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Title Page
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Copyright Page
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Preface
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Table of Contents
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List of Contributors
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Section I The Neuropsychology of Language and Communication
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1 Biological Basis of Linguistic and Communicative Systems: From Neurolinguistics to Neuropragmatics
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1.1 Introduction: Neuropsychology for Language and Communication
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1.2 Properties and Functions of Linguistic and Communicative Processes
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1.3 Anatomic-structural Models of Language Functioning
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1.3.1 Classical Models
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1.3.2 Recent Acquisitions: Sub-cortical Systems and Interface Areas
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1.4 The Contribution of Neurolinguistics
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1.4.1 Language Production and Comprehension Processes: Cognitive Models
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1.4.2 Functional Modularity of Language and Independence of Conceptual, Syntactic, and Semantic Representation Systems
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1.5 Neuropsychology of Superior Communicative Functions: Neuropragmatics
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1.5.1 Paralinguistic Components
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1.5.1.1 Prosodic System
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1.5.1.2 Neuropsychological Deficits of Prosody
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1.5.2 Indirect Speech Acts and Pragmatic Functions of Figurative Language
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1.6 Discourse Neuropragmatics
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1.6.1 Discourse Competences: the Kintsch and van Dijk Model
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1.7 Conversational Functions
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References
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2 Methods and Research Perspectives on the Neuropsychology of Communication
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2.1 Introduction
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2.2 Assumptions of Cognitive Neuropsychology
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2.2.1 Function-structure Relationship
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2.2.2 Structural, Functional and Representational Modularity
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2.3 Methods of Analysis in Cognitive Neuropsychology
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2.3.1 Experimental and Clinical Methods
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2.4 Neuropsychological Measures for Language and Communication
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2.4.1 Neuropsychological Assessment and Psychometric Batteries
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2.4.2 Observational Indexes
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2.4.2.1 Non-verbal Indexes and Response Times
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2.4.2.2 Discriminative, Interference and Priming Indexes
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2.4.2.3 Eye Movements
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2.4.3 Psychophysiological Indexes: Neurovegetative Measures
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2.4.3.1 Skin Conductance Activity
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2.4.4 Cortical Electrical Activity
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2.4.4.1 Electroencephalography
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2.4.4.2 Exogenous and Endogenous Event-Related Potentials
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2.4.4.3 ERPs, Language, and Communication Studies
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2.4.4.4 Magnetoencephalography and Transcranial Magnetic Stimulation
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2.4.5 Neuroimaging: Structural and Functional Techniques
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2.4.5.1 Structural Imaging
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2.4.5.2 Functional Imaging
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References
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3 Transcranial Magnetic Stimulation in the Study of Language and Communication
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3.1 Introduction
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3.2 TMS and Language Studies
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3.2.1 Production
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3.2.2 Comprehension
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3.3 Motor Area and Language
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3.4 Conclusions
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References
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4 Electromagnetic Indices of Language Processing
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4.1 Models of Language Comprehension and Production
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4.2 Electrophysiology of Language
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4.3 Orthographic Analysis
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4.4 Phonologic/Phonetic Analysis
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4.5 Grapheme-to-phoneme Conversion in Reading Deficits (Dyslexia)
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4.6 Lexical Analysis
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4.7 Pragmatic Analysis
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4.8 First- and Second-level Syntactic Analysis
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4.9 The Representation of Language(s) in the Multilingual Brain: Interpreters and Bilinguals
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References
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Section II Neuropragmatics. Psychophysiological,Neuropsychological and Cognitive Correlates
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5 From Pragmatics to Neuropragmatics
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5.1 Communication and Pragmatics
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5.1.1 “Pragmatic Meaning” and the Semantics/Pragmatics Interface
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5.2 Pragmatic Issues
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5.2.1 The Origins of Pragmatic Perspective
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5.2.2 Pragmatic Competence as Communicative “Strategy” and “Option”
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5.2.3 Pragmatics, Comprehension and Inference
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5.2.4 Pragmatics and Context: Salience and the Direct Access View
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5.3 Neuropragmatics
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5.3.1 The Neuropragmatic Perspective
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5.3.2 Neuropragmatic Issues
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5.4 Irony Elaboration: Definition, Models and Empirical Evidence
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5.4.1 Models of Irony Understanding
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5.4.2 Irony Comprehension: Empirical Contributions
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5.4.2.1 ERP Studies
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5.4.2.2 Clinical Neuropsychology Studies
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5.4.2.3 Neuroimaging Studies
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References
