Weaving the fabric of social interaction: Articulating developmental psychology and cognitive neuroscience in the domain of motor cognition

In this article, we bring together recent findings from developmental science and cognitive neuroscience to argue that perception-action coupling constitutes the fundamental mechanism of motor cognition. A variety of empirical evidence suggests that observed and executed actions are coded in a common cognitive and neural framework, enabling individuals to construct shared representations of self and other actions. We review work to suggest that such shared representations support action anticipation, organization, and imitation. These processes, along with additional computational mechanisms for determining a sense of agency and behavioral regulation, form the fabric of social interaction. In addition, humans possess the capacity to move beyond these basic aspects of action analysis to interpret behavior at a deeper level, an ability that may be outside the scope of the mirror system. Understanding the nature of shared representations from the vantage point of developmental and cognitive science and neuroscience has the potential to inform a range of motor and social processes. This perspective also elucidates intriguing new directions and research questions and generates specific hypotheses regarding the impact of early disorders (e.g., developmental movement disorders) on subsequent action processing.     

A Blueprint for Social Cognitive Development

ABSTRACT— The field of social cognitive development (SCD) has historically failed to emerge as a dominant approach in developmental psychology. We take this opportunity to articulate the assumptions, goals, and contributions of SCD with the aim of invigorating research from this perspective. We begin by describing the current landscape of social and cognitive development, suggesting what they have and have not given us. We then outline major goals of the social cognitive developmental approach and walk through examples of successful SCD research. Finally, we examine the unique potential of the social cognitive approach to cross-fertilize social and cognitive development (as well as related fields such as social psychology and neuroscience) and to answer new questions about development.     

Sensory-motor deficits in children with developmental coordination disorder, attention deficit hyperactivity disorder and autistic disorder

Children who have been diagnosed with any one developmental disorder are very likely to meet diagnostic criteria for some other developmental disorder. Although comorbidity has long been acknowledged in childhood disorders, little is understood about the mechanisms that are responsible for the high level of comorbidity. In a series of studies, we have investigated the link between sensory-motor deficits and developmental disorders. Poor sensory-motor integration has long been implicated as a cause of motor problems in developmental disorders such as developmental coordination disorder (DCD), and our recent research has also investigated sensory-motor deficits in children with attention deficit hyperactivity disorder (ADHD) and autistic disorder. Based on a critical examination of relevant literature and some of our recent research findings, we argue that the importance of poor sensory-motor functioning in discriminating children with different disorders has been underestimated. Poor sensory-motor coordination appears to be linked to DCD, but not ADHD. Also, sensory-motor deficits in children with DCD and autistic disorder may provide insight into some of the social difficulties found in these groups of children. This research will increase our understanding of why children with one developmental disorder typically also have problems in other areas.     

The Interpenetration of Culture and Biology in Human Development

The central argument of this article is that human development should be viewed as the product of the interpenetration1 of cultural and biological processes. Using developmental system theory, it is argued that our work as investigators of human development is to examine this mutual coregulation: how biology and culture interpenetrate over time in concert with developmental processes. Various findings from developmental research are used to provide evidence on (a) how our biology constrains, gives expression to, mediates, or moderates how culture operates on developmental processes and (b) how culture infiltrates and becomes part of our biology and basic developmental processes. Examples of advances in neuroscience are also used to illustrate this interpenetration and to argue for the pervasiveness of cultural influences on development. To conduct the necessary research, new methodologies are needed. Promise is seen in emerging areas of social cognitive neuroscience.     

Social Neuroscience: Progress and Implications for Mental Health

ABSTRACT— Social neuroscience is a new, interdisciplinary field devoted to understanding how biological systems implement social processes and behavior. Social neuroscience capitalizes on biological concepts and methods to inform and refine theories of social behavior, and it uses social and behavioral constructs and data to inform and refine theories of neural organization and function. We focus here on the progress and potential of social neuroscience in the area of mental health. Research in social neuroscience has grown dramatically in recent years. Among the most active areas of research we found are brain-imaging studies in normal children and adults; animal models of social behavior; studies of stroke patients; imaging studies of psychiatric patients; and research on social determinants of peripheral neural, neuroendocrine, and immunological processes. We also found that these areas of research are proceeding along largely independent trajectories. Our goals in this article are to review the development of this field, examine some currently promising approaches, identify obstacles and opportunities for future advances and integration, and consider how this research can inform work on the diagnosis and treatment of mental disorders.     

