Psychophysiology: human behavior and physiological response
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Mahwah, NJ [u.a.]
Erlbaum
2007
|
| Ausgabe: | 5. ed. |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XXIII, 538 S. Ill., graph. Darst. |
| ISBN: | 9780805849516 9780805849509 |
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| 100 | 1 | |a Andreassi, John L. |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Psychophysiology |b human behavior and physiological response |c John L. Andreassi |
| 250 | |a 5. ed. | ||
| 264 | 1 | |a Mahwah, NJ [u.a.] |b Erlbaum |c 2007 | |
| 300 | |a XXIII, 538 S. |b Ill., graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
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Datensatz im Suchindex
| _version_ | 1804136624580198400 |
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| adam_text | Contents
Dedication v
Preface xxi
1 Introduction to Psychophysiology 1
Approach and Definitions of Psychophysiology 1
Activities and Subject Matter 2
Historical Development of Psychophysiology 3
Contemporary Psychophysiology 9
Applications of Psychophysiology 9
Importance of Brain Measures 10
Physiological Measures in Relation to the Nervous System 10
Aims and Organization of This Book 12
2 Concepts in Psychophysiology 16
The Law of Initial Values 16
Autonomie Balance 19
Activation 21
Stimulus Response (SR) Specificity 25
Individual Response (IR) Specificity 28
Cardiac Somatic Concept 29
Concepts and Social Psychophysiology 31
Habituation and Rebound 32
Orienting and Defensive Responses 33
Conceptualizations Concerning Event Related Potentials 34
Hebb s Cell Assembly Theory and ERPs 36
3 The Nervous System and Measurement of Its Activity 43
Source of the Brain s Electrical Activity 43
The Neuron 44
Excitationof Neurons 45
Neurotransmitters 48
Neuron Potentials 50
The Action Potential of die Neuron 51
vii
Gross Brain Anatomy 52
The Electroencephalogram (EEG) 56
Alpha Waves 58
Beta Waves 58
Delta Waves 58
Theta Waves 58
Kappa Waves 58
Lambda Waves 58
Mu Waves 58
Gamma Waves 59
Measurement of the EEG 59
Electrode Location (Monopolar) 59
Electrode Attachment 60
Electrode Location (Bipolar) 63
The Peripheral Nervous System 63
The Somatic System 63
The Autonomie Nervous System 64
Sympathetic Nervous System 65
Parasympathetic Nervous System 67
The Cranial Nerves 67
4 The EEG and Behavior I: Motor and Mental Activities 75
Motor Performance and the EEG 75
Reaction Time and EEG 75
EEG Activation and RT 76
The Activation Concept and EEG 76
The EEG Period 77
Variations in EEG Activation Across Cortical Areas 78
EEG Coherence and Brain Function 78
EEG Patterning 79
EEG and Cognitive Activity 80
EEG and Intelligence (The Search for a Culture Free Test) 80
EEG Period 81
EEG Spectral Analysis 81
EEG Coherence 82
EEG Complexity 82
EEG Alpha Power 82
EEG in Memory and Recall 84
Gamma Wave Activity 84
Event Related Desynchronization 84
Working Memory and Cognitive Ability 84
Hemispheric Asymmetries in the EEG 86
Behavioral Studies Showing Asymmetries 86
EEG Studies Showing Asymmetries 86
EEG Asymmetries in Emotional Expression of Infants 88
EEG Asymmetries in Emotional Expression of Adults 89
EEG, Hypnosis, Imagery, and Meditation 90
Hypnosis 90
Imagery 90
Meditation 92
5 The EEG and Behavior II: Sensation, Attention, Perception, Conditioning 97
and Sleep
Sensation, Attention, Perception and the EEG 99
Sensation and the EEG 99
Stimulus Complexity 99
Stimulus Thresholds 99
Odor Stimulation and EEG Pattern 700
Attention and the EEG 101
Attention 101
Vigilance and Signal Detection 101
Perception and the EEG 103
Perceptual Structuring 103
Reversible Figures 104
Conditioning of the EEG 104
Classical Conditioning of EEG 704
Operant Conditioning of EEG 705
Expectancies and Noncontingent Stimuli 106
Sleep and the EEG 106
The Natureof Sleep EEG 707
EEG and Dreaming 709
Depth of Sleep and Capacity to Respond 770
Dreaming and REM Sleep 777
Learning During Sleep 772
Effects of Work Schedule and Exercise on Sleep EEG 113
WorkSchedule 775
Exercise 774
Sleep Deprivation and Sleep Onset 775
Sleep Deprivation 775
Sleep Onset 776
6 Event Related Brain Potentials and Behavior I: Measurement, Motor 122
Activity, Hemispheric Asymmetries, and Sleep
Origin of Event Related Potentials (ERPs) 724
Brain Stern or Far Field Potentials 725
Sensory ERPs 725
Motor Potentials 725
Long Latency Potentials 726
Steady Potential Shifts (Contingent Negative Variation and Readiness
Potential) 726
Method for Obtaining ERPs 727
QuantificationofERPs 132
ERPs and Behavior 133
ERPs and Motor Performance 134
Reaction Time 134
Bisensory Stimulation 134
Motor Activity and the ERP 755
Active and Passive Motor Potentials 136
Finger Versus Foot Motor Potentials 136
MP Visual ERP Interactions 137
Hemispheric Asymmetries in ERPs 137
Asymmetries With Visual Stimulation 137
ERPs and Interhemispheric Transfer Time (IHTT) 137
The Importance of Central Fixation in Visual ERP Asymmetry
Research 138
Facial and Emotional Stimuli 139
Asymmetries with Auditory Stimulation 139
Sounds 139
Words 139
Asymmetries and Cognitive Functions 140
Intelligence 140
Verbal and Spatial Tasks 140
Evaluative Categorizations 141
The ERP and Sleep 141
7 Event Related Potentials and Behavior II: Mental, Sensory, Attentional, 150
and Perceptual Activities
Event Related Potentials and Mental Activity 150
ERPs and Intelligence 150
The ERP as a Culture Free Measure of Intelligence? 150
The Neural Efficiency Hypothesis 151
The String Hypothesis 752
P300 and Intelligence 152
ERPs and Stimulus Meaning 153
ERPs and Linguistic Processes 155
Noun and Verb 155
