SUBJECT INDEX — MORPHOLOGICAL SECTION 



389 



during pregnancy, etc. Bottazzl, F. 1907.1; 

 Polimanti, O. 1912.6, 1913.4; Reach, F. 

 1912.1. 



Amount of fat in different fishes, in rela- 

 tion to their comestible value. Payen, A. 

 1834.1-1865.1; Fage, L. & Legendre, R. 

 Add. 1914.1; Hughes, F. Add. 1891.1. 



Analysis of fish flesh 



Changes in flesh of herring during repro- 

 ductive period. Milroy, T. H. 1908.1. 



Characteristic odor of sea-Ush flesh. 

 Panzer, T. 1910.1. 



Fluorine in tissue. Gautier, A. & Claus- 

 mann, P. 1913.1. — Urea in shark flesh. 

 Krukenberg, C. F. 1888.1. . —Sulphur 

 content of flesh. Sehuiz, H. 1893.1. — 

 Nitrogen content of dried codfish. Yoshi- 

 mura, K. & Kanai, M. 1913.1. 



Chemical analyses of the flesh of flshes, 

 chiefly from the viewpoint of the relative 

 percentages of proteids, fat, carbohydrates, 

 ash, water, waste, etc. Almen, A. 1877.1; 

 BaUand, M. 1898.1; Calderwood, W. L. 

 1904.4; Chittenden, R. H. 1877.1; 



Christison, R. 1872.1; Fr6d&icq, L. 

 1901.1, 1905.1; Kensington, E. T. 1884.1; 

 Lebedintsev, A. A. 1905.2; Morin, B. 

 1822.1; Payen, A. 1834.1-1865.1; Payen, 

 A. & Wood, - 1854.1; Stirling, W. 1885.1 ; 

 White, G. F. & Thomas, A. 1914.1; 

 Weidenbusoh, H. 1847.1; Zuntz, N. 

 1903.1; Konig, J. & SpUttgerber, A. 

 Add. 1909.1. 



For additional references of a similar 

 nature, see Nutritive value below Economic 

 products under Fisheries. 



For the chemical composition of young 

 eels under various conditions of nutrition or 

 starvation, see Reuss, H. & Weinland, E. 

 1912.1. 



At many places in France, the trans- 

 parent stages (Leptocephali) of the eel are 

 eaten under the names of '* Civelles " and 

 " Piballes." Their food value because of 

 their fat content is relatively greater than 

 other older stages, according to Vaillant, L. 

 L. 1903.3. 



Extractive bodies. In fishes, the nitrog- 

 enous extractives of the muscles (flesh) con- 

 sist chiefly of creatine and creatinine. 



Various papers. Baglioni, S. 1906.3, .4; 

 Krukenberg, 0. F. 1881.1, .2, Add. 1881.2; 

 Suwa, A. {Trimethylaminoxyd) 1909.1, .2; 

 Suzuki, tJ., Mihata, M., Otsuki, S. & 

 others 1912.1; Wilson, D. W. & Lyman, 

 J. F. 1913.1 ; Buglia, G. & Costantino, A. 

 Add. 1913.1; Okuda, Y. Add. 1912.1. 



Discovery of nitrogenized protic acid in 

 Cyprinid, Rutilus. Limpricht, H. 1863.1. 

 — Review of this. Harting, P. 1863.2. 



I socreatinine in extractives. Discovered 

 by Thesen, J. E. 1898.1. — Considered an 

 impure creatinine by Poulsson, and by 

 Schmidt & Komdorfer, in Arch. f. exp. 

 Path. u. Pharm., vol. 51. 



CIECTJLATORT OR VASCULAR 

 SYSTEM 



Comprising the blood vascular system 

 of fishes, including arterial, venous, and 

 lymphatic systems. 



Both Heart and Blood, essential parts of the 

 vascular system, are treated separately because 

 of the large number of citations under each. 



For an authoritative, readable article on 

 the vascular system, see the chapter in 

 •Bridge, T. W. 1904.1. 



