Cunningham's textbook of anatomy |
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Page 31
( 4 ) The differentiation of the walls of the neural tube into ependymal matter and peripheral layers . The cells of the primitive ganglion which form the primitive sheaths of the nerves are not shown in the diagrams . the original ...
( 4 ) The differentiation of the walls of the neural tube into ependymal matter and peripheral layers . The cells of the primitive ganglion which form the primitive sheaths of the nerves are not shown in the diagrams . the original ...
Page 32
Simultaneously with the appearance of the cell buds which form the primitive ganglia , the neural crest disappears , and directly after the ganglia are formed they lose their connexion with both the neural tube and the surface ectoderm ...
Simultaneously with the appearance of the cell buds which form the primitive ganglia , the neural crest disappears , and directly after the ganglia are formed they lose their connexion with both the neural tube and the surface ectoderm ...
Page 33
The fibres which grow out of the dorsal ends of the ganglia enter the walls of the neural tube , and by their means the ganglia regain connexion with the tube . The fibres which grow out from the ventral end of each spinal ganglion ...
The fibres which grow out of the dorsal ends of the ganglia enter the walls of the neural tube , and by their means the ganglia regain connexion with the tube . The fibres which grow out from the ventral end of each spinal ganglion ...
Page 35
Spongioblast Ependyma cells The Fate of the Spinal Portion of the Primitive Neural Tube . — The spinal portion of the neural tube , during the first three months of intra - uterine life , develops equally in its whole extent , but after ...
Spongioblast Ependyma cells The Fate of the Spinal Portion of the Primitive Neural Tube . — The spinal portion of the neural tube , during the first three months of intra - uterine life , develops equally in its whole extent , but after ...
Page 35
( 4 ) The differentiation of the walls of the neural tube into ependymal matter and peripheral layers . The cells of the primitive ganglion which form the primitive sheaths of the nerves are not shown in the diagrams . the original ...
( 4 ) The differentiation of the walls of the neural tube into ependymal matter and peripheral layers . The cells of the primitive ganglion which form the primitive sheaths of the nerves are not shown in the diagrams . the original ...
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Table des matières
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27 | |
42 | |
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1050 | |
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1567 | |
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1574 | |
1575 | |
1576 | |
1579 | |
1583 | |
1585 | |
1587 | |
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