Results 221 to 230 of about 60,107 (261)
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1976
The deep cerebral venous system may be said to consists of the two internal cerebral veins and their tributaries—the subependymal, deep medullary, superior striate and choroidal veins. The basal cerebral vein, sometimes included in the deep venous system, is described elsewhere (Part 1, Chap. 4, p. 128).
Georges Salamon +17 more
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The deep cerebral venous system may be said to consists of the two internal cerebral veins and their tributaries—the subependymal, deep medullary, superior striate and choroidal veins. The basal cerebral vein, sometimes included in the deep venous system, is described elsewhere (Part 1, Chap. 4, p. 128).
Georges Salamon +17 more
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Automated characterization of cerebral veins
2017The cerebral vasculature provides the oxygen and glucose the brain requires to function. Severe disruption of the supply of blood to the brain, such as during ischaemic and haemorrhagic stroke, can have catastrophic consequences. Subtle changes in normal cerebral vasculature may be a potential biomarker of early stage neurodegenerative changes, and ...
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1976
The basal cerebral vein described by ROSENTHAL in 1824 has been the subject of many investigations.
Georges Salamon +17 more
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The basal cerebral vein described by ROSENTHAL in 1824 has been the subject of many investigations.
Georges Salamon +17 more
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Aminergic innervation of cerebral veins
Journal of Neurosurgery, 1984✓ The density and distribution pattern of aminergic nerve fibers in intracranial and extracranial veins were compared by means of catecholamine histofluorescence studies. Extracranial veins (internal jugular, inferior caval, portal, renal, internal iliac, and femoral veins) showed quite a uniform distribution pattern. Large veins (jugular, caval, renal,
T, Itakura +8 more
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The Diagnostic Value of the Deep Cerebral Veins in Cerebral Angiography
Radiology, 1955Carotid angiography (1) has become an established and increasingly popular procedure in neuroradiology. For diagnostic purposes, most of the emphasis has been placed on changes in the arterial phases. This paper is presented to emphasize the importance of changes in the deep veins of the brain.
B S, WOLF, C M, NEWMAN, B, SCHLESINGER
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Internal Cerebral Vein Thrombosis
Archives of Neurology, 1982Isolated internal cerebral vein thrombosis is a rare occurrence. It is generally associated with severe neurologic deficits leading to death. The case described in this report suggests that it can occur without catastrophic symptoms and with only minor sequelae. REPORT OF A CASE A 29-year-old, right-handed man, with a 30-month history of intermittent
R N, Nishimura +3 more
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Cerebral Vein Thrombosis Shown by MRI
Headache: The Journal of Head and Face Pain, 1990SYNOPSIS A 46 year old man with a short history of left facial pain and numbness, and subsequently headaches, had a normal physical examination and a normal CT scan of head. Lumber puncture yielded normal CSF under increased pressure. MRI showed thrombosis of the superior sagittal sinus, subsequently confirmed by angiography. MRI is a
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[The superficial cerebral veins].
Gegenbaurs morphologisches Jahrbuch, 1989Estimated were the number, the course, and the width of the superficial cerebral veins. The veins on the superolateral surface of the brain are the prefrontal superficial lateral superior, the precentral superficial lateral superior, the central superficial lateral superior, the parietal superficial lateral superior, and the occipital superficial ...
J, Lang, W, Schneider
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Red Cerebral Veins as an Index of Cerebral Steal
Scandinavian Journal of Clinical and Laboratory Investigation, 1968W, Feindel, Y L, Yamamoto, C P, Hodge
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