RESPIRATION- 1169 



Reductases. HARRIS (D. F.), J. Biol. Ch., 1915, 22, 535. HARRIS and 



CREIGHTON, ib., 21, 303 ; 20, 179; Bioch. J., 1914, 8, 585. 

 Bioluminescence (Phosphorescence). HARVEY, Am. J. Phys., 1915, 37, 230; 



ib., 1916, 41,449, 454; ib., 1917, 42, 318; J. Biol. Ch., 1917, 31, 311. 



KASTLE and MCDERMOTT, Am. J. Phys., 1910, 27, 122. MOORE, Bioch. 



J., 1908, 4, i. 



COMPRESSED AND RAREFIED AIR. 



Caisson Illness. BOYCOTT and DAMANT, J. Phys., 1907-8, 36, p. xiv. HAM 

 and HILL, ib., 1905-6, 33, pp. v, vi, vii. HILL and MACLEOD, ib., 1903, 

 29, 382, 492. HILL and GREENWOOD, Proc. Roy. Soc., 1906, B 77, 442; 

 1907, B 79, 21, 284; 1908, B 80, 12. TWORT and HILL, J. Phys., 1910, 

 41, p. v. 



Effects of Atmospheres Rich in Oxygen. BENEDICT and HIGGINS, Am. J. 

 Phys., 1911, 28, i (effect of O z -rich mixtures on man). BULLOTT, J. Phys., 

 1904, 31, 359 (action of O 2 at low and high pressure on the cornea). HILL 

 and MACLEOD, Proc. Roy. Soc., B 70, 455, 465 (effects of an atmosphere of 

 O% on respiratory exchange and circulation in mouse and frog) . HILL and 

 FLACK, J. Phys., 1910, 40, 347 (effect of oxygen inhalation on muscular 

 work). KARSNER, J. Exp. Med., 1916, 23, 149. KARSNER and ASH, 

 J. Lab. Clin. Med., 1917, 2, 254. LORRAIN SMITH, J. Phys., 1899, 24, 19 

 (pathological effect of increased O 2 tension). Mosso, Arch, de Phys. et 

 Path., 1878, 10, 76 (action of compressed air). 



Influence of High Altitudes. BARCROFT, J. Phys., 1911, 42, 44; ib., 1913, 

 46, p. xxx. BARTLETT, Am. J. Phys. r 1904, 10, 149. BOYCOTT and 

 HALDANE, J. Phys., 1908, 37, 355 (low atmospheric pressures) . COHNHEIM, 

 Ergeb. d. Phys. (Bioch.), 1903, 612. DOUGLAS, HALDANE, HENDERSON 

 and SCHNEIDER, Proc. Roy. Soc. (Lond.), 1913, B 85. DURIG and 

 ZUNTZ, Arch. f. Phys., 1904, Supp. Bd., 417. HUEPPE, Pfluger's Arch., 

 1903, 95, 447. Mosso and MARRO, Arch. Ital. Biol., 1903, 39, 387. 

 SCHNEIDER ET AL., Am. J. Phys., 1908, 23, 90; ib., 1914, 34, 29; ib., 1916, 

 40, 380 (circulation). TISSOT, J. de Phys. Path. Gen., 1910, 12,520; ib., 

 1911, 13, 75 (mountain sickness). WARD, J. Phys., 1908, 37, 378. ZUNTZ 

 and v. SCHROTTER, Arch. f. Phys., 1902, Supp. Bd., 430, 436 (balloon). 



Influence of Respiration on Circulation. GOLLA and SYMES, J. Phys., 1916, 

 50, p. xxxii (cerebrospinal pressure and respiratory movements). HENDER- 

 SON and BARRINGER, Am. J. Phys., 1913, 31, 399 (respiration and heart 

 output). SNYDER, Am. J. Phys., 1915, 27, 104 (causes of respiratory 

 change in heart rate] . 



RespTatory Waves in Blood-Pressure. ERLANGER and FESTERLING, J. Exp. 

 Med., 1912, 15, 370. LEWIS (T.), J. Phys., 1908, 37, 213, 233. SNYDER, 

 Am. J. Phys., 1915, 36, 430. WIGGERS, Am. J. Phys., 1911, 35, 124 (in 

 pulmonary artery). 



Cutaneous Respiration. BARRATT, J. Phys., 1897, 21, 192 (CO Z and H 2 O); 

 ib., 24, ii (varnished skin). BOHR, Skand. Arch. Phys., 1900, 10, 74 

 (frog). REID and HAMBLEY, J. Phys., 1895, 18, 411 (C0 2 infrog). 



CHAPTER V. 

 VOICE AND SPEECH. 



FLEEMING JENKIN and EWING, Trans. Roy. Soc. (Edin.), 1879, 28, 745 (vowe 

 sounds). GRUTZNER, Ergeb. d. Physiol. (Bioph.), 1902, 466 (voice and 

 speech). HERMANN, Pflugcr's Arch., 1901, 83, i, 33 (consonants) ; ib., 86, 

 92 (vowel sounds). MCKENDRICK, Trans. Roy. Soc. (Edin.), 37, Pt. 4. 

 MEYER, The Organs of Speech. PAULSEN, Pfluger's Arch., 1895, 61, 

 407 (the singing voice of children)', ib., 1899, 74, 570 (pitch of the voice). 

 RUSSELL (J. S. R.), Proc. Roy. Soc., 1892, 102 (innervation tff glottis). 

 SCRIPTURE, Study of Speech Curves, Carnegie Instit. Pub., Washington, 

 1906. 



74 



