Table of Contents
Overview
Definition and Scope
Clinical neuropsychology is defined as a branch of psychology that examines the relationship between cognitive functions and behaviors in relation to the brain and the nervous system. This field focuses on how brain injuries or illnesses impact cognitive and behavioral functions, thereby elucidating the effects of brain damage on behavior while considering various influencing factors such as genetic, developmental, emotional, and experiential contributions to cognitive functioning.[3.1] The scope of neuropsychology encompasses the study of brain-behavior relationships, traditionally employing a classical lesion-based approach that correlates specific brain damage with patterns of preserved and impaired cognitive functioning.[2.1] This approach has facilitated the reliable quantification of cognitive functions and behaviors, allowing for the development of neuropsychological models of mental disorders and the study of cognitive functions in high-risk individuals.[2.1] Historically, the roots of neuropsychology can be traced back to ancient scholars who sought to understand the interplay between the brain and behavior. The work of pioneers such as Paul Broca and Carl Wernicke was instrumental in transitioning neuropsychology from speculative theories to a more empirical understanding of localized brain functions, particularly in language processing.[5.1] Their discoveries laid the groundwork for modern neuropsychology, which continues to investigate the complexities of how the brain influences cognitive and emotional processes.[5.1]Importance in Psychology and Neuroscience
Neuropsychology plays a critical role in both psychology and neuroscience by providing insights into the cognitive processes and neurobiological factors that underlie various psychological conditions. One of the primary functions of neuropsychological assessment is to evaluate cognitive, emotional, and behavioral functioning, which is essential for informing educational interventions and facilitating early identification of learning disabilities and neurodevelopmental disorders.[6.1] This assessment process is vital in developing Individualized Education Programs (IEPs) by identifying students' cognitive strengths and weaknesses, thereby enabling targeted interventions and accommodations.[6.1] Furthermore, neuropsychological evaluations are instrumental in elucidating the cognitive processes that contribute to academic difficulties, particularly in the context of learning disabilities. By integrating neuroscientific and psychological perspectives, these evaluations help in the differential diagnosis of learning disabilities, allowing for tailored interventions that address an individual's unique cognitive profile.[7.1] This synergy enhances the understanding of how specific brain injuries or neurological disorders can alter cognitive functions, which is crucial for effective neuropsychological assessment and rehabilitation.[10.1] Advancements in brain imaging technologies, such as functional magnetic resonance imaging (fMRI) and positron emission tomography (PET), have significantly enhanced our understanding of cognitive functions and their neural correlates. These technologies allow researchers to observe brain activity and structure in vivo, providing valuable insights into the workings of the brain and the impact of neurological disorders.[16.1] For instance, fMRI has catalyzed studies that explore both localizationist and connectionist approaches in cognitive neuroscience, revealing how brain networks relate to behavior and cognition.[14.1]History
Early Foundations of Neuropsychology
The early foundations of neuropsychology can be traced back to ancient scholars and physicians who sought to understand the intricate relationship between the brain and behavior. One of the earliest significant figures was Galen of Pergamum, a Greek physician whose work in the 2nd century A.D. advanced the anatomical understanding of the brain, although his functional theories did not form the basis of modern neuropsychology. Galen's influence on medical thought persisted for over a millennium, shaping the discourse around brain function and behavior during the Middle Ages and the Renaissance.[49.1] The transition to a more empirical understanding of brain function began with the pioneering work of Paul Broca and Carl Wernicke in the 19th century. Broca discovered the first evidence of a brain region responsible for language production, while Wernicke identified a separate area involved in language comprehension. Their findings were pivotal in shifting the focus of neuropsychology from speculative theories to a more localized understanding of brain functions, particularly in the realm of language processing.[54.1] This marked a significant departure from earlier holistic views of the brain, laying the groundwork for modern neuropsychology, which emphasizes the localization of cognitive functions within specific brain regions.[56.1] The concept of localization of function became a cornerstone of neuropsychology, as it posited that distinct areas of the brain are responsible for particular mental functions. Broca's area, associated with speech production, and Wernicke's area, linked to language comprehension, exemplify this principle.[56.1] The work of these early neuropsychologists not only advanced theoretical understanding but also influenced clinical practices, as contemporary neuropsychologists assess and treat brain damage by evaluating the cognitive functions associated with specific brain regions.[55.1] Thus, the contributions of Broca and Wernicke have shaped methodologies in neuropsychology that continue to evolve, reflecting a dynamic understanding of the brain's role in cognitive and emotional processes.[56.1]Key Milestones and Discoveries
Key milestones in the history of neuropsychology have significantly shaped the field, particularly through the contributions of early scholars and the evolution of theoretical frameworks. The roots of neuropsychology can be traced back to ancient times when scholars sought to understand the relationship between the brain and behavior. Notably, Galen's observations in the 2nd century A.D. advanced the anatomical understanding of the brain, although his functional theories did not form the foundation of modern neuropsychology. His work popularized localizationist theory, which associated specific brain regions with distinct psychological functions.[51.1] The pivotal contributions of Paul Broca and Carl Wernicke in the 19th century marked a significant shift from speculative theories of brain function to a more empirical understanding. Broca's work, in particular, laid the groundwork for the study of language processing, emphasizing a localized understanding of brain functions rather than a holistic view.[50.1] This empirical approach was further developed during the first golden age of neuropsychology, from 1861 to 1914, characterized by significant advances in the understanding of various cognitive disorders, including aphasia and agnosia.[52.1] The mid-20th century heralded the emergence of experimental neuropsychology as a distinct subfield, heavily influenced by cognitive psychology and information processing theories. This period, often referred to as the cognitive revolution, marked a critical shift in psychological theory and methodology, emphasizing the brain's role in human performance and cognition.[46.1] Cognitive psychology's focus on mental processes such as thinking, perception, and memory provided a robust framework for neuropsychological research, leading to the development of various methodologies, including controlled experiments and advanced brain imaging techniques.[45.1] As neuropsychology evolved, it began to integrate principles from cognitive psychology, enhancing the understanding of brain-behavior relationships. This integration has had profound implications for clinical practice, allowing for more nuanced assessments and interventions for cognitive, behavioral, and emotional challenges arising from neurological conditions.[61.1] The collaboration between cognitive psychology and neuroscience continues to deepen our understanding of how brain disorders affect mental processes and behavior, thereby shaping the future of neuropsychological research and practice.[62.1]In this section:
Brain-Behavior Connection
Specific Brain Functions and Cognitive Abilities
The interaction between specific brain structures and cognitive functions is crucial for understanding the brain-behavior connection in neuropsychology. The hippocampus and prefrontal cortex (PFC) are two key regions that play significant roles in memory encoding, retrieval, and decision-making processes. Research indicates that these areas communicate during tasks that require both spatial navigation and decision-making, highlighting their interdependence in cognitive functioning.[83.1] The hippocampus is primarily involved in the initial stages of memory formation, while the PFC becomes increasingly important for memory retrieval over time, particularly as memories are consolidated into long-term storage.[84.1] Neuropsychological assessments often focus on evaluating cognitive functions such as memory, attention, and problem-solving abilities, which are influenced by the health and functionality of these brain regions. Clinical neuropsychologists utilize specialized assessment strategies to identify deficits and preserved capabilities related to brain injuries or disorders, thereby enhancing our understanding of cognitive and behavioral changes that arise from neurological conditions.[79.1] The theoretical framework provided by A. R. Luria's functional systems theory further elucidates the complexity of brain-behavior relationships. Luria posited that behavior results from the integrated functioning of various brain structures rather than from isolated regions, emphasizing the collaborative nature of cognitive processes.[78.1] This perspective is supported by neuroimaging studies that have advanced our understanding of how different brain areas interact during cognitive tasks, revealing the dynamic nature of memory and decision-making processes.[86.1]Impact of Brain Injuries and Disorders
