Vertebral morphology of trout and frogfish. All vertebrae were reconstructed as polygonal mesh models from computed tomography scans and are shown in left-lateral and frontal views. (a) All vertebrae from Commerson's frogfish (Antennarius commerson), individual AC1. (b) The cranial 22 vertebrae from rainbow trout (Oncorhynchus mykiss), individual OM2. (c) The sixth and seventh vertebrae from trout individual OM1, which had abnormal fusion of the centra, compared to those from individual OM2 (in dashed box)
Figure 15. Schematic representation of the post-Weberian abdominal (i) and caudal (ii) regions of th...
Erpetoichthys calabaricus has unusual cranio-vertebral anatomy, with an occipital centrum forming a ...
Fig. 6. CT scanned anterior skeleton, including cranium, paired-fin girdles and abdominal region of ...
Tetrapods use their neck to move the head three-dimensionally, relative to the body and limbs. Fish ...
Dorsoventral rotation of intervertebral joints for each individual trout. As in Fig. 4, intervertebr...
Trout craniovertebral motions during a sample strike visualized with X-ray Reconstruction of Moving ...
One key evolutionary innovation that separates vertebrates from invertebrates is the notochord, a ce...
Dorsoventral vertebral curvature of frogfish, coloured by head position. Y-axis centrum translations...
Teleost vertebral bodies are often similar in size and shape, but neural arches, haemal arches and r...
<p>Asterisks indicate the position of the anomalies in the images. A. Normal shaped hemal vertebra; ...
The construction of the vertebral column has been used as a key anatomical character in defining and...
During suction feeding, many fishes use their epaxial muscles to generate a substantial amount of po...
Differentiation of the axial skeleton into distinct regions, once thought to be characteristic of th...
Teleost vertebral centra are often similar in size and shape, but vertebral-associated elements, i.e...
Pathological changes in the vertebral column of farmed Atlantic salmon in Norway have been reported ...
Figure 15. Schematic representation of the post-Weberian abdominal (i) and caudal (ii) regions of th...
Erpetoichthys calabaricus has unusual cranio-vertebral anatomy, with an occipital centrum forming a ...
Fig. 6. CT scanned anterior skeleton, including cranium, paired-fin girdles and abdominal region of ...
Tetrapods use their neck to move the head three-dimensionally, relative to the body and limbs. Fish ...
Dorsoventral rotation of intervertebral joints for each individual trout. As in Fig. 4, intervertebr...
Trout craniovertebral motions during a sample strike visualized with X-ray Reconstruction of Moving ...
One key evolutionary innovation that separates vertebrates from invertebrates is the notochord, a ce...
Dorsoventral vertebral curvature of frogfish, coloured by head position. Y-axis centrum translations...
Teleost vertebral bodies are often similar in size and shape, but neural arches, haemal arches and r...
<p>Asterisks indicate the position of the anomalies in the images. A. Normal shaped hemal vertebra; ...
The construction of the vertebral column has been used as a key anatomical character in defining and...
During suction feeding, many fishes use their epaxial muscles to generate a substantial amount of po...
Differentiation of the axial skeleton into distinct regions, once thought to be characteristic of th...
Teleost vertebral centra are often similar in size and shape, but vertebral-associated elements, i.e...
Pathological changes in the vertebral column of farmed Atlantic salmon in Norway have been reported ...
Figure 15. Schematic representation of the post-Weberian abdominal (i) and caudal (ii) regions of th...
Erpetoichthys calabaricus has unusual cranio-vertebral anatomy, with an occipital centrum forming a ...
Fig. 6. CT scanned anterior skeleton, including cranium, paired-fin girdles and abdominal region of ...