Handbook of Neurolinguistics

Whitaker, Harry A.; Stemmer, Brigitte

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Table of contents
  • Cover
  • Contentsv
  • Contributorsxix
  • Prefacexxv
  • Prologue1
  • Category-Specific Disorders for Nouns and Verbs: A Very Old and Very New Problem3
  • Advances in Neurolinguistic Research13
  • Cerebral Substrate of Language: Ontogenesis, Senescence, Aphasia, and Recoveries17
  • Part I: History of Neurolinguistics25
  • Chapter 1. Neurolinguistics from the Middle Ages to the Pre-Modern Era: Historical Vignettes27
  • 1-1. Medieval and Renaissance Neurolinguistics27
  • 1-2. A Period of Transition: The 17th and 18th Centuries29
  • 1-3. Localization Comes of Age: Franz Joseph Gall and His Times32
  • 1-4. Phrenology Studies Language Scientifically: Alexander Hood's Phenomenal Case Studies34
  • 1-5. From Gall to Broca: The Contribution of Jean Baptiste Bouillaud38
  • 1-6. From Gall to Broca: Day-to-Day Medical Work41
  • 1-7. Diagramming and Localizing in the Late 19th Century43
  • 1-8. Introducing the Concept of Receptive Aphasia: Theodor Meynert45
  • 1-9. Localizing and Diagramming: Henry Charlton Bastian47
  • 1-10. Early Agrammatism Research: Jackson, Pick, Head, and Weisenburg and McBride49
  • 1-11. Sources for the History of Neurolinguistics53
  • Part II: Clinical and Experimental Methods in Neurolinguistics55
  • Chapter 2. Methodological and Statistical Considerations in Cognitive Neurolinguistics57
  • 2-1. Research Phases in Neurolinguistics58
  • 2-2. The Cognitive Neurolinguistics Research Program60
  • 2-3. Psychometric Considerations62
  • 2-4. Inferential Statistical Tests for Single-Case Studies66
  • 2-5. Future Outlook70
  • Chapter 3. Clinical Assessment Strategies: Evaluation of Language Comprehension and Production by Fo71
  • 3-1. Why Use Formal Tests of Language?72
  • 3-2. An Academic-Experimental Rationale for Testing72
  • 3-3. A Patient-Centered Rationale73
  • 3-4. Review of Tests77
  • 3-5. Summary and Future Outlook82
  • Chapter 4. Research Strategies: Psychological and Psycholinguistic Methods in Neurolinguistics83
  • 4-1. What Is Language?84
  • 4-2. Origins of the Neurolinguistic Model86
  • 4-3. Methods87
  • 4-4. Conclusion93
  • Chapter 5. Event-Related Potential (ERP) Research in Neurolinguistics: Part I: Techniques and Applic95
  • 5-1. Overview of the ERP Paradigm96
  • 5-2. Relations between ERPs and Language Behavior99
  • 5-3. Some Lexical Semantic Issues101
  • 5-4. The Content versus Function Word Distinction102
  • 5-5. Studies on Phonological Processing Using ERPs106
  • 5-6. Conclusions108
  • Chapter 6. Event-Related Potential (ERP) Research in Neurolinguistics: Part II: Language Processing111
  • 6-1. Overview of the Issues111
  • 6-2. Divisions between Syntax and Semantics112
  • 6-3. Developmental Issues and Second Language Acquisition119
  • 6-4. Assessing Receptive Linguistic Competence without Behavioral Production120
  • 6-5. Some Questions about Reading121
  • 6-6. Conclusions122
  • Chapter 7. Electrical Stimulation Mapping of Language Cortex125
  • 7-1. Techniques126
  • 7-2. Advantages and Disadvantages of Each Technique126
  • 7-3. Background: Early Findings127
  • 7-4. Modern Studies127
  • 7-5. Comparison with Other Mapping Techniques128
  • 7-6. General Results128
  • 7-7. Specific Results129
  • Chapter 8. Tomographic Brain Imaging of Language Functions: Prospects for a New Brain/Language Model131
  • 8-1. Isotopic and Nonisotopic Tomographic Imaging: Physiological Background, Technical and Methodolo132
