SUBJECT INDEX — MORPHOLOGICAL SECTION 



407 



1802.4,.5; Goodsir, J. 1855.1, 1868.2; 

 Savi, P. 1844.1. 



Miscellaneous papers. Gotch, F. 1892.1; 

 Hartmann, R. 1861.1; Munk, H. 1858.1; 

 Muskens, L. J. 1894.2; Riebesell, P. 

 1913.1; Knoepfel.R. Add. 1914.1; Redi, 

 F. Pre-Linn. 1673.1. — Analogous organ 

 in Cetacea. Knox, R. 1830.2. 



Anatomy in various fishes. — - Astro- 

 scopus. DaLlgren, U. 1906.1; Dahlgren, 

 U. & SUvester, 0. F. 1906.1. 



Gymnotus (Electrophorus). *Ballo- 

 witz, E. 1897.4, 1898.2; Chiaje, S. 1848.1; 

 •Du Bois-Reymond, E. H. 1881.1; 

 •Fritsch, G. T. 1881.1; Jobert de Lam- 

 baUe, A. 1851.1; Letheby, H. 1843.1,.2; 

 Sachs, Carl 1S77.1, ISSl.l. 



In Steatogenys {Gymnotidce) , the sub- 

 mental filaments are considered probable 

 electric organs by Lowrey, A. Add. 1914.1. 



For Electrical production, see below. 



Malopterurus. (Organs supposed to 

 arise from integument or modified glands.) 

 Babukhin, A. I. 1875.1; •Ballowitz, E. 

 1898.1,1899.1; •Bilharz.T. 1857.1; BoU, 

 F. 1873.2; Fritsch, G. T. 1887.1. (Re- 

 mew of Bilharz.) Harting, P. 1857.2; 

 Marcusen, J. 1854.1; Peters, W. C. 

 1844.2; Valenciennes, A. 1840.1. 



For Electrical production, see below. 



MormyridSB. (Pseudoelectrical organs.) 

 •Marcusen, J. 1864.1; Ogueff, J. F. 

 1898.1. 



Anatomy in — Gymnarchus niloticus. 

 Erdl, M. P. 1847.3. — Steatogenys. Low- 

 rey, A. Add. 1914.1. 



Anatomy in Mormyrus. Eoker, A. 

 1855.1, 1858.1; •Fritsch, G. T. 1891.1,.2; 

 Harting, P. 1879.5; Kupffer, C. & Kefer- 

 stein, W. 1858.1; KoUiker, R. A. 1849.1. 



Baja. (Pseudoelectrical organs.) •£•»•- 

 art, J. C. 1888.1, .5, 1892.1, 1893.3; 

 •Ivanzov, N. 1895.1; KolMker, R. A. 

 1857.6,.7; Macdonnell, R. 1861.1-1862.1; 

 Mayer, A. F. 1843.1; Miesoher, F. 1844.1; 

 Retzius, A. J. 1845.1, 1848.1; Robin, C. 

 P. 1846.3; 1847.1, .2; •Sanderson, J. & 

 Gotch, F. 1888.1 ; Schultze, M. J. 1858.1, 

 1861.1; Stark, James 1844.1; Wyman, 

 J. 1859.5; Engelmann, T. W. Add. 1894.1. 



Torpedo. Babukhin, A. I. 1882.1; 

 BaUowitz, E. 1893.1; Boll, F. 1874.2, 

 1876.2; CavaUe, M. 1905.1; Ciaccio, G. 

 V. 1876.1, 1877.1,.3; Fritsch, G. T. 

 1884.1, 1889.1, 1890.1; Girardi, M. 



1786.1; Jobert de Lamballe, A. 1844.1, 

 1851.1; Meissner, G. & Billroth, T. 

 1852.1; Rouget, C. 1876.1, 1880.1; Savi, 

 P. 1844.1; TJbich, - 1851.1; Wyman, J. 

 1856.3; Zantedeschi, F. 1845.1. 



For Electrical production, see below. 



Nervous System of Electrical Fishes 

 Anatomy and histology. CrisafuUi, 



E. 1901.2; Fritsch, G. T. 1884.3; Fuchs, 



S. 1894.1; •Romano, A. Add. 1901.1. 

 Electrical nerves in — Malopterurus. 



Ecker, A. 1855.2; Harting, P. 1878.2; 



Kolliker, R. A. 1854.1. —Mormyrus. 