Words and Sounds 156
The P300 System 156
N400 and Semantic Mismatch 156
Open and Closed Class Words 157
Conditioning and ERPs 158
Classical Conditioning 158
Operant Conditioning 158
Sensation, Attention, Perception, and ERPs 159
Sensation and ERPs 759
Smell 759
Taste 760
Touch and Pain 767
Acceleration 767
Attention and ERPs 762
Selectivity in Attention 762
Mismatch Negativity 76J
Intermodal and Intramodal Selective Attention 164
Resource Allocation 765
Perception and ERPs 765
Shape 765
PatternSize 765
Blurring and Pattern Perception 166
Perceptual Discrimination and P300 766
Corners 766
Visual Masking 768
Motion 777
8 Event Related Slow Brain Potentials and Behavior 178
The Contingent Negative Variation (CNV) 7 78
CNV and Reaction Time 180
CNV and Distraction Attention 180
CNV and Effort 787
Stimulus Modality and the CNV 182
Other CNV Phenomena 782
Postimperative Negative Variation (PINV) 183
Sl Frequency 183
Sexual Preference 183
Missing Stimuli 183
CNV and Working Memory 184
The Readiness Potential (RP), or Bereitshaftspotential 184
Distinctions Between CNV and RP 184
Psychological Influences on the RP 785
The RP in Simple and Complex Movements 786
Spontaneous and Planned Movements 786
RP and Site of Body Response 786
Maturational Influences on the RP 787
Stimulus Preceding Negativity (SPN) 787
The P300 or P3 Potential 787
Number of Trials for P300 788
Decision Making, Decision Confidence, and P300 788
The P300 and Probability of Stimulus Occurrence 789
Selective Attention and P300 797
Stimulus Set and Response Set 797
The Nl and Nd Components 797
TheP3aandP3b 797
Modality Effects 193
Heredity and Age Effects 79J
P300 and the Orienting Response (OR) 194
HabituationofP300 795
P300 and Detection and Discrimination of Stimuli 795
Stimulus Detection 795
P300 to Omitted Stimuli 796
Discrimination of Stimuli 796
P300 and Memory 797
The Sternberg Task 797
Digit Span 798
The Von Restorff Effect and Leaming (Recall) 798
Recognition Memory 798
Concepts and Models ofP300 799
Relationsbip Between CNV and P300 200
9 Neuroimaging, Neuromagnetism, and Behavior 208
Positron Emission Tomography (PET) 209
Functional Magnetic Resonance Imaging (fMRI) 211
Optical Imaging Techniques 212
Biomagnetism and the Magnetoencephalogram (MEG) 213
Neuromagnetism: The MEG and Magnetic Evoked Field (MEF) 213
Neuroimaging and Behavior 216
Attention 216
Perception 217
Odor Perception 217
Pain 217
Visual Imagery 218
Memory Functions 218
Language Processing 219
Emotion 221
Brain Plasticity 223
Overall Summary 224
10 Muscle Activity and Behavior 229
The Control of Motor Behavior 230
Anatomy and Physiology of Muscles 230
Skeletal Muscle 231
Mechanisms of Muscle Contraction 232
The Motor Unit 232
Muscular Contraction at the Molecular Level 233
Muscle Fatigue 233
Muscular Hypertrophy 233
The Measurement of Muscle Activity 234
Electromyography (EMG) 254
General Properties of the EMG 234
Muscular Effort and the EMG 234
The EMG Waveform 235
Electrode Placement for EMG Recording 236
Specific Electrode Placements 237
Recording the EMG 237
Other Procedural Considerations 239
The EMG and Performance 239
Adequacy of Activation Theory in EMG Studies 240
EMG and Reaction Time 240
EMG and Tracking 241
EMG and Probability of Successful Performance 241
EMG Gradients and Motivated Performance 242
EMG, Motivation, and Fatigue 243
Muscular Fatigue and Performance 244
EMG and Speech 244
EMG and Sleep 246
EMG Conditioning 246
Operant Conditioning 247
Classical Conditioning 248
Facial Expression of Emotion and the EMG 248
The Early Work 248
Contemporary Studies Using Facial EMG 248
Is Emotional Contagion Indicated by Facial EMG? 249
Facial EMG in Emotionally Charged Imagery and Visual Displays 249
Do People Mimic the Emotional Expression of Others? 252
Facial EMG and Anger In and Out 252
11 Electrodermal Activity (EDA) and Behavior 259
Anatomy and Physiology of the Skin 260
Types and Distribution of Sweat Glands 260
Nervous System Control of EDA 261
Functions of the Skin and Sweating 263
Types of Electrodermal Activity 263
Skin Conductance 264
Skin Potential 265
OriginofEDA 265
The Measurement of EDA 265
Skin Conductance Level (SCL) 265
Skin Potential 265
Electrodes for Recording EDA 267
Ground Electrodes 267
Analysis of EDA Data 267
Electrodermal Phenomena and Behavior 268
Reaction Time 268
Level ofArousal 268
Fixed and Variable Signal Schedules 269
High NS SCRs (Labiles) and Low NS SCRs (Stabiles) 269
Mental Activity 270
Learning and Memory 270
Arousal 270
Habituation 270
Memory 271
Positive and Negative Emotion and EDA 271
Music and Imagery 271
Observed Violence 271
Erotic Stimuli 272
Emotional Expression 272
Mother Infant Interaction 272
Motivation and SCR Recovery Time 273
Signal Detection and EDA 273
Vigilance 274
Recognition of Faces 274
Unconscious Recognition?—Faces 274
Unconscious Recognition?—Words 275
The Orienting Response and EDA 275
Neuronal Model 276
Stimulus Distance and Change 276
Habituation 277
Role of Stimulus Significance 277
Information Processing Model 278
Stimulus Omissions 278
Alcohol Effects 278
Conditioning of EDA 279
ClassicalConditioningofEDA 280
Affective Value of the CS 280
Phobias 280
Unconditioned Response Probability and CS UCS Interval 281
Instrumental Conditioning of EDA 281
12 Pupillary Response and Behavior 289
Anatomy and Physiology of the Pupillary Response 290
Measurement of Pupillary Size 290
Fatigue and Pupillary Size 291
Pupillometry and Behavior 293
Affective Value of Stimuli and Pupil Size 293
Interest Value of Stimuli 293
Response to Pain 293
Sexual Arousal or Novelty? 293
Affective Words 294
Pupil Size and Nonverbal Communication 294
