Comparative physiology of the brain and comparative psychology / by Jacques Loeb.

  • Loeb, Jacques, 1859-1924.
Date:
1901
Catalogue details

Licence: In copyright

Credit: Comparative physiology of the brain and comparative psychology / by Jacques Loeb. Source: Wellcome Collection.

Provider: This material has been provided by King’s College London. The original may be consulted at King’s College London.

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    Chemical theory of electrotonus, i6i ; of instincts, 177-199; of heredity, 201-212; of mental diseases, 207; of sensations, 291-294 Chemotropism, 88-90, 186-188 Christiani, 243 Chun, 193 Ciona,35-38 Circles of touch, 211 Circus-movements. See Forced Move- ments. Claus, 49 Colour-sensations, 291 Compensatory motions, 143 Consciousness. See Associations. Contact irritability, 54. See also Stereotropism. Coordination, 10 — in dog, 86, 87, 174 — in earthworm, 84-86 — in frog, 139-143 — in Medusa, 23-27, 29-33 — of heart-beat, 25-30 — of respiratory motions, 107 — relation to cerebellum, 173 — relation to memory, 216 Cranial nerves, 135 Crayfish, 114, 162 Crura cerebelli, 168, 171 Cucumaria, 66 Cyon, v., 135, 274, 276 Darwinian views, 232, 253 Depth-distribution of marine animals, 69, 190 — migration of marine animals, 190- 193 Deviation conjugude, 151 Discrimination-power of Actinians, 50 Dog, reflexes of, 86, 137 — localisation, in cerebral hemis- pheres, 260-274 — removal of spinal cord of, 43 —without cerebral hemispheres, 246- 248 Dohrn, 134 Donaldson, 258 Double-headed Actinians, 52 — Planarians, 81, 82 Duval, 258 Duyne, van, 81, 82, 100 Dynamometer, experiments with, 294-298 Ear. See Auditory Nerve. Earthworm, 84-90 Echinoderms, 61 Education, 233 Eel, 142, 164, 248 Eimer, 219 Electrical stimulation, 160-170, 173, 264, 290, 291 Electrotonus, 162, etc. Eledone, 131 Engelmann, 137 Eudendrium, 179 Exner, 250, 258 Ewald. See Goltz and Ewald. Faivre, 104, 113, 125 Falcon, 245 Fechner, 296 Ferrier, 36, 173, 176 Fish, 141, 152-154, 175 Flechsig, 275 Flourens, 104, no, 116, 139, 149, 168, 170-176, 239, 264 Fly, larvas of, 186-188 Food, taking up of, after lesions of hemispheres, 245 Forced movements, 105, 119, 150- 159. 171 Forel, 233 Free will, 234 Friedlander, 85, 86, 88, 100 Fritsch, 265 Frog, spinal cord, 139-145 — cerebral hemispheres, 139 — clasping reflex, 238 — croaking reflex, 142, 238 Frontal lobes and intelligence, 275 Fundulus, 252 Gall, 277 Galvanotropism, 178 — of Amblystoma, 160-162 — of crayfish, 163 — of Palasmonetes, 164 — theory of, 161 Gammarus, 231 Ganglion, importance of, for reflexes, 4, 36, 46; for co5rdination, 5, 20-25, 106 Ganglion, trophical functions, 136 Garrey, 160, 231 Gaule, 210, 212 Geotropism, 120 — and depth-migration, 193