By R. Kenedi (Eds.)
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Additional info for Advances in Biomedical Engineering
Measurement of the sound field using a small steel ball and a calibrated electrical attenuator takes a great deal of time. For clinical purposes we therefore developed a double thread measurement appara tus (Fig. 11) which can also be used for the measurement of resolution in depth. Two supports are fixed to the arms of an inside caliper at an angle of 45° to the instrument axis and these carry two parallel nylon threads of 0-05 mm diameter. If the threads lie behind each other in the sound field then after adjustment of the probe to maximal echo from both threads, one can determine the distance between the threads at which the echo-free base line between these echoes on the screen just dis appears.
In pathological enlargement of the hemisphere distance the mid-line echo appears split. The falx cerebri, the two branches of which can separate in certain conditions, might possibly be the echo-producing boundary. Jeppsson (1960), and Gordon (1959) are of the considered opinion t h a t all the structures mentioned contribute to the production of the mid-line echo, and that the septum pellucidum and the third ventricle are also involved. White (1965) emphasizes above all the need for a critical assessment of echographic results.
The echo free base line of the vitreous body is then followed by the echo of the back wall. Thus, in pathological changes, it is easy to identify normal echoes and the boundaries which give rise to them. Thus the A-scan system suffices for the examination of the eyeball; it is sufficient for the major part of echographic diagnosis because, here, its advantages are par ticularly significant by comparison with B-scan. Measurement of axis length or of the prominence of tumours is basically more accurate in the A-scan system.
Advances in Biomedical Engineering by R. Kenedi (Eds.)