I., 1 !:: 



HANDBOOK OF PHYSIOLOGY 



xei'ri ipinsn ilogy hi 



medial 



auditory cortex and, 598 

 auditory pathway and, 590 

 recruitment in, ;ji 1 

 Geniculate response 



to optic nerve stimulation, 7 J | 

 Globus pallidus: see Pallidum 



Glucose 



concentration, intracranial and intra- 

 ocular fluids, 1779 

 role in central nervous system me- 

 tabolism, 1847-1849 

 transport, 1882 

 ( ilutamate 



central nervous system metabolism 



and, 1851 

 hepatic coma and, 1858 

 neural activity and, 1823 

 ( Jolgi tendon organs 



structure, 931 

 Gonadotropic hormone 

 secretion 



hypothalamic stimulation and, 1024 

 pituitary stalk section and, 101 7-1 01 9 

 transplantation and, 1 01 7-1019 

 Grand mal epilepsy: see Epilepsy, grand 



mal 

 Grasp reflex 



see also Instinctive grasp reaction; 



Traction response 

 areas 4 and 6 and, 896 

 cortical ablation, 791 

 desci iption, 791 

 pyramidotomy and, 839 

 Gravity receptors 

 in otoliths, 557 

 Gravity stimuli: see Equilibrium 

 Gustatory fibers: see Taste 

 Gyrus dentatus: tee Hippocampus 



I [abituation 



concept of, 1557 



definition, 1474 



description, 1572 



inhibitory efferent pathways and, 757 



01 ienting reflex and, 1572 



Startle response and, 1572 



type of arousal reaction and, 1 , 

 I [aii • . II- < 'li. 11 tory receptors 

 I [allervorden-Spatz disease 



pallidum in, K78 



I I.. /rill,, II .11., I 



description, 1645 

 Head 

 movements 



.in and, 1, Hi', 1 iiu 



in vai inns species, hk|H 

 posturi . ,,,.1 , lin. in, hi ,il the eyes 

 with, 787 

 1 1. .11 iir.. .. \ii.lii , < lochlea; I .ai 



I leart 



blood vessels: see Coronary vessels 



innervation of, 1 138-1 151 

 Heat 



double pain and, 474 



effect on endolymph, 556 

 I [eat conduction 



skin and, 437 

 I [eat disposal mechanisms 



hypothalamus and, 966 

 I teat stress 



body water movements, 1 190 

 I Iemiballism 



see also Motor activity; Ballistic 

 syndrome 



illustrations, 866 



nucleus subthalamicus and, 879 



surgical relief of, 880 

 Hemidecortication 



neurological deficit, 807 

 1 hmiplegia capsular 



in man, 789 

 I [emispherectomy 



motor and sensory functions per- 

 sisting, 814 

 1 Iepatic coma 



central nervous system metabolism, 

 1853, 1857, 1858 



glutamate and, 1858 

 1 lereditary ataxias 



description, 191 4 



genetics, 1914 

 I lering-Breuer reflex 



mechanism, 1 121 



respiratory regulation, 1 120 



schematic representation, 1121 

 1 lining body 



nature, 1046 



picture of, 1042 

 I [eteronymous connections 



definitions, 939 

 I (eteroploidy 



salamanders, 1917 

 I I ib, 1 nation 



neurosecretory material and, 1046 

 Hippoeampal gyrus: sec l'vritni 111 cortex 

 llippocampal pyramids: tee Hippo- 

 campus 

 Hippocampus, i373"'3 8 7 



afferent responses in, 1382 



anatomy, 1375 



cell terminations, 1379, 1380 



chemical vs. histological composition, 



1803 

 < onnections, 1 373 1380 



diagram, 1374, 1375 

 enzymes of, 1803, 1816 

 evoked potential, 1384 

 held potentials, 1385 

 function, 1380 1387 



theories of, 1 380 

 in iii.in. 1 (<n 1394 



diagram, 1374 



electrical discharge after stimulation, 



'394 



terminology, 1391 

 olfaction and, 1381 

 phytogeny, 1 574 

 projections, 1376-1380 



schema, 1377 

 response to amygdala stimulation, 1402 

 reticular formation and, 1 383 

 seizure discharge, 1386 

 sexual behavior, 1 734 

 single-cell recordings, 1 384 

 spontaneous electrical activity, 1382 

 stimulation of, 1391 

 terminology, 1373 

 unit activity, 1385 

 Histamine 



as pain excitant, 478 

 as vasodilator, 1 748 

 cerebral blood flow and, 1757 

 Histochemistry 



neurosecretory material, 1047 

 I [istorical development 

 concepts 



accommodation, 648 



acetylcholine, 215 



adrenergic transmission, 221, 225 



all-or-nothing law, 2^, 24 



auditory cortex, 600 



auditory projection to cortex, 591 



augmenting responses, 1555 



bladder control, 1 207 



blood-brain barrier, 1871 



CSF as milieu interne, 1866 



central auditory mechanisms, 585 



cerebellar ablation, 1266-68 



cerebellar function, I 24O 



cerebellar inhibition, 1258 

 cerebral localization, 4 * > 

 cerebrospinal fluid, 30 

 chemical transmission, 24, 215 

 conditioned reflexes, 53, 55 

 correlation of sound stimuli ami 



auditory mechanism, 586 

 curare, 199 

 development scientific method, 



1 |. 11 

 electrical transmission, 14. 20, 22, 2 j 

 electroencephalography, 49, 51, 284 

 emotional behavior, 1531 1532 

 epilepsy, 51, 331 

 epinephrine, 215 

 evoked potentials, 49 

 extrapyramidal motor system, 'j 

 ganglia, 33 



image formation in eye, 648 

 inhibition [6 

 irritability, 12 

 learning, 1472 

 locomotion. 10I17 

 medulla oblongata, 34 



/ ' 



I all, 



II pagei 781 



Volume III paget i.//i ro6*6 