The impact of brain injuries and disorders has been significantly shaped by historical events, particularly during World War I and World War II, which catalyzed advancements in neuropsychological assessments and treatments. Military neuropsychology emerged during World War I, driven by the need to address the numerous head injuries sustained by service members. This period saw the development of early assessment and neurological rehabilitation efforts, laying the groundwork for the integration of neuropsychological tools into military practice.[110.1] The experiences of soldiers during this time highlighted the prevalence of functional disorders with neurological or psychiatric symptoms, prompting further investigation into the psychological effects of combat.[111.1] World War I also revealed the long-term mental health consequences faced by veterans, which extended well beyond the immediate aftermath of the war. The mental health challenges experienced by these individuals underscored the necessity for adequate support systems for veterans, influencing contemporary understanding of trauma and mental illness.[112.1] Following World War II, the field of psychology underwent a transformation, as the war experience shifted the treatment of mental health from institutional settings to more accessible forms of care for the general public. This transition was fueled by a growing recognition that anyone could be adversely affected by the stressors of war, leading to an increased interest in psychological assessment and therapy among veterans.[114.1] Neuropsychological assessments play a crucial role in diagnosing and managing cognitive impairments resulting from brain injuries. These assessments are designed to evaluate various cognitive functions, including memory, language, and executive functions, which are essential for developing personalized rehabilitation plans.[115.1] For instance, neuropsychological testing can indicate when a patient requires assistance with daily activities, accounting for a significant portion of the variance in functional decline associated with cognitive impairment.[116.1] Specific assessment tools, such as the Neuropsychological Assessment Battery (NAB), are utilized to evaluate cognitive domains in patients with traumatic brain injuries, thereby informing targeted treatment strategies.[117.1]Neuropsychological Assessment
Types of Neuropsychological Tests
Neuropsychological assessments utilize a variety of tests designed to evaluate different cognitive functions and neurological conditions. These tests can be broadly categorized into standardized tests and informal evaluations, which together provide a comprehensive understanding of an individual's cognitive abilities, memory, attention, and executive function.[135.1] Commonly used neuropsychological tests include the Mini-Mental State Examination (MMSE), Montreal Cognitive Assessment (MoCA), and the Saint Louis University Mental Status Examination (SLUMS). Each of these tests has established cutoff scores that suggest possible cognitive impairment, with the MMSE indicating impairment at scores below 24, the MoCA at scores below 26, and the SLUMS at scores below 26 (or below 24 for individuals with less than 12 years of education).[150.1] Additionally, neuropsychological assessments often involve tests specifically designed to evaluate executive functions, such as the Behavioural Assessment of the Dysexecutive Syndrome (BADS) and its child version, BADS-C. These tests are crucial for understanding how executive functions are impacted by various neurological conditions.[153.1] The selection of tests in a neuropsychological battery is influenced by several factors, including the reliability, validity, sensitivity, and specificity of the tests, as well as sociodemographic factors such as age, gender, and education level, which can affect test scores.[137.1] This tailored approach ensures that the assessments are relevant to the individual’s unique cognitive profile and clinical needs.[136.1] Neuropsychological tests are instrumental in diagnosing a variety of cognitive and behavioral conditions, including attention-deficit/hyperactivity disorder (ADHD), autism spectrum disorders, and dementia. They provide insights into how specific brain regions contribute to various psychological conditions, thereby informing treatment plans.[151.1] Overall, the diverse range of neuropsychological tests available allows clinicians to effectively assess and document cognitive dysfunction, guiding diagnosis and treatment strategies.[122.1]Clinical Applications and Case Examples
Neuropsychological assessments play a crucial role in clinical applications, particularly in the treatment planning and rehabilitation processes for individuals with cognitive and behavioral impairments. These assessments provide essential data that inform tailored treatment strategies, ensuring that interventions are aligned with the unique needs of each patient.[119.1] The dual purpose of neuropsychological assessments extends beyond mere diagnosis; they are instrumental in identifying disruptions in cognitive and emotional functions and linking these disruptions to specific brain areas, which aids clinicians in developing effective treatment plans.[120.1] The assessment process typically involves a comprehensive evaluation that includes a thorough history obtained through interviews with the patient and their family, alongside a detailed review of medical records.[121.1] This is complemented by standardized testing that measures various cognitive and behavioral functions, ultimately resulting in a detailed report summarizing findings and recommendations tailored to the patient's intellectual, behavioral, psychosocial, educational, and vocational needs.[121.1] In clinical rehabilitation settings, neuropsychological assessments are vital for identifying brain-behavior abnormalities and understanding their impact on daily life.[126.1] For instance, these assessments can diagnose conditions such as ADHD, autism spectrum disorders, and dementia, providing insights into how specific brain regions contribute to various psychological conditions.[125.1] By integrating findings from these assessments into rehabilitation plans, clinicians can implement evidence-based cognitive rehabilitation interventions that address identified deficits and support the patient's recovery journey.[124.1] Moreover, advancements in technology are beginning to enhance the effectiveness of neuropsychological assessments. For example, the incorporation of virtual reality scenarios has shown promise in expanding traditional testing methods by simulating higher-order tasks that require multiple cognitive domains, such as working memory and attention.[130.1] Despite some resistance to adopting technology-based assessments, the potential for these advancements to improve diagnostic accuracy and treatment outcomes is significant.[129.1]Recent Advancements
Technological Innovations in Neuropsychology
Recent advancements in neuropsychology have been significantly influenced by technological innovations, particularly in the realms of neuroimaging and machine learning. The evolution of neuroimaging techniques, such as functional magnetic resonance imaging (fMRI) and electroencephalography (EEG), has broadened the spectrum of neuropsychological research. These advancements have facilitated a deeper understanding of the brain correlates associated with social and emotional processes, as well as various pathologies.[161.1] Furthermore, the integration of multimodal imaging approaches allows researchers to capture both the spatial and temporal dynamics of brain activity, enhancing our comprehension of neurological diseases and their impact on behavior.[173.1] In addition to neuroimaging, the application of machine learning paradigms has shown promise in neuropsychology. These technologies are being utilized to create neurocognitive phenotypes that can individualize care for neurosurgical candidates, thereby improving treatment outcomes.[160.1] The incorporation of artificial intelligence into neuropsychological assessments is revolutionizing diagnostic processes, enabling earlier detection of cognitive impairments and facilitating personalized treatment plans.[174.1] Moreover, recent developments in social cognition assessment tools have emerged, including a new facial emotion recognition tool for children, which utilizes varying levels of difficulty and video stimuli to enhance diagnostic accuracy.[163.1] These specialized assessments are crucial for evaluating how individuals process and respond to social information, particularly in populations such as those with autism spectrum disorder.[164.1]Integration of Neuroimaging Techniques