Pupil Size and Mental Activity 295
Short Term Memory 296
Language Processing 297
Perception 298
Task Difficulty 298
Stimulus Probability 299
Intelligence 299
Negative Affect 299
Attitudes 300
Information Processing, Learning, and Pupil Size 300
Information Processing 300
Learning 301
Pupillometry in Schizophrenia 303
13 Eye Movements, Eye Blinks and Behavior 308
Eye Movements 308
The Control of Eye Movements 308
The Nature of Eye Blinks 310
Recording Eye Movements and Eye Blinks 311
Problems in EOG Recordings 312
Preparation of Electrodes and Subject 312
Eye Movements and Behavior 313
Mental Activity and Eye Movements 313
Eye Movements and Learning 313
Eye Movements, Problem Solving, and Laterality 575
Problem Solving 315
Hemispheric Dominance and Eye Movement 315
Eye Movements and Reading 316
Reading Efficiency 316
Reading Disabilities and Eye Movements 317
Eye Movements and Perception 318
Scan Paths 318
Pictorial Information 318
Eye Movements and Illusions 320
Muller Lyer Illusion 320
Rebound Illusion 321
Eye Movements and Psychopathology 322
Schizophrenia 322
Manie Depression 323
The Eye Blink (EB) in Cognition, Information Processing, Stress,
and Fatigue 324
Cognitive Activity and Eye Blinks 324
Information Processing 324
Stress 325
Fatigue 325
Emotional Judgments 325
The Eye Blink Component of the Startle Response in Attention
and Emotion 326
Eye Blink and the Startle Response 326
Inhibition of the EB Startle Response 326
Attentional Processing With Short and Long Lead Intervals 327
Allocation of Attentional Resources 327
The EB Component of the Startle Response in Emotion 328
Emotional Valence and Physiological Arousal 329
Positive and Negative Sensory Experience 329
The EB Component of Startle in CUnical Research 330
14 Heart Activity and Behavior I: Developmental Factors, Motor and Mental 336
Activities, Perception, Attention and Orienting Responses
Psychophysiology Concepts 336
Why Cardiovascular Research? 337
Anatomy and Physiology of the Heart 337
Heart Structures Involved in Blood Circulation 337
Control of the Heartbeat (Cardiac Cycle) 339
Internal Cardiac Control 339
External Cardiac Control 339
Carotid Sinus Reflex 340
Measurement of Heart Activity (Electrocardiogram or ECG) 340
Wave Component Durations 340
LimbLeadsforRecordingtheECG 341
Amplitude and Recording Characteristics of the ECG 342
Measures in Research 342
Impedance Cardiography 343
Obtaining Baseline Measures 345
Electrodes in ECG Recordings 346
Heart Activity and Behavior 346
Developmental Factors 346
Attention and Heart Rate (HR) 347
Emotional Reactions in Children 347
Performance and Heart Activity 349
Reaction Time 349
Complex Motor Performance and Heart Activity 350
Heart Activity and Mental Performance 351
Verbal Learning 351
Problem Solving 352
Imagery and Meditation 352
Heart Activity and Perception 354
Perceptual Thresholds 354
Stimulus Significance 354
Heart Activity, Attention, and the Orienting Response 355
15 Heart Activity and Behavior II: Stress, Emotions, Motivation, Personality, 362
Social Factors, Brain Interactions, and Conditioning
Heart Rate and Affective Processes 362
Stress 362
Emotional Response 364
Patterns of Emotional Response 364
Detection of Physiological Changes in Emotion 366
Influence of Physiological Response on Feit Emotion 366
Frustration and Fear 366
Motivation 367
Incentive and Competition Effects 367
Cardiovascular Reactivity (CVR), Personality, and Social Factors 368
Cardiovascular Reactivity 368
Gene and Modulated Reactivity Hypothesis 369
Personality 369
Type A Women and Cardiac Response 370
Parental History of Hypertension as a Factor 371
Hostility, Anger, and CVR 371
Social Factors 373
Social Support and Coping 373
Social Context 374
Cognitive Dissonance 574
Interactions Between Heart and Brain Activity 375
Sensitivity to Signals 375
Hemispheric Differences in Brain Heart Interactions 376
The CNV and Heart Activity 576
Conditioning of Heart Activity 378
Classical Conditioning 378
Instrumental Conditioning 379
16 Blood Pressure, Blood Volume, and Behavior 386
Anatomy and Physiology of the Blood Vessels 387
Innervation of Blood Vessels 388
Regulation of Blood Pressure 388
Regulation of Blood Volume 389
Measurement of Blood Pressure 390
Measurement of Blood Volume 391
Blood Pressure and Behavior 393
Mental Activity and Blood Pressure 393
Mental Load and Problem Solving 393
Meditation 394
Emotional Reactions, Stress, and Blood Pressure 394
Frustration and Aggression 394
Emotional Imagery and Negative Emotions 395
Naturalistic Stress 395
Active and Passive Coping and CVR to Stress 396
Social Environmental Factors and Blood Pressure 398
Socioeconomic Status (SES) 398
Social Communication 398
Effectsof Sociotropy 399
Marital Stress 399
Crowding 400
Pets 400
Social Support 401
Aerobic Fitness and Auditory Stimulation 401
Aerobic Fitness 407
Auditory Stimulation 402
Personality Factors Affecting Blood Pressure 403
Type A and B Personality Patterns 403
Children and Teens 403
Type A and B Women 404
Cardiovascular Reactivity, Hostility, and Anger 405
Heredity as a Factor in Cardiovascular Reactivity 406
Big Dippers and Little Dippers 407
Conditioning of Blood Pressure 409
Blood Volume and Behavior 410
Blood Volume and Sexual Response 470
Blood Volume and the Orienting Response 472
Conditioning of Blood Volume 413
17 Applied Psychophysiology I: Detection of Deception, Vigilance, Job 420
Design, and Workload
Detection of Deception 420
Historical Background 420
Laboratory Studies in the Detection of Deception 423
Autonomie Nervous System Measures 423
Countermeasures in Detection of Deception (DOD) 424
