THE CIRCULATING LIQUIDS OF THE BODY 1153 



CHAPTER II. 



THE CIRCULATING LIQUIDS OF THE BODY. 



BUCKMASTER (G. A.), The Morphology of Normal and Pathological Blood, 

 London, 1906. 



Erythrocytes. DEETJEN, Virchow's Arch., 1901, 165, 282 (envelope}. MEYER, 

 Arch. Int. Med., 1914, 14, 94 (colour index). ALBRECHT, Zentr. f. Phys., 

 1905, 19, 19 (envelope). MEVES, Anat. Anzeig., 23, 212 (structure). 

 PESKIND, Am. J. Phys., 1903, 8, 414 (action of acids and acid salts). 

 LSHNER, Arch. Mikros. Anat., 1907, 71, 129 ('membrane' of). Rous 

 and TURNER, J. Exp. Med., 1916, 23, 219, 239 (living erythrocyles in vitro). 

 SCHAFER, Anat. Anzeig., 1905, 26 (structure). WEBER and SUCHARD, 

 Arch, de Phys., ib8o, 12, 521 (rouleaux) . STEWART (G. N.), Am. J. 

 Phys., 1902, 8, 118 (envelope of Necturus corpuscles). 



Blood Formation and Regeneration. FOOT, J. Exp. Med., 1913, 17, 43 

 (bone-marrow in vitro). HALL and EUBANK, ib., 1896, 1, 656. NOLL, 

 Ergeb. d. Phys. (Bioch.), 1903, 433. MALASSEZ, Arch, de Phys., 1882, 

 i. PEARCE (R. M.) ET AL., J. Exp. Med., 1912, 16, 758, 769, 780 (spleen). 

 SEEMANN, Ergeb. d. Phys. (Bioch.), 1904, 12. WOOLLEY, J. Lab. Clin. 

 Med., 1916, 1, 347 (in foetus). OPIE, J. Exp. Med., 1905, 7 759- SEE- 

 MANN, Ergeb. d. Phys. (Bioch.), 1904, 30. 



Blood at High Altitudes. ABDERHALDEN, Z. f. BioL, 1902, 43, 125,443; 

 Pfluger's Arch., 1905, 110, 95. BURKER, ib., 1904, 105, 480. JAQUET, 

 Arch. Exp. Path. Pharm., 1900, 45, i. SCHNEIDER and HAVENS, Am. J. 

 Phys., 1915, 36, 380. HENOCCjUE,-Arch. de Phys., 1889, 710. GAULE, 

 Pfliiger's Arch., 1902, 89, 119. GUILLEMARD and MOOG, J. Phys. Path. 

 Gen., 1907, 9, 17; ib., 1910, 12, 869. 



Destruction of Erythrocytes in the Body. BAIN, J. Phys., 1903, 29, 352 

 (rdle of liver and spleen). FINDLAY, ib., 1910, 40, 445 (hcemolysis in the 

 liver?). KYES, Internat. Monatsch. Anat. Phys., 1914, 31, 543 (in birds). 

 Rous and ROBERTSON? J. Exp. Med., 1917, 25, 651, 665. 



Variation in Number of Erythrocytes. BOOTHBY and PERRY, Am. J. Phys., 



1915, 37, 378. HAWK, ib., 1904, 10, 384 (effect of exercise). BURKER, 

 Pfliiger's Arch., 1905, 107, 426 (technique). DOWNS and EDDY, Am. J. 

 Phys., 1917, 43, 415 (influence of secretin). HASSELBALCH and HEYERDAHL, 

 Skand. Arch. Phys., 1908, 20, 289 (some physical causes of variation). 

 WARD, Am. J. Phys., 1904, 11, 394. WELLS (J. J.) and SUTTON (J. E.), 

 Am. J. Phys., 1915, 39, 31 (blood counts in frog, turtle and mammals). 

 (For influence of Adrenalin see Chapter XI.) 



Permeability of Erythrocytes. DE BOER, J. Phys., 1917, 51, 211 (influence 

 of respiration on exchange of SO 4 between corpuscles and plasma) . HAM- 

 BURGER, Osmotischer Druck und lonenlehre; Bioch. Z., 1915, 71, 464 

 (influence of osmotic pressure and the permeability problem) ; Z. f . Physikal. 

 Ch., 1909, 69, 663 (for Ca ions). HO^ER, Pfluger's Arch., 1904, 102, 196; 

 Oppenheimer's Handb. d. Bioch., 1908, 2, i. MASING, Pfliiger's Arch., 

 1913, 149, 227 (glucose). MANWARING and KUSAMA, Soc. Exp. Biol. 

 Med., 1916, 13, 17/5 (for protein). ROHONYI, Kolloid. Chem. Beihefte, 



1916, 8, 337, 377 (Physiol. Abstracts, 1917, 2, 178, 179). SPIRO and 

 HENDERSON, Bioch. Z., 1908, 15, 114 (influence ofCO z ). 



Osmotic Relations of Erythrocytes. BANG, Bioch. Z., 1909, 16, 255. 

 EYKMAN, Pfluger's Arch., 1897, 68, 58 (permeability). HEDIN, ib., 68, 

 229 (permeability). HOBER, ib., 1904, 102. 196 (ion-permeability). 

 GRYNS, ib., 1896, 63, 86; ib., 1905, 109, 289. HAMBURGER, Z. f. Biol., 

 1897, 35, 252, 289 (respiratory exchange and volume of erythrocytes) . 

 KORANYI and BENCE, Pfluger's Arch., 1905, 110, 532 (action of CO 2 ). 

 KOEPPE, ib., 1897, 67, 189. MOORE and ROAF, Bioch. J., 1907, 3, 55. 

 SCOTT (F. H.), J. Phys., 1915, 50, 128. STEWART (G. N.), J. Phys., 

 1900-1, 26, 470. 



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