Recent advancements in neuroimaging techniques, particularly functional magnetic resonance imaging (fMRI) and electroencephalography (EEG), have significantly enhanced our understanding of the neural correlates of social behavior and emotional processing. These technologies allow researchers to explore the neurobiological mechanisms underlying social cognitive processes, which are crucial for social functioning. Disruptions in these neural mechanisms can contribute to social dysfunction, highlighting the importance of neuroimaging in identifying such issues.[170.1] The application of fMRI neurofeedback has opened new avenues in social and affective neuroscience, enabling scientists to investigate whether individuals can consciously regulate brain areas associated with emotion and motivation. This approach challenges traditional views that these processes are primitive and beyond conscious control.[171.1] Furthermore, fMRI studies have demonstrated that the processing of social rewards activates specific brain regions, indicating that social interactions can elicit measurable changes in brain activation during exposure to rewarding stimuli, such as positive feedback.[172.1] Recent reviews have emphasized the transformative impact of neuroimaging techniques on our understanding of brain function and structure, particularly in relation to neurological disorders. These advancements have facilitated early detection and monitoring of conditions like Alzheimer's disease through methods such as resting-state fMRI and diffusion tensor imaging, which provide insights into brain connectivity and integrity.[187.1] The integration of multimodal imaging techniques, combining fMRI with EEG and magnetoencephalography (MEG), allows for a more comprehensive analysis of brain activity, capturing both spatial and temporal dynamics.[188.1] Moreover, neuroimaging has significantly contributed to our understanding of adolescent brain development, particularly in relation to social and emotional risk factors. This research has the potential to inform interventions aimed at improving mental health outcomes by elucidating the developmental trajectories of psychopathology.[191.1] Additionally, studies have shown that the hypothalamus plays a critical role in regulating socioemotional behavior, although human neuroimaging literature in this area remains limited.[190.1]In this section:
Technological InnovationsMachine LearningPathologiesTemporal DynamicsArtificial Intelligence
Applications In Clinical Practice
Role in Diagnosing Neurological Disorders
Clinical neuropsychology plays a crucial role in diagnosing neurological disorders through comprehensive assessments that evaluate cognitive, emotional, and behavioral functioning. The neuropsychological evaluation is particularly significant for individuals with brain injuries, neurological diseases, or neurodevelopmental conditions, as it combines traditional behavioral neurologic examinations with psychometric approaches to provide a detailed understanding of a patient's cognitive capabilities and deficits.[201.1] Neuropsychologists often work in acute hospital settings, such as neurorehabilitation wards, where they focus on the early effects of trauma, neurosurgery, and neurological conditions.[201.1] The assessment process typically begins with a clinical interview to define the scope and nature of the patient's issues, followed by a thorough evaluation of cognitive functions, including attention, memory, language, and visual-spatial skills.[206.1] This structured approach allows for the identification of learning disabilities, attention deficit disorders, and other conditions that may hinder a patient's ability to function effectively.[205.1] Moreover, neuropsychological assessments are essential for diagnostic clarification and treatment planning. They provide actionable recommendations tailored to the patient's current functioning level, which can significantly enhance academic and therapeutic outcomes.[204.1] The integration of neuropsychology into primary care settings has been shown to improve patient access to care and increase satisfaction among both patients and healthcare providers.[226.1] In the context of traumatic brain injury (TBI), neuropsychologists adopt a holistic approach, considering both premorbid and post-incident factors to formulate comprehensive treatment plans.[237.1] This is particularly important as TBI can affect various aspects of functioning, necessitating a nuanced understanding of the cognitive complaints presented by patients.[236.1] Overall, the role of clinical neuropsychology in diagnosing neurological disorders is characterized by its biopsychosocial approach, emphasizing evidence-based practices that aim to improve overall patient functioning and quality of life.[203.1]Interventions for Cognitive and Emotional Support
Neuropsychological assessments are integral to developing effective interventions for cognitive and emotional support in clinical practice. These assessments utilize a combination of standardized tests and informal evaluations to evaluate cognitive abilities, memory, attention, and executive function, which are crucial for understanding the complex relationship between brain function and behavior.[218.1] By employing various assessment tools, clinicians can tailor interventions to meet the unique needs of individuals, particularly those with cognitive impairments or emotional difficulties. For children with learning and attention disorders, a comprehensive assessment approach is essential. The National Joint Committee on Learning Disabilities (NJCLD) emphasizes the importance of a multidisciplinary team conducting thorough evaluations using multiple data sources to identify and diagnose learning disabilities effectively.[209.1] Various standardized tools, such as the Behavior Assessment System for Children (BASC) and the Behavior Rating Inventory of Executive Function (BRIEF), are commonly employed to assess these disorders.[207.1] However, while these tools can provide valuable insights, the ultimate diagnosis of Attention Deficit Hyperactivity Disorder (ADHD) and similar conditions still relies heavily on the clinical judgment of experienced professionals, supported by input from multiple informants, including parents and teachers.[208.1] In the context of rehabilitation, neuropsychological assessments play a critical role in informing treatment planning. They help clinicians understand the cognitive, emotional, and behavioral sequelae of neurological events, which is essential for developing individualized rehabilitation strategies.[214.1] For instance, therapeutic assessment models that integrate evidence-based assessment with therapy techniques have shown promise in enhancing the efficacy of interventions within neurological rehabilitation populations.[215.1] Furthermore, neuropsychological assessments have been linked to improved patient satisfaction and health outcomes, as they provide clarity on functional abilities and guide treatment recommendations.[212.1] Case studies illustrate the impact of neuropsychological assessments on treatment plans. For example, in a case involving a patient with multiple sclerosis, the assessment helped clarify the brain-behavior relationship and informed a tailored intervention strategy that addressed the patient's unique challenges stemming from a history of medical comorbidities and learning disabilities.[213.1] Such individualized approaches are crucial for optimizing recovery and enhancing the overall quality of life for patients facing cognitive and emotional challenges.In this section:
Future Directions
Emerging Research Trends
Emerging research trends in neuropsychology are being shaped by cutting-edge methodologies and future-oriented approaches. A key development is the increasing use of online assessment tools, which enhance accessibility for patients by enabling remote evaluations.[242.1] This trend is complemented by a growing emphasis on theory-driven research, which seeks to ground studies in established psychological theories, thereby enhancing the validity and applicability of findings.[242.1] Artificial intelligence (AI) is at the forefront of these advancements, offering transformative potential in the classification and treatment of cognitive impairments. AI-driven models, particularly those utilizing machine learning, are streamlining assessments and optimizing diagnostic procedures, which is crucial for conditions like mild cognitive impairment (MCI) and Alzheimer's disease (AD).[257.1] These technologies not only predict cognitive decline but also personalize treatment plans, making neuropsychological services more accessible, especially in resource-limited settings.[259.1][259.1] The evolution of neuroimaging techniques is another significant trend, with advancements allowing for a more integrated understanding of structural and functional brain data. This integration is vital for improving clinical decision-making and tailoring interventions to individual patients.[247.1] As these methods become routine, they promise to deepen our understanding of cognitive processes and their neural correlates.[247.1] Additionally, high-dimensional assessment approaches, such as deep learning and virtual reality, are gaining traction. These technologies enable neuropsychologists to move beyond traditional stimuli, enriching the assessment process and potentially leading to more accurate diagnoses.[244.1] The incorporation of these innovative methodologies aligns with initiatives to integrate neuroscience into behavioral and social sciences, advancing the field of neuropsychology.[244.1]Challenges and Opportunities in Neuropsychology