  • 8-2. The Activation Paradigm in Normal Subjects135
  • 8-3. Imaging Correlates of Language Functions in Damaged Brains140
  • 8-4. Conclusion142
  • Chapter 9. Applications of Magnetoencephalography to Neurolinguistic Research143
  • 9-1. Technical Aspects of Magnetoencephalography144
  • 9-2. Applications of Magnetoencephalography to the Study of Language149
  • 9-3. Conclusions157
  • Chapter 10. Vertical Integration of Neurolinguistic Mechanisms159
  • 10-1. Motility and Cortical Organization160
  • 10-2. Anatomy of Primate Communication161
  • 10-3. Motivational Basis of Hemispheric Specialization163
  • 10-4. Asymmetries in Corticolimbic Evolution165
  • 10-5. Adaptive Control of the Dual Pathways166
  • 10-6. Motility and Language168
  • 10-7. A Dual Route Involved in Language Regulation169
  • 10-8. Language Emergent across the Neuraxis171
  • 10-9. Conclusion172
  • Chapter 11. Brain Lesion Analysis in Clinical Research173
  • 11-1. Methodological Issues in Lesion Analysis174
  • 11-2. Recent Findings in Lesion Analysis181
  • 11-3. Conclusion186
  • Chapter 12. The Sodium Amytal (Wada) Test: Procedural and Interpretative Considerations189
  • 12-1. A Brief Historical Note189
  • 12-2. Rationale Underlying the ISA Procedure191
  • 12-3. The ISA Procedure: A Sample Protocol192
  • 12-4. Problems and Considerations in ISA Protocol Administration and Interpretation194
  • 12-5. Recent Developments Aimed at Improving ISA Validity and Reliability197
  • 12-6. A Cautionary Note Concerning the ISA in Pediatric Populations199
  • Part III: Experimental Neurolinguistics205
  • A. Levels of Representation and Processing: Linguistic and Psychological Aspects207
  • Chapter 13. Phonetics and Phonology207
  • 13-1. Speech Production208
  • 13-2. Speech Perception216
  • 13-3. Conclusion218
  • Chapter 14. The Breakdown of Morphology in Aphasia: A Cross-Language Perspective221
  • 14-1. Morphological Impairments in Sentence Processing222
  • 14-2. Morphological Impairments in Single-Word Processing229
  • 14-3. Concluding Remarks233
  • Chapter 15. The Shadows of Lexical Meaning in Patients with Semantic Impairments235
  • 15-1. Semantic Impairments236
  • 15-2. The Concreteness Effect239
  • 15-3. Impairments of Perceptual versus Functional Information240
  • 15-4. Multiple Semantic Systems?242
  • 15-5. Impaired Access versus Loss of Semantic Knowledge243
  • 15-6. Concluding Remarks247
  • Chapter 16. Disorders of Syntax in Aphasia: Linguistic-Descriptive and Processing Approaches249
  • 16-1. Sentence Comprehension: The Linguistic-Descriptive Approach250
  • 16-2. Sentence Comprehension: The Processing Approach252
  • 16-3. Sentence Production: Three Performance Parameters255
  • 16-4. Agrammatic Production: The Linguistic-Descriptive Approach256
  • 16-5. Agrammatic Production: The Processing Approach258
  • 16-6. Conclusion260
  • Chapter 17. Impairments of Discourse-Level Representations and Processes261
  • 17-1. Theoretical Frameworks of Narrative and Conversational Discourse262
  • 17-2. Discourse Impairments in Brain-Damaged Individuals267
  • 17-3. Conclusion273
  • Chapter 18. Attention as a Psychological Entity and Its Effects on Language and Communication275
  • 18-1. Methodology276
  • 18-2. The Structure and Functions of the Attention Faculty277
  • 18-3. Language and Attentional Disorders283
  • 18-4. Conclusion287
  • Chapter 19. The Role of Working Memory in Language and Communication Disorders289
  • 19-1. Working Memory and Sentence Comprehension290
  • 19-2. Working Memory and Speech Production Deficits298
  • 19-3. Working Memory and Vocabulary Acquisition298