Other Measures in DOD 425
The P300 Component of the ERP in Detecting Deception 425
Scientific Controversy and DOD 426
Phy siological Correlates of Vigilance and Workload 428
Vigilance 428
Psychophysiology in Ergonomics 429
Job Workload 430
Job Strain 431
Personnel Applications 433
Job Satisfaction and Design 433
Human Computer Interaction 433
Personnel 434
18 Applied Psychophysiology II: Auditory and Visual System Tests, Nervous 438
System Disorders, Clinical Neurology, and Behavior Disorders
Clinical Applications of Physiological Measures 438
Auditory System Tests 438
The Brain Stern Potential 438
Visual System Tests 440
Visual ERPs and Visual System Defects 440
Developmental Visual ERPs 441
Visual ERPs in Down Syndrome Infants 441
ERPs in Assessment of Dyslexia and Language 443
The EEG and ERP in the Evaluation of Nervous System Disorders 443
The EEG in Epilepsy and Other Abnormalities 443
The ERP in Closed Head Injury 444
The ERP in Brain Death 445
Brain Stem Potential Recordings in Neurological Diagnoses 445
ERPs in Clinical Neurology 446
Multiple Sclerosis 446
CNS Degenerative Disease 447
Huntington^ Chorea 447
Parkinson s Disease 447
Alzheimers Disease 447
Progressive Supranuclear Palsy 448
Human Immunodeficiency Virus (KV) 448
Physiological Responses and Behavioral Disorders 449
Brain ERPs and Psychiatrie Diagnosis 449
Psychopathy 451
Physiological Markers of Substance Abuse 452
EEG and Schizophrenia 453
Electrodermal Activity and Behavioral Disorders 453
Cardiovascular Activity and Panic Disorder 454
HR, EEG, and Attention Deficit Hyperactivity Disorder (ADHD) 455
EEG, fMRI, and Obsessive Compulsive Disorder (OCD) 456
EEG, fMRI, and Depression 457
Eye Movements and Neurological Disease 458
1^ Applied Psychophysiology UJ: Biofeedback and Psychoneuroimmunology 464
An Example of a Biofeedback Training (BFT) Situation 465
The Electromyogram (EMG) in Biofeedback Applications 466
EMG and Tension Headache 466
EMG Feedback in Neuromuscular Disorder 467
EMG Feedback and Asthma 468
EMG Feedback and Hyperactivity 471
The Electroencephalogram (EEG) in Biofeedback Applications 477
EEG Biofeedback and Epilepsy 472
EEG Biofeedback and Attention Deficit Hyperactivity Disorder
(ADHD) 474
Applications of Skin Temperature BFT 476
Skin Temperature BFT and Raynaud s Disease 476
Skin Temperature BFT and Hypertension 477
Skin Temperature BFT and Migraine 479
Overall Conclusions Regarding Clinical Applications of BFT 480
Psychoneuroimmunology (Brain, Behavior, and Irtununity) 481
The Immune System 481
Cell Mediated Immunity 482
CNS and Immunity 482
Humoral Immunity 483
Neuroendocrine Hormones, SNS and Immunity 483
The Hypothalamic Pituitary Adrenal (HPA) Axis and Immune
Response 484
Evaluation of Immune System Functioning 484
The Immune System and Behavior 485
Natural Stress and Immune Function 485
Chronic Stress and Immune Function 486
Laboratory Stressors and Immune Function 488
Cardiac Versus Vascular Reactors 488
Interpersonal Relationships 489
Psychological Interventions and Immune Function 490
20 Environmental Psychophysiology 498
Internat and External Environmental Factors and the EEG 499
Drugs 499
LSD 500
Marijuana 500
Nicotine 500
Heroin and Methadone 501
Alcohol 501
Caffeine 502
Hormones 502
Oxygen 503
Radiation 504
Electromagnetic Fields (EMFs) 504
Effects of Environmental Factors on Event Related Potentials (ERPs) 505
Drugs 505
Tranquilizers and Barbiturates 506
Effects of Marijuana on the ERP 508
Alcohol 508
Nicotine 509
Caffeine 510
EMF and Preparatory Slow Brain Potentials 510
Tryptophan Effects 510
Neurotoxic Substances 510
Effects of Hormones on the ERP 512
Environmental Factors and the Electromyogram (EMG) 513
Drugs 5/5
Exercise 575
Environmental Factors and Electrodermal Activity 514
Hormones and Drugs 514
Alcohol 514
Environmental Factors, Pupil Size, and Eye Movements 514
Effects of Drugs on Pupil Size 514
Effects of Drugs on Eye Movements 515
Environmental Factors and Heart Activity 515
Drugs 5115
Nicotine 516
Marijuana 516
Cocaine 516
Caffeine 516
Environmental Factors and Blood Pressure 517
Drugs 517
Caffeine, Alcohol, and Nicotine 518
Exercise and Blood Pressure 578
Hormones 518
Appendix: Laboratory Safety 526
Protection Against Electric Shock 526
Methods of Accident Prevention 527
Grounding 527
UseofLowVoltage 527
Isolation of Subject Connected Parts 527
Ground Fault Interrupter 527
Do s and Don ts 527
Do s 527
Don ts 528
Additional Safety 528
Reducing Risk of Disease Transmission 528
Infectious Diseases 528
Risk Factors in Psychophysiological Research 529
Low Risk 529
Moderate Risk 529
High Risk 529
Risk Reduction Procedures 529
Wearing Sterile Gloves 529
Skin Preparation 529
Electrodes 529
Subject Index 531
|
| adam_txt |
Contents
Dedication v
Preface xxi
1 Introduction to Psychophysiology 1
Approach and Definitions of Psychophysiology 1
Activities and Subject Matter 2
Historical Development of Psychophysiology 3
Contemporary Psychophysiology 9
Applications of Psychophysiology 9
Importance of Brain Measures 10
Physiological Measures in Relation to the Nervous System 10
Aims and Organization of This Book 12
2 Concepts in Psychophysiology 16
The Law of Initial Values 16
Autonomie Balance 19
Activation 21
Stimulus Response (SR) Specificity 25
Individual Response (IR) Specificity 28
Cardiac Somatic Concept 29
Concepts and Social Psychophysiology 31
Habituation and Rebound 32
Orienting and Defensive Responses 33
Conceptualizations Concerning Event Related Potentials 34
Hebb's Cell Assembly Theory and ERPs 36
3 The Nervous System and Measurement of Its Activity 43
Source of the Brain's Electrical Activity 43
