588 



PHYSIOLOGY 



ROBERTSON, haemolymphatic glands, 



557 

 ROBERTSON, T. B., infusoria, 90 



protein synthesis, 40, 41 

 ROEVER, cardiac vagus, 33t; 

 ROHMAXX, glycolysis of blood, 127 

 ROHRIG, fats of blood, 130 

 ROKITAN.SKI, spinal respiratory centres, 



447 



ROLLESTOX, diastole, 209 

 ROLLET, hydrodynamics, 235 



red blood-corpuscles, 105, 121 

 ROMBERG, embryonic heart. 308 



myogenic theory, 314 

 ROSEXBACH, blood and respiratory 

 rhythm, 486 



periodic respiration, 501 

 ROSENHEIM, glucose and heart, 33S, :;:;'.i 



protagon, 41 

 ROSEXSTEIX, quantity of lymph, 514 



blood and respiratory rhythm, 476 

 ROSENTHAL, cardiac vagus, 324 



eupnoea, 471 



experimental apnoea, 475 



general physiology, 90 



inspiratory muscles, 410 



intercostal muscles, 410, 414 



intrathoracic and infra-abdominal 

 pressure, 427 



phrenograph, 416 



pulmonary vagus, 462, 503 



respiratory capacity, 423, 439 



respiratory centres, 468 



respiratory quotient, 399 



superior laryngeal and respiration, 



465 



Ross, H. 0., leucocytes, 122 

 ROSSBACH, asphyxia and heart, 304 



cardiac vagus, 218 



oxygen and heart, 293 

 ROTH, circulation. 161 



Vesalius, 179 



ROUANET, heart sounds, 19tj 

 ROY, accelerators of heart, 330 



blood pressure, 245 



bronchio-dilatator fibres, 442 



cardiac plethysmograph, 289 



cardiac systole, 182 



intracardiac pressure, 201 



musculi papillares, 202, 213 



sp. gr. of blood. '.'."> 



splanchnic nerve, 348 



spleen, :">."> 1 



RUDBECK, lymphatic system, 505 

 RUDIXUER, semilunar valves, 187 

 RUDOLPH, mechanics of respiration 



403 

 RUFUS OF Ki'HEsus, pulmonary vagus. 



457 



RUSCH, oxygen and heart, 294 

 Ruscoxi, perivascular lympliatic, 508 

 RUSSEL, A. E., heart, inhibition, 338 

 RUTHERFORD, accelerators of heart, 329 



Ruvsrn, fibrin, H7 



SABATIER. intercostal muscles, 411 

 SABBATINI, coagulation of blood. 137. 



155 

 SACHS, solution, 58 



starch formation, 58 

 SADLER, vaso-constrictors, 349 

 SALKOWSKI, autolysis. :il 

 SALOZ, periodic respiration, 502 

 SALVIOLI, marrow, 539 



serous cavities, 511 



spleen, 550, 552 

 SANDMANN, bronchi, ,442 

 SARI-I, venous valves, 165 

 DE SAUSSURE, plant metabolism, 54 

 SAVALIEW, thymus, 542 

 SAVIOTTI, vascular rhythm, 31:; 

 SCHAFER, E. A., blood, 12] 



physiology, text-book, 9. 12 



red blood-corpuscles, 102 



spleen, 546, 554, 558 



vagus, 558 

 SCHENCK, cell theory, 12 



respiratory gases, 389 

 SCHEXK, H., botany, 62 

 SCHERER, xanthine bases of plasma, 130 

 SCIIIFF, M., blood-vessels, active move- 

 ments, 341, 367 



bronchial muscles, 442 



hemi-section of spinal cord, 452, 503 



respiratory centres, 444, 446. 452 



spleen, 553 



vascular tone, oscillation, 500 



vasomotor centres, 362, 364 

 SCHIFF, cardiac vagus, 322, 327, 329, 

 337 



cervical plexus, 349 



periodic respiration, 494 



vaso-constrictor nerves, 349 

 SCHIMPER, botany, 62 

 SCHLEIDEX, cell theory, 12 

 SCHLESIXGER, vasomotor centres, 364 

 SCHLOESIXG, blood gas, 387 

 SCHMALTZ, pycnometer, 95 

 SCHMIDT. A., blood, 155 



blood gases, 386 



coagulation, 134, 135 



extraction of gas, 380 



salted plasma, 125 

 SCHMIDT, C., mineral matter of plasma. 



131 



SCHMIDT- MtiHLElM, peptone blood. 124 

 SCHJIIEDEBERG, accelerators, 327. -!-'! v 



tissue respiration, 393 

 SCHXEIDER, E. C. , blood pressure, 

 SCHXEIDER, doctrine of descent, 62 

 SCHRODER, urea and heart, 297 

 SCHROFF, respiratory centres, 447 

 SCHULTZ, cube of, ill 



heart. 340 

 SCHULTZE, W. H., cell, !: 



chemical stimuli, 73 