  • 19-4. Conclusion299
  • Chapter 20. The Influence of Emotion on Language and Communication Disorders301
  • 20-1. Some Definitions302
  • 20-2. Human Emotional Experience303
  • 20-3. Language, Thought, and Emotion„The Triad303
  • 20-4. Does Language Express Emotions?304
  • 20-5. Role of Brain Damage in Emotional Aspects of Language and Communication306
  • 20-6. Conclusions310
  • Chapter 21. The Processing of Sign Language: Evidence from Aphasia313
  • 21-1. ASL and the Deaf Community314
  • 21-2. Linguistic Structure of American Sign Language314
  • 21-3. A Summary of Sign Language Aphasia317
  • 21-4. Hemispheric Specialization in Deaf Signers317
  • 21-5. Neurolinguistics of Sign Language Aphasia320
  • 21-6. Within-Hemisphere Localization323
  • 21-7. Right Hemisphere and Language326
  • 21-8. ASL and Syntax in Right- and Left- Hemisphere-Damaged Signers327
  • 21-9. Apraxia and Sign Language328
  • 21-10. Conclusion329
  • Chapter 22. Levels of Representation in Number Processing331
  • 22-1. The Quantity Representation332
  • 22-2. McCloskey's Model333
  • 22-3. Some Problematic Cases336
  • 22-4. The Triple-Code Model337
  • 22-5. Some Open Issues in Number Processing340
  • Chapter 23. Computational Models of Normal and Impaired Language in the Brain343
  • 23-1. Neural Network Models345
  • 23-2. Hard-Wired Networks348
  • 23-3. Supervised Learning Networks351
  • 23-4. Unsupervised Learning Networks354
  • 23-5. Summary354
  • B. Lateralization of Language and Communcation357
  • Chapter 24. Brain Lateralization across the Life Span357
  • 24-1. Evidence Regarding Developmental Changes358
  • 24-2. Evidence Regarding Changes Associated with Aging363
  • 24-3. The Major Issues365
  • 24-4. Conclusions366
  • 24-5. Future Outlook367
  • Chapter 25. Language in the Right Hemisphere Following Callosal Disconnection369
  • 25-1. Disconnection Syndrome370
  • 25-2. Synopsis of Earlier Findings370
  • 25-3. Word Recognition in the Right Hemisphere371
  • 25-4. Interhemispheric Relations377
  • 25-5. Relation of Language in the Right Hemisphere to Acquired Alexia379
  • 25-6. Conclusions383
  • Chapter 26. The Right Hemisphere and Recovery from Aphasia385
  • 26-1. Language Lateralization386
  • 26-2. The Left-to-Right Transfer Hypothesis387
  • 26-3. Bilateral Lesion Effects387
  • 26-4. Laterality in Aphasia389
  • 26-5. Degree of Language Compensation390
  • 26-6. Mechanism of Transfer390
  • 26-7. Implications of Right-Hemisphere Compensation391
  • 26-8. Concluding Comments392
  • Chapter 27. Anatomical Asymmetries in Language-Related Cortex and Their Relation to Callosal Functio393
  • 27-1. Anatomical Asymmetry in Perisylvian Regions394
  • 27-2. The Corpus Callosum398
  • 27-3. Relation of Callosal Structure and Brain Asymmetry: Implications for Language Lateralization401
  • 27-4. Developmental and Evolutionary Aspects402
  • 27-5. Summary and Conclusion404
  • Chapter 28. Unity of Language and Communication: Interhemispheric Interaction in the Lateralized Bra405
  • 28-1. Examples of Hemispheric Superiority406
  • 28-2. Why Is Hemispheric Superiority Complementary?408
  • 28-3. Mechanisms of Interhemispheric Collaboration410
  • 28-4. Future Outlook413
  • Part IV: Clinical Neurolinguistics415
  • A. Language and Communication in Special Populations and in Various Disease Processes417
  • Chapter 29. Language and Communication in Multilinguals417
  • 29-1. Recovery Patterns418
  • 29-2. Lateralization421
  • 29-3. Bilingual versus Unilingual Representation and Processing422
