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Anatomic Eponyms in Neuroradiology: Brain, Cerebral Vasculature, and Calvarium
Academic Radiology, 2016Medical eponyms are ubiquitous, numerous, and at times controversial. They are often useful for succinctly conveying complex concepts, and familiarity with eponyms is important for proper usage and appropriate communication. In this historical review, we identify 18 anatomic eponyms used to describe structures of the brain, cerebral vasculature, and ...
Paul M Bunch, Amir A Zamani
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Morphological and Functional Neuroradiology of Brain Metastases
Seminars in Ultrasound, CT and MRI, 2023Neuroimaging plays a key role in the diagnosis and differentiation of brain metastases (BM) in patients with known or unknown malignancies. Computed tomography and magnetic resonance imaging are the key imaging modalities used in the detection of BM.
Grazzini I. +5 more
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Neuroradiology of Childhood Brain Tumors: New Challenges
Journal of Neuro-Oncology, 2005exaly +3 more sources
Neuroradiology of Brain Tumors
Neurologic Clinics, 1995Neuroradiology plays a vital role in the evaluation of intracranial neoplasms. The radiologist can offer a differential diagnosis of tumor type based on imaging characteristics, enhancement patterns, and the amount of surrounding edema. Associated complications are usually evident on standard radiologic examinations.
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The A natomic Foundation of Neuroradiology of the Brain.
Radiology, 1972This compact book is designed to give the young radiologist that detailed knowledge of neuroanatomy that Wilson considers indispensable for neuroradiology. It does so by a judicious mixture of text and illustrations, first for basic anatomy of the brain and meninges, then for the ventricular system.
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Functional Neuroradiology of Traumatic Brain Injury
2011Traumatic brain injury (TBI) is one of the most important causes of morbidity and mortality in the modern world. Each year in USA alone, more than two million people sustain a head trauma, and 10% of these injuries are fatal [1]. In addition, 10% of survivors experience neurological deficits of varying degrees [2], and it is estimated that as many as 5.
Inglese M., Raz E.
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The anatomical foundation of neuroradiology of the brain.
JAMA: The Journal of the American Medical Association, 1963This slim but attractive little volume consists of 239 pages. Included are ten pages of index and six pages of bibliography (the latter is incomplete). There are eight chapters on neuroradiological anatomy, entitled "Neuroanatomy," "Pneumoencephalography and Ventriculography," "Ventricular System," "Subarachnoid Spaces," "Cerebral Angiography ...
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INTERVENTIONAL NEURORADIOLOGY IN THE TREATMENT OF BRAIN TUMORS
Neuroimaging Clinics of North America, 1999The current role of the interventional neuroradiologist in the treatment of brain tumors is limited to preoperative devascularization of vascular tumors and, occasionally, palliative therapy of metastatic or inoperable disease. Research protocols are in progress examining the role of intraarterial chemotherapy with disruption of the blood-brain barrier
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Neuroradiological study of human brain in the fetal period
Neurological Research, 1988Craniocerebral CT scans were performed on 50 subjects including embryos, fetuses and newborns. Fetuses were divided into three stages based upon CT findings. The first stage ranged from the 8th gestational week to the 12th week, and the second stage from the 13th to 23rd week. Beyond 24 gestational weeks, fetuses were classified as the third stage.
M, Imanishi +3 more
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