinished ends. B. Stage 2, NHMW1983_32_50...
<p>The proximal articular extremities of tibiae MDS-VG,137 (A), unnumbered tibia (B) and MDS-VG,136 ...
The developmental anatomy of the proximal femur is complex. In some mammals, including humans, the f...
<p>A: principle of morphometric map generation (anterior [0°] → medial [90°] → posterior [180°] → la...
The right pelvis and femora are respectively represented in lateral and posterior view (with excepti...
(A) SMU 74665, right femur in posterior view. (B) SMU 74665, right femur in medial view. (C). SMU 74...
AIM: Fractures of proximal end, especially fractures of trochanteric massif are very common particul...
AIM: Fractures of proximal end, especially fractures of trochanteric massif are very common particul...
<p>Histological features show that both, adult (A) and juvenile (B–E) ontogenetic stages are represe...
<p>(A) e12.5 embryo, lateral view of right side. Arrow indicates right hindlimb bud. (B) e13.5 embry...
Adequately shaped femoral plate is critical for the fixation of fracture in the pertrochanteric regi...
<p>(A) Right tibiae of a presumably bipedal <i>Maiasaura</i> specimen and (B) a presumably quadruped...
A, right femur in anterior view; B, right femur in lateral view; C, right femur in posterior view; D...
<p>A: Variation along the first two principal components of shape, PC1 and PC2 (filled circles: <i>P...
<p>The proximal extremity belonging to the largest sized individual, MDS-VG,109, is figured in A<sub...
<p>A. Stage 1, NHMW1894-2400; proximal toward left. Note unfinished ends. B. Stage 2, NHMW1983_32_50...
<p>The proximal articular extremities of tibiae MDS-VG,137 (A), unnumbered tibia (B) and MDS-VG,136 ...
The developmental anatomy of the proximal femur is complex. In some mammals, including humans, the f...
<p>A: principle of morphometric map generation (anterior [0°] → medial [90°] → posterior [180°] → la...
The right pelvis and femora are respectively represented in lateral and posterior view (with excepti...
(A) SMU 74665, right femur in posterior view. (B) SMU 74665, right femur in medial view. (C). SMU 74...
AIM: Fractures of proximal end, especially fractures of trochanteric massif are very common particul...
AIM: Fractures of proximal end, especially fractures of trochanteric massif are very common particul...
<p>Histological features show that both, adult (A) and juvenile (B–E) ontogenetic stages are represe...
<p>(A) e12.5 embryo, lateral view of right side. Arrow indicates right hindlimb bud. (B) e13.5 embry...
Adequately shaped femoral plate is critical for the fixation of fracture in the pertrochanteric regi...
<p>(A) Right tibiae of a presumably bipedal <i>Maiasaura</i> specimen and (B) a presumably quadruped...
A, right femur in anterior view; B, right femur in lateral view; C, right femur in posterior view; D...
<p>A: Variation along the first two principal components of shape, PC1 and PC2 (filled circles: <i>P...