590 



PHYSIOLOGY 



SURMAY, a uric ul o - ventricular valves, 



192 



SVEHLA, thymus, 545 

 SWIFT, J. B., vasomotor centre, 368 



TALMA, blood pressure, 245 



heart sounds, 197 



TAX GL, osmotic pressure of blood, 144 

 TAPPEINER, quantity and pressure of 



- blood, 255 

 TARCHANOFF, cardiac vagus, 324 



spleen, 554 



TAROZZI, anaerobic organisms, 68 

 TARULLI, thymus, 542, 558 

 TAWARA, aimculo-ventricular bundle, 



314 

 TAYLOR, A. E., protauiines, 41 



protein synthesis, 40 

 TEBB, M. C., protagon, 41 

 TEDESCHI, spleen, 551, 556, 558 

 TENNER, asphyxia, 479 

 TERNE VAN DER HEUL, cardio-pneu- 



matic curves, 228 

 TERRY, 0. P., galvanotropism, 90 

 THANE, diaphragm, 410 



sternum, 410 



THANHOFFER, cardiac vagus, 323 

 THEBESIUS, automatic control of heart, 

 211 



semilunar valves, 187 

 THIRY, experimental apnoea, 476 



vasomotor centres, 327, 362, 367 

 THOMAS, diapedesis, 115 

 THOMA-ZEISS, haemocytometer, 102 

 THOMPSON, marine biology, 81 

 THOMSON, ALLEN, heart, 181 



respiratory muscles, 410, 411, 412 

 TIEDEMANN, blood gases, 377 

 TIGERSTEDT, area of capillary system, 

 263 



automatism of heart, 306 



blood pressure, 246 



cardiac vagus, 218 



circulation of blood, 161, 231 



circulation time, 283 



haemodromometer, 257 



heart beat, 231 



heart, work, 230 



intersystole, 202 



recording spirometer, 425 



respiratory gases, 390 



semilunar valves, 190 



vascular reflexes, 358 



velocity of blood, 263 

 TIMOFEEW, accelerators, 337 



cardiac vagus, 333 

 TISSANDIER, balloon ascent, 72 

 TIZZONI, splenectomy, 555, 557, 558 

 TOLLIN, circulation, 160, 166 

 TORELLE, E., phototaxis, 90 

 TORRICELLI, hydrodynamics, 233 

 TORUP, blood gases, 385 

 TOWLE, E. W., heliotropism, 90 



TRAMBUSTI, erythroblasts, 536, 557 



megacaryocytes, 537 

 TRAUBE, artificial cells, 147 



cardiac vagus, 332 



inspiratory muscles, 410 



oscillations of vascular tone, 500 



periodic respirations, 494, 498, 529 



pulmonary vagus, 462 



vasomotor waves, 344 

 TREMBLEY, regeneration, 84 

 TREVES, pulmonary vagus, 463 

 TREVIRANUS, biology, 1 

 TRIPIER, cardiac vagus, 324 

 TROMMER, sugar reaction, 36 

 TSCHERMAK, depressor, 335 

 TSCHIRJEW, accelerators, 337 

 TSHUEWSKY, velocity of blood stream, 



284 

 TURNER, heart sounds, 196 



USTIMOWITSCH, vasomotor centres, 366 



VAHLEN, potassium in the cell, 39 

 VALENTIN, active vascular movement, 

 341 



velocity, capillaries, 263 

 VALSALVA, mechanics of thoracic move- 

 ments, 429, 436 



sinus, 187 



VALVERDI, circulation. 161 

 VANLAIR, vascular reflexes, 357 



vasomotor centres, 366 

 VAUQUELIN, extraction of gas, 377 

 VELLA, splenectomy, 557 

 VERNON, H. M., erepsin, 35 



tissue respiration, 401 

 VERWORN, biogen hypothesis, 90- 



centres and oxygen, 394 



chemical stimuli, 74 



galvanotaxis, 80 



general physiology, 39, 87, 90 



muscle, relaxation, 214 



phenomenalism, 7 



stentor, 15 



thalassicolla, nucleus, 14 



thermotaxis, 78 



thigmotaxis, 76 

 VESALIUS, artificial respiration, 403 



circulation, 162 



diastole, 208 



foetal apnoea, 478 



intercostal muscles, 411 



semilunar valves, 187 

 VESLING, circulation, 166 



intercostal muscles, 411 

 VIAULT, red blood-corpuscles, 105 

 VIERORDT, auriculo-ventricular valves, 

 192 



blood pressure, 245 



Circulation time, 283 



expired air, 397 



haemocytometry, 102 



haemorrhage, 152 