The Neuron 44
Excitationof Neurons 45
Neurotransmitters 48
Neuron Potentials 50
The Action Potential of die Neuron 51
vii
Gross Brain Anatomy 52
The Electroencephalogram (EEG) 56
Alpha Waves 58
Beta Waves 58
Delta Waves 58
Theta Waves 58
Kappa Waves 58
Lambda Waves 58
Mu Waves 58
Gamma Waves 59
Measurement of the EEG 59
Electrode Location (Monopolar) 59
Electrode Attachment 60
Electrode Location (Bipolar) 63
The Peripheral Nervous System 63
The Somatic System 63
The Autonomie Nervous System 64
Sympathetic Nervous System 65
Parasympathetic Nervous System 67
The Cranial Nerves 67
4 The EEG and Behavior I: Motor and Mental Activities 75
Motor Performance and the EEG 75
Reaction Time and EEG 75
EEG Activation and RT 76
The Activation Concept and EEG 76
The EEG Period 77
Variations in EEG Activation Across Cortical Areas 78
EEG Coherence and Brain Function 78
EEG Patterning 79
EEG and Cognitive Activity 80
EEG and Intelligence (The Search for a Culture Free Test) 80
EEG Period 81
EEG Spectral Analysis 81
EEG Coherence 82
EEG Complexity 82
EEG Alpha Power 82
EEG in Memory and Recall 84
Gamma Wave Activity 84
Event Related Desynchronization 84
Working Memory and Cognitive Ability 84
Hemispheric Asymmetries in the EEG 86
Behavioral Studies Showing Asymmetries 86
EEG Studies Showing Asymmetries 86
EEG Asymmetries in Emotional Expression of Infants 88
EEG Asymmetries in Emotional Expression of Adults 89
EEG, Hypnosis, Imagery, and Meditation 90
Hypnosis 90
Imagery 90
Meditation 92
5 The EEG and Behavior II: Sensation, Attention, Perception, Conditioning 97
and Sleep
Sensation, Attention, Perception and the EEG 99
Sensation and the EEG 99
Stimulus Complexity 99
Stimulus Thresholds 99
Odor Stimulation and EEG Pattern 700
Attention and the EEG 101
Attention 101
Vigilance and Signal Detection 101
Perception and the EEG 103
Perceptual Structuring 103
Reversible Figures 104
Conditioning of the EEG 104
Classical Conditioning of EEG 704
Operant Conditioning of EEG 705
Expectancies and Noncontingent Stimuli 106
Sleep and the EEG 106
The Natureof Sleep EEG 707
EEG and Dreaming 709
Depth of Sleep and Capacity to Respond 770
Dreaming and REM Sleep 777
Learning During Sleep 772
Effects of Work Schedule and Exercise on Sleep EEG 113
WorkSchedule 775
Exercise 774
Sleep Deprivation and Sleep Onset 775
Sleep Deprivation 775
Sleep Onset 776
6 Event Related Brain Potentials and Behavior I: Measurement, Motor 122
Activity, Hemispheric Asymmetries, and Sleep
Origin of Event Related Potentials (ERPs) 724
Brain Stern or "Far Field Potentials" 725
Sensory ERPs 725
Motor Potentials 725
Long Latency Potentials 726"
Steady Potential Shifts (Contingent Negative Variation and Readiness
Potential) 726
Method for Obtaining ERPs 727
QuantificationofERPs 132
ERPs and Behavior 133
ERPs and Motor Performance 134
Reaction Time 134
Bisensory Stimulation 134
Motor Activity and the ERP 755
Active and Passive Motor Potentials 136
Finger Versus Foot Motor Potentials 136
MP Visual ERP Interactions 137
Hemispheric Asymmetries in ERPs 137
Asymmetries With Visual Stimulation 137
ERPs and Interhemispheric Transfer Time (IHTT) 137
The Importance of Central Fixation in Visual ERP Asymmetry
Research 138
Facial and Emotional Stimuli 139
Asymmetries with Auditory Stimulation 139
Sounds 139
Words 139
Asymmetries and Cognitive Functions 140
Intelligence 140
Verbal and Spatial Tasks 140
Evaluative Categorizations 141
The ERP and Sleep 141
7 Event Related Potentials and Behavior II: Mental, Sensory, Attentional, 150
and Perceptual Activities
Event Related Potentials and Mental Activity 150
ERPs and Intelligence 150
The ERP as a Culture Free Measure of Intelligence? 150
The Neural Efficiency Hypothesis 151
The String Hypothesis 752
P300 and Intelligence 152
ERPs and Stimulus Meaning 153
ERPs and Linguistic Processes 155
Noun and Verb 155
Words and Sounds 156
The P300 System 156
N400 and Semantic Mismatch 156
Open and Closed Class Words 157
Conditioning and ERPs 158
Classical Conditioning 158
Operant Conditioning 158
Sensation, Attention, Perception, and ERPs 159
Sensation and ERPs 759
Smell 759
Taste 760
Touch and Pain 767
Acceleration 767
Attention and ERPs 762
Selectivity in Attention 762
Mismatch Negativity 76J
Intermodal and Intramodal Selective Attention 164
Resource Allocation 765
Perception and ERPs 765
Shape 765
PatternSize 765
Blurring and Pattern Perception 166
Perceptual Discrimination and P300 766
Corners 766
Visual Masking 768
Motion 777
8 Event Related Slow Brain Potentials and Behavior 178
The Contingent Negative Variation (CNV) 7 78
CNV and Reaction Time 180
CNV and Distraction Attention 180
CNV and Effort 787
Stimulus Modality and the CNV 182
Other CNV Phenomena 782
Postimperative Negative Variation (PINV) 183
Sl Frequency 183
Sexual Preference 183
Missing Stimuli 183
CNV and Working Memory 184
The Readiness Potential (RP), or Bereitshaftspotential 184
Distinctions Between CNV and RP 184
Psychological Influences on the RP 785
The RP in Simple and Complex Movements 786
Spontaneous and Planned Movements 786
RP and Site of Body Response 786
Maturational Influences on the RP 787
Stimulus Preceding Negativity (SPN) 787
The P300 or P3 Potential 787
Number of Trials for P300 788
Decision Making, Decision Confidence, and P300 788
The P300 and Probability of Stimulus Occurrence 789
Selective Attention and P300 797
Stimulus Set and Response Set 797
The Nl and Nd Components 797
TheP3aandP3b 797
Modality Effects 193
Heredity and Age Effects 79J
P300 and the Orienting Response (OR) 194
HabituationofP300 795
P300 and Detection and Discrimination of Stimuli 795
