SUBJECT INDEX, VOLUMES I— III 



200I 



illusions, 1654 



in learning process for skilled move- 

 ments, 1 703 



Miiller-Lyer decrement, 1656 



Necker reversal, 1659 

 brain lesions and, 1659 



oculogravic effects and, 1630 



operational behaviorism and, 1602 



pain, 756 



psychophysics and, 1597-1603 



sound localization, 1629 



theory, 1603-1605 



vs. sensation, 1596, 1601 

 Perception, apparent motion, 1638-1642 



after-images, 1638 



auditory, 1641 



autokinetic effects, 1639 



hypothesis, 1642 



induced, 1638 



stroboscopic, 1 639 



subhuman species, 1641 



tactile, 1 641 

 Perception, constancies, 1648-1660 



cerebral lesions and, 1652 



deprivation studies, 1653 



examples, 1648 



experimental conditions and, 1651 



in animals and children, 1649 



interpretation, 1649 



measurement, 1648 



of brightness, 1650 



of color, 1650 



of size, 1648 



reduction and, 1651 



of velocity, 1648 



recombination studies, 1653 



reduction screen and, 1651 

 Perception, depth, 1623-1638 



acuity of binocular, 1627 



binocular parallax, 1626 



gradients and, 1625 



kinetic effects, 1626 



locus of fusion, 1 628 



monocular clues, 1623 



stereograms and, 1626 



tactile deprivation and, 1633 



visual deprivation and, 1633 

 Perception, distance, 1623 

 Perception, real motion, 1642-1648 



abnormalities, 1645 



cerebral lesions and, 1645 



differential thresholds, 1642 



disarrangement studies, 1647 



minimal rates, 1642 



nature of surround, 1644 



paradoxes, 1644 



sensory deprivation and, 1646 



size of object, 1644 



stages, 1643 



velocity transposition, 1644 

 Perception, shape, 1605- 1623 



articulation, 1605 



atrophy of visual desire, 1622 



by cephalopods, 1612 



by invertebrates with compound eyes, 

 1613 



by Salticidae, 161 3 



by vertebrates, 161 o 



cerebral lesions and, 161 4 



general and specific changes due to 

 lesions, 1617 



metacontrast, 1608 



ontogeny, 1607, 1609 



patterns in cerebral lesion, 1616 



phylogenetic considerations, 161 o 



principles of grouping, 1606 



projection system removal and, 1 6 1 4 



removal of congenital cataracts and, 

 1 62 1 



subtotal lesions in subhuman primates 

 1619 



suppression of function, 1622 



visual deprivation and, 1621 

 Perceptions, space 



adaptations in man, 1634 



auditory, 1628 



binaural parallax, 1628 



cerebral lesions and, 1630 



diplophonic affects, 16 |6 



disorientation in lower species, 1634 



distance receptors and, i6ag 



experimental reorganization, 1635 



monocular diplopia, 1636 



posture and, 1629 



prerequisites for adaptation, 1636 

 Perception, speech, 17 10-171 3 



binaural, 1711 

 Perception, visu.il space, 1631 

 IVi u orpuscular synaptic knobs: see 



Synapse, pericorpuscular knobs 

 Perilymph 



composition, 574 

 Peripheral receptive fields iiv Sensory 



systems 

 Perseveration 



learning and, 1479 

 Personality 



physiological properties and, 1949 

 Petit mal epileps) r« Epilepsy, petit mal 

 Pfliiger's law of contraction: see His- 

 torical development 

 Phasic receptors 



excitation of, 129 



summation, 130 

 Phasic retlexes 



mechanisms, 1274 

 Phenobarbital 



central nervous system metabolism in 

 vitro, 1839 

 Phenylketonuria 



biochemical lesion, 1929 



description, 1905, 1915 

 Phenylpyruvic oligophrenia: see Phenyl- 

 ketonuria 



Phoria : see Accommodation 

 Phosphate 



blood-brain barrier and, 1874 



concentration, intracranial and intra- 

 ocular fluids, 1779 

 l— , -Phosphoglyceride 



structural formula, 1 796 

 Phosphoproteins: see Central nervous 



system, proteins of 

 Photosensitivity 



efficiency of, 622 



in ganglia, 624 



in multicellular organisms, 624 



in unicellular organisms, 623 



peripheral. 624 

 Phrenic nerve 



action potentials from, 1 1 19 



rhythmic activity, 11 19 

 Physostigmine 



central nervous system metabolism in 

 vitro, 1838 

 Pia-ventricular potential: see D.C. poten- 

 tials 

 Picrotoxin 



synaptic transmission and, 178 

 Piloerection 



body temperature control, 1185 

 cortical stimulation and, 1360 



Pitch: set Frequency discrimination 



Pituicytes 



function in neurosecretion, 1046 

 Pituitary gland 



see also Anterior pituitary; Posterior 



pituitar) 

 activity 



emotional stress and, 1112I1 



when transplanted, 1011 

 blood supply to, 1010 

 central nervous system metabolism 



and, i860 

 connections with hypothalamus, 965, 



967 

 extirpation, endocrine activity after, 



1016 

 localization of stimulation sites in 



hypothalamus, 1026 

 pars distalis, innervation, 1009 

 portal vessels 



anatomy, 1010 



function, 101 1 



regeneration, 101 1 

 secretion, central control, 1 007-1 034 

 Pituitary stalk section 



adrenocorticotrophic secretion after, 



1019, 1020 

 anterior pituitary activity after, 1016- 



1022 

 effects of, 1 01 6 

 gonadotropic secretion after, 1017- 



1019 

 lactogenic hormone secretion after, 



1 11 2 I , [022 



Volume I: pages 1-780 Volume II: pages 781-1440 Volume 111: pages i/^/-ig66 



