

II W1IBIHIK (IF I'llYMo! OG1 



Ml ROPHYSIOLOGY III 



chloride exchange, 1878 



electrical charge and, 1873 



electrolyte exchange, 1877 



glucose exchange, 1882 



hydrogen ion exchange, 1884 



lipid solubility and, 1875 



metabolic intermediates exchange, 1881 



metabolic pump and, 1886 



permeability of, 1 771 

 phosphites and, 1874 

 potassium exchange, 1878 

 potential difference, 1884 

 site of action, 1 872 



sodium uptake, acetazoleamide and, 

 1888 

 Blood-cerebrospinal fluid barrier 

 area differences, 1774 



permeability of, 1 7 7 J , 1873 



subarachnoid fluid and, 1774 



ventricular lluid and, 1774 

 Blood-fluid barriers 



breakdown, 1 774 



descriptions, 1770 

 Blood osmotic pressure 



posterior pituitary activity and, 1031 

 Blood pCO,: see Carbon dioxide tension 

 Blood pO«: see Oxygen tension 

 Blood pressure: see Arterial pressure 

 Blood vessel tee ( lardiovascular control; 



Vasomotor mechanism 

 Bods si heme 



motor behavior and, 1692 

 Body temperature 



amygdaloid stimulation, [405 



control 



Mill, 1 189 



age, 1 191 



species and, I 191, 1192 

 anesthesia and, 1 190 

 body water movements, t [90 

 1 atecholamines, 1 189 

 central integrative structures, 1178- 



1 181 

 central nervous system and, 1175 



193 



chloi promazine, I igi 



1 utaneous blood How and, 1 1 85 



decortication and, 1 1 78 



electrodes, implantation studies, i i 7 5 



endocrines and. 1 189 



lever and, I 191 



heat loss renter, 1 1 79 1 180 



heat production center, 1 1 79 



lis pothalamus, 966, 117", 1 1 78 



tndiret 1 thei mal stimulation, 1 175 



in man, 1 192 



in spinal animal, 1 180 



methods ol Btudy . 1 1 7 1 1 1 7-, 



pei ipheral aih\ centi al fai tors in, 



1192 1 9 1 

 phylogenesis, 

 pilot 1 . - ii. hi 11 H-, 



posterior pituitary extract, 1189 

 regulation under abnormal condi- 

 tions, 1 190-1 191 

 reticular formation, 1 188 

 respiration and, 1 184 

 salivation, 1 185 

 schizophrenia, 1185 

 shivering, 1 186 

 species differences in, 1191 



stress and, I 184 



sweating, 1 185 



thermoregulatory effectory systems, 

 1 1 74, 1 1 8 1 — 1 1 go 



thyroxin, 1 189 



under abnormal conditions, 1190, 

 1191 

 EEG, alpha activity and, 296 

 measurement, 1175 

 Brachium of inferior colliculus: see In- 

 ferior quadrigeminal brachium 

 Bradykinin 



as pain excitant, 479 

 Brain 



see also Central nervous system, Spinal 



cord; individual parts of the brain 

 arteriosclerosis, blood flow and, 1 757 

 behavior and, 1 947—1 953 

 cell fractions, 1808, 181 8 

 chemistry and function, 1822-1824 

 CO; metabolism in, 1887 

 differentiation in, 1819-1821 

 distribution of cell types, 1794 

 electrical activity of, 255-258, 279-207, 



299-312, 315-360, 716-727 

 enzymes in, 1816 

 enzymes of, 1818 

 evoked potentials of, 299-312 

 excitability 



afferent impulse inflow and, 310 



factors affecting, 308 

 extracellular span- of, 1866-1870 

 fatty and metabolism in, 1821 

 ganglioside, unit structure, 1797 

 glucose exchange, 1881 

 growth, 1819-1821 

 ionic concentrations. 1 7 < 1 -, 

 lesions 



motion perception and, M>|~, 



perceptual constancies, 16 , 



route-finding tests and, 163 

 lipids of, 1819 

 metabolic substrates, 182 1 

 moisture 



excitability and, 108 

 pi I inn avenous 1 1< 'I and 

 legion. il metabolism, 1805 

 1 h) thmic .ic n\ ity 



generation of, 280 



li.it nit and relaxation oscillatoi s, 



281 



responsiveness to stimuli. 283 



simple harmonic motion 180 



spontaneous, 279, 282, 283 



structural elements, 1819-182 I 



trigger zones, 1 748 



water exchange, I 88 I 

 Brain function 



calcium and, 1879 



glucose and, 1883 



magnesium sulfate and, 1879 



oxygen exchange and, 1884 



potassium to calcium ion ratio, 1878 

 Brain mitochondria: see Mitochondria 

 Brain potentials, 255-258, 279-297, 299- 

 312, 315-360, 716-727 



characteristics 



functional significance, 256 



nature, 255 



neuron characteristics affecting, 257 



rhythmicity of, 258 

 Brain rhythms: see Electroencephalogram 

 Brain shock 



as stimulus 



in conditioning, 1485 

 Brain stem 



see also Basal ganglia; Hypothalamus; 

 Medulla oblongata. Mesencephalon, 

 Pons 



anterior, respiration and, 1 1 14 



centers for statokinetic regulation, Q-'i 



cerebellar activity and, 1254 



emotion and, 1 720 



nature of postural responses from, 792 



panting and, 1 1 13 



respiratory regulation, 1 1 1 3 



reticular formation : see Reticular 

 formation 



sex beli.n tor and, 1 229 



statokinetic and locomotor structures, 

 890-896 

 Brain stimulation 



behavior and, 1484 



self-stimulation, 148(1 

 Brightness 



definition of, 715 



measurement of, 720 



nature <>t. 7211 



nri \ e impulse liow and. 1 j V i 

 Brightness vision, 720. 732 735 

 see also Vision 

 conn .1st 



definition of, 715 

 decortication and, 728 

 discrimination, ablation studies and, 

 1456 



enhancement 



description of, 732 

 neurophysiological explanation, 732 



Bioc. i\ .11 1 .1 • . ( Vnhr.il cortex 

 Bromide 

 1 entral nervous system metabolism in 

 vitro 

 Buffi ' solutions 



l.|sl<- ol , 1 I 



Volumi I I Volume II: pages 781 '440 Volume III: pages 1441 





