Fig. 18.1 Anatomical illustration showing the formation of the lumbosacral plexus by the union of the anterior primary rami of the L4, L5, S1, S2, S3, and S4 spinal nerves…
Fig. 30.1 In vitro sample of human spinal nerve root. Spinal needle (22-gauge Quincke) traversing the spinal nerve root Fig. 30.2 In vitro sample of human spinal nerve root. Spinal…
, Emilse Colman Peyrano3 , Jorge Diamantopoulos4 and José Antonio De Andrés5, 6 (1) Department of Clinical Medical Sciences and Institute of Applied Molecular Medicine, School of Medicine, University of CEU San Pablo, Madrid, Spain (2)…
Fig. 19.1 Dissection of human dural sac. (a) The spinal ligaments have been partially dissected. (b) Detail of dural sac and epidural vein Fig. 19.2 Complete dissection of human dural…
Fig. 7.1 Cervical plexus. The cervical plexus may be visualized as a line under the upper half of the sternocleidomastoid muscle, following the transverse processes of the first cervical vertebrae….
Fig. 28.1 Human spinal nerve root. Scanning electron microscopy; magnification: ×40 (From De Andres et al. [5]; with permission) Fig. 28.2 Human spinal nerve root. Scanning electron microscopy; magnification: ×40…
Fig. 11.1 Cross-section of human sciatic nerve and its surrounding tissue. Subgluteal region. Hematoxylin-eosin stained Fig. 11.2 Cross-section of human sciatic nerve and its surrounding tissue. Subgluteal region. Hematoxylin-eosin stained…
Fig. 41.1 Dura-arachnoid lesion produced by 22G Quincke needle. External surface of human dural sac (external dural laminas). Scanning electron microscopy. Magnification: a, ×100; b, ×80 (From Reina et al….
Fig. 39.1 Ultrastructure of human nerve root cuffs at the ganglionic zone. (a) Arachnoid layer–perineurium transition tissue. (b) Detail of 39.1a. Transverse section. Scanning electron microscopy. Magnification: a ×12; b…
Fig. 31.1 In vitro sample of human dural sac. Spinal needle (22-gauge Quincke) contacting the dural sac. (a, b) Images obtained from different samples Fig. 31.2 In vitro sample of…
