The Ciba Collection of Medical Illustrations, Volume 1 |
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Page 151
Plate 5 also shows major fiber connections and the principal cell groups in their
relationships one to another and to nearby regions . Rostrocaudally , the preoptic
nuclei fade into the lateral area and the anterior area which , in turn , is more or ...
Plate 5 also shows major fiber connections and the principal cell groups in their
relationships one to another and to nearby regions . Rostrocaudally , the preoptic
nuclei fade into the lateral area and the anterior area which , in turn , is more or ...
Page 152
These circuits are poorly understood , but evidence for rich connections with
septal , subcallosal , preoptic and frontotemporal areas has been offered . Some
of these circuits and connections ( see lower figure ) may be direct , but many are
...
These circuits are poorly understood , but evidence for rich connections with
septal , subcallosal , preoptic and frontotemporal areas has been offered . Some
of these circuits and connections ( see lower figure ) may be direct , but many are
...
Page 158
PLATES 12 AND 13 FRONTAL LOBE CONNECTIONS DIENCEPHALON
MEDIAL THALAMIC NUCLEUS RHINENCEPHALIC OTHER CORTICAL AND
RHINENCEPHALIC CONNECTIONS A POSTERIOR VENTRAL THALAMIC
NUCLEUS ...
PLATES 12 AND 13 FRONTAL LOBE CONNECTIONS DIENCEPHALON
MEDIAL THALAMIC NUCLEUS RHINENCEPHALIC OTHER CORTICAL AND
RHINENCEPHALIC CONNECTIONS A POSTERIOR VENTRAL THALAMIC
NUCLEUS ...
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activity afferent anterior aortic plexus appear arise artery associated Auid autonomic become blood body brain branches called cardiac carotid cells cent central cerebral cervical changes Ciba column complete components connections consists continuous cortex cranial nerves direct dorsal dura enter extends fibers foramen frequently frontal function ganglia ganglion gyrus head hemorrhage hypothalamus impulses increase inferior innervation internal intracranial pressure involved join lateral lesions ligament lobe located lower lumbar mainly mechanisms medial meningeal middle motor muscles nerve fibers nervous neurons nucleus occipital occur olfactory optic organs parasympathetic pathways patients pelvic Plate plexus portion posterior preganglionic produce reach receives reflex region result roots sacral segments sensory side signs sinus skull space spinal cord spinal nerves SPLANCHNIC structures superior supply surface sympathetic sympathetic trunk symptoms thalamus third thoracic tion tract tumors upper usually vagus veins venous ventricle vertebrae vessels xanthochromic