Developmental Psychopathology, Developmental Neuroscience.
Cicchetti, Dante.
Developmental Psychopathology, Developmental Neuroscience. - 3rd ed. - 1 online resource (1083 pages)
Cover -- Title Page -- Copyright -- Contents -- Preface to Developmental Psychopathology, Third Edition -- Contributors -- Chapter 1 Evolutionary Foundations of Developmental Psychopathology -- Toward an Evolutionary-Developmental Framework for Psychopathology -- The Missing Foundation of Developmental Psychopathology -- Evolutionary-Developmental Psychology -- Metatheoretical Foundations of EDP -- Developmental Systems Theory: An Alternative Metatheory? -- Beyond Pathology: Adaptation, Maladaptation, and Disorders -- What Is a Disorder? -- A Taxonomy of Undesirable Conditions -- Implications for the Core Points of Developmental Psychopathology -- Beyond Mental Health: Conditional Adaptation and Life History Theory -- Developmental Plasticity and Conditional Adaptation -- Adaptive Plasticity in the Development of Life History Strategies -- The Centrality of the Phenotype -- Implications for the Core Points of Developmental Psychopathology -- Beyond Allostatic Load: The Stress Response System as a Mechanism of Conditional Adaptation -- The Adaptive Calibration Model -- ALM and ACM: A Comparison -- Implications for the Core Points of Developmental Psychopathology -- Beyond Diathesis-Stress: Differential Susceptibility to Environmental Influences -- Differential Susceptibility: Orchids and Dandelions -- Evolutionary Models of Differential Susceptibility -- Differential Susceptibility as Adaptive Stochastic Variation -- Differential Susceptibility as a Model of Organism-Environment Interplay: The Case of Pubertal Development -- Implications for the Core Points of Developmental Psychopathology -- Beyond the DSM: A Life History Framework for Mental Disorders -- Limitations of Current Taxonomic Approaches -- A Life History Framework for Psychopathology -- Toward a Life History Taxonomy of Mental Disorders. Implications for the Core Points of Developmental Psychopathology -- Conclusion -- References -- Chapter 2 Differential Susceptibility to Environmental Influences -- Differential Susceptibility to Environmental Influences -- Diathesis-Stress -- Developmental Psychopathology Foundations -- Beyond Diathesis-Stress -- Evolutionary-Developmental Theories of Differential Susceptibility -- Toward an Integrated Differential Susceptibility Paradigm -- Methodological Considerations in Evaluating Differential Susceptibility -- The Importance of Securing Adequate Environmental Variance -- Ecological, Cultural, and Racial-Ethnic Dimensions of Differential Susceptibility -- Statistical Criteria for Evaluating Differential Susceptibility -- Behavioral Markers of Differential Susceptibility -- Negative Emotionality and Difficult Temperament as Plasticity Markers -- Comment -- Physiological Markers of Differential Susceptibility -- Genetic Markers of Differential Susceptibility -- Dopamine Receptor D4 Gene (DRD4) -- Serotonin Transporter Gene (5-HTT) -- Monoamine Oxidase A Gene (MAOA) -- Serotonin Receptor 2A Gene (HTR2A) -- Tryptophan Hydroxylase 1 Gene (TPH1) -- Dopamine Receptor D2 Gene (DRD2) -- Additional Plasticity Genes? -- Polygenetic Plasticity -- GxE Mechanisms -- Experimental Evaluation of Variation in Developmental Plasticity -- Negative Emotionality and Physiological Reactivity -- Genetics -- Repeated Measurements -- Unknowns in the Differential Susceptibility Equation -- Same Individuals, Different Plasticity Markers? -- Categorical or Dimensional Scaling of Plasticity? -- Domain Specific or Domain General? -- Origins of Plasticity: Nature or Nurture (or Both)? -- Population Variation in Plasticity? -- Gender Differences in Plasticity? -- Competitive Evaluation of Models of Person-Environment Interaction -- Variation in Environmental Cue Reliability. Parent-Child Conflict of Interest -- Family Dynamics -- Timing of Susceptibility -- For Better and For Worse-or Just for Better? -- Future Directions in Research on Differential Susceptibility -- General Conclusion -- References -- Chapter 3 Differential Sensitivity to Context: Implications for Developmental Psychopathology -- Introduction -- A History of the Nature-Nurture Culture Wars -- Early Evidence for Biology-Context Interactions -- Sensitivity to Context Within a Developmental Psychopathology Framework -- Neurobiological Sensitivity to Context Theories and Evidence -- Implications for Conditional Adaptation -- Evidence of Differential Susceptibility Within Positive Environments -- Cumulative Sensitivity to Environment? -- Conceptual and Methodological Issues for Examinations of Differential Neurobiological Susceptibility -- Impediments to