  • 29-4. Future Directions in the Neuropsychology of Bilingualism: The Need for Distinctions424
  • 29-5. Conclusions429
  • Chapter 30. The Role of Subcortical Structures in Linguistic Processes: Recent Developments431
  • 30-1. Role of the Basal Ganglia in Language432
  • 30-2. The Role of the Thalamus in Language436
  • 30-3. Conclusions444
  • Chapter 31. Language and Communication in Non-Alzheimer's Dementias447
  • 31-1. Vascular Dementia448
  • 31-2. Frontotemporal Dementias451
  • 31-3. Huntington's Disease453
  • 31-4. Progressive Supranuclear Palsy456
  • 31-5. Creutzfeldt–Jakob Disease458
  • 31-6. Primary Progressive Aphasia459
  • 31-7. Summary and Conclusions460
  • Chapter 32. Language and Communication Disorders in Dementia of the Alzheimer Type463
  • 32-1. Characterization of the Linguistic Changes in DAT464
  • 32-2. Evolution of the Linguistic Changes in DAT469
  • 32-3. Specificity of the Linguistic Changes470
  • 32-4. Influence of Non-Linguistic Deficits on Language Impairment471
  • 32-5. Language Impairment in DAT: A Marker for Clinical Subgroups472
  • 32-6. Neuropathological Correlates of Linguistic Changes472
  • 32-7. Conclusions473
  • Chapter 33. Language Impairment in Parkinson's Disease475
  • 33-1. Statement of the Problem476
  • 33-2. Language Deficits in PD477
  • 33-3. Conclusion482
  • Chapter 34. Communication and Language Disturbances Following Traumatic Brain Injury485
  • 34-1. Discourse Analysis487
  • 34-2. Pragmatic Analysis489
  • 34-3. Conversational Analysis490
  • 34-4. Explanations for Communication Disturbances in TBI491
  • 34-5. Conclusions494
  • Chapter 35. Language Abnormalities in Psychosis: Evidence for the Interaction between Cognitive and495
  • 35-1. Major Research Perspectives496
  • 35-2. Patterns in Language/Communication Research499
  • 35-3. Cognitive Explanations of Language/ Communication Abnormalities501
  • 35-4. An Integrated Cognitive/Neurolinguistic Approach503
  • 35-5. Future Outlook504
  • B. Language and Communication in Developmental Disorders507
  • Chapter 36. Landau–Kleffner Syndrome: Clinical and Linguistic Aspects507
  • 36-1. Clinical Picture508
  • 36-2. Prognosis and Treatment510
  • 36-3. Description of Linguistic Impairment511
  • 36-4. Hypothesis on the Underlying Deficits512
  • 36-5. Conclusion514
  • Chapter 37. The Development of Language in Some Neurological Diseases515
  • 37-1. Down's Syndrome516
  • 37-2. Williams Syndrome518
  • 37-3. Turner Syndrome520
  • 37-4. Persistent Hyperinsulineric Hypoglycemia in Infancy521
  • 37-5. Sturge–Weber Syndrome522
  • 37-6. Poroencephaly523
  • 37-7. Conclusion523
  • Chapter 38. Language and Communication Disorders in Autism and Asperger's Syndrome525
  • 38-1. Language and Communication526
  • 38-2. Autistic Language and Communication526
  • 38-3. Cognitive Theories: Understanding the Mind in Autism528
  • 38-4. The Theory of Mind Hypothesis529
  • 38-5. Developmental Effects of Mentalizing Deficits530
  • 38-6. Relationship of Language to Theory of Mind532
  • 38-7. Asperger's Syndrome532
  • 38-8. Conclusions and Future Outlook533
  • C. Recovery from and Rehabilitation of Language and Communication Disorders535
  • Chapter 39. Spontaneous Recovery from Aphasia535
  • 39-1. Clinical Studies of Spontaneous Recovery536
  • 39-2. The Neurological Basis of Recovery541
  • 39-3. Conclusions544
  • Chapter 40. Recovery from Language Disorders: Interactions between Brain and Rehabilitation547
  • 40-1. The Cognitive Neuropsychological Approach to Recovery548
  • 40-2. Restoration and Substitution of Function549
  • 40-3. Neuroplasticity and Recovery550