Origin and evolution of the circulatory 

 system. Cahall, W. C. 1891.1; Lankester, 

 E. R. 1873.3. 



Anatomy and morphology. Miscellaneous 

 papers. Harting, P. 1857.1; Hyrtl, C. J. 

 1844.1, Add. 1838.1; Sabatier, C. P. 

 1S73.1; SMedeLi^oux, P. 1886.1. —Re- 

 lation of blood and lymph vessels to the 

 "Saftkanalchen." Arnold, J. 1875,1. 



Anatomy of circulatory system in — 

 Amphioxus. Legros, R. 1900.1, 1902.1; 

 Martino, A. 1846.2; Mozeyko, B. 1912.2, 

 1913.3,.5. 



Cyclostomata. — Ammocoetes. •Cori, 

 C. J. 1906.1; Dohm, F. A. 1882.2 (xiii); 

 Julin, C. 1888.1. — Petromyzon. Favaro, 

 G. 1905.1; Mozeyko, B. 1910.1,.2, 1911.3, 

 1912.3-1912.5. — Bdellostoma. Jackson, 

 C. M. 1901.1. — Heptatrema. Kirk, H. B. 

 1912.1. 



In various flshes, chiefly Teleosts. — 

 Loricati. •Allen, W. F. 1905.1. — Am- 

 phipnous. Hyrtl, C. J. 1858.3. — Amiurus. 

 Mackenzie, T. 1884.1. — Lota. Melnikov, 

 N. 1866.1. —Lepidosteus. Mitchell, S. W. 

 1860.1. — Mustelus. Parker, T. J. 1886.1. 



— Selachii. Robin, G. P. 1845.2. — 

 Plectognaths. Ros6n, N. 1912.1 (i). — 

 Lopholatilus. •Silvester, C. F. 1904.1. 



— Ceratodus. Spencer, W. B. 1893.1. — 

 Monopterus. Volz, W. 1905.1, .5, 1906.1. 



Development and embryology. For 

 recent comprehensive general treatises on 

 the development of the blood circulatory 

 system see^Hochstetter, - Add. 1906.1 and 

 •Riickert, J. & MoUier, S. Add. 1906.1. 



Miscellaneous papers. Brigidi, V. & 

 Tafani, A. 1878.1; Reichert, C. B. 1858.1. 



Development of blood vessels in Cyclo- 

 stomata. •Hatta, S. 1908.1; Keiser, W. 

 Add. 1914.1; •MoUier, S. Add. 1906.2. 



Development in Blasmobranchii. Hoff- 

 mann, C. K. 1893.2; •Mayer, P. 1887.1, 

 1888.1, 1894.1; Raffaele, F. 1891.1; 



•Riickert, J. 1888.1, 1906.1; Virehow, 

 H. 1895.2, 1897.1, 1898.1; Thompson, A. 

 Add. 1831.1. —Torpedo. Emmert, J. 

 1900.1. — Acanthias. Hoffmann, C. K. 

 1892.1. — Yolk-sac circulation, develop- 

 ment in Scyllium. Hochstetter, P. 1905.1; 

 Virehow, H. 1897.1. — Sinus terminalis, 

 Torpedo. Riickert, J. Add. 1903.1. 



Dipnoi and Ganoidei. MoUier, S. 1906.1, 

 Add. 1906.2. — Ceratodus. •Greil, A. 

 1908.1, .2, 1913.1; Kellicott, W. E. 1904.1, 

 1905.1. — Lepidosiren. •Robertson, J. I. 

 1913.1. — Lepidosteus. Virehow, H. 

 1894.1. 



Teleostei. Borc6a, J. 1909.1, 1910.1; 

 Filippi, F. 1845.2; Grochmalicki, J. 



1910.1; Mollier, S. 1906.2. — Salmonidm. 

 •Sobotta, J. 1894.1, 1902.1 ; Ziegenhagen, 

 P. 1894.1, (Belone) 1896.1. 



Vascular endothelium (the epithelial 

 cells lining the blood vessels and lymphatics) . 



