582 



PHYSIOLOGY 



v. JAKSCH, reaction of blood, 96 

 JAPPELLI, fistula of, 513 



polypnoea, 471 



post-mortem lymph, 515 

 JENSEN, colpidium colpoda and inani- 

 tion, 66 



geotaxis, 77 

 JOHANSSOHN, cardiac vagus, 218, 326 



vasomotor centres, 366 

 JOLYET, rate of blood stream, 238 

 JONES, WHARTOX, vascular rhythm, 343 



KABIERSKI, vasomotor centres, 364 

 KAISEII, extrasystole, 321 



heart stimuli, 321 

 KANTHACK, leucocytes, 113 

 KATZENSTEIN, respiratory movements, 



466 



KATJFMANN, periodic respiration, 502 

 KAYA, K., phospho-proteins, 41 

 KAZEM-BECK, depressor, 334 

 KEITH, heart beat, 224 

 KELLER, hydrostatic pressure, 72 

 KEMP, G. T., blood-platelets, 121 

 KENDALL, vasodilatators, 351 

 KENT, STANLEY, auriculo - ventricular 



bundle, 314 

 KEYT, latent systole, 206 



velocity of blood stream, 273 

 KING, W. 0. K, blood, 401 

 KITASATO, immunisation, 154 

 KIWISCH, heart beat, 225 

 KLEEN, vascular reflexes, 360 

 KLEIN, lymphatics, 509, 530 

 KLEINENBERG, examination of blood, 



120 



KLIKOWICZ, formation of lymph, 525 

 KLUG, automatic control of heart, 211 



cardiac vagus, 333 



oxygen and heart, 293 

 KNIGHT, geotaxis, 77 

 KNOLL, cardiograph, 223 



experimental apnoea, 476 



heart, suspension, 291 



pneumoplethysmograph, 425, 491 



vascular reflexes, 360 

 KOCH, anthrax bacilli, 71 

 KOCHER, splenectomy, 555 

 KOCHS, potential life, 67 

 KOHLRAUSCH, electrical conductivity, 



149 



v. KOLLIKER, spleen, 546, 549, 552 

 KONIG, tuning-fork, 6 

 KONOW, cardiac vagus, 333 



depressor, 335 



vasomotor centres, 364 

 KOPPE, molecular concentration of blood, 

 147, 155 



platelets, 119 



KORSCHINSKI, heterogenesis, 52 

 KOSSEL, histones, 106, 117 



nucleus, 39 



proteins, 25 



KOSSEL, proteins of cell, 39 



structure of proteins, 25 

 KOSTEIS, depressor, 335 

 KOWALEWSKI, vasomotor centres 365 

 Ku.vrsrHiiER, trigeminus and respira- 

 tion, 464 

 KREHL, auriculo- ventricular valves, 194 



diastole, 212, 215, 231 



diastolic aspiration, 209 



myocardium, 182, 184 



myogenic theory, 314 

 VON KRIES, capillary pressure, '2~>-> 



circulation time, 283 



pulse, 284 

 KROGH, blood gases, 395 



nervous system and gas exchange, 



392, 420 



KRONECKER, cannula (perfusion), 288, 

 337 



co-ordination of heart, 321, 337 



heart muscle, 318, 321 



mechanics of respiration and circula- 

 tion, 435, 439 



normal physiological solution, 295 



periodic respiration, 495, 502 



red blood-corpuscles, 105 



respiratory centres, 448 



transfusion of blood, 153 

 KRtrGER, spleen, 551 

 KRUSS, spectrophotometer, 112 

 KUHNE, chemical stimuli, 73 



electrical stimuli, 80 



reaction of blood, 95 



thermal tetanus, 77 

 KULIABKO, heart, resuscitation, 298 

 KURLOW, splenectomy, 555 

 KU'RSCHNER, activity of heart, 231 



auriculo- ventricular valves, 192 



neurogenic theory, 307 



presystole, 181 



Kiiss, auriculo- ventricular valves, 192 

 KTJSSMAUL, asphyxia, 479 



LABORDE, cardiac centres, 336 

 LAENNEC, heart sounds, 196 



mechanics of respiration, 403 

 LAFFONT, vasomotor centres, 366 

 LAGRANGE, respiration, 375 

 LAIDLAW, P. P., blood pigments, 122 

 LAMARCK, biology, 1 



evolution, 48, 65 

 LAMBERT, urea and heart, 297 

 LAN< 'isi, automatic control of heart, 211 

 LANDERGREEN, asphyxia, 452 

 LANDOIS, autosphygmogram, 265, 283 



cardio-pneumatic curves, 227 



intercostal muscles, 412 



latent systole, 206 



Jungs, movements, 426 



mechanics of respiration and circula- 

 tion, 437 



pulse, 231 



reaction of blood, 96 



