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The vertebral arteries are commonly affected by anatomical variation. This variation ranges from slight asymmetry in arterial diameter between the right and left sides to complete absence of a vertebral artery on one side. Asymmetry in diameter is a common observation, although complete absence of the artery is rare. Herein, we report on a 79-year-old male anatomical donor who, upon brain removal, was found to have a single intracranial vertebral artery which was the sole source of the basilar artery. During dissection of the neck, both right and left vertebral arteries were identified arising from the subclavian arteries. The vertebral arteries were dissected from the transverse foramina and followed into the skull. The right vertebral artery terminated by supplying the spinal cord, consistent with the distribution of the posterior spinal artery. Such vascular anomalies are clinically significant, as they may lead to abnormal patterns of sensory-motor deficiencies in stroke and are at risk of iatrogenic injury during surgical procedures. (Folia Morphol 2017; 76, 1: 134–138)
Congenital scoliosis is a developmental anomaly involving poorly formed or fused vertebral segments resulting in an abnormal lateral curvature of the vertebral column and is often accompanied by significant rotational defects. Despite abundant literature on causes, diagnosis and treatment of scoliosis, little attention has been given to impacts of this condition on the musculoskeletal system beyond the bony defects. This report describes the detailed, layer-by-layer dissection of the superficial and deep back musculature and examination of the axial skeleton of a 47-year-old male with severe congenital scoliosis. The subject presented with both cervico-thoracic and thoraco-lumbar scoliotic curves. Dissection of the back muscles revealed notable asymmetry in the superficial muscles and marked atrophy of the deep back muscles on the left side. Examination of the axial skeleton revealed numerous bones which were abnormally porous, reduced thoracic volume, attenuated intercostal spaces on the left side and 2 separate fusion deficits, including an unsegmented bar spanning 6 vertebral segments. (Folia Morphol 2014; 72, 3: 389–394)
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