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Isolated Congenital Cervical Block Vertebrae Below the Axis With Neurological Symptoms

Spine, 1981
A reviews of 13 cases of symptomatic isolated congenital cervical fusion (block vertebrae) below the C2 level is presented. Ten cases were collected from a review of the English literature and three new cases were added. All 13 patients presented neurologic symptoms of radiculopathy and/or myelopathy with either no history of trauma or only minor ...
C K, Lee, A B, Weiss
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Narrow axis: an inherited anomaly of the second cervical vertebra in the rabbit

Journal of Heredity, 1983
Narrow axis, an inherited anomaly resulting in a marked narrowing of the second cervical vertebra, has been observed in strain X/J rabbits. This condition is first recognizable on X rays at 32-33 days gestation. For size comparisons 21 measurements of the first five cervical vertebrae were taken on the skeletons of each of 14 strain X/J animals (7 ...
Crary, D D, Fox, R R
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Morphology of the Second Cervical Vertebra and the Posterior Projection of the C2 Pedicle Axis

Spine, 1995
This study assessed numerous structural features of the second cervical vertebra (C2), describing the projection point of the pedicle on its posterior aspect.Evaluation of the specimens included quantitative description of 18 linear and four angular parameters, which then were correlated between male and female specimens. The point of projection of the
R, Xu   +3 more
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Fusion of Axis with Third Cervical Vertebra – A Report of Two Cases

Journal of Research in Medical Education & Ethics, 2012
Fusion of upper cervical vertebrae has been reported to occur in healthy subjects as well as in pathological cases. An association exists between malformation of upper cervical vertebrae and patients with cleft lip, cleft palate, condylar hypoplasia and Klippel Fiel syndrome.
Monika Lalit, Rajan Kumar Singla
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Mice homozygous for a targeted disruption of Hoxd-3 (Hox-4.1) exhibit anterior transformations of the first and second cervical vertebrae, the atlas and the axis

Development, 1993
ABSTRACT Gene targeting in embryo-derived stem (ES) cells was used to generate mice with a disruption in the homeobox-containing gene Hoxd-3 (Hox-4.1). Mice homozygous for this mutation show a radically remodeled craniocervical joint. The anterior arch of the atlas is transformed to an extension of the basioccipital bone of the skull ...
B G, Condie, M R, Capecchi
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