Stimulus Detection 795
P300 to Omitted Stimuli 796
Discrimination of Stimuli 796
P300 and Memory 797
The Sternberg Task 797
Digit Span 798
The Von Restorff Effect and Leaming (Recall) 798
Recognition Memory 798
Concepts and Models ofP300 799
Relationsbip Between CNV and P300 200
9 Neuroimaging, Neuromagnetism, and Behavior 208
Positron Emission Tomography (PET) 209
Functional Magnetic Resonance Imaging (fMRI) 211
Optical Imaging Techniques 212
Biomagnetism and the Magnetoencephalogram (MEG) 213
Neuromagnetism: The MEG and Magnetic Evoked Field (MEF) 213
Neuroimaging and Behavior 216
Attention 216
Perception 217
Odor Perception 217
Pain 217
Visual Imagery 218
Memory Functions 218
Language Processing 219
Emotion 221
Brain Plasticity 223
Overall Summary 224
10 Muscle Activity and Behavior 229
The Control of Motor Behavior 230
Anatomy and Physiology of Muscles 230
Skeletal Muscle 231
Mechanisms of Muscle Contraction 232
The Motor Unit 232
Muscular Contraction at the Molecular Level 233
Muscle Fatigue 233
Muscular Hypertrophy 233
The Measurement of Muscle Activity 234
Electromyography (EMG) 254
General Properties of the EMG 234
Muscular Effort and the EMG 234
The EMG Waveform 235
Electrode Placement for EMG Recording 236
Specific Electrode Placements 237
Recording the EMG 237
Other Procedural Considerations 239
The EMG and Performance 239
Adequacy of Activation Theory in EMG Studies 240
EMG and Reaction Time 240
EMG and Tracking 241
EMG and Probability of Successful Performance 241
EMG Gradients and Motivated Performance 242
EMG, Motivation, and Fatigue 243
Muscular Fatigue and Performance 244
EMG and Speech 244
EMG and Sleep 246
EMG Conditioning 246
Operant Conditioning 247
Classical Conditioning 248
Facial Expression of Emotion and the EMG 248
The Early Work 248
Contemporary Studies Using Facial EMG 248
Is Emotional Contagion Indicated by Facial EMG? 249
Facial EMG in Emotionally Charged Imagery and Visual Displays 249
Do People Mimic the Emotional Expression of Others? 252
Facial EMG and Anger In and Out 252
11 Electrodermal Activity (EDA) and Behavior 259
Anatomy and Physiology of the Skin 260
Types and Distribution of Sweat Glands 260
Nervous System Control of EDA 261
Functions of the Skin and Sweating 263
Types of Electrodermal Activity 263
Skin Conductance 264
Skin Potential 265
OriginofEDA 265
The Measurement of EDA 265
Skin Conductance Level (SCL) 265
Skin Potential 265
Electrodes for Recording EDA 267
Ground Electrodes 267
Analysis of EDA Data 267
Electrodermal Phenomena and Behavior 268
Reaction Time 268
Level ofArousal 268
Fixed and Variable Signal Schedules 269
High NS SCRs (Labiles) and Low NS SCRs (Stabiles) 269
Mental Activity 270
Learning and Memory 270
Arousal 270
Habituation 270
Memory 271
Positive and Negative Emotion and EDA 271
Music and Imagery 271
Observed Violence 271
Erotic Stimuli 272
Emotional Expression 272
Mother Infant Interaction 272
Motivation and SCR Recovery Time 273
Signal Detection and EDA 273
Vigilance 274
Recognition of Faces 274
Unconscious Recognition?—Faces 274
Unconscious Recognition?—Words 275
The Orienting Response and EDA 275
Neuronal Model 276
Stimulus Distance and Change 276
Habituation 277
Role of Stimulus Significance 277
Information Processing Model 278
Stimulus Omissions 278
Alcohol Effects 278
Conditioning of EDA 279
ClassicalConditioningofEDA 280
Affective Value of the CS 280
Phobias 280
Unconditioned Response Probability and CS UCS Interval 281
Instrumental Conditioning of EDA 281
12 Pupillary Response and Behavior 289
Anatomy and Physiology of the Pupillary Response 290
Measurement of Pupillary Size 290
Fatigue and Pupillary Size 291
Pupillometry and Behavior 293
Affective Value of Stimuli and Pupil Size 293
Interest Value of Stimuli 293
Response to Pain 293
Sexual Arousal or Novelty? 293
Affective Words 294
Pupil Size and Nonverbal Communication 294
Pupil Size and Mental Activity 295
Short Term Memory 296
Language Processing 297
Perception 298
Task Difficulty 298
Stimulus Probability 299
Intelligence 299
Negative Affect 299
Attitudes 300
Information Processing, Learning, and Pupil Size 300
Information Processing 300
Learning 301
Pupillometry in Schizophrenia 303
13 Eye Movements, Eye Blinks and Behavior 308
Eye Movements 308
The Control of Eye Movements 308
The Nature of Eye Blinks 310
Recording Eye Movements and Eye Blinks 311
Problems in EOG Recordings 312
Preparation of Electrodes and Subject 312
Eye Movements and Behavior 313
Mental Activity and Eye Movements 313
Eye Movements and Learning 313
Eye Movements, Problem Solving, and Laterality 575
Problem Solving 315
Hemispheric Dominance and Eye Movement 315
Eye Movements and Reading 316
Reading Efficiency 316
Reading Disabilities and Eye Movements 317
Eye Movements and Perception 318
Scan Paths 318
Pictorial Information 318
Eye Movements and Illusions 320
Muller Lyer Illusion 320
Rebound Illusion 321
Eye Movements and Psychopathology 322
Schizophrenia 322
Manie Depression 323
The Eye Blink (EB) in Cognition, Information Processing, Stress,
and Fatigue 324
Cognitive Activity and Eye Blinks 324
Information Processing 324
Stress 325
Fatigue 325
Emotional Judgments 325
The Eye Blink Component of the Startle Response in Attention
and Emotion 326
Eye Blink and the Startle Response 326
Inhibition of the EB Startle Response 326
Attentional Processing With Short and Long Lead Intervals 327
Allocation of Attentional Resources 327
The EB Component of the Startle Response in Emotion 328
Emotional Valence and Physiological Arousal 329
Positive and Negative Sensory Experience 329
The EB Component of Startle in CUnical Research 330