The integration of Bayesian statistics into neuropsychology presents both challenges and opportunities for enhancing clinical decision-making and understanding individual variability in test results. Bayesian frameworks allow for the development of flexible models that yield diagnostic posttest probabilities based on a single individual's neuropsychological score profile, utilizing sample descriptive statistics across relevant diagnostic populations.[251.1] This shift from traditional frequentist methods to Bayesian approaches aligns with a broader trend towards evidence-based diagnostic methods, which emphasize the importance of base rates when reporting test results.[252.1] Moreover, the transformative potential of digital technologies and theory-driven research in neuropsychology is underscored by the combination of these methodologies with Bayesian statistics.[250.1] This integration not only enhances the interpretative power of neuropsychological assessments but also facilitates a more nuanced understanding of cognitive functions, particularly in the context of individual differences.[249.1] In parallel, the advent of advanced neuroimaging techniques has significantly influenced the field, providing deeper insights into cognitive impairments associated with various neurological disorders. Neuroimaging findings have been instrumental in predicting the conversion from mild cognitive impairment to Alzheimer's disease, with studies indicating that specific brain volume reductions can serve as independent predictors of disease progression.[256.1] Furthermore, the application of multimodal imaging techniques, such as combining fMRI with EEG, allows for a comprehensive understanding of brain activity, thereby enriching neuropsychological assessments.[255.1] The intersection of artificial intelligence (AI) and neuropsychology also presents a promising frontier. AI-driven methodologies are revolutionizing the understanding of cognition and behavior, enabling the design of educational programs tailored to individual cognitive profiles.[260.1] Additionally, AI has shown potential in optimizing diagnostic procedures and predicting cognitive decline, particularly in the context of mild cognitive impairment and Alzheimer's disease.[262.1] As neuropsychology continues to evolve, the integration of personalized medicine into neuropsychological assessments is expected to enhance treatment outcomes for patients with varying neurological conditions. Tailored treatment plans that address specific cognitive deficits identified during assessments can lead to more effective interventions, ultimately improving patients' daily functioning and quality of life.[264.1] However, these advancements also pose challenges, particularly regarding the evolving role of psychometricians in the field. As new assessment methodologies are adopted, there will be a growing need for professionals equipped with the skills to navigate these changes and implement innovative practices in clinical settings.[270.1] Thus, while the future of neuropsychology is filled with opportunities for enhanced understanding and treatment of cognitive disorders, it also necessitates a commitment to addressing the accompanying challenges in practice and training.In this section:
References
[2] Neuropsychology - an overview | ScienceDirect Topics — The role of clinical neuropsychology is to elucidate the effects of brain damage on behavior, and to be able to account for the influences of other factors such as genetic, developmental, emotional, and experiential contributions on cognitive functioning. Neuropsychology is the study of brain–behaviour relationships, and has traditionally utilised the classical lesion-based approach – relating focal brain damage to patterns of preserved and impaired cognitive functioning. This progress has been achieved through reliable and precise quantification of discrete components of cognitive function and behaviour in relation to normal and abnormal mental states, e.g. study of cognitive function in ‘high risk’ individuals (Byrne et al 1999) and in the development of neuropsychological models of mental disorder (Gray et al 1991; Kapur 2003; Frith 1992). Neuropsychology is the study of the relationship between brain function and behavior.
[3] Neuropsychology - Wikipedia — Neuropsychology is a branch of psychology concerned with how a person's cognition and behavior are related to the brain and the rest of the nervous system. Professionals in this branch of psychology focus on how injuries or illnesses of the brain affect cognitive and behavioral functions.
[5] A Journey Through Time: The Evolution of Neuropsychology — The roots of neuropsychology can be traced back to ancient times when scholars and physicians first sought to understand the relationship between the brain and behavior. Broca’s work was pivotal in shifting the focus of neuropsychology from a speculative theory of brain function to a more empirical, localized understanding. The discoveries of Broca and Wernicke laid the foundation for modern neuropsychology, specifically in the study of language processing, and shifted the focus from a general, holistic view of the brain to a more nuanced, localized understanding. These historical milestones have not only advanced our knowledge of the brain’s role in behavior but have also paved the way for the development of modern neuropsychology, which continues to explore the complexities of the brain’s influence on cognitive and emotional processes. Neuropsychology Neuropsychology
[6] Neuropsychological Assessment - School Psychology - iResearchNet — Neuropsychological Assessment - School Psychology - IResearchNet Neuropsychological assessment in school psychology is a crucial and multifaceted process that involves the systematic evaluation of a student’s cognitive, emotional, and behavioral functioning. The significance of neuropsychological assessment in the realm of school psychology lies in its capacity to inform educational interventions, facilitate early identification of learning disabilities, attention deficits, and neurodevelopmental disorders, and enhance the overall well-being of students. Neuropsychological assessments provide critical data that informs the development of IEPs. By identifying a student’s specific cognitive strengths and weaknesses, school psychologists can recommend targeted interventions and accommodations. In conclusion, neuropsychological assessment in school psychology is a dynamic and evolving field that remains indispensable in understanding and supporting students’ cognitive and behavioral needs.
[7] Neuropsychological Evaluation of Learning Disabilities — The significance of neuropsychological evaluation in the context of learning disabilities lies in its ability to elucidate the underlying cognitive processes and neurobiological factors contributing to academic difficulties. The significance of neuropsychological evaluation in the assessment of learning disabilities lies in its ability to uncover the intricate cognitive processes and neurobiological factors that contribute to academic difficulties. The synergy between neuroscientific and psychological perspectives in neuropsychological evaluation underscores its role as an invaluable tool for unraveling the complexities of learning disabilities and informing targeted interventions tailored to an individual’s unique cognitive profile. Neuropsychological evaluation plays a crucial role in the differential diagnosis of learning disabilities by meticulously assessing cognitive functions and ruling out alternative explanations for academic difficulties.
[10] Cognitive Deficits - StatPearls - NCBI Bookshelf — This activity reviews the evaluation and management of cognitive deficits and highlights the role of the interprofessional team in evaluating and improving care for patients with this condition. Alzheimer disease is the most well-known condition associated with cognitive impairment. With increasing age, conditions such as stroke, delirium, dementia, depression, schizophrenia, chronic alcohol use, substance abuse, brain tumors, vitamin deficiencies, hormonal imbalances, and some chronic diseases may cause a cognitive deficit. Brain pathologies like Alzheimer disease, Parkinson disease, Lewy body dementia, Huntington disease, HIV dementia, prion disease manifest with cognitive deficits. Alzheimer disease is the most well-known condition associated with cognitive impairment. Alzheimer disease has no cure, but available medications slow the worsening of dementia symptoms and help improve cognition and behavioral problems that appear during the disease course.
[14] Neuropsychology and cognitive neuroscience in the fMRI era: A ... — Throughout these swings in the imaging literature, neuropsychological approaches to studying cognition and behavior using patient samples have provided critical contributions as to the necessity of areas that are “active” in response to fMRI tasks, as well as key tests of predictions derived from network-level connectivity studies. This essay summarizes remarkable changes in cognitive neuroscience and neuropsychology over the past 25 years, and how the introduction of fMRI in 1992 catalyzed a wave of studies in both the localizationist tradition, as well as the more recent (dis)connectionist focus in the era of “connectomics.” We believe the future holds promise in unlocking the secrets of how these networks work, how they relate to brain and behavior, and using this knowledge to inform predictions at the individual patient level.
