The respiratory function of the blood / by Joseph Barcroft.

  • Barcroft, Joseph, 1872-1947.
Date:
1914
Catalogue details

Licence: Public Domain Mark

Credit: The respiratory function of the blood / by Joseph Barcroft. Source: Wellcome Collection.

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    Ferricyanide reaction with haemoglobin 290 Gases, storing of 305 Haemoglobin, aggregation of molecules 32, 50, 51, 60 et seq., Appendix II; do. in disease 289; analysis of 2; colloidal nature of 50, 51; dissociation curve of 18, 19, 20; do. a rectangular hyperbola 18, 23, 36, 60; effect of: acid on, 52, 53 et seq.; ammonia on 43; ammonium carbonate on 44, 62; electrolytes on 41 et seq.; potassium chloride on 46; Finger’s solution on 46, 62; salts on 41 et seq., 159; salts in red corpuscles on 47; tem¬ perature on 27 et seq.; trivalent ions on 51; increase at high altitudes 130; iron in 3; molecular weight of 31; molecular heat of 31; specific oxygen capacity of 3 et seq.; reaction with ferricyanide 290; rate of oxidation 174; rate of reduction 174; effect of salts on 175 Haemoglobinometer, standardisation of 295, 302 Haldane and Douglas’ experiments on lung 203 Hartridge’s experiments on lung 207 Heart, blood-flow in 149; oxygen pressure in 170; oxygen used by 80 et seq. Heat of formation of oxyhaemoglobin 31; liberation of heat in muscle 77 et seq. Human blood corpuscles, effect of salts in 47 Hydrochloric acid, effect of, rate of re¬ duction of blood, 54 Hydrogen ions 238, 270, Appendix III Hysteresis of carbonic acid 86 Increase of haemoglobin at high altitudes 130 Individual differences in blood 64 Inflammation in relation to metabolites 156 Intestine, oxygen used by 116 Invasion coefficient 190 Ions, trivalent 51; hydrogen 238, 270, Appendix III Iron in haemoglobin 3 Isotonic and isometric contractions of the heart 85, 89 Johannesburg 244 Kidney, oxygen pressure in 170; oxygen used by 93,107 et seq..; work done by 93; effect of clamping artery 115 Krogh’s experiments on lung 196 Lactic acid in blood 241, 257; in disease 283; during exercise 239; at high alti¬ tudes 259, 276; in urine 261; effect of, on dissociation curve 54 Law of mass action 17, 60, 314 Lewis’s dyspnoea 288 Liver, oxygen used by 104, 134 Lung, Krogh’s experiments on 196; Haldane and Douglas’ do. 205, 217 ; Hartridge’s do. 207 Lyopliil colloids 51 Marglierita Hut 249 et seq. Mass action, law of 17, 60, 314 Mathison’s method of acidosis determina¬ tion 259 Meionexy, definition 225; in exercise 238, 267; in disease 283 ; at high altitudes on respiratory centre 262 Metabolites, effect of 137, 156 Molecular weight of haemoglobin 31 Monte Rosa 249 et seq. Mountain sickness 279 Muscle, oxygen pressure in 169; oxygen used by 75; heat liberated in 77 Nitrogenous substances in blood in disease 283 Nuttallia equi, oxygen capacity of blood in 13 Orotava 243 Oxygen capacity 130; determination of 294, 302; in relation to dilution 25; specific 3 et seq. Oxygen exchange in capillaries 179; in lung- 182 et seq. Oxygen in blood, determination of 296, 302; in capillaries 163 et seq. Oxygen pressure, in tissues 178; in salivary glands 167; in muscle 169; in heart 170; in kidney 170 Oxygen used by blood 120 et seq.; do. during anaemia 11, 124; heart 80; intestine 116; do. during absorption 116; liver 104; kidney 92, 110; muscle 75; pancreas 101; salivary glands 98, 146 Pancreas, oxygen used by 101 Percentage saturation, determination of 297, 303 Pressure of oxygen in, capillaries 163 et seq.; arterial blood, coronary system 170; kidney 170; muscle 169; salivary glands 167; of CO2 in blood 144, 162 Pleonexy defined 225 Potassium chloride, effect of, on dissocia¬ tion curve 46, 61 Rectangular hyperbola, dissociation curve of haemoglobin a 18, 19, 20, 36, 60 Reduction of haemoglobin, rate of 38; effect of temperature on 38 Reflex dilatation in submaxillary gland 147 Relation of K to CO2 pressure 70 Renal artery, effect of clamping 115 Respiratory centre 233, 242; altitude 261