1 984 



IIANDHnoK dl- PHYSIOLOGY 



\l I I<( II'IIYSII ">I. < >CY III 



through microelectrodes, 274 

 vestibular nerve and, 559 



l.lectrocardiogram 



steady potential and, ;m 

 Electroencephalogram, 255-258, 279-297 



see also Electroencephalogram, human 



absence type, petit mal and, 337 



alpha activity 



\ isual blocking, 735 



amygdaloid lesions and. 351 



anoxia, 339 



as mirror of subcortical structures, 1577 



auditory conditioning and, 1481 



barbiturate bursts and sleep spindles, 

 1566 



basal ganglia structures and, 917 



bulbocapnine and, 917 



centroencephalic system and, 169b' 



calcium and, 1880 



chlorpromazine and, 917 



conditioning and, 1483 



correlates of behavior, 1543, 1554, 



." ; >57 6 



cortical 



amygdaloid stimulation and, I4°3 

 hypothalamic warming and, 1 1 88, 

 1 189 



cortical lesions and, 349 



critical flicker frequency and, 731 



emotional arousal, 1237 



epileptic seizures and, 329 



focus and epileptogenic lesions, 354 



from subcortical structures during 

 learning, 1483 



hormones and, 1 237 



hypoglycemia and. 1849 



hypothalamic during copulation, 1234 



learning and, 1480, 1483 



local application of strychnine, 348 



localized electrical stimulation and, 



348 

 mating behavior and, 1 235 

 meprobamate and, 917 

 models, 280. 281 

 motor behavior and, i6g6 

 partial epilepsies and, 331, 357, 358 

 potassium and, 1880 

 psychological state, 1554, 157^ 



seizure in multiple relay systems and, 



359 



'!>. '573" '589 



SP shift and, 319 



subcortical sti u< tures and, 1 \B >, 

 temporal 1 oi tie al thalami< sym hronj 



1565 

 tin i.i 1 hythm, 1 38a 



vaginal stimulation and, I 2 jli 



wakefulness and, 1 573 1589 



willed movement and i( 



11 ctroencephalogi am, human 



II' • phalogram 



alpha activity. 284, 287 



activation, 299 



afferent signals and, 289 

 alpha activity 



blocked by OR, 1480 



blocking, 289 



body temperature and, 296 



consciousness and, 1581 



development, 1574 



distribution, 286 



efferent signals and, 294 



factors influencing, 1573 



identification, 287 



implanted electrodes, 293 



learning and, 1579 



LSD 25 and, 289 



origin, 294, 1577 



pain and, 472 



psychotechnical tests and, 289 



synchronization and, 292 



theta with, 285 

 anoxia and, 1581 

 attention and, 1586 

 beta activity 



age and, 296 

 complexity, 287 

 consciousness and, 1581 

 conditioning and, 1482 

 delta activity 



age and, 296 



disease and, 296 



theta with, 285 

 development, 1574 

 during dreams, 1577 

 during electroshock, 1584 

 epilepsy and, 1582 

 from basal ganglia, 91 7 

 habituation to stimuli, 1573 

 hypnosis, 1 587 

 measure of attention, 1574 

 ontogeny, 1575 



pallidum stimulation and, 912 

 petit mal and, 1 584 

 physiological alterations, 1582 

 sensory-sensory conditioning, 1480 

 sleep and, 1575 

 theta aeti\ its 



age and, 296 

 variation, 287 



Electrogenesis 

 cellular, 1 y| 



elect) ically excitable, i , | 

 electrically inevitable. 154, 156, 159 



■.list. lined. 155 



posts) oaptii 1 1 i'ri 1 1 M .in. and, 156 

 synaptic 



1 hemic als and, 16 ( 



di ii" inai ti\ ation, 1 76 



transducer action and. 189 

 I Electromagnetic energy 

 1 ei eptoi excitation l>\ , 1 -' 1 



I .le< troneurogram 



elevations related to sensation mo- 

 dality, 394 

 Electroretinography, 696-704, 710 



see also Retina 



alcohol and, 702 



arthropod eye and, 635 



characteristics, 697 



clinical use, 710 



cone, 699 



damage to retina and, 700 



glaucoma and, 702 



photopic adaptation and, 699 



retinal type and, 698 



rod, 699 



scoptic adaptation and, 699 



source of response, 701, 703 



standard leads, 696 



stimulus intensity and, 706 



stray light in, 667 

 Electroshock 



behavior and, i486 



electroencephalogram, human. 1584 



learning and, i486 

 Knimert's law 



definition, 1654 

 Emmetropia 



definition, 655 

 Emotion 



anatomical substrate, 1368, 1735 



assessment of, 1 729 



basal ganglia, 1 73 1 



bladder pressure and, [310 



brain stem and, 1729 



cerebral cortex, 1 731 



cingulate cortex and, 1732 



hypothalamus and, 1730 



in decerebrate preparations, 1730 



lesion formation and, 1739 



midbrain and, 1730 



neurophysiological problems, 1 729 



psv< hosouiatics, 1 737 



relation to moods, I 729 



spinal cord and, 1 729 



stress, pituu.iiA activity and, 1026 

 Emotional behavior 



see also Behavior, etc. 



brain-behavior relationships and, 1532- 



1543 



description, 1530 



diencephalic participation, 1533 



l.l.t > corelates, 1543 



extrapyramidal motor system and, 



913. 022 

 historical considerations. [53] 1 ",32 



hypothalamus and. 970, 1534 



in man , ; 1 



lesions of frontal intrinsic system and, 



1335, 1336 

 limbic svstem. . ; ( 1 



methodological considerations, 1531— 



1533 



Volumi II paget 781 1 / 1" Volume HI: pages 1././1 



