460 
Chittenden, R. H., Influence of Anti- 
monious Oxide on Metabolism, 293- 
300. 
of Bile, Bile Salts and Bile Acids 
on Amylolytic and Proteolytic Action, 
134-148. 
of Certain Therapeutic and Toxic 
Agents on the amylolytic action of 
Saliva, 60-83. 
of Cinchonidine Sulphate on Meta- 
bolism, 166-178. 
of Potassium and Ammonium Bro- 
mides on Metabolism, 153-165. 
of Some Organic and Inorganic Sub- 
stances on Gas Metabolism, 407-442. 
of Temperature on the Relative 
Amylolytic Action of Saliva and the 
Diastase of Malt, 125-133. 
of Uranium Salts on the Amylolytic 
Action of Saliva and the Proteolytic 
Action on Pepsin and Trypsin, 261— 
273. 
of Various Inorganic and Alkaloid 
Salts on the Proteolytic Action of 
Pepsin-hydrochloric Acid, 84-107. 
of Various Therapeutic and Toxic 
_ Substances on the Proteolytic Action 
of the Pancreatic Ferment, 108-124. 
Relatiye Distribution of Antimony 
in the organs and tissues of the body, 
under varying conditions, 275-292. 
On Some Metallic Compounds of 
Albumin and Myosin, 301-331. 
Peptones, 220-251. 
Post-mortem Formation of Sugar in 
the Liver, in the presence of Peptones, 
179-206. 
Chlorate, Potassium, 70, 96, 117. 
Chloride, Ammonium, 101. 
_ Barium, 114. 
Ferric, 68, 92, 113. 
Manganous, 91, 114. 
Mercurie, 62, 79, 86, 109. 
Potassium, 101, 118. 
Sodium, 71, 100, 118. 
Stannous, 67, 89, 111. 
Cinchonidine sulphate, 73, 122, 436. 
Influence of, on Metabolism, 166- 
178. 
INDEX. 
Culbert, W. L., Influence of Potassium 
and Ammonium Bromides on Meta- 
bolism, 153-165. 
Cummins, Geo. W., Amylolytic action of 
Diastase of Malt, as modified by vari- 
ous conditions; studied quantitatively, 
44-59. 
Influence of Bile, Bile Salts and 
Bile Acids on Amylolytic and Proteo- 
lytic Action, 134-148. 
Influence of Some Organic and In- 
organic Substances on Gas Metabo- 
lism, 407-442. 
Influence of Various Therapeutic 
and Toxic Substances on the Proteo- 
lytic Action of the Pancreatic Fer- 
ment, 108—124.: 
Cupric sulphate, 63, 80, 85, 111, 418. 
Cyanide, Mercuric, 62, 88, 110. 
Potassium, 69, 95, 115. 
Cyllopodia cavata, 456. 
DeForest, K. L., On the Law of Error 
in Target-Shooting, 1-8. 
Dehydration of Glucose in the Stomach 
- and Intestines. R. H. Chittenden, 
252-259. 
Deuteroalbumose, 345, 353. ‘ 
Deuterocaseose, 385, 390, 396. 
Deuteroglobulose, 213. 
Diastase of Malt, Amylolytic action, 44- 
59, 125-133. 
Dichromate, Potassium, 95, 115. 
Dictyna, 444, 453, 454. 
arundnaceoides, 444, 445. 
bostoniensis, 447. 
-cruciata, 448. 
foliata, 444. 
frondea, 449. 
longispina, 446. 
minuta, 447. 
muraria, 445, 447. 
rubra, 448. 
sedentaria, 444. 
vittata, 444. 
volucripes, 444, 445, 446. 
volupis, 444, 448, 449, 450. 
Dictynidee, 443. 
Dysalbumose, 355, 
Cinchonine sulphate, 73, 122. 
Ciniflonidee, 443-458. 
Citrate, Uranic, 264, 268, 372. 
Cobalt compounds, 328. 
Compounds, Cobalt, 328. 
Hee-albumin, 302. 
Hgg-albumin and Albumoses, R. H. 
Chittenden and Percy R. Bolton, 332- 
361. 
Copper, 302, 323. 
Tron, 314, 326. 
Lead, 312. 
Mercury, 317, 330. 
Nickel, 328. 
Silver, 318. 
Uranium, 316, 329. 
Emerton, J. H., New England Spiders 
of the Family Ciniflonidee, 443-458. 
Kpeira, 445, 455, 456. 
Kpeiridee, 443, 444, 445, 454, 
Ergatis (Dictyna) diligens, var. annuli- 
pes, 444. 
Extensions of certain Theorems of Clif- 
Zine, 316, 327. 
Copper Compounds, 302, 323. 
Cribellata, 443. 
ford and of Cayley in the Geometry 
of n Dimensions. LEliakim Hastings 
Moore, Jr., 9-26. 
a 