Discovery -- GxE Debate -- Is Reactivity or Susceptibility Maladaptive? -- Evolutionary Thinking About Variation in Sensitivity -- Developmental Timing and DNS -- Biological Pathways Linking Early Life Differential Susceptibility to Later Psychopathology -- A Closer Consideration of Epigenetic Pathways -- Future Directions -- Conclusions -- References -- Chapter 4 Understanding Developmental Psychopathology: How Useful Are Evolutionary Perspectives? -- Introduction -- Goals of Evolutionary Explanations -- Evolutionary Mechanisms That May Account for the Emergence of Psychopathology Over the Course of Development -- Stress-Diathesis Models: Resilience and Allostasic Load -- Differential Susceptibility and Biological Sensitivity to Context -- Separation Challenges and Attachment Solutions -- Evolutionary Mechanisms That May Account for the Persistence of Discrete Forms of Psychopathology -- Failure of Conserved Patterns of Behavior to Develop Normally. Dysregulation of Conserved Behavioral Systems and Associated Mental States -- Ancient Versus Current Environments and the Value of Diversity Within Populations -- Co-optation of Neurobiological Systems Associated With Establishing Salience and Reward -- An Evolutionary Arms Race: Infections and Autoimmunity -- Other Evolutionary-Based Explanations -- Conclusions and Critique -- Future Prospects -- Clinical Implications -- References -- Chapter 5 Animal Models of Developmental Psychopathology -- Introduction -- HPA Axis: Development and Regulation in Humans and Animal Models -- Rodent Models of Developmental Psychopathology -- Prenatal and Postnatal Development: Critical Periods -- Common Models of Prenatal Stress -- Rodent Models of Postnatal Stress -- Plasticity and Susceptibility of Adverse Early Life Experiences -- Puberty: The Perfect Storm -- Common Rodent Models of Stress During Puberty -- Nonhuman Primate Models of Developmental Psychopathology -- Primate Brain Development: Sensitive Periods -- Conclusions -- Translational Implications -- Future Directions -- References -- Chapter 6 The Role of Early Nutritional Deficiencies in the Development of Psychopathology -- The Role of Early Nutrient Deficiencies in the Development of Psychopathologies -- Background -- Studies on Psychopathology Related to Early Life Nutrition -- Human Studies of Nutrition and Cognitive Development -- Neurobiology of Nutritional Effects: Evidence from Bench Science -- Early Life Macronutrient Undernutrition -- Early Life Micronutrient Undernutrition -- Summary of Micronutrient Deficiencies -- Future Directions -- Translational Implications -- Concluding Remarks -- References -- Chapter 7 Quantitative and Molecular Behavioral Genetic Studies of Gene-Environment Correlation -- Genotype-Environment Correlation: Definitions. Genotype-Environment Correlations: Evidence from Adoption Studies -- Adoption Studies of Passive rGE -- Adoption Studies of Evocative rGE -- Genotype-Environment Correlations: Evidence from Twin Studies -- Using the Multivariate Twin Model to Test for G-E Correlation -- Do Genetic Influences on Children's Behavior Account for the Heritability of Parenting Measures? -- Do Genetic Influences on Children's Behavior Account for the Heritability of Peer Relationships? -- Do Genetic Influences on Personality Traits Account for the Heritability of Marital Phenotypes? -- Do Genetic Influences on Personality Traits Account for the Heritability of Global Family and Interparental Conflict? -- Do Genetic Influences on Children's Behavior Account for the Heritability of Classroom Characteristics? -- Using the Twin Design to Rule Out Genetic Confounding by Evocative or Active G-E Correlation -- Twin Studies of Passive rGE -- Discordant MZ Twins Design -- Genotype-Environment Correlations and Development -- Genotype-Environment Correlation: Evidence from the Molecular Genetic Literature -- Maternal Dopamine Genotype and Parental Behavior -- Child Dopamine Genotype and Parental Behavior -- Child Dopamine Genotype and Peer Relations -- Serotonin Genotype, Parenting, and Peer Relations -- Maternal Oxytocin Genotype and Maternal Behavior -- Oxtyocin and Pair-Bonding Behavior -- Genome-Wide Association Studies -- Summary of Findings from Molecular Genetic Studies and Future Directions for Research -- Using Genotype-Environment Correlations to Understand Causal Mechanisms -- Translational Implications -- Conclusions -- References -- Chapter 8 The Trilogy of G×E: Conceptualization, Operationalization, and Application -- Introduction -- The Concept -- The Operationalization -- From Concept to Term -- When Terms Are Unmeasured -- When Terms Are Measured -- The Analyses. Measurement Error.
9781119125518
Mental illness - Risk factors.
Electronic books.
