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Page 33
... an expansion of its anterior part indicates the separation of the neural rudiment into cerebral and spinal sections , the dilated portion being the rudiment of the brain and undilated part the rudiment of the spinal medulla .
... an expansion of its anterior part indicates the separation of the neural rudiment into cerebral and spinal sections , the dilated portion being the rudiment of the brain and undilated part the rudiment of the spinal medulla .
Page 35
46 . tions , the medial and the A. Diagram of a transverse section of a spinal medulla which has lateral geniculate bodies , B. Diagram of a transverse section of a spinal medulla showing not differentiated into groups of cells . which ...
46 . tions , the medial and the A. Diagram of a transverse section of a spinal medulla which has lateral geniculate bodies , B. Diagram of a transverse section of a spinal medulla showing not differentiated into groups of cells . which ...
Page 35
... an expansion of its anterior part indicates the separation of the neural rudiment into cerebral and spinal sections , the dilated portion being the rudiment of the brain and undilated part the rudiment of the spinal medulla .
... an expansion of its anterior part indicates the separation of the neural rudiment into cerebral and spinal sections , the dilated portion being the rudiment of the brain and undilated part the rudiment of the spinal medulla .
Page 35
46 . tions , the medial and the A. Diagram of a transverse section of a spinal medulla which has lateral geniculate bodies , B. Diagram of a transverse section of a spinal medulla showing not differentiated into groups of cells . which ...
46 . tions , the medial and the A. Diagram of a transverse section of a spinal medulla which has lateral geniculate bodies , B. Diagram of a transverse section of a spinal medulla showing not differentiated into groups of cells . which ...
Page 36
Throughout the whole of the spinal medulla and the brain , the ependyma cells become transformed into the columnar ciliated cells which line the cavities of the adult brain and spinal medulla . The mantle layer becomes converted into ...
Throughout the whole of the spinal medulla and the brain , the ependyma cells become transformed into the columnar ciliated cells which line the cavities of the adult brain and spinal medulla . The mantle layer becomes converted into ...
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Expressions et termes fréquents
angle anterior appears arch arises artery articular articulation aspect attached backwards base becomes body bone border brain branch called canal capsule cartilage cavity cells centre cerebral cervical close column consists continuous corpus corresponding covered crest curved deep directed distal dorsal edge embryo enter extends extensor external extremity facet fascia fasciculus fibres flexor floor foramen forwards fossa fourth front frontal gray matter greater groove head inferior insertion internal joint lamina lateral layer length lies ligament limb longus lower margin medial membrane mesoderm middle movements muscle nasal nerve neural neural tube notch nucleus obliquely occipital opening orbital origin passes placed plane plate portion position posterior present primitive proximal region root seen segments separated side sphenoid spinal medulla superior surface temporal tendon termed thin third tract transverse tube tubercle upper upwards usually ventral ventricle vertebral wall whilst
Informations bibliographiques
| Titre | Cunningham's textbook of anatomy |
| Auteur | Daniel John Cunningham |
| Éditeur | W. Wood, 1818 |
| Longueur | 1577 pages |
| Exporter la citation | BiBTeX EndNote RefMan |