DIGESTION 1173 



Quantitative Relations of Pepsin Action. HUPPERT (and S-&CHTZ), Pfliiger's 

 Arch., 1900, 80, 470. NEILSON and BONNOT, Arch. Int. Med., 1913, 

 11. 395- SPRIGGS, Z. f. Physiol. Ch., 1902, 35, 465. 



HC1 of Gastric Juice. FLEIG, J. Phys. Path. Gen., 1908, 10, 1009 (reactions 

 for). LUSK and FERRIS, Am. J. Phys., 1898, 1, 277 (inversion of cane 

 sugar by). PALMER, Bioch. J., 1906, 1, 398 (in carcinoma). SJOQVIST, 

 Skand. Arch. Phys., 1895, 5, 277. WEINLAND, Z. f. Biol., 1910, 55, 58 

 (in shark). WIDDICOMBE (J. H.), J. Phys., 1902, 28, 175 (digestion of 

 cane sugar) . 



Acidity of Gastric Juice. MENTEN, J. Biol. Ch., 1915, 22, 341 (in man). 

 MICHAELIS and DAVFDSOHN, Z. Exp. Path. Ther., 1910, 8, 398. TANGL, 

 Pfluger's Arch., 1906, 115, 64. 



Formation of HC1 of Gastric Juice. BENSLEY and HARVEY, Trans. Chicago 

 Path. Soc., 1913, 9, 221. BERGEIM, Soc. Exp. Biol. Med., 1914, 12, 21. 

 BENRATH and SACHS, Pfliiger's Arch., 1905, 109, 466. KOEPPE, Pfluger's 

 Arch., 1896, 62, 567. LIEBERMANN, Pfluger's Arch., 1891, 50, 25. 

 OSBORNE (T. B.), Am. J. Phys., 1901, 5, 180. MONTI, Archivio di Fisiol., 



1913, 11, 155 (function of the delomorphic cells). VON RHORER, Pfluger's 

 Arch., 1905, 110, 416. WESENER, ib., 1899, 77, 483. 



Acidity of Gastric Contents. FOWLER, BERGEIM and HAWK, Soc. Exp. 

 Biol. Med., 1916, 13, 58 (indicators). MCCLENDON, Am. J. Phys., 1915, 

 38, 191 (adults and infants, acidity in stomach and duodenum). MOORE, 

 ALEXANDER, KELLY and ROAF, Bioch. J., 1906, 1, 274. 



Protein Digestion in Stomach. TOBLER, Z. f. Physiol. Ch., 1905, 45, 185. 

 ZUNZ (E.), Ergeb. d. Phys., 1906, 622, "663. CHITTENDEN, MENDEL 

 and JACKSON, Am. J. Phys., 1898, 1, 164 (action of alcohol on digestion). 



Proteoses, Albumoses. CHITTENDEN and HARTWELL, J. Phys., 1891, 12, 12. 

 HASLAM, ib., 1907, 36, 164 (deutero-albumose) . KttHNE and CHITTENDEN, 

 Z. f. Biol., 1884, 20, n, 409. 



Digestion of Nucleins. AMBERG and JONES, J. Biol. Ch., 1911, 10, 81. 

 LEVENE and MEDIGRECEANU, ib., 9, 375. 



Chymase (Eennin). BANG, Z. f. Physiol. Ch., 1904-5, 43, 358. BOSWORTH, 

 J. Biol. Ch., 1913, 15, 231 ; ib., 1914, 19, 397. BURGE, Am. J. Phys., 1912, 

 29, 330. EDMUNDS, J. Phys., 1896, 19, 466. FULD., Ergeb. d. Physiol. 

 (Bioch.), 1902, 468. HAWK, Am. J. Phys., 1903, 10, 37. KENT, J. Phys., 

 1911, 43, P- xxiv. LEARY and SHEIB, J. Biol. Ch., 1917, 28, 393. LOCKE, 

 J. Exp. Med., 1897, 2, 493. LOEVENHART, Z. f. Physiol. Ch., 1904, 41, 

 177. MELLANBY, J. Phys.r 1912, 45, 345. PAWLOW and PARASTSCHAK, 

 Z. f. Physiol. Ch., 1904, 42, 415. PORTER (A. E.), J. Phys., 1911, 42, 389. 

 TAYLOR (A. E.), J. Biol. Ch., 1908, 5, 399. WARREN (J. W.), J. Exp. 

 Med., 1897, 2, 475- 



PANCREATIC JUICE. 



BAYLISS and STARLING, J. Phys., 1904, 30, 61. BOLDYREFF, Q. J. Exp. Phys., 



1914, 8, i ; ib., 1916, 10, 175 ; Ergeb. d. Physiol., 1911, 121, 156. BRADLEY, 

 J. Biol. Ch., 1909, 6, 133 (human). DE ZILWA, J. Phys., 1904, 31, 230 

 (composition). FISCHER (E.) and ABDERHALDEN, Z. f. Physiol. Ch., 1907, 

 51, 264 (action on polypeptides). WELKER and FALLS, J. Biol. Ch., 1917, 

 32, 509 (influence of pancreatic digestion on non-colloidal N-content of 

 scrum). 



Enzymes of Pancreas. BAYLISS, J. Phys., 1907, 36, 221 (causes of rise of 

 electrical conductivity in trypsin action). EDKINS, ib., 1891, 12, 218 

 (action on casein). HEDIN (S. G.), ib., 1905, 32, 468; ib., 1906, 34, 370 

 (trypsin action). MAGNUS, Z. f. Physiol. Ch., 1906, 48, 376 (synthetic bile 

 acids and pancreatic fat-splitting). MAYS (K.), ib., 1907, 51, 182. 

 MELLANBY and WORLEY, J. Phys., 1913, 47, 338 (trypsin, tyypsinogen, 

 enterokinase); ib., 1913, 46, 159 (Ca and generation of trypsin from tryp- 

 sincgen). ROBERTSON (T. B.), J. Piol. Ch., 1908, 5, 31 (rdle of alkali i'i 

 hydrolysis of proteins by trypsin). TERROINE and SCHAEFFER, J. Phys. 