RC454.4 -- .D484 2016eb
616.89
Developmental Psychopathology, Developmental Neuroscience. - 3rd ed. - 1 online resource (1083 pages)
Cover -- Title Page -- Copyright -- Contents -- Preface to Developmental Psychopathology, Third Edition -- Contributors -- Chapter 1 Evolutionary Foundations of Developmental Psychopathology -- Toward an Evolutionary-Developmental Framework for Psychopathology -- The Missing Foundation of Developmental Psychopathology -- Evolutionary-Developmental Psychology -- Metatheoretical Foundations of EDP -- Developmental Systems Theory: An Alternative Metatheory? -- Beyond Pathology: Adaptation, Maladaptation, and Disorders -- What Is a Disorder? -- A Taxonomy of Undesirable Conditions -- Implications for the Core Points of Developmental Psychopathology -- Beyond Mental Health: Conditional Adaptation and Life History Theory -- Developmental Plasticity and Conditional Adaptation -- Adaptive Plasticity in the Development of Life History Strategies -- The Centrality of the Phenotype -- Implications for the Core Points of Developmental Psychopathology -- Beyond Allostatic Load: The Stress Response System as a Mechanism of Conditional Adaptation -- The Adaptive Calibration Model -- ALM and ACM: A Comparison -- Implications for the Core Points of Developmental Psychopathology -- Beyond Diathesis-Stress: Differential Susceptibility to Environmental Influences -- Differential Susceptibility: Orchids and Dandelions -- Evolutionary Models of Differential Susceptibility -- Differential Susceptibility as Adaptive Stochastic Variation -- Differential Susceptibility as a Model of Organism-Environment Interplay: The Case of Pubertal Development -- Implications for the Core Points of Developmental Psychopathology -- Beyond the DSM: A Life History Framework for Mental Disorders -- Limitations of Current Taxonomic Approaches -- A Life History Framework for Psychopathology -- Toward a Life History Taxonomy of Mental Disorders. Implications for the Core Points of Developmental Psychopathology -- Conclusion -- References -- Chapter 2 Differential Susceptibility to Environmental Influences -- Differential Susceptibility to Environmental Influences -- Diathesis-Stress -- Developmental Psychopathology Foundations -- Beyond Diathesis-Stress -- Evolutionary-Developmental Theories of Differential Susceptibility -- Toward an Integrated Differential Susceptibility Paradigm -- Methodological Considerations in Evaluating Differential Susceptibility -- The Importance of Securing Adequate Environmental Variance -- Ecological, Cultural, and Racial-Ethnic Dimensions of Differential Susceptibility -- Statistical Criteria for Evaluating Differential Susceptibility -- Behavioral Markers of Differential Susceptibility -- Negative Emotionality and Difficult Temperament as Plasticity Markers -- Comment -- Physiological Markers of Differential Susceptibility -- Genetic Markers of Differential Susceptibility -- Dopamine Receptor D4 Gene (DRD4) -- Serotonin Transporter Gene (5-HTT) -- Monoamine Oxidase A Gene (MAOA) -- Serotonin Receptor 2A Gene (HTR2A) -- Tryptophan Hydroxylase 1 Gene (TPH1) -- Dopamine Receptor D2 Gene (DRD2) -- Additional Plasticity Genes? -- Polygenetic Plasticity -- GxE Mechanisms -- Experimental Evaluation of Variation in Developmental Plasticity -- Negative Emotionality and Physiological Reactivity -- Genetics -- Repeated Measurements -- Unknowns in the Differential Susceptibility Equation -- Same Individuals, Different Plasticity Markers? -- Categorical or Dimensional Scaling of Plasticity? -- Domain Specific or Domain General? -- Origins of Plasticity: Nature or Nurture (or Both)? -- Population Variation in Plasticity? -- Gender Differences in Plasticity? -- Competitive Evaluation of Models of Person-Environment Interaction -- Variation in Environmental Cue Reliability. Parent-Child Conflict of Interest -- Family Dynamics -- Timing of Susceptibility -- For Better and For Worse-or Just for Better? -- Future Directions in Research on Differential Susceptibility -- General Conclusion -- References -- Chapter 3 Differential Sensitivity to Context: Implications for Developmental Psychopathology -- Introduction -- A History of the Nature-Nurture Culture Wars -- Early Evidence for Biology-Context Interactions -- Sensitivity to Context Within a Developmental Psychopathology Framework -- Neurobiological Sensitivity to Context Theories and Evidence -- Implications for Conditional Adaptation -- Evidence of Differential Susceptibility Within Positive Environments -- Cumulative Sensitivity to Environment? -- Conceptual and Methodological Issues for Examinations of Differential Neurobiological Susceptibility -- Impediments to Discovery -- GxE Debate -- Is Reactivity or