46TH
ANNUAL
CONGRESS
OF
THE
SAEVA
SKUKUZA
16-‐20
FEBRUARY
2014
139
Fig 2: Lateral-lateral radiograph (A), labelled radiograph (B) and anatomical specimen (C) of caudal C5
through cranial T1 (C5, C6, C7, T1). a = caudal articular process, b = cranial articular process, c =
transverse process of C5, d = transverse process of C6, e = intervertebral disk space, f = dorsal
spinous process of T1, g = vertebral canal.
Fig 3: Oblique radiograph (A) (right lateral-45–50°-dorsal to left lateral-ventral oblique), labelled
radiograph (B), and anatomical specimen (C) of cervical vertebrae 1, 2, and the cranial aspect of C3
(C1, C2, C3). a = dens of C2, b = spinous process of C2, c = left caudal articular process of C2, d =
left cranial articular process of C3, e = right caudal articular process of C2, f = right cranial articular
process of C3, g = transverse process of C3, h = intervertebral disk space.
Fig 4: Oblique radiograph (A), labelled radiograph (B), and anatomical specimen (C) of cervical
vertebrae 3 and 4 (C3, C4). The caudal aspect of C2 and the cranial aspect of C5 are also seen. a =
left articular facet joint (dashed line- caudal articular process, solid line-cranial articular process), b =
right articular facet joint (dashed line- caudal articular process, solid line- cranial articular process), c
= left transverse process, d = right transverse process, e = intervertebral disk space.
Fig 5: Oblique radiograph (A), labelled radiograph (B), and anatomical specimen (C) of cervical
vertebrae 6 and 7 (C6, C7). The caudal aspect of C5 and cranial aspect of T1 are also seen. a = left
articular facet joint (dashed line- caudal articular process, solid line- cranial articular process), b =
right articular facet joint (dashed line = caudal articular process, solid line = cranial articular process),
c = left transverse process, d = right transverse process, e = intervertebral disk space.
139