[16] The Science of Brain Imaging: Techniques and Limitations - Neuropsychiatry — Brain imaging is a powerful tool used to study the structure and function of the brain. With advances in technology, researchers have developed various imaging techniques that allow them to observe the brain in vivo, providing insight into the brain's workings and neurological disorders. ... such as tumors, hemorrhages, or lesions. PET scans
[45] Cognitive Psychology and Neuropsychology: Deciphering Mental Processes — Cognitive psychology emerged in the mid-20th century as a reaction to behaviorism, which dominated psychology for decades. Early cognitive psychologists argued that behaviorism ignored important mental activities and that understanding the mind required studying how information is processed.
[46] Cognitive Revolution - an overview | ScienceDirect Topics — The Cognitive Revolution. The modern approach to the study of human cognition was forged by a series of events in the mid-twentieth century, known as the cognitive revolution.While scholars continue to debate whether the cognitive revolution truly qualifies as a scientific revolution, the era certainly marks an important shift in psychological theory and methodology, especially for psychology
[49] Historical Origins of Neuropsychology - Edumed — Galen of Pergamum (150 AD): Greek physician who founded experimental physiology and was one of the most distinguished physicians of antiquity. Galen's influence on medical theory and practice was dominant in Europe throughout the Middle Ages and during the Renaissance. Influenced medical thought for 1000 years.
[50] A Journey Through Time: The Evolution of Neuropsychology — The roots of neuropsychology can be traced back to ancient times when scholars and physicians first sought to understand the relationship between the brain and behavior. Broca’s work was pivotal in shifting the focus of neuropsychology from a speculative theory of brain function to a more empirical, localized understanding. The discoveries of Broca and Wernicke laid the foundation for modern neuropsychology, specifically in the study of language processing, and shifted the focus from a general, holistic view of the brain to a more nuanced, localized understanding. These historical milestones have not only advanced our knowledge of the brain’s role in behavior but have also paved the way for the development of modern neuropsychology, which continues to explore the complexities of the brain’s influence on cognitive and emotional processes. Neuropsychology Neuropsychology
[51] The History of Neuropsychology: From Ancient Theories to Modern ... — The History of Neuropsychology: From Ancient Theories to Modern Insights - Careershodh Home »MA Psychology Notes»The History of Neuropsychology: From Ancient Theories to Modern Insights Galen’s Observations: In the 2nd century A.D., Galen advanced the anatomical understanding of the brain, though his functional theories were not foundational to modern neuropsychology. These findings popularized localizationist theory, which associated discrete brain regions with distinct psychological functions. Experimental neuropsychology emerged as a distinct subfield in the mid-20th century, influenced by cognitive psychology and information processing theories. Cognitive Psychology Influence: Models of information processing informed experimental paradigms in neuropsychology, emphasizing the brain’s role in human performance.
[52] Neuropsychology: past, present, and future - Oxford Academic — Abstract. This chapter discusses the past, present, and future of neuropsychology. The first golden age of neuropsychology, as practised by behavioural neurologists and neuropsychiatrists from 1861 to 1914, was associated with significant advances in the fractionation of the aphasias (Bastian, Broca, Wernicke), the agnosias (Lissauer), the apraxias (Liepmann), and the alexias (Déjerine
[54] A Journey Through Time: The Evolution of Neuropsychology — The roots of neuropsychology can be traced back to ancient times when scholars and physicians first sought to understand the relationship between the brain and behavior. Broca’s work was pivotal in shifting the focus of neuropsychology from a speculative theory of brain function to a more empirical, localized understanding. The discoveries of Broca and Wernicke laid the foundation for modern neuropsychology, specifically in the study of language processing, and shifted the focus from a general, holistic view of the brain to a more nuanced, localized understanding. These historical milestones have not only advanced our knowledge of the brain’s role in behavior but have also paved the way for the development of modern neuropsychology, which continues to explore the complexities of the brain’s influence on cognitive and emotional processes. Neuropsychology Neuropsychology
[55] Cognitive Neuropsychology: Discoveries of Broca and Wernicke — After an era where attention was being given to phrenology and the study of the skulls' contours, they provided vital evidence for the physical connection between specific areas of the human brain and our cognitive functions of speech production and comprehension. Clinical neuropsychologists work with patients who have suffered brain damage and are interested in trying to get a good overall profile of the patient's problems and strengths with a view to providing appropriate support. Research neuropsychologists aim to discover what a patient's problems tell us about cognitive functions that have been affected by brain damage and what might be done to aid individual patients. Both Broca and Wernicke were ‘localizationalists’ because they believed cognitive functions were firmly located in particular areas of the brain: speech for Broca’s area and comprehension for Wernicke’s area.
[56] Localisation: The Cornerstone of Modern Neuropsychology — Localisation of function is a cornerstone of neuropsychology, shaping our understanding of how the brain and behavior are interconnected. Localization, in the context of neuropsychology, refers to the idea that specific areas of the brain are responsible for particular mental functions. Wernicke’s findings showed that the brain’s language functions could be divided into two areas—one for producing speech (Broca’s area) and another for understanding it (Wernicke’s area). One of the most important applications of the theory of localisation is in clinical neuropsychology, where doctors assess and treat brain damage. From Broca’s and Wernicke’s groundbreaking discoveries to the modern understanding of brain function as a dynamic, interconnected system, the concept of localisation has been a cornerstone in neuropsychology.
[61] Neuropsychology: Exploring the Brain-Behavior Connection — Their efforts enhance our understanding of both typical cognitive functioning and the effects that brain disorders have on mental processes and behavior. Clinical neuropsychology focuses on understanding brain-behavior relationships for diagnosing and addressing cognitive, behavioral, and emotional challenges that arise from neurological conditions. These specialists assess cognitive functions such as memory, attention, and problem-solving abilities, as well as emotional and behavioral changes resulting from brain injuries or disorders. Neuropsychology investigates a variety of cognitive and behavioral disorders that affect brain function and mental operations. Neuropsychology merges clinical expertise with neuroscientific concepts to assess and treat cognitive, behavioral, and emotional challenges connected to brain functionality.
[62] Cognitive Psychology's Impact on Human Behavior Explained — Applications of Cognitive Psychology in Understanding Behavior In our quest to decipher the complexities of human behavior, cognitive psychology emerges as a vital lens, illuminating the intricate interplay between mental processes and the actions they inspire. By examining the mental processes that underlie our actions, cognitive psychology provides a deeper, more nuanced understanding of human behavior. Cognitive psychology doesn’t just deal with individual mental processes; it also offers theories to explain complex social behaviors. Applications of Cognitive Psychology in Understanding Behavior While cognitive psychology has undoubtedly advanced our understanding of human behavior, it’s not without its critics. Whether it’s designing more effective educational programs, creating more user-friendly technologies, or developing better mental health interventions, cognitive psychology will continue to shape our understanding and improvement of human behavior.
[78] Deciphering the Brain-Behaviour Connection • Psychology Town — One of the most influential theories in understanding the brain-behavior connection is A. R. Luria's functional systems theory. Luria, a Soviet neuropsychologist, proposed that behavior is not the result of the activity of a single brain region but rather emerges from the interaction of various brain structures functioning as integrated systems.
