SUBJECT INDEX, VOLUMES I — III 



■973 



central neuron excitability and, 389 

 reticular formation and, 1289 

 Angular acceleration 



threshold for perception of, 554 

 Annelids 



tee also Invertebrates 

 eye, camera style, 638 

 Anoxia 



tee also Oxygen tension 



brain function and, 1884 



central nervous system and, [849-1856 



cerebral blood flow and, 1 746 



cochlear microphonic and, ",77 



cochlear summating potential and, 578 



convulsions 



reticular formation and, 339 

 theory, 344 

 d.c. potential and, 318 

 EEG and, 339, 1581 



pre- and postsynaptic potentials and, 

 302 

 Anterior commissure 



amygdaloid connections, [403 

 Anterior insular cortex: tee Orbitoinsulo- 



temporal cortex 

 Anterior pituitary 



w« also Pituitary gland, Adi enocortiro- 



trophic hormone; Gonadotrophie 



hormone; Thyrotropic hormone 



secretion 



anatomy, 1007- toil 



central nervous system control of, 



1 007- 1 029 

 hypophysial portal vessels and, 101 1 



inlluenee on puberty, 1 



neural control, 908 

 neurohumoral control, 968, toil 

 pituitary stalk section and, I0l6 [022 

 sexual differentiation, unci 

 subdivisions, 1009, 1029 

 transplantation and, 101 6 1022 

 Anticholinesterase 



central nervous system metabolism 

 m vitro, 1838 

 Anticipation 

 see also Alertness, Attention 

 learning and, 1479 

 Antidiuretic homone 

 so ietion 



neurosecretion and, 1051 r.054 

 osmoreceptors and emotional stress, 



1031 

 reflex control of, 1030, 1054 

 site of production, 9117, 1053 

 Anxiety 



delayed side-tone effects and, 1712 

 Aortic chemoreceptors 



circulatory regulation and, 1141, 114b 

 respiratory regulation and, 1 1 23 

 Aphakia 



definition, 656 

 ultraviolet light and, 66b 



Aphasia 



auditory defects in, 1717 



cerebral localization and, 171 7 



description, 1716 



phonetic disintegration in, 1710 

 Apncusis 



see also Respiration; Polypnea; Hy- 

 perpnea 



center in pons, 1 1 1 3 



definition, 1112 



explanation, 1 1 17 



pons and, 1 1 13 

 Appetite, 1 197-1205 



hypothalamus and, 969 

 Appetitive behavior 



see also Behavior; Self-selection studies; 

 Conditioned rellex, Consummatory 

 behavior 



1 1 h and, 527 

 Apraxia 



cerebral dominance and, it"i j 



description, 1690, 1692 



dysarthria in, 1 716 



for dressing, lesion in, 1692 



ideational. 1693 



ideokinetic, 1693 



moto] 



lesion in, 1 692 



parietal lobe lesions and, 8 

 Aqueous humor 



see also Blood-aqueous fluid; Intra- 

 ocular fluid 

 circulation, 1 7I17 



constituents compared to plasma, 1768 



drainagi 



formation, 1 7 1 >t > 



index, 656 



iris and, 1 767 



osmotic pressure 111 relation to plasma, 

 1770 



protein in, I 768 



rate of How, 1 77(1 

 ARAS tee Reticular formation; Unspe- 



cilic thalamic projection system 

 Archicortex: see Hippocampus 

 Area 4. see Cerebral cortex (area | 



Area 6: tee Cerebral cortex (area 6) 



Area postrema 



as vomiting center, 1 749 

 Arousal 



see also Attention, behavior. Instinc- 

 tive behavior; Wakefulness 



areas giving, 1 362 



cerveau isole, 1 288 



cortical stimulation and, 1361 



decerebrate animals, 1288 



decorticate animals, 1 288 



drugs and, I2gi 



EEG 



alpha rhythm and, 1574 

 amygdaloid stimulation and, 1404 

 behavior and, 1563 



cingulate cortex and, 1355 

 drugs and, 1290 

 hippocampus and, 1382-1383 

 hormones and, 1237 

 mood-altering drugs and, 1 291 

 pyriform cortex and, 1355, 1363 

 reaction time, 1587 

 reticular formation and, 1287 

 encephale isole, 1 288 

 ergotropic, 1566 

 hippocampus and, 1382 

 neurohormones and, 1288 

 physiological significance, 1 368 

 reticular formation and, 1287, 1288 

 stimulation of brain areas and, 1 564 

 trophotropic, 1 -,66 

 Arrest reaction 



caudate nucleus stimulation and, 873 

 Arterial pressure 

 baroceptors and, 1 142 

 brain excitability and. 308 

 cardiac nerve activity and, 1 1 \<< 

 cortical stimulation and, 1358 

 Arta ies 



volume change and pain. 1,6 

 Artificial synapse 



contribution to paraplegia, 1297 

 definition, 1297 

 Arthropods 

 see also Invertebrates 

 camera style eyes in, 639 

 compound eye 



polarization plane ol light and. i>;0 

 cone cells in eyes, 633 

 muscle innervation, 240 

 neuromuscular transmission in, 240 

 neurosecretory activity in, io",<) 

 ocelli m, 630 

 polarized light and 6 |6 

 \m 1 )i I mi .11 id 

 concentration in intracranial and 

 intraocular lluids, 1 779 

 Asphyxia 

 block 1 1 ig ol nerve fibers and 471 , 472 

 d.c. potential and, 318 

 Association cortex tee Forebrain, in- 



trinsic systems 

 Ataxias, hereditary tee I tereditary ataxias 

 Athetoid syndrome 

 description, 867 

 mechanism of, 875, 877, 879, 884, 908, 



9' 9. 9 20 



Atropine 



blockade of ovulation by, 1013 

 central nervous system metabolism, 



in vitro, 1838 

 mode of action, 233 

 Attention 



see also Anticipation, Alerting, Arousal; 

 Behavior, Instinctive behavior, 

 Wakefulness 

 amygdaloid stimulation and, 1406 



Volume I: pages 1-J80 Volume II: pages J81 1440 Volume III: pages 1 441-1966 