Affect regulation, brain development, and behavioral/emotional health in adolescence

This paper addresses the importance of affect regulation (AR) in relation to a broad range of behavioral and emotional health problems that emerge during adolescence. AR is defined as the adaptive modulation of emotional experience to serve a goal or purpose. This conceptualization of AR emphasizes the use of cognitive skills to guide, inhibit, or modify emotion and behavior, including the expression of emotional responses, in learned, strategic ways-skills that ultimately underpin adult levels of social maturity and the ability to show "responsible" behavior across a range of emotional situations. Neurobehavioral systems that subserve these AR skills include areas of the inferior and orbital prefrontal cortex (PFC), with rich interconnections to several limbic structures and other cortical areas, including the dorsolateral PFC. Adolescence represents an important developmental period in the functional maturation of adult AR skills; it is also a critical time in the development of clinical disorders of AR (eg, rates of depression increase dramatically and gender differences in depression emerge). Maturational changes in AR that occur during adolescence-particularly with respect to the role of emotions influencing responsible decision making-are also relevant to understanding key aspects of the developmental pathways of some behavioral health problems, such as alcohol use and nicotine dependence. A strong case is made for developmental research in affective neuroscience aimed at this important maturational period, particularly the kind of transdisciplinary research leading toward mechanistic understanding of the development of adolescent-onset disorders. Improving understanding in these areas could ultimately lead to the development of early interventions in targeted high-risk populations, and has enormous clinical and social policy relevance.     

儿童认知发展研究的前沿与动向

近一二十年,得益于认知发展理论的进步和研究方法的新发展,儿童认知发展研究取得了长足的进步。这体现在婴儿研究方兴未艾,一些新课题的出现使一些传统的研究领域重新恢复了活力。同时．发展认知神经科学和认知行为遗传学这两个边沿交叉学科研究蓬勃发展,应用认知发展心理学研究迅速发展,对认知发展心理学研究均产生了巨大的影响。     

发展的认知神经科学--神经科学与认知发展研究的融合点

本文介绍了发展的神经科学自 2 0世纪 80年代以来在早期突触形成、关键期及丰富环境对脑发育的影响等领域的一些突出成就 ,阐述了从神经科学与认知发展共同研究的主题来考察两个学科的整合的意义 ,并对发展的认知神经科学研究的未来趋势作了展望。     

An overview of issues in infant and developmental research for the creation of robust and replicable science

In the last few years, the field of psychology has been challenged with a crisis in the rigor and reproducibility of the science. The focus of these issues has primarily been in social, cognitive, and cognitive neuroscience psychology, however, the area of developmental research is not immune to these issues. This paper provides an overview of the “replication crisis” and the choices made by researchers that are often not noted in methods, thus making the replication of studies more difficult. In this review we discuss issues of researcher flexibility in the data design and selection of sample size, collection, and analysis stages of research. In each of these areas we address examples of bias and how developmental researchers can address these issues in their own research.     

发展认知神经科学研究述评

发展认知神经科学是发展心理学与认知神经科学相结合而形成的跨学科研究领域,旨在从神经、行为和情境三个水平,对认知发展的方方面面进行整合性研究。本文从发展认知神经科学的研究内容、研究方法及其对发展心理学的贡献进行了梳理,并对该学科未来发展的趋势进行了展望。     

Developmental science and the media. Early brain development

Media coverage of early brain development not only has focused public attention on early childhood but also has contributed to misunderstanding of developmental neuroscience research. This article critically summarizes current research in developmental neuroscience that is pertinent to the central claims of media accounts of early brain development, including (a) scientific understanding of formative early experiences, (b) whether critical periods are typical for brain development, (c) brain development as a lifelong process, (d) biological hazards to early brain growth, and (e) strengths and limits of current technology in developmental brain research. Recommendations are offered for strengthening the constructive contributions of research scientists and their professional organizations to the accurate and timely coverage of scientific issues in the media.     

Social outcomes in childhood brain disorder: a heuristic integration of social neuroscience and developmental psychology

The authors propose a heuristic model of the social outcomes of childhood brain disorder that draws on models and methods from both the emerging field of social cognitive neuroscience and the study of social competence in developmental psychology/psychopathology. The heuristic model characterizes the relationships between social adjustment, peer interactions and relationships, social problem solving and communication, social-affective and cognitive-executive processes, and their neural substrates. The model is illustrated by research on a specific form of childhood brain disorder, traumatic brain injury. The heuristic model may promote research regarding the neural and cognitive-affective substrates of children's social development. It also may engender more precise methods of measuring impairments and disabilities in children with brain disorder and suggest ways to promote their social adaptation.     

近红外光学成像在社会认知神经科学中的应用

社会认知神经科学是运用认知神经科学的研究手段,探讨社会科学问题与理论的多学科交叉领域。近来,功能性近红外光学成像技术(functional near-infrared spectroscopy,fNIRS)凭借生态效度高、成像安全、对头动耐受性高、成本低等优势,成为了该领域新兴的热点技术。无论是在婴儿发育和社会经济决策的单脑研究中,还是在人际互动的多脑研究中,它都有广泛应用。未来近红外光学成像的应用可以向多脑神经反馈、脑机接口技术、设备无线化和多模态成像做进一步探索。     

What is the self? A psychobiological perspective

Philosophers have long struggled with questions about the nature of personal identity and of the self, with some viewing the self as a transcendent entity, and others arguing that the self is a constructed fiction. An approach based in cognitive-affective neuroscience emphasizes that self-related structures and processes are based in the brain-mind, and emerge within the social processes of human development. Alterations in such structures and processes are present in a wide range of neurological and psychiatric disorders, and neuropsychiatric lesion and functional brain imaging studies have led to more detailed awareness of the precise neuronal circuitry underlying self-representations. A cognitive-affective neuroscience approach provides a conceptual basis from which clinical research can further explore how best to assess and treat a wide range of disruptions to the self.     

