By Prof. Georges Salamon, Prof. Yun Peng Huang, P. Michotey, N. Moscow, Ch. Raybaud, Ph. Farnarier, G. Scialfa, W. O. Bank, K. Hall, B. S. Wolf, T. Okudera, K. Oana, S. Panichavatena, J. Ito, R. Kawai, S. Antin, J. Pinner, N. Christoff (auth.)
Despite all fresh advances, crucial growth in neuroradiol ogy has been in our wisdom of the anatomy of the fearful procedure. DANDY'S injection of ventricles and cisterns with air, SICARD'S stories of the epidural and subarachoid house with lipiodol, MONIZ'S paintings on cerebral arteries and veins, and, extra lately, DJINDJIAN'S and DI CHIRO'S investiga tions of spinal arteries, have converted, subtle and accelerated present knowl fringe of anatomy of the relevant fearful procedure. As defined through LINDGREN, "the neuroradiologist dissects the area of curiosity with x-rays like a health care provider with a scalpel". in reality, neuroradiologic exam is not anything under an anatomic survey in vivo, utilizing a number of orthogonal projections. The authors of this booklet are confident that common connection with basic anatomy is presently the main worthy and worthwhile technique of realizing neuroradiologic difficulties. Arteries and veins of the mind can be thought of by way of the sulci, gyri, cisterns, ventricles, basal nuclei, and cortical facilities. during this e-book, efforts were made to check anatomic parts of the ventricles, cisterns, and vessels to the sector being studied. the basis of this publication lies within the special anatomico-radiologic corre lations, confirmed through a variety of photos of dissected specimens, radiographs of injected specimens, anatomic drawings, diagrams, and basic cerebral angiograms and encephalograms. certainly, there's no sector within the significant apprehensive procedure which can't be delineated by means of its relationships with arteries, veins, cisterns, and ventricles.
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Localization of Ammon's horn (three shaded areas - anterior, middle and posterior); these areas are 22-34 mm from the midsagittal plane 4. Localization of the amygdaloid nucleus; this area is 20-30 mm from the midsagittal plane Body of lateral vcntricle f lateral vcntricle rontal horn ora men of onro Optie rece Third ventricle Infundibular reces Temp ral horn Fig. 40. Ventriculography with water-soluble contrast medium, lateral projection 45 Body of laleral \'entricle Temporal horn Frontal horn Third ventricle Fig.
Nt. colum or f Fig. 18. Frontal section through the mid portion of the frontal horns 23 Corpus callo urn Body of lateral ventricle horoid plexus of lateral ventricle Fornix Frontal horn Corpus calla urn Thalarnu lrnpre ion of subependyrnal vv. of lateral ventricle ThaJarnostriate ulcu Fig. 19. _ Caudatc nucleu Thalamo triate v. Pulvinar Pineal body Aqueduct f ylviu Fig. 20. Frontal section through the midportion of the bodies of the lateral ventricles 25 ulcu rc rpu callo lim Forni trium of tcral Choroid plcxu Tapetum ptic radiation Diverticu lum of subiculum ollatcral ulcu I nternal cercbral v.
Each artery runs a short course on the external surface of the hemisphere and contributes to the vascularization of the corresponding gyri. At this level anastomoses between the cortical branches of the anterior and middle cerebral arteries occur, as described by VAN DER ECKEN (1953, 1959). c) Branch to the Paracentral Lobule (Figs. 42-49) The artery to the paracentral lobule or the paracentral artery arises from the anterior cerebral artery alone, in combination with neighboring vessels, or as a branch of the callosomarginal trunk.