14 Heart Activity and Behavior I: Developmental Factors, Motor and Mental 336
Activities, Perception, Attention and Orienting Responses
Psychophysiology Concepts 336
Why Cardiovascular Research? 337
Anatomy and Physiology of the Heart 337
Heart Structures Involved in Blood Circulation 337
Control of the Heartbeat (Cardiac Cycle) 339
Internal Cardiac Control 339
External Cardiac Control 339
Carotid Sinus Reflex 340
Measurement of Heart Activity (Electrocardiogram or ECG) 340
Wave Component Durations 340
LimbLeadsforRecordingtheECG 341
Amplitude and Recording Characteristics of the ECG 342
Measures in Research 342
Impedance Cardiography 343
Obtaining Baseline Measures 345
Electrodes in ECG Recordings 346
Heart Activity and Behavior 346
Developmental Factors 346
Attention and Heart Rate (HR) 347
Emotional Reactions in Children 347
Performance and Heart Activity 349
Reaction Time 349
Complex Motor Performance and Heart Activity 350
Heart Activity and Mental Performance 351
Verbal Learning 351
Problem Solving 352
Imagery and Meditation 352
Heart Activity and Perception 354
Perceptual Thresholds 354
Stimulus Significance 354
Heart Activity, Attention, and the Orienting Response 355
15 Heart Activity and Behavior II: Stress, Emotions, Motivation, Personality, 362
Social Factors, Brain Interactions, and Conditioning
Heart Rate and Affective Processes 362
Stress 362
Emotional Response 364
Patterns of Emotional Response 364
Detection of Physiological Changes in Emotion 366
Influence of Physiological Response on Feit Emotion 366
Frustration and Fear 366
Motivation 367
Incentive and Competition Effects 367
Cardiovascular Reactivity (CVR), Personality, and Social Factors 368
Cardiovascular Reactivity 368
Gene and Modulated Reactivity Hypothesis 369
Personality 369
Type A Women and Cardiac Response 370
Parental History of Hypertension as a Factor 371
Hostility, Anger, and CVR 371
Social Factors 373
Social Support and Coping 373
Social Context 374
Cognitive Dissonance 574
Interactions Between Heart and Brain Activity 375
Sensitivity to Signals 375
Hemispheric Differences in Brain Heart Interactions 376
The CNV and Heart Activity 576
Conditioning of Heart Activity 378
Classical Conditioning 378
Instrumental Conditioning 379
16 Blood Pressure, Blood Volume, and Behavior 386
Anatomy and Physiology of the Blood Vessels 387
Innervation of Blood Vessels 388
Regulation of Blood Pressure 388
Regulation of Blood Volume 389
Measurement of Blood Pressure 390
Measurement of Blood Volume 391
Blood Pressure and Behavior 393
Mental Activity and Blood Pressure 393
Mental Load and Problem Solving 393
Meditation 394
Emotional Reactions, Stress, and Blood Pressure 394
Frustration and Aggression 394
Emotional Imagery and Negative Emotions 395
Naturalistic Stress 395
Active and Passive Coping and CVR to Stress 396
Social Environmental Factors and Blood Pressure 398
Socioeconomic Status (SES) 398
Social Communication 398
Effectsof'Sociotropy" 399
Marital Stress 399
Crowding 400
Pets 400
Social Support 401
Aerobic Fitness and Auditory Stimulation 401
Aerobic Fitness 407
Auditory Stimulation 402
Personality Factors Affecting Blood Pressure 403
Type A and B Personality Patterns 403
Children and Teens 403
Type A and B Women 404
Cardiovascular Reactivity, Hostility, and Anger 405
Heredity as a Factor in Cardiovascular Reactivity 406
Big Dippers and Little Dippers 407
Conditioning of Blood Pressure 409
Blood Volume and Behavior 410
Blood Volume and Sexual Response 470
Blood Volume and the Orienting Response 472
Conditioning of Blood Volume 413
17 Applied Psychophysiology I: Detection of Deception, Vigilance, Job 420
Design, and Workload
Detection of Deception 420
Historical Background 420
Laboratory Studies in the Detection of Deception 423
Autonomie Nervous System Measures 423
"Countermeasures" in Detection of Deception (DOD) 424
Other Measures in DOD 425
The P300 Component of the ERP in Detecting Deception 425
Scientific Controversy and DOD 426
Phy siological Correlates of Vigilance and Workload 428
Vigilance 428
Psychophysiology in Ergonomics 429
Job Workload 430
Job Strain 431
Personnel Applications 433
Job Satisfaction and Design 433
Human Computer Interaction 433
Personnel 434
18 Applied Psychophysiology II: Auditory and Visual System Tests, Nervous 438
System Disorders, Clinical Neurology, and Behavior Disorders
Clinical Applications of Physiological Measures 438
Auditory System Tests 438
The Brain Stern Potential 438
Visual System Tests 440
Visual ERPs and Visual System Defects 440
Developmental Visual ERPs 441
Visual ERPs in Down Syndrome Infants 441
ERPs in Assessment of Dyslexia and Language 443
The EEG and ERP in the Evaluation of Nervous System Disorders 443
The EEG in Epilepsy and Other Abnormalities 443
The ERP in Closed Head Injury 444
The ERP in "Brain Death" 445
Brain Stem Potential Recordings in Neurological Diagnoses 445
ERPs in Clinical Neurology 446
Multiple Sclerosis 446
CNS Degenerative Disease 447
Huntington^ Chorea 447
Parkinson's Disease 447
Alzheimers Disease 447
Progressive Supranuclear Palsy 448
Human Immunodeficiency Virus (KV) 448
Physiological Responses and Behavioral Disorders 449
Brain ERPs and Psychiatrie Diagnosis 449
Psychopathy 451
Physiological Markers of Substance Abuse 452
EEG and Schizophrenia 453
Electrodermal Activity and Behavioral Disorders 453
Cardiovascular Activity and Panic Disorder 454
HR, EEG, and Attention Deficit Hyperactivity Disorder (ADHD) 455
EEG, fMRI, and Obsessive Compulsive Disorder (OCD) 456
EEG, fMRI, and Depression 457
Eye Movements and Neurological Disease 458
