INDEX OF AUTHOES 



575 



BOTAZZI, tonicity of heart, 319 



viscosity of blood, 151, 155 

 BOTKIN, spleen, 553 

 BOTSCHETSCHKAROFF, spleen, 555 

 BO-TTGER, test for sugar, 36 

 BOURDON, manometer, 277 

 BOUSSINGAULT, animals and plants, 55 

 BOVERI, ceutrosome, 13 

 BOWDITCH, cardiac accelerators, 329 



preparation of, 295, 303, 317, 337 



staircase phenomenon, 318 



vasomotor nerves, 352 

 BOYCOTT, A. E., respiration, 439 

 BOYLE, law of, 378 



respiration, 371, 378, 400 

 BRACKET, active diastole, 213 

 BRADFORD, vascular reflexes, 357 



vaso-constrictors of limbs, 349 



vaso-dilatators of viscera, 355 

 BRANDE, gas extraction, 377 

 BRANTLECHT, proteins, 40 

 v. BRASOL, formation of lymph, 525 

 BRAUER, centrosome, 13 

 BREDIG, catalysators, 31, 40 

 BREFELD, heat, B. Anthracis, 71 

 BREUER, respiratory rhythm, 459 



inspiratory centres, 456, 503 

 BRODIE, T. G., bronchial muscle, 504 



heart, 338 



metabolism, 401 



pel-fusion, 339 



pulmonary vasomotors, 368 



serum injections, 156 

 BROWN, bronchial nerves, 442 



blood pressure, 245 

 BROWN, A. E., specific characters, 63 

 BROWN, 0. H., blood pressure, 284 

 BROWN-SEQUARD, cardiac vagus, 323, 

 333 



cervical sympathetic, 342, 367 



experimental apnoea, 476 



respiratory centres, 444, 452, 504 



toxicity of expired air, 397 



vascular reflexes, 357 



vasomotor centres, 364 

 BRUCKE, blood plasma, 123 



coagulation of blood, 133 



elementary organisms, 8 



heart, self-steering, 210 



intercostal muscles, 412 



lymphatic glands, 533, 557 



semilunar valves, 187 



spleen, 553 

 BRUGH VAN DER, intrathoracic pressure, 



427 



BUCHANAN, coagulation of blood, 134 

 BUCHNER, ferments, 30 



tissue respiration, 393 



zymase, 34 



BUCHNER, H., alexines, 154 

 BUDGE, cardiac nerve centres, 336 

 cardiac vagus, 322, 335, 337 



cervical sympathetic, 348 



BUDGE, neurogenic theory, 307 



vasomotor centres, 365" 

 BUDGETT, galvanotaxis. 80 

 BUFALINI, heart, accelerators, 329 

 BUFFON, animals and plants, 1 

 BUGARSKY, serum, osmotic pressure, 



144 

 BUGLIA, non-coagulable plasma, 124, 



155 

 BUISSON, arterial pnlse, 265 



negative pulse, 227 



plethysmograph, 278 

 BULGAK, spleen centres, 554 

 BUNGE, blood plasma, separation, 125 



plasma ash, 131 

 BUNSEN, absorption of gas, 378 



partial pressure, 379 

 BURCKHARDT, plasma, 126 

 BURDACH, heart-beat, 222 



intercostal muscles, 411 

 BURDON-SANDERSON, cardiograph, 267 



sphygmograph, 267 



stethograph, 415 



BURKART, expiratory rhythm, 486 

 BuRTON-Oprrz, R., blood, viscosity, 156 



venous flow, 284 



venous pressure, 284 

 BUTSCHLI, cell, bacteria, 13 



cell, structure, 17, 19 



C ADM AN, A. W., cardiac nerve fibres, 

 338 



respiratory nerve fibres, 338 

 CAMIS, J., blood, dissociation curve, 



401 



CAMUS, lymphatic vessels, 517, 557 

 CALORI, venous valves, 165 

 CANNANUS, venous valves, 165 

 CARBONE, coagulation of blood, 155 



fibrin ferment, 1 28 

 CARDARELLI, cardiac vagus, 323 

 CARLILE, heart-beat, 224 



cardiac systole, 186 

 CARLSON, A. J., haemolytic lymph, 559 



heart, inhibition, 339 



heart, invertebrate, 339, 340 



heart, refractory period, 339 



lymph formation, 526, 559 



neurogenic theory, 311, 337 



salivary glands, 558 



vasomotor nerves, 354, 368 

 CARNOY, structure of protoplasm, 17 

 CARPENTER, active diastole, 214 

 CARSWELL, heart- sounds, 196 

 CASPARI, acapnia, 475, 504 

 CASTELL, oxygen and heart, 293 

 CAVANI, vascular reflexes, 358, 367 

 CAVAZZANI, E., haemodiastase, 127 



red blood-corpuscles, 101 

 CAVENDISH, composition of water, 374 

 CECCHINI, splenectomy, 557 

 CERADINI, auxocardia and meiocardia, 

 186, 227 



