INDEX 



Acetic acid, effect of, on rate of reduction 

 of blood 54 



Acid, effect of, on dissociation curve of 

 haemoglobin 53 et seq.; from salivary 

 glands 162 



Acidosis 227 ; due to altitude 255 et seq., 

 276; due to exercise 238, 276; due to 

 disease 282 et seq.; due to diet 232; in 

 relation to respiratory centre 232 ; deter- 

 mination of, Mathison 259 ; Boycott and 

 Chisbolm 259 



Adsorption, theory of union between oxygen 

 and haemoglobin 24. See also Aggrega- 

 tion and Colloids 



Aggregation of haemoglobin molecules 32, 

 50, 51, 60 et seq.; in disease 289; with 

 CO 2 314 



Alps 249 et seq. 



Alta Vista 246 et seq. 



Altitude, effect of 243 et seq. ; on alveolar 

 C0 2 251, 266; acidosis 255; on blood 

 130; on dissociation curves 252, 267; on 

 lactic acid production 259; on oxygen 

 capacity 130; "pulmonary secretion" 

 217 ; on, respiratory centre 261 



Alveolar air, estimation 310 



Ambard, constant of 283, Appendix IV 



Ammonia, effect of, on dissociation curve 

 of haemoglobin 43 



Ammonium carbonate, do. 44 



Anaemia, oxygen used by blood in 11, 124 



Atropine on salivary glands 147 



Blood, dissociation curve of, dog's 49 ; 

 effect of acid on 53 et seq. ; effect of 

 CO 2 on 58, 65 ; effect of lactic acid on 

 54 ; effect of temperature on 158 ; human 

 47, 62, 63, 64 ; oxygen used by 120 et seq. ; 

 oxygen used by, during anaemia 124 

 - rate of reduction of 173 ; effect of CO-, 

 on 54, 175; acetic acid on 54; lactic acid 

 on 54 ; hydrochloric acid on 54 ; tem- 

 perature on 175 



Blood-flow 134 ; effect of metabolites on 

 137; heart 149; liver 134; pancreas 148; 

 salivary glands 139 et seq. 



Calibration of differential apparatus 293, 

 299 



Cafiadas 244 et seq. 



Capillaries, oxygen in, 163 



Carbonic acid, aggregation of haemoglobin 

 with 314 ; effect of, on COHb 57 ; effect 

 of, on haemoglobin Appendix II ; effect 

 of, on dissociation curve of blood 53 et 

 seq., 58, 65, 67, 160; effect of, on rate 

 of reduction of blood 54 ; in blood from 

 salivary glands 139, 162; in alveolar air 

 251; do. in disease 283; ."hysteresis" 

 86 



Carboxyhaemoglobin 202 et seq. ; dissocia- 

 tion curve of 57, 67, 186; effect of CO-> 

 on 57, 67, 68, 69 



Carlingford 236, 267 



Chemical basis of variation 72 



Col d'Olen 250 et seq. 



Colloid nature of haemoglobin 50, 51 



Constancy of n for human blood 65 



Coronary system, blood-flow through 149 



Corpuscles, salts in 47 



Cyanosis 283 



Diet on dissociation curve 228 

 Difference of arterial and venous blood 298 

 Differential blood-gas apparatus 291, 299 

 Dilatation, vascular, in relation to functional 



activity 138 



Dilution in relation to oxygen capacity 25 

 Dissociation curves, altitude 252, 267 ; 

 ammonia on 43 ; ammonium carbonate 

 on 44, 62; COHb 186; exercise 237, 

 267; electrolytes 41 et seq.; potassium 

 chloride 46, 61; Einger's solution 62; 

 salts on 41 et seq.; do. in corpuscles 47; 

 do. canine corpuscles 47 ; do. in human 

 corpuscles 47 ; sodium bicarbonate 61 ; 

 sodium chloride 46, 61 ; sodium phosphate 

 67 

 Dyspnoea 285 



Exercise, acidosis in 238, 276; hydrogen 

 ion concentration in 238, 270; lactic acid 

 in 239, 276; meionexy in 238, 267 



