The morphology and evolutional significance of the pineal body : being part I of a contribution to the study of the epiphysis cerebri with an interpretation of the morphological, physiological and clinical evidence . cular surface; 15,infundibular process, pituitary surface; 24, midbrain; 27, mammillary body (pos-terior lobe); 32, post-chiasmatic eminence (inferior lobe); 33, post-chiasmaticrecess (recess of inferior lobe); 36, post-infundibular evagination; 39, paraphysis;40, recess of the infundibular process; 41, supra-optic crest; 42, supra-optic re-cess; 44, telencephalon; 47. velum trans
The morphology and evolutional significance of the pineal body : being part I of a contribution to the study of the epiphysis cerebri with an interpretation of the morphological, physiological and clinical evidence . cular surface; 15,infundibular process, pituitary surface; 24, midbrain; 27, mammillary body (pos-terior lobe); 32, post-chiasmatic eminence (inferior lobe); 33, post-chiasmaticrecess (recess of inferior lobe); 36, post-infundibular evagination; 39, paraphysis;40, recess of the infundibular process; 41, supra-optic crest; 42, supra-optic re-cess; 44, telencephalon; 47. velum transversum. organ possessed a lumen late in the course of the anterior and posterior pineal organs in the embryonicstages have nerve fibers which connect them with the habenularcommissure. The earlier works upon this region in ganoids weredone by Salensky341 in 1881 and Balfour and Parker12 in 1882(fig. 18). MEMOIR NO. 9 50 FREDERICK TILNEY AND LUTHER F. WARREN 4. The development of the epiphyseal complex in teleosts Rabl-Riickhard818 in 1882 gave the first explanation of thedevelopment of the epiphyseal complex in teleosts. Hoffmann185in 1884 also described the ontogenesis of the pineal organ in. 14 10 33 21 Fig. 17 Mesial view of brain reconstruction in adult Mustclus laevis. X unshaded area shows the cut surfaces of the reconstruction. According toTilney, 1915. 2, chiasmatic process; 3, cerebellum; 4, chiasm; 6, divcrticular sacci vasculosi;7, epiphysis; 10, hypophyseal recess; 12, infundibular canal; 14, infundibular proc-ess, saccular surface; ir>. infundibular process, pituitary surface; 20, lamina ter-ininalis; 21, median chiasmatic groove; 24, midbrain; 2(5, manunillary recess (re-• IBS f posterior lobe); 27, mammillary body (posterior lobe); 32, post-ehiasmaticeminence (inferior lobe); 33, post-chiasmatic recess (recess of inferior lobe); 34,post-infundibular eminence; 35, post-infundibular recess; 39, paraphysis; 42,supra-optic recess; 14, tel
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Keywords: ., bookcentury1900, bookdecade1910, bookpublisherphila, bookyear1919