[79] Neuropsychology: Exploring Brain Function, Behavior, and Historical ... — Neuropsychology acts as a vital bridge between neurology and psychology, merging knowledge of brain structure and function with psychological principles regarding behavior and cognition. Neuropsychological assessments encompass comprehensive evaluations of cognitive functions, behavior, and mental processes. Clinical neuropsychology centers on assessing and treating cognitive, behavioral, and emotional changes that arise from brain injuries and diseases. Clinical neuropsychologists employ specialized assessment strategies to evaluate cognitive functions impacted by brain injuries or diseases. Neuropsychological research combined with case studies offers substantial insights into brain-behavior relationships, advancing our understanding of cognitive functions, neurological disorders, and potential treatments. By applying standardized assessments and qualitative observations across different cognitive domains, neuropsychologists can effectively identify specific patient deficits as well as preserved capabilities related to brain injuries or disorders.
[83] Interplay of hippocampus and prefrontal cortex in memory — Recent studies on the hippocampus and the prefrontal cortex have considerably advanced our understanding of the distinct roles of these brain areas in the encoding and retrieval of memories, and of how they interact in the prolonged process by which new memories are consolidated into our permanent storehouse of knowledge. Furthermore, they have provided new insights into how interactions between the hippocampus and prefrontal cortex support the assimilation of new memories into pre-existing networks of knowledge, called schemas, and how schemas are modified in this process as the foundation of memory consolidation. In contrast, when new events must be immediately related to existing memories, such as in the associative inference and food-location schema tasks, prefrontal cortex and hippocampus are both critical to memory initial memory formation (Figure 3A, red line).
[84] Interactions between the hippocampus, prefrontal cortex, and amygdala ... — The dynamics between the hippocampus, cortex, and amygdala depend on the length of memory retention 7, 12. Shortly after learning, the memory is dependent on the hippocampus and there is more hippocampal activity during memory retrieval 13. However, at later time points (weeks to months), the prefrontal cortex takes on the larger role.
[86] Historical Advancements in Neuroimaging Techniques - Society for Brain ... — Historical Advancements in Neuroimaging Techniques - Society for Brain Mapping and Therapeutics SOCIETY FOR BRAIN MAPPING AND THERAPEUTICS What is Brain Mapping Annual Brain Mapping Day at the US Congress SBMT Initiatives ME + Brain ME + Brain Impact: This discovery revolutionized understanding of how the brain operates in a baseline state and its alterations in disorders like Alzheimer’s, schizophrenia, and depression. MRI provides high-resolution images of brain structures, enabling early detection of tumors, multiple sclerosis, and stroke. Pre-surgical Planning: MRI and DTI help map brain structures and connectivity, minimizing risks during neurosurgery. The Society for Brain Mapping and Therapeutics (SBMT) was founded in 2004 to break boundaries in healthcare. What Is Brain Mapping Copyright © 2024 Society for Brain Mapping and Therapeutics (SBMT).
[110] Neuropsychological practice in the military. - APA PsycNet — Military neuropsychology's roots date back to World War I when early assessment and neurological rehabilitative efforts were first undertaken as a result of the many head injuries sustained by service members during combat (Boake, 1989). Throughout World Wars I and II, several neuropsychological assessment tools were developed and implemented into routine practice within the military (Driskell
[111] The neurological manifestations of trauma: lessons from World War I — World War I (WWI) was a potent trigger of functional disorders with neurological or psychiatric symptoms. We analysed 100 randomly selected case files of German servicemen admitted to the Department of Psychiatry of the Charité Medical School of Berlin University during WWI and classified them according to contemporaneous and retrospective
[112] The Silent Wounds: Long-Term Mental Health Effects on WWI Veterans — The Silent Wounds: Long-Term Mental Health Effects on WWI Veterans | The Doughboy Foundation The Silent Wounds: Long-Term Mental Health Effects on WWI Veterans World War I was a war on an unprecedented scale, with battles often lasting months, causing mental health effects on WWI veterans Veterans of World War I experienced long-term mental health impacts that went well beyond the immediate post-war period. Long-term mental health effects on WWI veterans have profoundly impacted our knowledge of trauma and mental illness. The mental health difficulties experienced by World War I soldiers highlighted the significance of offering sufficient assistance to all veterans. Final Thoughts on the Long-Term Mental Health Effects on WWI Veterans While we understand long-term mental health effects on WWI veterans today, this story is far from over.
[114] Mental Health for the Everyman: World War II's Impact on American ... — 3 Abstract World War II transformed the American psychological field, bringing the treatment of mental health out of state hospitals and asylums and making psychological medicine available to the average person. To the American public, psychiatry was still something to be suspicious of, and misconceptions of the nature of treatment and about those deemed to be mentally ill were as prevalent in 1941 as they were in 1920.10 Come the eve of World War II, the American military had no immediate plans for the use of psychiatry.11 Professionals in the mental health field were therefore eager to prove their worth once more, so by the time the United States entered the war, civilian psychologists had already mobilized to assist.
[115] Neurocognitive and Neuropsychological Tests: Uses & Examples — Neurocognitive tests and neuropsychological tests are used to assess cognitive function and neurological conditions, but they differ in their scope and detail. Neurocognitive and neuropsychological tests are essential tools used to assess and diagnose various cognitive and neurological conditions. Neurocognitive and neuropsychological tests assess memory, math skills, language skills, visual and spatial skills, and other abilities related to cognitive and psychological function to diagnose a health condition. Neurocognitive and neuropsychological tests are helpful tools to learn how the brain is functioning and diagnose and treat a variety of mental health conditions. The results of neurocognitive and neuropsychological tests may be used to help healthcare providers understand cognitive strengths and weaknesses, diagnose conditions, and develop targeted treatment plans. Retrieved from https://stanfordhealthcare.org/medical-conditions/brain-and-nerves/dementia/diagnosis/cognitive-neuropsychological-tests.html on 2024, August 29.
[116] Neuropsychological Evaluations in Adults | AAFP — Neuropsychological assessments are helpful in tracking changes that may affect daily functioning as cognitive impairment and dementia progress.5 Approximately 40% to 50% of the variance in functional decline (i.e., ability to perform personal care activities) is accounted for by cognitive decline.24 In at least 50% of cases, neuropsychological testing can indicate when a patient needs assistance with daily activities.24 Among the challenging situations in which neuropsychological evaluation can be helpful are assessing driving safety and determining health care decision-making capacity.
[117] Neuropsychological Assessment in Patients with Traumatic Brain Injury ... — In both postacute and chronic phases after traumatic brain injury, general cognitive assessment tools (such as the Mini Mental State Examination) or more specific cognitive tests (e.g., Wisconsin Card Sorting Test and Trail Making Test) could be administered according to the patient’s functional status. Twenty patients with moderate-to-severe TBI The Neuropsychological Assessment Battery (NAB) is a comprehensive test battery that assesses five cognitive domains (Attention, Language, Memory, Spatial, and Executive Functions). 31.Zgaljardic D.J., Temple R.O. Neuropsychological assessment battery (NAB): Performance in a sample of patients with moderate-to-severe traumatic brain injury. 38.Tay M.R.J., Soh Y.M., Plunkett T.K., Ong P.L., Huang W., Kong K.H. The Validity of the Montreal Cognitive Assessment for Moderate to Severe Traumatic Brain Injury Patients: A Pilot Study.
[119] The Importance of Neuropsychological Assessments in Diagnosis — In sum, neuropsychological assessments are a key tool in the treatment planning process. They provide the necessary data to tailor treatments to the unique needs of each patient. Monitoring Progress and Adjusting Treatments. Neuropsychological assessments are not a one-time event. They are often repeated over time.
