Clinical Echo-Encephalography

Softcover Nachdruck of the original 1. Auflage 1968
ISBN: 978-3-642-48723-1
Verlag: Springer

Buch, Englisch, 224 Seiten, Paperback, Format (B × H): 210 mm x 279 mm, Gewicht: 596 g

Echo-encephalography, introduced by LEKS ELL in 1955, has gained increasing importance for the early detection of numerous intracranial lesions in the last decade. The main advantage of this diagnostic procedure lies in the fact that it permits a rapid orientation about the spatial relationships within the skull without stressing or endangering the patient. Although this method alone only rarely allows a complete diagnosis, the echo-encephalographic findings always indicate which further diagnostic measures are most suitable for establishing the diagnosis with the greatest accuracy in every case. However, the correct interpretation of an echo-encephalogram is possible only, if the findings which are assumed to be pathological are evaluated in the light of the clinical symptomatology. Since JEPPSSON'S excellent monograph on the origin of the midline echo and its importance for the diagnosis of intracranial expansivities, published in 1961, a great deal of work has gone into the development of echo-encephalography all over the world. For this reason the possibilities of this procedure today go far beyond the mere demonstration of a supratentorial shift. Now we can frequently outline the width of the ventricles exactly and localize tumors or hematomas by means of abnormal reflections. Since a detailed description of the technique, application and present-day diagnostic uses of echo-encephalography has not been available as yet, we undertook to fill this gap in the German literature in 1967 with a monograph summarizing the hitherto existing experience as well as our own extensive case mate­ rial.

Zielgruppe

Research

Autoren/Hrsg.

Schiefer, Wolfgang

Kazner, Ekkehard

Kunze, Stefan

Weitere Mitwirkende

Klinger, Margareta

Güttner, W.

Inhaltsverzeichnis

I. Fundamental Principles of Acoustics and its Methodology.- A. Introduction.- B. Fundamental Principles of Acoustics.- C. Detection of Structures within the Skull by Means of Echoes.- D. Energy Balance of Echoes from Structures within the Skull.- E. Tissue Reactions to Ultrasonic Radiation.- F. The Use of Ultrasound in Medical Diagnostics.- G. The Pulse-Echo Method Applied to the Skull.- H. The Technique of Investigation.- II. General Echo-Encephalography. — The Reflections on the Echo-Encephalogram and their Origins.- A. The Normal Echo-Encephalogram.- B. The Pathological Echo-Encephalogram.- C. Misinterpretations of Echo-Encephalograms.- D. Accuracy of Echo-Encephalographic Findings in Comparison with the Results of Contrast Medium Studies.- III. Special Echo-Encephalography.- A. The Echo-Encephalogram in Healthy Subjects.- B. The Echo-Encephalogram in Brain Tumors.- C. The Echo-Encephalogram in Head Injuries.- D. The Echo-Encephalogram in Cases of “Stroke”.- E. Echo-Encephalography with Infantile Hydrocephalus.- F. Other Applications of Echo-Encephalography.- G. Possibilities and Limitations of One-Dimensional Echo-Encephalography (A-Scan).- Appendix: Two-Dimensional Pulse-Echo Technique in the Diagnosis of Intracranial Lesions (B-Scan).- References.