586 



PHYSIOLOGY 



Musso, A., respiration at high altitudes, 

 172, 499 



luxus respiration, 472 



sphygmomanometer, 284 



thoracic and abdominal respiration, 

 418, 439 



tidal air, 423 



tonicity of respiratory muscles, f>o i 



toxicity of heterogeneous blood. 15 3 



vascular tone, 346 



voluntary apnoca, 480, 483 

 Mnsso, U., periodic, respiration, 494 



respiration at high altitudes, 474 

 MULDER, blood, 94 

 MULLKK, F. , acapnia, 475 



respiration at high altitudes, 504 



splenic cells, 549 

 MULLEK, J., blood gases, :;7<i 



cardiac ganglia, '2W 



coagulation, 135 



life, 3, 9 



mechanics of respiration and circula- 

 tion, 436 



physiology, 3, 9 



respiration, 376 



solution of, 104 

 MULLER, AY., oxygen of blood, 384 



respiratory valves, 420 

 MUNK, I., lymph, 514 



urea of blood, 129 



MURE, DE LA, locomotion of blood- 

 vessels, 277 



MURRAY, marine biology, 81 

 Mm; in, periodic respiration, 502 

 MYEUS, W. , erythrocytes, 121 



XAGEI., AY., physiology, handbook, 9 

 NAGELI, adaptation, 65 



evolution, 49, 62 

 NAMIAS, heart beat, 222 

 NASINI, solutions, 155 

 NASSE, blood, 94 



extraction of gas, 377 



glycolysis in blood, 127 

 NEANDER, apnoeic respiratory pause, 



482, 504 



NEGA, systolic aspiration, 210 

 NEGRI, red blood-corpuscles, 540 

 NEILSON, C. H., enxyme action, 40 



fats, 40 



inversion of starch, 40 

 NEUMANN, marrow, 534, 557 



spleen, 550 

 NEUMEISTER, physiological chemistry, 



39 



NEWMAN, H. H., heart, 401 

 NICOLAIDES, rate of circulation, 260 

 NOBBE, nitrifying bacteria, 58 

 NOLF, coagulation, 140 

 NOLL, lymphatic pressure, 516 

 NOLL, F., botany, 62 



heliotaxis, 79 



nitrifying bacteria, 58 



NOTHNAGEL, lympathic vessels, 512 

 NOWAK, expired air, 397 

 NUEL, cardiac vagus, 326 

 NUTTALL, bactericidal properties of 

 blood, 154 



OEHL, abdominal vagi, 348 



cardiac valves, 183, I'.M 



diastolic aspiration, 212 



luminous stimuli, 78 

 OEHKWALL, oxygen and heart, 293, 338 



tonographic apparatus, 288 

 ONIMU.S, cardiac vagus, 324 

 OPPEL, spleen, 548 

 OPPENHEIMEU, ferments, 40 

 OpviBA.sus, pnenmothorax, 403 

 ORTH, marrow, 539 



spleen, 556 



OSBORNE, T. B., proteins, 40, 41 

 OSBORNE, AY. A., oxygen tension of 



blood, 401 



OSLER, platelets, 118 

 OSTROUMOFF, tissue lymph, 527 



vasomotor nerves, 351, 354 

 OSTWALD, catalysis, 31 



energetic monism, 6 



viscosimeter, 151 

 OTTO, glucose of blood, 130 

 OUSKOFF, leucocytes, 114 

 OWS.TANNIKOW, vasoinotor centres, 363 



PACINI, mechanics of respiration and 

 circulation, 436 



solution of, 103 

 PACKARD, A. S., evolution, b'3 

 PAGLIANI, diastolic aspiration, 210 



neurogenic theory, 308 

 PALADINO, anriculo-ventricular bundle, 

 314 



auriculo- ventricular valves, 191, 231 



erythroblasts, 539 

 PANUM, cardiac vagus, 332 



transfusion of blood, 153 

 PAPPENHEIM, platelets, 119 

 PARCIIAPPE, active diastole, 213 



auriculo- ventricular valves, 192 

 PASCHUTIN, formation of lymph, 522 

 PASTEUR, aerobic and anaerobic organ- 

 isms, 69, 369 



ferments, 30 

 PATON, N. , lymph, 514, 557 



spleen, 550, 556, 558 



thymus, 558 

 PATB.IZI, bulb, inhibitory centres, 452 



periodic respiration, 493 



pulmonary vagus, 463 



rate of pulse wave, 273, 284 



vascular reflexes, 358, 367 

 PAULY, Darwinism and Lamarckism, 62 

 PAVY, glycogen of blood, 131 

 PAWLOW, cardiac nerves, 338 



quantity and pressure of blood, 255 

 PEARL, R., galvanotaxis, 90 



