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.

    931/956 page 891
    Mistakes in science, xvii Mitochondria, 66 Mobilisation, 106a Model of electrical fish, 651 Molar concentration of colloidal solutions, 159 — fraction, 150 “Molecular compounds,” 66 Molecular conductivity, 175 — groups, size of cross section of, 696 Molecules, active and inactive, 323 — as colloids, 79 — effective collisions of, 323 — orientation of, at interface, 69a, 3266 — size of, 79 Moliere and opium, 328 Monophasic electrical response, 380 Morphological structure and energy con¬ sumption, 591 Morse osmometer, 153 Mosaic vision, 526 Motor area of cortex, 477 — neurone, 466 Mountain sickness, 634 Movements of cones, 520 — of plant s, 462 Mucor racemosus in absence of oxygen, 610 Muller’s law of specific energies, 388, 513 Muscarine, action of, on Aplysia heart, 31, 143 Muscle, double refraction of, 438 — energy of, a surface phenomenon, 449 — excitatory process in, 398a — indicator, 440 — recovery heat production, 446 — structure of, 437 Muscular work, nitrogen metabolism in, 273 -respiration in, 631 Mutual aid, xvii — precipitation of colloids, 107 Myelin forms, 132 Myenteric reflex, 367, 368, 497 Myocardiograph of Cushny, 682 Myogenic origin of heart beat, 680 — of tone and rhythm, 377, 406 Myo-neural junction, 400 Myxoedema, 725 N Naphthalene, electric charge of, 91 Napier, portrait of, 39 Narcosis, 140, 609 — CL Bernard on, 609 — of cell membrane, 610 — of nerve fibres, 384, 385 Narcotics, action of, on permeability, 137, 140a — and lipoid solubility, 136, 140 Narcotics, effect of, on recovery of nerve, 392 — mode of action of, 140a, 609 -on nerve, 394 Nascent state, 580 Natural and artificial stimulation of nerve, 383 Necessity of semipermeable cell membrane, 116 Negative variation, 394, 652 Nephelometer, 83 Nernst formula for concentration battery, 190, 192 — theory of excitation, 392, 394 Nerve, carbon dioxide production in, 379 — electrical change in, 379 — mechanical stimulation of, 383 — no heat production in, 378 — relation of, to oxygen, 390 Nerve cells, absence of, from peripheral net¬ works, 402, 406 -amoeboid movement of, 471 -living structure of, 17, 470 -multiple discharge of, 471 -respiratory exchange of, 472 — centres as telephone exchange, 464 -inhibition in, 409 -necessity of, 464 — endings in heart, 427 — fibre, function of, determined by ending, 426 — fibres, growth of, in vitro, 23 -staining of, 71 — impulse compared to train of explosive, 398 — — nature of, 390, 392, 393, 398 — impulses of different kinds, 387 — network, 472 -conduction in, 457, 465, 491 -in heart, 681 -in vertebrates, 472 Nerves as channels of communication, 378 — structure of, 397 Nervous mechanism of respiration, 632 — system, evolution of, 464 -influence of, on nutrition, 288 -of earthworm, 465 -of jelly fish, 465 -of sea anemone, 465 Neuro-fibrils, 397, 470, 491 Neurone, description of, 466 — structure and properties of, 469 — terminology of, 466 Neurones, no increase of, after birth, 469 — structural discontinuity of, 474 Neuropile, 466, 472 Neutral salt action, 182, 195, 230 — salts, relation of, to proteins, 104 Neutrality preservation, 195 Newton’s law of cooling, 35, 157 Nicotine, 399 — action of, 733
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