[120] Understanding the Goals of Neuropsychological Assessment: Beyond ... — Key Takeaways: The Importance of Neuropsychological Assessment 🔗 In summary, neuropsychological assessment serves a dual purpose that goes well beyond simply diagnosing brain damage. The two main goals—identifying disruptions in cognitive and emotional functions and linking these disruptions to specific brain areas—help clinicians build
[121] Understanding the Importance of Neuropsychological Assessment — · To provide a plan for cognitive and behavioral rehabilitation treatment. · To provide documentation for litigation concerned with the functional impact of brain injury on cognitive and interpersonal behavior. · History – obtained by the interview with the patient and family and a thorough record review. · Testing – measures that provide an in-depth picture of the patient’s cognitive and behavioral functions. · Report – a detailed summary of all information; findings shape specific recommendations that address the patient’s intellectual, behavioral/psychological, psychosocial, education, and vocational needs. · Exit Conference – the patient, family members, and other involved parties are invited to meet with the neuropsychologist to review the test findings and recommendations. · Executive functions · Complaints of patient · Medical records · Neuropsychological testing
[122] Understanding Neuropsychological Assessments: An Overview — Conditions prompting such referrals may include mild cognitive impairment, traumatic brain injury, dementia, and other clinical conditions that impact cognitive functioning. Neuropsychological testing can be particularly valuable in differentiating between conditions like alzheimer’s disease and other forms of dementia. Unlike general screening tests, which can highlight potential problems, neuropsychological testing offers a more comprehensive assessment of the emotional, behavioral, and cognitive impacts of brain injury or disease. Common Clinical Conditions Referred for Neuropsychological Testing: Research supports neuropsychological testing as the preferred approach for evaluating and documenting cognitive dysfunction. Evaluate cognitive functioning to create tailored treatment plans Identify cognitive or behavioral conditions related to CNS function Neuropsychological assessments play a crucial role in diagnosing, managing, and treating a wide range of cognitive and behavioral conditions.
[124] Psychological Assessment and Intervention in Rehabilitation — Psychological Assessment and Intervention in Rehabilitation - ScienceDirect 4 - Psychological Assessment and Intervention in Rehabilitation Psychological interventions further contribute to rehabilitation via providing critical education to patients and family; remediation of acquired neurobehavioral deficits following injury (e.g., disinhibition) or other problematic behaviors (e.g., noncompliance with rehabilitation therapies); cognitive remediation/compensatory strategy training; assisting patients with adjusting to disability; and psychotherapeutic treatment for comorbid psychiatric disorders (e.g., depression; anxiety). Copyright © 2021 Elsevier Inc. All rights are reserved, including those for text and data mining, AI training, and similar technologies. All rights are reserved, including those for text and data mining, AI training, and similar technologies. For all open access content, the relevant licensing terms apply.
[125] A Deep Dive into Neuropsychological Assessment Techniques — Neuropsychological assessment techniques play a vital role in understanding the complex relationship between brain function and behavior. These assessments often involve a combination of standardized tests and informal evaluations to gauge cognitive abilities, memory, attention, and executive function. By combining formal and informal methods, clinicians can better understand the complexities of an individual’s behavior and cognitive processes, leading to more accurate diagnoses and effective treatment plans. Neuropsychological assessments are instrumental in diagnosing a variety of cognitive and behavioral conditions, including ADHD, autism spectrum disorders, and dementia. By providing a comprehensive understanding of how cognitive and emotional factors influence behavior, these assessments inform all aspects of treatment. By evaluating cognitive abilities, these assessments provide insights into how specific brain regions contribute to various psychological conditions.
[126] PDF — In a clinical rehabilitation setting, identifying the nature of brain-behaviour abnormalities, understanding the consequences on the daily life of the individual and providing evidence based cognitive rehabilitation interventions are basic goals of assessment. Therefore, the primary role involves the assessment, diagnosis and management of
[129] Applications of Technology in Neuropsychological Assessment — Most neuropsychological assessments include at least one measure that is administered, scored, or interpreted by computers or other technologies. Despite supportive findings for these technology-based assessments, there is resistance in the field of neuropsychology to adopt additional measures that incorporate technology components.
[130] Applications of Technology in Neuropsychological Assessment — Studies in Table 4 highlight the utility of virtual reality scenarios for expanding on traditional tests, including multi-tasking components and/or simulation of higher-order tasks that demand multiple cognitive domains (e.g., working memory, attention, and visual spatial skills while learning in a classroom; Rizzo et al., 2006). Although some research has provided support for virtual reality simulation testing in place of self-report data and testing for underlying cognitive domains that are necessary for driving, such as sustained attention, problem-solving, and multi-tasking (e.g., Gaspar, Neider, & Kramer, 2013), other findings suggest that driving simulators may not be adequate for determining driving abilities and risk without supplemental information (e.g., Asimakopulos et al., 2012; Lundqvist, Gerdle, & Ronnberg, 2000).
[135] A Deep Dive into Neuropsychological Assessment Techniques — Neuropsychological assessment techniques play a vital role in understanding the complex relationship between brain function and behavior. These assessments often involve a combination of standardized tests and informal evaluations to gauge cognitive abilities, memory, attention, and executive function. By combining formal and informal methods, clinicians can better understand the complexities of an individual’s behavior and cognitive processes, leading to more accurate diagnoses and effective treatment plans. Neuropsychological assessments are instrumental in diagnosing a variety of cognitive and behavioral conditions, including ADHD, autism spectrum disorders, and dementia. By providing a comprehensive understanding of how cognitive and emotional factors influence behavior, these assessments inform all aspects of treatment. By evaluating cognitive abilities, these assessments provide insights into how specific brain regions contribute to various psychological conditions.
[136] PDF — Thus, the selection of tests used in a neuropsychological test battery should sample a wide range of functional domains. The combination of objective scores, behavioral process observations, and consistency in emerging pattern of results, along with comprehensive clinical history, constitute the art and science of neuropsychological assessment.
[137] Neuropsychological Testing for Non-Behavioral Health Diagnoses — Overview Neuropsychological assessment is an objective, performance based method of assessing brain functioning. A neuropsychological assessment involves the administration of standardized tests (with normative data) across a range of cognitive domains which typically include memory, language, visuospatial and perceptual functions, attention and executive functions.
[150] PDF — TABLE 4 Common Cognitive Screening Tests and Cutoff Scores Mini-Mental State Examination No longer freely available; to order: https://www.parinc.com/ products/pkey/237 Common cutoff score suggestive of possible cognitive impairment: < 24 Montreal Cognitive Assessment Freely available at: http://www.mocatest.org/ Common cutoff score suggestive of possible cognitive impairment: < 26 Saint Louis University Mental Status Examination Freely available at: https://www.slu.edu/medicine/ internal-medicine/geriatric-medicine/aging-successfully/ assessment-tools/mental-status-exam.php Common cutoff score suggestive of possible cognitive impairment: < 26 (< 24 if less than 12 years of education) TABLE 5 Common Reasons for Patient Referrals to Neuropsychological Testing Most frequently referred clinical conditions Attention-deficit/hyperactivity disorder Brain tumor Dementia Neurodevelopmental disorders Seizure disorder Stroke Traumatic brain injury Other medical or neurologic condition Common primary care referral questions/expectations Document functional limitations (e.g., driving, independent living) Establish baseline cognitive functioning Establish or confirm diagnosis Examine competency or other issues that have legal complications Provide second opinion Provide treatment recommendations Information from references 6 and 7.
