SUBJECT INDEX, VOLUMES I — III 



■993 



electroshock and, i486 



from self-stimulation, i486 



galvanic skin response and, 1481 



individual experience, 1944 



limbic-midbrain circuit and, 1494 



maturation and, 1492 



mechanism 1946 



methods and terms, 1472- 1476 



motivation, 1493 



neural basis of, 1 47 1 - 1 496 



neurophysiological theories, 1 488-1 491 



perceptual 



definition, 1473 

 problem-box 



ablation studies in, 1477 

 psychopharmacology, 1487-1488 

 psychosomatics and, 1 742 

 related phenomena, 1474 

 structures involved, 1492 

 subcortical EEG and, 1483 

 subcortical factors in, 1476 

 synaptic changes and, 1488 

 theories, anatomical, 1488 

 theories 



biochemical, 1489 



from EEG studies, 1 490 



mathematical models, 1491 



neural circuits and, 1489 



Russian, 1489 

 trial and error delinition, 1473 

 Lengthening reflex: see Myotatic reflexes 

 Lens 



see also Aphakia 



accommodation and, 660, 664 



age and, 662 



as limit to accommodation, 664 



nature ol capsule, 661 



substance 



index, 656 

 I .enticular nucleus 

 see also Basal ganglia; Caudate nucleus; 



Corpus striatum; Pallidum; Putamen 

 stimulation of, 876 

 I lesions 



emotion in, 1739 

 formation of, 1 739 

 Light 



discrimination, ablation studies and, 



1456 

 response to : see Behavior 

 spectral distribution, 707 

 unit of energy, 665 

 Eight intensity 



pigment migration and, 640 

 Limbic lobe 



see also Cingulate cortex; Limbic sys- 

 tem, Papez circuit; Rhincncephalic 



.11 CIS 



critique of term, 1347 

 Limbic midbrain circuit 

 learning and, 1494 



Limbic system 



see also Cingulate cortex; Papez circuit; 

 Rhincncephalic areas 



anatomical difference from rest of 

 CNS, 1736 



anatomy, 1537 



biochemical differences, 1 736 



critique of term 1347 



cytoarchitecture, 1736 



delinition, 1732 



EEG, in conditioning, 1483 



electrophysiological differences, 1 736 



emotion and, 1732 



emotional behavior and, 1536-1542 



mass functioning, 1735 



memory and, 1 742 



prefrontal cortex and, 1736 



preservation of species, 1 734 



psvi homotor epilepsy and, 17 ;| 



psychosomatics and, 1 737 



relation to neocortex, 1 738 



schema, 1 733 



self-preservation and, 1733 

 Lipids 



of central nervous system, 1795 

 Liponucleoproteins : tee Central nervous 



system, proteins of 

 I ,i\ er disorders 



dark adaptation and, 690 

 Lobotomy 



central nervous ssstem metabolism in, 

 ■858 

 Local response: nr Subthreshold response 

 Locomotion, 1079- 1085 



.liferent modalities, 10701080 



afferents and, 1083 



anatomic representation, 789 

 extrapyramidol motor system and, 901 

 in decerebrate animals, 1082 



local .liferents, 1080 

 periodicity, 1080 1083 

 precision of movement, 1083 

 reflexes involved, 1079 

 relation to posture, 1079 

 rhythmieitv, 1080 



neural balance and, 1082 

 background facilitation, 1081 

 distant afferents, 1081 

 Longitudinal current 

 of axoplasm, 103 

 space and time patterns of, 104 

 transmission of, 583 

 LSD 25: see Lysergic acid diethylamide 

 Lumin.ini e 



delinition, 665 

 Luster 



conditions for, 737 

 Luteinizing hormone 

 secretion 



adrenergic control of, 101 2 

 CNS effects on, 1008 

 external environment, 1008 



Luteotrophic hormone 

 secretion 



central nervous system effects on, 



1008 

 external environment and, 1008 

 Lux 



definition, 665 

 Lyotropic series 



taste threshold, 517 

 Lysergic acid diethylamide 

 alpha activity and, 289 

 central nervous system metabolism and, 



1839, 1 86 1 

 conditioned behavior and, 1488 

 EEG arousal and, 1291 

 Lysine 



deprivation 



neural changes and, 1894 



Mai ulae iw Otoliths 

 Magnesium 



antagonism by potassium, 1896 



brain function and, 1879 



defii iency, neural function and, 1896 



end-plate potential and, 208 



p.s.p. and, 167 

 Malonate 



central nervous system metabolism in 

 vitro, 1838 

 Malononitrile 



steady potential and, 318 

 Mammillary bodies 



1 onnei 11. his with hippocampus, 1378 

 Man 



adaptation 



space perception and, 1634 

 amygdala in, 1396 



lesions of, [412 

 bladder 



hypertonicity, 1214 



hypotonia in, 1213 

 body temperature control, 1 192 

 capsular hemiplegia in, 789 

 centrum medianum, 881, 882 



stimulation, 882 

 cerebellar deficiencies, 1275 

 cerebral blood flow in, 1746 

 cerebral vascular tonus in, 1 - 4 - 

 choreic syndrome, 865 

 corpus callosum, function, 818 

 corpus striatum 



lu net ion, 920 



lesions in, 875 

 cortical damage 



intensity discrimination and, 1457 

 decorticate, wakefulness, 1288 

 distribution of cortical cell types, 1346 



e tional behavior, 1534 



extrapyramidal motor system 



in infants, 905 



organization, 905, 919 



stimulation, 899 



Volume I: pages 1-780 Volume II: pages 781- 1 440 Volume HI : pages 1 441 ry66 