  • 40-4. Neuroplasticity and Learning550
  • 40-5. Limits to Neuroplasticity and Recovery551
  • 40-6. Neurochemical Thresholds and Cognitive Processing Limitations552
  • 40-7. The Intricate Relation of Language Rehabilitation and Brain Repair553
  • 40-8. Can Syntax Be (Re)Learned?555
  • 40-9. Conclusions556
  • Chapter 41. Recovery and Treatment of Acquired Reading and Spelling Disorders559
  • 41-1. Pathways to Reading560
  • 41-2. Reading Disorders560
  • 41-3. Deep Dyslexia562
  • 41-4. Pathways to Spelling563
  • 41-5. Spelling Disorders564
  • 41-6. Studies of Recovery and Treatment565
  • 41-7. Summary and Indications for Future Research571
  • Chapter 42. Neurolinguistic Issues in the Treatment of Childhood Literacy Disorders573
  • 42-1. Causal Architecture574
  • 42-2. Peripheralist Hypotheses576
  • 42-3. Centralist Hypotheses580
  • 42-4. Orthographic Development583
  • 42-5. Conclusions584
  • Chapter 43. The Role of Computers in Aphasia Rehabilitation585
  • 43-1. Models of Aphasia586
  • 43-2. Limitations of Computers in Aphasia Therapy586
  • 43-3. Efficacy of Treatment Software590
  • 43-4. Conclusion595
  • Part V: Resources in Clinical and Experimental Neurolinguistics and Related Fields597
  • Chapter 44. Computational Transcript Analysis and Language Disorders599
  • 44-1. The Child Language Data Exchange (CHILDES) System600
  • 44-2. Five Methodological Periods603
  • 44-3. The Database606
  • 44-4. Chat607
  • 44-5. Clan609
  • 44-6. Conclusion615
  • Chapter 45. Neurolinguistic and Related Assessment and Rehabilitation Software: A Listing617
  • 45-1. Obtaining Information on Assessment and Rehabilitation Material618
  • 45-2. Software Programs620
  • Chapter 46. Neurolinguistic and Related Journal and Book Resources: A Listing641
  • 46-1. Journals642
  • 46-2. Books644
  • 46-3. Sourcebooks652
  • Chapter 47. Neurolinguistic and Related Resources on the Internet: A Listing655
  • 47-1. Libraries and Bookstores656
  • 47-2. Publishers and Journals658
  • 47-3. Newsgroups and Mailing Lists660
  • 47-4. Other Useful URLs664
  • References669
  • Index773
Book details
  • Vendor Elsevier S & T
  • SKU 9780126660555
  • ISBN-13 9780080533131
  • Author Whitaker, Harry A.; Stemmer, Brigitte
  • Category Psychology
  • Subject Neuropsychology

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The Handbook of Neurolinguistics is a state-of-the-art reference and resource book; it describes current research and theory in the many subfields of neurolinguistics and its clinical application. Thorough and clearly written, the Handbook provides an excellent overview of the field of neurolinguistics and its development.
The book is organized into five parts covering the history of neurolinguistics, methods in clinical and experimental neurolinguistics, experimental neurolinguistics, clinical neurolinguistics, and resources in neurolinguistics. The first four parts contain a wide range of topics which discuss all important aspects of the many subfields of neurolinguistics. Also included are the relatively new and fast developing areas of research in discourse, pragmatics, and recent neuroimaging techniques. The resources section provides currently available resources, both traditional and modern. The Handbook is useful to the newcomer to the field, as well as the expert searching for the latest developments in neurolinguistics.

Key Features
* Clearly written and well organized
* Provides extensive resources
* Discusses both history and current research
* Covers the many subfields of neurolinguistics as well the developing areas of research