Stendell, W. 1915.1. — Polarity in motor 



nerve cells of Tetronarce. Dahlgren, XJ. 

 Add. 1914.4. 



Effects of resection of electrical nerves. 

 Garten, S. 1900.2; Kinase, W. 1887.1. 



Experiments on effects of curare, in Tor- 

 pedo. Gotch, F. 1888.2; Moreau, F. A. 

 1860.1, .2; Schoenlein.K. 1895.3; Steiner, 

 J. Add. 1875.1. 



Development of nerves, chiefly in 

 Torpedo. Ecker, A. 1849.1; Fritsch, G. 

 T. 1892.1; Trinchese,S. 1892.1; Wagner, 

 R. 1849.1. 



Electrical center. In spinal cord of 

 Raiidai. Ewart, J. C. 1893.2; Dahlgren, 

 U. Add. 1914.1. 



Electrical center in Lobus electricus of 

 medulla of Torpedo. Anatomy and his- 

 tology. Faure-Fremiet, E. & Mironesco, 

 T. 1911.1; Fritsch, G. T. 1890.2; Har- 

 less, E. 1846.1; Hatai, S. 1901.1; Jon- 

 qui^re, G. 1879.1; Magini, B. 1894.1; 

 •Mencl, E. 1901.1, 1902.1, 1906.1, 1907.2; 

 Paladiuo, G. 1909.1; Petelenz, J. 1886.1; 

 Pighini, G. 1908.1; Reichenheim, M. 

 1873.1,.2, 1877.1; Rohon, J. V. 1878.1; 

 Ramon V Cajal, S. 1888.1; •Romano, A. 

 1899.1, 1902.2; Ruzioka, V. 1906.1; 



Solger, B. F. 1897.1, .2, 1902.1; Stud- 

 nifika, F. K. 1900.1. — Nature of yellow 

 color. Romano, A. 1900.1. — Perichro- 

 matin, a nuclear material. 1902.1. — Lobus 

 electricus, development, Schenk, S. L. 

 1877.1. 



Nerve terminations in electrical 

 organs. Distribution, etc., chiefly in Tor- 

 pedo. A., C. 1858.1 (Mormyridoe); Ballo- 

 witz, E. 1898.3, 1899.2 (Malopterurus); 

 Cavalie, M. 1904.4; •Ciaccio, G. V. 

 1870.1, 1877.2,.3, 1883.1, Add. 1888.1; 

 Crevatin, F. 1898.1; Ewald, A. 1881.1; 

 Fritsch, G. T. 1893.1; KoUiker, R. A. 

 1856.1; •Krause, W. 1886.1, 1891.1; 

 Pighini, G. 1908.1; •Poloumordwinoff, 

 D. 1902.1; Ranvier, L. A. 1872.1, 1875.1; 

 Remak, R. 1856.1; Retzius, M. G. 1898.2 

 (Raja); Rouget, C. 1865.1, 1876.2; Savi, 

 P. 1841.1, 1844.1; Wagner, R. 1847.1, .4. 



PHYSIOLOGY AND FUNCTIONS 

 Production of Electricity 



General treatises. •Garten, S. 1910.1; 

 Matteucci, C. 1844.1 ; Valentin, -. 1842.1 ; 

 •Biedermann, W. Add. 1895.1. 



Researches dealing with the subject as a 

 whole. Babukhin, A. I. 1876.1; Du Bois- 

 Reymond, E. H. 1848.1, 1850.1, 1853.1, 

 1865.1; Fritsch, G. T. 1891. 1,.2; Helm- 

 holtz, W. 1853.1; Pacini, F. 1846.1- 

 1853.1; Volta, A. 1797.1, 1801.1; Gotch, 

 F. Add. 1900.1. 



Historical accounts, development of our 

 knowledge and ideas of the ancients. Kefer- 

 stein, W: M. 1859.1; Pouchet, G. 1879.2; 

 Du Bois-Reymond, E. H. Add. 1843.1. 



Effect of electrical discharge. — Elec- 

 trolysis of salts. Du Bois-Reymond, E. H. 

 1862.1. — ■ Narcosis produced. Engelen, 

 - 1912.1. — Comparison with Voltaic pile 

 and thermoelectric pile. Pacini, F. 1852.1, 

 1853.1. 



Source of electricity. Delanve, A. 1871.2 



