INDEX 



1427 



amygdaloid connection, 1399 

 arterial pressure and, 1358 

 autonomic mechanisms and, 972 

 behavioral arousal and, 1361 

 cardiovascular control and, 11 49-1 151, 



1 154 

 cardiovascular efferent pathways, 1 1 50 

 cerebellar activity and, 815, 899-901, 



i253> 1254. 1263, 1274 

 connections with hippocampus, 1376 

 contribution to I and D waves, 842 

 diagram of interrelations with sub- 

 cortical structures, 8 1 9 

 electrical activity, cerebellum and, 



1263 

 excitation of pyramidal tract and, 841 

 excitation spread, comparison of units 



at different depths, 852 

 extrapyramidal areas, 92 1 



in relation to subcortical centers, 

 896-899 

 food intake and, 1 202 

 frontal lobe, pyramidal contributions, 



820 

 grasping and avoiding responses, 792 

 initial spike latency of cells, 853 

 interrelations with cerebellum and 



spinal cord, 898-900 

 latency values in various layers, 852 

 map of pyramidal responses, 845 

 mapping by evoked D waves, 844 

 maternal behavior and, 1233 

 motor functions, cerebellum and, 1 262, 



1263 

 motor inhibition, 805 

 motor representation 

 in man, 800-803 

 nature of, 805 

 phyletic aspects, 799 

 movement and, 790, 797-829 

 occipital lobe, pyramidal contributions, 



821 

 origin of pyramidal fibers, 818-821 

 paresis and, 791, 807, 808 

 polysensory areas, motor integration 



and, 824 

 postcentral pyramidal contributions, 



820 

 precentral ablation and pyramidal dis- 

 charges, 846 

 premotor area, pyramidal contribu- 

 tions, 820 

 projections from dorsal thalamus, 1326 

 projections to vermis, 1254 

 psychomotor level, 899 

 pupillary dilatation, 1360 

 pyramidal and precentral lesions com- 

 pared, 791 

 pyramidal projection areas, 846 

 recruiting response from various areas, 



1309, 131 1 

 repetitive firing of Betz cells, 843 

 respiration and, 1 1 1 4 



reticular formation and, 1287, 1293 

 sex behavior and, 1229 

 spasticity and, 791,906, 907 

 stimulation 



autonomic concomitants, 806 



gastric motility and, 1 166 



pyramidal wave complexes, 842 



repetitive firing and, 852 

 supplementary motor areas, 808 



ablation and stimulation, 808-813 

 sympathetic vasodilator nerves and, 



I '54 



temporal lobe, pyramidal contribu- 

 tions, 82 1 



unspecific thalamo-relations, 1307- 



1319 

 voluntary movements and, 824 



Cerebral cortex (area 4) 



ablation 



age and recovery after, 808 



Babinsky after, 807 



pyramidal tract and, 844 



recovery after, 808 



studies, 807 

 cardiovascular responses from, 1 149 

 characteristics of stimulant current and 



results, 804 

 control of movement, 790 

 destruction of, 896 

 stimulation of, 803 



motor after-discharges and, 1352, 



■353 

 Cerebral cortex (area 6), 810 

 destruction of, 896 



extrapyramidal function and, 896-899 

 function, 810 



simultaneous removal with basal gan- 

 glia lesions, 874 

 Cerebral hemispheres 



connection in ipsilateral, 816 

 transcallosal connections, 817 

 Cerebral peduncle 



stimulation and section of, 82 1 

 Cerveau isole 



arousal in, 1288 

 Chemoreceptors 



cardiovascular regulation 



carbon dioxide tension and, 1 143 

 impulses from, 1143 

 properties, 1 143 

 reflexes and, 1 145 

 stimulation of, 1141 

 Chimpanzee ; see Primates 

 Chlorpromazine 



body temperature control and, 1 191 

 decerebrate rigidity and, 907 

 EEG and, 917 



EEC arousal and, 1290, 1291 

 Parkinson-like tremor and, 1291 

 Choreic syndrome 

 description, 865 



mechanism of, 874, 879, 908, 920 

 subthalamic nucleus and, 879 



Cingulate cortex, 1345- 1369 

 ablation, 811, 1365-1367 

 anatomy and projections, 811, 1345- 



1347 

 arterial pressure and, 1358 

 autonomic responses, 1357 

 behavioral arousal and, 1361 

 connections with hypothalamus, 964 

 critique of term, 1346, 1367 

 EEG arousal and, 1363 

 function, 81 1 

 gastric motility, 1359 

 inhibition of cortically induced mose- 



ments, 1353 

 inhibition of spinal reflexes, 1353 

 olfaction and, 1367 

 physiological significance, 1367-1369 

 pupillary responses, 1360 

 respiratory inhibition and, 1350 

 reticular formation and, 1355 

 seizure discharges and, 1364 

 somatotopic movements and, 1 356 

 stimulation, 1 347-1 365 

 'vagal' activities, arousal mechanism, 



1356 

 vocalization, 1357 

 Cold stress 



body water movements, 1 1 90 

 Colliculi, superior 

 anatomy, 1099 

 electrophysiology, 1 099 

 eye movements and, 1099-1 loi 

 lesions of, 1 1 00 

 proprioceptors and, 11 01 

 stimulation, 1 100 

 Conditioned reflexes 



firing of units in motor cortex, 827 

 microelectrode recording, 826 

 photic stimuli, 826 

 Copulation 



see also Reproductive behavior 

 hypothalamic EEG and, 1234 

 Coronary vessels 



chemical transmission, 1 1 33 

 neurotransmission in, 1 1 33 

 Corpora quadrigemina: see Colliculi, 



superior 

 Corpus callosum 



anatomy of hemispheric connections, 



817 

 transection, 818 

 Corpus striatum 



see also Pallidum; Basal ganglia; Len- 

 ticular nucleus; Caudate nucleus; 

 Putamen 

 afferent pathways to, 869 

 connections with amygdala, 1398 

 destruction of, 874 

 efferent pathways, 869 

 function of, 876, 914, 920 

 in man, 875 

 lesions in, 867 

 motor activity and, 875 



