RMRX89XE–The effects of inanition and The effects of inanition and malnutrition upon growth and structure effectsofinaniti00jack Year: 1925 Fig. 63.—Nerve cells from the ventral horn of the spinal cord in fowls (Giemsa blood stain). The nucleus, n, is indicated in each, a, cell from normal animal, showing Nissl bodies; b, c, cells from fowl with polyneuritis (beriberi) after 24 days on polished rice diet. The nucleus has degenerated; the Nissl bodies have disintegrated, and the stainable substance is collected in irregular masses at one side of the cell. (Vedder and Clark '12.) Fig. 64.—A portion of
RMRWRT0N–The elasmobranch fishes (1934) The elasmobranch fishes elasmobranchfish03dani Year: 1934 A B Fig. 217. Transverse sections of the spinal cord. (From Sterzi.) A. Acanthias vulgaris. B. Baja clavata. ca., calcification; d.li., dorsal horn; d.r., dorsal root; er., endorachis; nc, neurocoele; pm., paracentral mass; ps., perimeningeal space; v.h., ventral horn. sixth nerve and the grey matter of the formatio-reticularis {f.r., fig. 216) is occupied in the cord by the ventral horn {v.h., fig. 217); while the general cutaneous nucleus of the medulla (g.c.n.) gives place to the dorsal horn of the cor
RMRX89XF–The effects of inanition and The effects of inanition and malnutrition upon growth and structure effectsofinaniti00jack Year: 1925 EFFECTS ON THE SPINAL CORD 20I In pigs placed on a ration of wheat, etc., Hart, Miller and McCollum ('16) obtained nervous symptoms and lesions resembling those of beriberi. The Fig. 63.—Nerve cells from the ventral horn of the spinal cord in fowls (Giemsa blood stain). The nucleus, n, is indicated in each, a, cell from normal animal, showing Nissl bodies; b, c, cells from fowl with polyneuritis (beriberi) after 24 days on polished rice diet. The nucleus has deg
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