1^ Applied Psychophysiology UJ: Biofeedback and Psychoneuroimmunology 464
An Example of a Biofeedback Training (BFT) Situation 465
The Electromyogram (EMG) in Biofeedback Applications 466
EMG and Tension Headache 466
EMG Feedback in Neuromuscular Disorder 467
EMG Feedback and Asthma 468
EMG Feedback and Hyperactivity 471
The Electroencephalogram (EEG) in Biofeedback Applications 477
EEG Biofeedback and Epilepsy 472
EEG Biofeedback and Attention Deficit Hyperactivity Disorder
(ADHD) 474
Applications of Skin Temperature BFT 476
Skin Temperature BFT and Raynaud's Disease 476
Skin Temperature BFT and Hypertension 477
Skin Temperature BFT and Migraine 479
Overall Conclusions Regarding Clinical Applications of BFT 480
Psychoneuroimmunology (Brain, Behavior, and Irtununity) 481
The Immune System 481
Cell Mediated Immunity 482
CNS and Immunity 482
Humoral Immunity 483
Neuroendocrine Hormones, SNS and Immunity 483
The Hypothalamic Pituitary Adrenal (HPA) Axis and Immune
Response 484
Evaluation of Immune System Functioning 484
The Immune System and Behavior 485
Natural Stress and Immune Function 485
Chronic Stress and Immune Function 486
Laboratory Stressors and Immune Function 488
Cardiac Versus Vascular Reactors 488
Interpersonal Relationships 489
Psychological Interventions and Immune Function 490
20 Environmental Psychophysiology 498
Internat and External Environmental Factors and the EEG 499
Drugs 499
LSD 500
Marijuana 500
Nicotine 500
Heroin and Methadone 501
Alcohol 501
Caffeine 502
Hormones 502
Oxygen 503
Radiation 504
Electromagnetic Fields (EMFs) 504
Effects of Environmental Factors on Event Related Potentials (ERPs) 505
Drugs 505
Tranquilizers and Barbiturates 506
Effects of Marijuana on the ERP 508
Alcohol 508
Nicotine 509
Caffeine 510
EMF and Preparatory Slow Brain Potentials 510
Tryptophan Effects 510
Neurotoxic Substances 510
Effects of Hormones on the ERP 512
Environmental Factors and the Electromyogram (EMG) 513
Drugs 5/5
Exercise 575
Environmental Factors and Electrodermal Activity 514
Hormones and Drugs 514
Alcohol 514
Environmental Factors, Pupil Size, and Eye Movements 514
Effects of Drugs on Pupil Size 514
Effects of Drugs on Eye Movements 515
Environmental Factors and Heart Activity 515
Drugs 5115
Nicotine 516
Marijuana 516
Cocaine 516
Caffeine 516
Environmental Factors and Blood Pressure 517
Drugs 517
Caffeine, Alcohol, and Nicotine 518
Exercise and Blood Pressure 578
Hormones 518
Appendix: Laboratory Safety 526
Protection Against Electric Shock 526
Methods of Accident Prevention 527
Grounding 527
UseofLowVoltage 527
Isolation of Subject Connected Parts 527
Ground Fault Interrupter 527
Do's and Don'ts 527
Do's 527
Don'ts 528
Additional Safety 528
Reducing Risk of Disease Transmission 528
Infectious Diseases 528
Risk Factors in Psychophysiological Research 529
Low Risk 529
Moderate Risk 529
High Risk 529
Risk Reduction Procedures 529
Wearing Sterile Gloves 529
Skin Preparation 529
Electrodes 529
Subject Index 531 |
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| id | DE-604.BV022518914 |
| illustrated | Illustrated |
| index_date | 2024-07-02T18:02:35Z |
| indexdate | 2024-07-09T20:59:22Z |
| institution | BVB |
| isbn | 9780805849516 9780805849509 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-015725683 |
| oclc_num | 731511030 |
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| owner | DE-20 DE-B170 DE-83 DE-384 DE-19 DE-BY-UBM |
| owner_facet | DE-20 DE-B170 DE-83 DE-384 DE-19 DE-BY-UBM |
| physical | XXIII, 538 S. Ill., graph. Darst. |
| publishDate | 2007 |
| publishDateSearch | 2007 |
| publishDateSort | 2007 |
| publisher | Erlbaum |
| record_format | marc |
| spelling | Andreassi, John L. Verfasser aut Psychophysiology human behavior and physiological response John L. Andreassi 5. ed. Mahwah, NJ [u.a.] Erlbaum 2007 XXIII, 538 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Psychophysiology Verhaltensphysiologie (DE-588)4187767-6 gnd rswk-swf Physiologische Psychologie (DE-588)4076126-5 gnd rswk-swf Verhaltensphysiologie (DE-588)4187767-6 s DE-604 Physiologische Psychologie (DE-588)4076126-5 s HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015725683&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Andreassi, John L. Psychophysiology human behavior and physiological response Psychophysiology Verhaltensphysiologie (DE-588)4187767-6 gnd Physiologische Psychologie (DE-588)4076126-5 gnd |
| subject_GND | (DE-588)4187767-6 (DE-588)4076126-5 |
| title | Psychophysiology human behavior and physiological response |
| title_auth | Psychophysiology human behavior and physiological response |
| title_exact_search | Psychophysiology human behavior and physiological response |
| title_exact_search_txtP | Psychophysiology human behavior and physiological response |
| title_full | Psychophysiology human behavior and physiological response John L. Andreassi |
| title_fullStr | Psychophysiology human behavior and physiological response John L. Andreassi |
| title_full_unstemmed | Psychophysiology human behavior and physiological response John L. Andreassi |
| title_short | Psychophysiology |
| title_sort | psychophysiology human behavior and physiological response |
| title_sub | human behavior and physiological response |
| topic | Psychophysiology Verhaltensphysiologie (DE-588)4187767-6 gnd Physiologische Psychologie (DE-588)4076126-5 gnd |
| topic_facet | Psychophysiology Verhaltensphysiologie Physiologische Psychologie |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015725683&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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