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Congenital vertebral abnormalities associated with screw tail conformation
British Small Animal Veterinary Association , e299 (2018); https://doi.org/10.22233/9781910443590.50.7
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- Congenital vertebral abnormalities associated with screw tail conformation
Congenital vertebral abnormalities associated with screw tail conformation
- Speaker: Jacques Penderis
- From: BSAVA Congress Proceedings 2018
- Stream: Brachycephalic stream
- Lecture Type: Open to all streams
- Item: pp 376 - 377
- DOI: 10.22233/9781910443590.50.7
- Copyright: © 2018 British Small Animal Veterinary Association
- First broadcast: April 2018
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Figures
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Figure 1:
Radiograph demonstrating the methodology for Cobb angle calculation. © 2018 British Small Animal Veterinary Association
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Figure 1:
Radiograph demonstrating the methodology for Cobb angle calculation.
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Figure 2:
Midline sagittal magnetic resonance images from two dogs with thoracic hemivertebrae. The left image demonstrates spinal cord stretch and thinning (or tethering), but with a wide dorsal epidural space. On the right there is direct spinal cord compression due to vertebral canal stenosis. © 2018 British Small Animal Veterinary Association
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Figure 2:
Midline sagittal magnetic resonance images from two dogs with thoracic hemivertebrae. The left image demonstrates spinal cord stretch and thinning (or tethering), but with a wide dorsal epidural space. On the right there is direct spinal cord compression due to vertebral canal stenosis.
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Figure 3:
Midline sagittal MR image showing an intervertebral disc extrusion, with spinal cord compression in a 6 year old French Bulldog at the site of a hemivertebrae. © 2018 British Small Animal Veterinary Association
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Figure 3:
Midline sagittal MR image showing an intervertebral disc extrusion, with spinal cord compression in a 6 year old French Bulldog at the site of a hemivertebrae.
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Figure 4:
In the left and middle images, an arachnoid diverticulum (small arrows as the enlarged dorsal subarachnoid space) has developed at a hemivertebrae, with spinal cord damage (large arrows). In the right image, an area of syringomyelia has developed at a hemivertebrae (arrow), but without any arachnoid diverticulum. © 2018 British Small Animal Veterinary Association
10.22233/9781910443590/Fig_P_381_1_thumb.gif
10.22233/9781910443590/Fig_P_381_1.png
Figure 4:
In the left and middle images, an arachnoid diverticulum (small arrows as the enlarged dorsal subarachnoid space) has developed at a hemivertebrae, with spinal cord damage (large arrows). In the right image, an area of syringomyelia has developed at a hemivertebrae (arrow), but without any arachnoid diverticulum.
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Figure 5:
Pre-surgery radiographs (top) and post-surgery radiographs (bottom) showing the corrected curvature of the spine at the hemivertebra using a locking plate and bone graft. © 2018 British Small Animal Veterinary Association
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10.22233/9781910443590/Fig_P_381_2.png
Figure 5:
Pre-surgery radiographs (top) and post-surgery radiographs (bottom) showing the corrected curvature of the spine at the hemivertebra using a locking plate and bone graft.