INDEX OF AUTHOKS 



591 



VIERORDT, haemotacliometer, 274 



mechanics of respiration, 439 



spectrophotometer, 111 



sphygmograph, 264 



tidal air, 4l':i 



velocity in capillaries, 263 



work of heart, 233 



VIETJSSENS, auriculo-ventricular valves, 

 192 



aiuiulus of, 328, l.Vl 

 VINCENT, baemolymphatic glands, 557 



558 



VINCI, LEONARDO DA, respiration, 370 

 VIOLA, serum, electric conductivity, 



150, 155 

 VIRCHOW, cell theory, 12 



haematoidin, 109 



inflammation, 175 



spleen, 552 



VOGEL, blood gases, 377 

 Vorr, accelerators, 329 



blood gases, 387 



negative pulse, 227 

 VOLKMAXX, blood pressure, 253, 283 



haeinodromometer, 257 



haemodynamics, 283 



ribs, 408 



respirator} 7 centres, 444 



velocity in capillaries, 263 



work of heart, 233 

 Voss, circulation, 166 

 DE VRIES, H., molecular concentration, 

 141 



mutations, 51, 63 



species and varieties, 63 

 VULPIAN, splanchnic nerves, 348 



vascular reflexes, 359 



vasomotor nerves, 348, 354, 367 

 VULPIUS, splenectomy, 555, 558 



WAGNER, accelerators, 337 



cardiac vagus, 323 



circulation, 174 



pulmonary vagus, 462 

 WALAEUS, circulation, 166 

 WALDEN, E. C. , normal physiological 



solution, 338 

 WALDENBURG, blood pressure, 245 



gasometric apparatus, 484 



mechanics of respiration, 439 

 WALLACE, A. R., Darwinism, 63 

 WALLER, A., cardiac vagus, 329 



cervical sympathetic, 342, 348 



diapedesis, 175 

 WALLER, A. D., cardiac vagus, 322 



periodic respiration, 493 



sphygmograms, 20ij 



thoracic respiration. 417 

 WALSCHE, thoracic respiration, 417 

 WALTER, blood gases, 380 

 WARD, R. O., alveolar air, high 



altitudes, 439 

 WARREN, vasoinotors, 352 



WASII.MVSKY, cardiac vagus, -'.Jo 

 WASILIEFF, cardiac vagus, :;:;:; 

 WEBEU, E. H., auriculo - ventricular 

 valves, 192 



blood-vessels, active movements, :', 1 1 



'-.mliac centres, 336 



cardiac vagus, 322, 337 



mechanics of respiration, 436 



muscle, elasticity, 347 



quantity of blood, 98 



sphygmographic waves, 240, 2>-J 



velocity in capillaries. 263 



wave theory, 283 

 WEBER, W., cardiac vagus, 32'2 



wave theory, 283 

 WEBSTEK, heart sounds, 197 

 WEDEMEYEK, mechanics of thoracic 



movements, 429 



WEIDEN REICH, haemolymphatic, glands, 

 557 



red blood-corpuscles, 121 

 WEIGERT, fats in blood, 127 

 WEISS, lymph, 516 

 WEISSMANN, heredity, 49, 62 

 WELCKER, haemocytometry, 102 



quantity of blood, 99, 121 

 WELDON, origin of species, 63 

 WELLS, H. G., autolysis, 40 

 WEXCKEBACH, venous pulse, 203 

 WERTHEIMER, respiratory centres, 448, 



451 



WHEATSTONK, bridge of, 150 

 WILLCOCK, E. G., amino-acids, 40 

 WILLIAMS, heart sounds, 197 

 WILLIAMS, cardiac vagus, 218 



tonographic apparatus, 288 

 WILLIS, R., circulation of blood, 17'.' 

 WINOGKADSKY, nitrification b^ bacteria. 



58 



WTNSLOW, auriculo-ventricular valves, 

 192 



intercostal muscles, 411 

 WINTER, erythrocytes, isotouic solu- 

 tion, 106 



molecular concentration of blood. 143, 



155 



WIXTKRSTEIN, nerve centres ami 

 oxygen, 394 



heart oxygen, 294, 338 



true apnoea, 491 

 WINTKICH, heart sounds, 197 

 WOLFFBERG, pulmonary catheter, 388 

 WOLLASTON, muscle sound, 197 

 WOODWORTH, R. S., contraction of 



heart, 338 



WOOLDRIDGE, depressor, 334 

 WORM-MILLER, transfusion of blood, 



152 



WRIGHT, A. E., bactericidal power of 

 blood, 156 



coagulation of blood, 140, 156 



YEO, oxygen and heart, 293 



