Titlebook: Computed Tomography and Magnetic Resonance Tomography of Intracranial Tumors; A Clinical Perspecti Claus Claussen,Rudolf Fahlbusch,Sigurd W

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Isabel M. del águila,José del Sagrado (Liliequist and Forsell 1976; Bradac et al. 1977 a, b; 1978 a, b; Hammerschlag et al. 1977; Caillé et al. 1977; Lohkamp et al. 1977; Huk and Schiefer 1978; Becker et al. 1978; Weinstein et al. 1978). In the present chapter we shall review the capabilities and limitations of this modality in the dia

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Sébastien Destercke,Violaine Antoine conventional skull films and orbital radiographs, sonography, fluorescein angiography, internal and external carotid angiography, and ophthalmic venography. The introduction of CT, however, has greatly reduced the importance of invasive diagnostic procedures (Wende et al. 1977).

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ESO

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Grzegorz J. Nalepa,Joachim BaumeisterThe three original groups participating in our study used the EMI Mark I scanner from 1975 to the middle of 1977 and the EMI CT 1010 scanner after mid-1977. The Siemens Somatom DR has been used in Augsburg and Berlin since 1983, and the Philips Tomoscan CT 350 in Mainz since mid-1986.

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摘要

CT and MR Imaging of Orbital Lesions, conventional skull films and orbital radiographs, sonography, fluorescein angiography, internal and external carotid angiography, and ophthalmic venography. The introduction of CT, however, has greatly reduced the importance of invasive diagnostic procedures (Wende et al. 1977).

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Impact of CT and MR on the Diagnostic Evaluation of Neurologic and Neurosurgical Diseases,es in the detection of intracranial tumors approaches 100%. The extraordinary value of both methods is based not only on this high detection rate but also on their ability to localize tumors in relation to vital centers, assess their mass effect, and establish the tissue type of the lesion (= specificity).