Principles of general physiology / by Sir William Maddock Bayliss.

  • William Bayliss
Date:
1924
Catalogue details

Licence: In copyright

Credit: Principles of general physiology / by Sir William Maddock Bayliss. Source: Wellcome Collection.

    936/956 page 896
    Relay mechanism in receptors, 512 Removal of cortical areas, 480, 506 — of lipoid from heart on perfusion, 211 Renal circulation and osmotic pressure of blood, 164 — secretion, Bowman’s theory of, 354 -Ludwig’s theory of, 354 — secretory process, general nature of, 357 Rennet, action of calcium on, 217 Repair processes different from growth, 271 Replacement of lactic acid in muscle, 445 Reproduction, 291 Reproductive organs, internal secretions of, 720 Residual affinities, 229 Resonance, 88, 526, 551 — in photo-chemical reactions, 552 Respirations, external and internal, 600 — Mayow on, 604, 605 — nervous mechanism of, 631 — regulation of, 629 Respiratory centre, reaction of, to hydrogen ions, 629 -to oxygen, 631 — exchange of nerve centres, 472 — quotient defined, 279 -in hibernation, 278 -in muscular work, 450 --of isolated spinal cord, 608 -of kidney, 343 Rate mirabile, 361 Retina, photo-chemistry of, 575 — structure of, 516 Retractor penis muscle, 403, 404 Reversal effects at periphery, 428 -in reflexes, 427, 428, 499 — in cerebral cortex, 481 — of phase in emulsions, 98 Reversible and irreversible colloids, 78 — inactivation of enzymes, 314 — reactions, 30 — — and permeability of cell, 139 — — catalysis of, 304 -final state foreseen, 4 Reversibility of enzyme action, 322 — of processes, 30, 321 Rheonome, 382 — excitation of nerves by, 387 '— tonic reflex by means of, 388, 409 Rheotome, 644 Rhumbler’s chloroform and glass rod ex¬ periment, 3 Rhythm of stimuli as factor in sensation, 514 Rhythmic contraction, 461 — reflexes, 498 -mode of production of, 498 Righting movement of starfish, 482 Rigidity of minute drops, 96 Ringer, portrait of, 206 Ringer’s solution, 207, 211 Rivers, dissolved matter in, 229 Rontgen rays, use of, in intestinal move ments, 369 Root pressure, 163 — tubercles of leguminosse, 252 Rumination, 373a s Sacral autonomic nerves, 484 Salicin, action of emulsin on, 305 Salicinase, 328 Saline solutions, physiological, 203 Saliva, function of, 3736 Salivary secretion, reflex, 372, 503 “ Salting out” of colloids, 96, 97 Salts of muscle, 121 — of weak acids with weak bases, 218 Saponin haemolysis, action of salts on, 138 Sarcoplasm, contraction of, 545, 734 Saturation of haemoglobin with oxygen, 614 — of surface in adsorption, 62 Schardinger’s reaction, 586a Schema of the circulation, 674 Science as truth and beauty, xviii — object of, 424 Scratch reflex, 493 — number of neurones active in, 476 Scurvy, 259 Sea anemone, digestion in, 366 — water in relation to salts of blood, 209 Searle’s torsion apparatus, 49 Seat of fatigue in muscle, 399 Secretin, 344, 350, 713 Secretion and osmosis, 163, 334 — and permeability, 1406, 334 — by renal tubules, 355 — definition of, 333 — electrical change in, 660 — energy mechanism of, 342 — imbibition theory of, 335 — necessity of salts for, 215, 350 — nervous mechanism of, 345 — of urine in frog, 355 — of water, 333 — relation of, to oxygen pressure, 343 — work done in, 338 Secretions, osmotic pressure of, 334 Secretory activity and strength of stimulus, 387 “Secretory” nerves to glands, 345 Secretory pressure of saliva, 335 — process, nature of, 348 Semicircular canals, 529 Semipermeable membranes, 111 Sensation, analysis of, 513 — in physiology, 529 Sensations, combinations of, 529 Sense of direction, 529 Sensitive plant, 140 -mechanism of movement in, 431
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