Methodological issues in pediatric neuroimaging

The emergence of new technologies to study brain function in vivo has resulted in an explosion of interest in cognitive neuroscience within the last ten years. While most research in functional neuroimaging has been geared toward adult normal volunteers, the development of functional magnetic resonance imaging (fMRI) has made it possible to study neural development in normal children, as well as those with developmental disorders. This technology provides an unprecedented opportunity to expand our knowledge of brain function throughout childhood. A variety of technological, experimental, and practical difficulties are amplified when imaging children. This paper reviews some of the more challenging theoretical and practical concerns and provides suggestions for their management.     

A Theology of Nature: Social Neuroscience and Its Theological Implications

This article explores social neuroscience, an emergent subfield of neuroscience, and highlights its implications for a theology of nature. This author argues that since social neuroscience and theology are both non-reductionist, they can contribute to a balanced view of human nature and nurture. Social neuroscientific research has shown the ways in which social factors impact the brain’s development, and also how social factors are necessary for the treatment of diseases. Social neuroscience can thus enrich essential teachings and practice of religions, such as sociality and healing. Finally, this article examines how social neuroscience can be used in a reinterpretation of Wesleyan soteriology.     

The effect of communication deficits on anxiety symptoms in infants and toddlers with autism spectrum disorders

Autism spectrum disorders (ASDs) are life-long developmental disorders characterized by impairments in the development of reciprocal social and communication skills, abnormal language development, and a restricted repertoire of behaviors and interests. While it has been known for some time that children with ASD can evince elevated rates of anxiety symptoms, little research has been conducted on whether deficits in communication skills affect the range of anxiety symptoms in infants and toddlers with ASD. This study represents a first attempt to determine whether deficits in communication skills have an effect on the expression of anxiety in infants and toddlers with autistic disorder and pervasive developmental disorder-not otherwise specified. Seven hundred thirty-five infants were evaluated with respect to the nature and extent of anxiety symptoms and developmental functioning. Both receptive and expressive communication skills appeared to play a significant role in the manifestation of anxiety symptoms.     

The developmental cognitive neuroscience of functional connectivity

Developmental cognitive neuroscience is a rapidly growing field that examines the relationships between biological development and cognitive ability. In the past decade, there has been ongoing refinement of concepts and methodology related to the study of ‘functional connectivity’ among distributed brain regions believed to underlie cognition and behavioral control. Due to the recent availability of relatively easy-to-use tools for functional connectivity analysis, there has been a sharp upsurge of studies that seek to characterize normal and psychopathologically abnormal brain functional integration. However, relatively few studies have applied functional and effective connectivity analysis techniques to developmental cognitive neuroscience. Functional and effective connectivity analysis methods are ideally suited to advance our understanding of the neural substrates of cognitive development, particularly in understanding how and why changes in the functional ‘wiring’ of neural networks promotes optimal cognitive control throughout development. The purpose of this review is to summarize the central concepts, methods, and findings of functional integration neuroimaging research to discuss key questions in the field of developmental cognitive neuroscience. These ideas will be presented within a context that merges relevant concepts and proposals from different developmental theorists. The review will outline a few general predictions about likely relationships between typical ‘executive’ cognitive maturation and changes in brain network functional integration during adolescence. Although not exhaustive, this conceptual review also will showcase some of recent findings that have emerged to support these predictions.     

Neurocognitive elements of antisocial behavior: Relevance of an orbitofrontal cortex account

This paper reviews the role of orbitofrontal cortex (OFC) lesions in antisocial behaviors and the adequacy of a strict OFC account of antisocial disorders where there is no evidence of lesion. Neurocognitive accounts of antisocial behaviors are extended beyond the OFC. Several methodological shortcomings specific to this neuroscience approach to antisocial behavior are identified. A developmental approach is advocated to chart the developmental sequences of impaired brain development and of the various comorbid states typically seen in antisocial disorders.     

Culture and education: new frontiers in brain plasticity

Cognitive neuroscience has started to probe cross-cultural differences in the neuronal mechanisms underlying cognitive, perceptual and social domains. Moreover, brain imaging has revealed how education changes the brain. Such research opens up a new frontier in brain plasticity research, breaking down the boundaries between neuroscience and other traditionally non-biological disciplines, resulting in many conceptual and practical implications.