Susceptibility Maladaptive? -- Evolutionary Thinking About Variation in Sensitivity -- Developmental Timing and DNS -- Biological Pathways Linking Early Life Differential Susceptibility to Later Psychopathology -- A Closer Consideration of Epigenetic Pathways -- Future Directions -- Conclusions -- References -- Chapter 4 Understanding Developmental Psychopathology: How Useful Are Evolutionary Perspectives? -- Introduction -- Goals of Evolutionary Explanations -- Evolutionary Mechanisms That May Account for the Emergence of Psychopathology Over the Course of Development -- Stress-Diathesis Models: Resilience and Allostasic Load -- Differential Susceptibility and Biological Sensitivity to Context -- Separation Challenges and Attachment Solutions -- Evolutionary Mechanisms That May Account for the Persistence of Discrete Forms of Psychopathology -- Failure of Conserved Patterns of Behavior to Develop Normally. Dysregulation of Conserved Behavioral Systems and Associated Mental States -- Ancient Versus Current Environments and the Value of Diversity Within Populations -- Co-optation of Neurobiological Systems Associated With Establishing Salience and Reward -- An Evolutionary Arms Race: Infections and Autoimmunity -- Other Evolutionary-Based Explanations -- Conclusions and Critique -- Future Prospects -- Clinical Implications -- References -- Chapter 5 Animal Models of Developmental Psychopathology -- Introduction -- HPA Axis: Development and Regulation in Humans and Animal Models -- Rodent Models of Developmental Psychopathology -- Prenatal and Postnatal Development: Critical Periods -- Common Models of Prenatal Stress -- Rodent Models of Postnatal Stress -- Plasticity and Susceptibility of Adverse Early Life Experiences -- Puberty: The Perfect Storm -- Common Rodent Models of Stress During Puberty -- Nonhuman Primate Models of Developmental Psychopathology -- Primate Brain Development: Sensitive Periods -- Conclusions -- Translational Implications -- Future Directions -- References -- Chapter 6 The Role of Early Nutritional Deficiencies in the Development of Psychopathology -- The Role of Early Nutrient Deficiencies in the Development of Psychopathologies -- Background -- Studies on Psychopathology Related to Early Life Nutrition -- Human Studies of Nutrition and Cognitive Development -- Neurobiology of Nutritional Effects: Evidence from Bench Science -- Early Life Macronutrient Undernutrition -- Early Life Micronutrient Undernutrition -- Summary of Micronutrient Deficiencies -- Future Directions -- Translational Implications -- Concluding Remarks -- References -- Chapter 7 Quantitative and Molecular Behavioral Genetic Studies of Gene-Environment Correlation -- Genotype-Environment Correlation: Definitions. Genotype-Environment Correlations: Evidence from Adoption Studies -- Adoption Studies of Passive rGE -- Adoption Studies of Evocative rGE -- Genotype-Environment Correlations: Evidence from Twin Studies -- Using the Multivariate Twin Model to Test for G-E Correlation -- Do Genetic Influences on Children's Behavior Account for the Heritability of Parenting Measures? -- Do Genetic Influences on Children's Behavior Account for the Heritability of Peer Relationships? -- Do Genetic Influences on Personality Traits Account for the Heritability of Marital Phenotypes? -- Do Genetic Influences on Personality Traits Account for the Heritability of Global Family and Interparental Conflict? -- Do Genetic Influences on Children's Behavior Account for the Heritability of Classroom Characteristics? -- Using the Twin Design to Rule Out Genetic Confounding by Evocative or Active G-E Correlation -- Twin Studies of Passive rGE -- Discordant MZ Twins Design -- Genotype-Environment Correlations and Development -- Genotype-Environment Correlation: Evidence from the Molecular Genetic Literature -- Maternal Dopamine Genotype and Parental Behavior -- Child Dopamine Genotype and Parental Behavior -- Child Dopamine Genotype and Peer Relations -- Serotonin Genotype, Parenting, and Peer Relations -- Maternal Oxytocin Genotype and Maternal Behavior -- Oxtyocin and Pair-Bonding Behavior -- Genome-Wide Association Studies -- Summary of Findings from Molecular Genetic Studies and Future Directions for Research -- Using Genotype-Environment Correlations to Understand Causal Mechanisms -- Translational Implications -- Conclusions -- References -- Chapter 8 The Trilogy of G×E: Conceptualization, Operationalization, and Application -- Introduction -- The Concept -- The Operationalization -- From Concept to Term -- When Terms Are Unmeasured -- When Terms Are Measured -- The Analyses. Measurement Error.
9781119125518
Mental illness - Risk factors.
Electronic books.
RC454.4 -- .D484 2016eb
616.89