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6 Idiomatic Language Comprehension: Neuropsychological Evidence
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6.1 Introduction
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6.2 Experimental Paradigms
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6.3 Idiom Comprehension in Patients with Focal Brain Lesions
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6.3.1 Idiom Comprehension in Right-brain-damaged Patients
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6.3.2 Idiom Comprehension in Aphasic Patients
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6.3.3 Idiom Comprehension and the Prefrontal Lobe
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6.3.4 Idiom Comprehension and the Corpus Callosum
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6.4 Idiom Comprehension in Patients with Alzheimer’s Disease
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6.5 Idiom Comprehension in Schizophrenic Patients
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6.6 Conclusions
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References
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7 Anticipatory Mechanisms in Idiom Comprehension: Psycholinguistic and Electrophysiological Evidence
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7.1 Introduction
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7.2 What an Idiomatic Expression Is (and Is Not)
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7.3 Semantic Forward-looking Mechanisms in Idiom Comprehension
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7.4 An ERP Study on the Comprehension of Idiomatic Expressions in Italian: The N400 and the Electrophysiological Correlate of Categorical Expectations
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7.5 Conclusions
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References
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8 Towards a Neurophysiology of Language
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8.1 Introduction
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8.2 The Neurobiology of Syntax
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8.3 Semantic Representations in the Brain
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8.4 Multiple Pathways for Language Processing
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8.5 Conclusions
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References
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Section III From Intentions to Nonverbal Communication
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9 Intentions and Communication: Cognitive Strategies, Metacognition and Social Cognition
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9.1 Introduction: Communication as an Intentionalization Process
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9.1.1 Intentionality and Communicative Intention
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9.1.2 Intention and Consciousness
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9.1.3 Consciousness and Attention: Two Autonomous Systems
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9.1.4 Consciousness Functions for Communication
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9.2 Planning and Control of Communicative Action
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9.2.1 Executive Functions
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9.2.2 Executive Functions for Intentional Communication
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9.2.3 Working Memory Contribution
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9.3 Action Strategies for Communication
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9.3.1 Action Hierarchy Model
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9.3.2 Strategy Implementation
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9.3.2.1 Definition of Action Strategies
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9.3.2.2 Representation of a Schematic Planning of Action
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9.3.2.3 Action Preparation
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9.3.3 Self-monitoring and Meta-cognition
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9.4 The Contribution of Social Neuroscience to Communication
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9.4.1 Models of the Mental States of Others
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9.4.2 Meta-cognition and Conversation Regulation
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References
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10 The Neuropsychology of Nonverbal Communication: The Facial Expressions of Emotions
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10.1 Introduction
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10.2 Facial Expressions: Discrete Categories or Dimensions?
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10.2.1 What About Intention Attribution?
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10.2.2 Facial Expressions as Social Signals
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10.2.3 Facial Expressions of Emotion as Cognitive Functions
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10.2.4 The Stage Processing Model
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10.2.5 Structural and Semantic Mechanisms of Emotional Facial Processing. Empirical Evidence
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10.3 Neuropsychological Correlates of Emotional Facial Processing
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10.3.1 Regional Brain Support for Face-specific-processing?
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10.3.2 The Role of the Frontal and Temporal Lobes and of the Limbic Circuit in Emotion Decoding
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10.3.2.1 The Frontal Lobe
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10.3.2.2 The Temporal Lobe
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10.3.2.3 The Limbic Contribution
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10.3.2.4 The Contribution of the Amygdala
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10.4 Left and Right Hemispheres in Facial Comprehension
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10.4.1 Asymmetry of Emotional Processing
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10.5 The Universe of Emotions: Different Brain Networks for Different Emotions?
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10.5.1 Emotional Valence and the Arousal of Facial Expressions
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10.5.2 N200 ERP Effect in Emotional Face Decoding
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References
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11 Emotions, Attitudes and Personality: Psychophysiological Correlates
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11.1 Introduction
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11.2 Facial Expression of Emotions as an Integrated Symbolic Message
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11.3 Developmental Issues: Dimensionality in the Child’s Emotional Face Acquisition
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11.4 The Effect of Personality and Attitudes on Face Comprehension
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11.4.1 Appetitive vs Defensive Systems and the BIS and BAS Measures
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11.4.2 New Directions: EEG Brain Oscillations and ERPs
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11.5 Specialization of the Right Hemisphere in Facial Expressions?
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11.5.1 Lateralization Effect and Valence
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11.5.2 Emotional Type Effect Explained by the “Functional Model”
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11.5.3 Recent Empirical Evidences: Frequency Band Analysis and BIS/BAS
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References
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Subject Index
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