[151] Neurocognitive and Neuropsychological Tests: Uses & Examples — Neurocognitive tests and neuropsychological tests are used to assess cognitive function and neurological conditions, but they differ in their scope and detail. Neurocognitive and neuropsychological tests are essential tools used to assess and diagnose various cognitive and neurological conditions. Neurocognitive and neuropsychological tests assess memory, math skills, language skills, visual and spatial skills, and other abilities related to cognitive and psychological function to diagnose a health condition. Neurocognitive and neuropsychological tests are helpful tools to learn how the brain is functioning and diagnose and treat a variety of mental health conditions. The results of neurocognitive and neuropsychological tests may be used to help healthcare providers understand cognitive strengths and weaknesses, diagnose conditions, and develop targeted treatment plans. Retrieved from https://stanfordhealthcare.org/medical-conditions/brain-and-nerves/dementia/diagnosis/cognitive-neuropsychological-tests.html on 2024, August 29.
[153] List of Neuro & Cognitive Tests - Pearson Assessments — B. BADS (Behavioural Assessment of the Dysexecutive Syndrome); BADS-C (Behavioural Assessment of the Dysexecutive Syndrome in Children); BANFE (Batería Neuropsicológica de Funciones Ejecutivas y Lóbulos Frontales); BANPE (Batería Neuropsicologica Para Preescolares); Bayley-4 (Bayley Scales of Infant and Toddler Development | Fourth Edition); Bayley-4 Screening Test (Bayley Scales of Infant
[160] Innovations in Neuropsychology: Future Applications in Neurosurgical ... — Although neuropsychology has been slow in the adoption of innovative technology, recent developments in machine learning paradigms have shown potential for the creation of neurocognitive phenotypes to individualize the care of neurosurgical candidates (e.g., Roger et al. 11 and Vaccaro et al. 12).
[161] Advances in Neuropsychology: Top Papers Published in — The spectrum of typical neuropsychology topics has gradually broadened in recent years thanks to advances in neuroimaging and electrophysiological techniques. Thus, there has been a significant increase in contributions related on the one hand to understanding the brain correlates of social and emotional processes and on the other focused on different types of pathologies characterized
[163] Editorial: Advances in social cognition assessment and intervention in ... — New SC assessment tools and correlations with cognitive functioning. Three articles present new tools for assessment of SC. Two of them deal with the validation of a new facial emotion recognition tool for children, developed by a Tunisian team whose originality consists in the use of photos of three levels of difficulty and videos of the basic emotions of Ekman expressed by actors of
[164] Top Tools for Social Cognition Assessments: Boost Cognitive Health — Social cognition assessments are specialized tools designed to evaluate how individuals process, interpret, and respond to social information. A social cognition assessment is a diagnostic tool used to evaluate an individual’s ability to understand and navigate social interactions. For instance, in patients with autism spectrum disorder, social cognition tests help identify specific difficulties, such as challenges in understanding nonverbal communication or recognizing emotions. Social cognition assessments are instrumental in diagnosing ASD by evaluating an individual’s ability to recognize emotions, interpret facial expressions, and understand social norms. Social cognition assessments often include tasks like social perception evaluations and emotion recognition tests to identify these impairments. Understanding Social Cognition Assessment Results
[170] Simulation and social behavior: an fMRI study of neural processing ... — Understanding the neurobiology supporting these theories is critical in identifying the mechanisms that support social cognitive processes, which in turn support social behavior, and ultimately, social functioning (Kennedy and Adolphs, 2012). Working from this model, disruption in the neural mechanisms may contribute to social dysfunction and
[171] Using fMRI neurofeedback to interrogate emotion, motivation, and social ... — In this chapter, we examine the subfield of rtfMRI neurofeedback studies that explore questions related to social and affective neuroscience. The use of fMRI neurofeedback permits scientists to tackle compelling questions such as: Can people regulate brain areas involved in emotion, motivation, or reward processing, which have often traditionally been viewed as ancient, primitive, and beyond
[172] Social Reward Processing in Depressed and Healthy Individuals Across ... — Processing of social rewards elicits changes in brain activation and can be measured during exposure to rewarding social stimuli in fMRI tasks (e.g., viewing positive social feedback, receiving visual or verbal praise). Animal studies suggest that reward structures are activated during social interaction (7-10).
[173] Exploring the Frontiers of Neuroimaging: A Review of Recent Advances in ... — According to the content of the Review, the following are some relevant keywords that can be used to conduct a literature search related to neuroimaging and its applications: neuroimaging, brain function, neurological diseases, fMRI, EEG, MRI, brain activity, neuro concussion, DTI, TES, Brain Connectivity, White Matter Tracts, Schizophrenia, Chronic Pain, ASD, ADHD, AD, PD, tDCS, Diagnostic Strategies, and Treatment Strategies. Multimodal imaging: Combining fMRI with other imaging techniques, such as EEG and MEG, can provide a more comprehensive understanding of brain activity, allowing researchers to study both the brain function’s spatial and temporal dynamics . 136.Wong P.L., Yang Y.R., Huang S.F., Fuh J.L., Chiang H.L., Wang R.Y. Transcranial Direct Current Stimulation on Different Targets to Modulate Cortical Activity and Dual-Task Walking in Individuals with Parkinson’s Disease: A Double Blinded Randomized Controlled Trial.
[174] Transforming Neuropsychology and Cognitive Psychology With AI and ... — The integration of artificial intelligence and machine learning into neuropsychology and cognitive psychology is revolutionizing how we understand, diagnose, and treat neurological and psychological conditions. By leveraging advanced algorithms, these technologies enable earlier detection of cogniti
[187] PDF — https://www.eejournals.org Open Access Page | 5 Advancements in Neuroimaging for Early Detection of Neurological Disorders Kato Jumba K. This paper examines the most recent breakthroughs in neuroimaging, with a focus on resting-state functional MRI, presymptomatic detection in Alzheimer's research, diffusion tensor imaging for white matter analysis, and magnetoencephalography. Keywords: Neuroimaging, Early Detection, Alzheimer's Disease, Functional MRI, Diffusion Tensor Imaging INTRODUCTION Advancements in neuroimaging for early detection of neurological disorders. APPLICATIONS OF NEUROIMAGING IN EARLY DETECTION Neuroimaging is becoming increasingly useful in the early diagnosis and monitoring of neurological disorders. Technologies such as resting-state functional MRI, diffusion tensor imaging, and magnetoencephalography have provided unprecedented insights into the brain's structure and function, allowing for earlier and more accurate detection of diseases like Alzheimer’s and other neurodegenerative conditions. Advancements in Neuroimaging for Early Detection of Neurological Disorders.
[188] Exploring the Frontiers of Neuroimaging: A Review of Recent Advances in ... — According to the content of the Review, the following are some relevant keywords that can be used to conduct a literature search related to neuroimaging and its applications: neuroimaging, brain function, neurological diseases, fMRI, EEG, MRI, brain activity, neuro concussion, DTI, TES, Brain Connectivity, White Matter Tracts, Schizophrenia, Chronic Pain, ASD, ADHD, AD, PD, tDCS, Diagnostic Strategies, and Treatment Strategies. Multimodal imaging: Combining fMRI with other imaging techniques, such as EEG and MEG, can provide a more comprehensive understanding of brain activity, allowing researchers to study both the brain function’s spatial and temporal dynamics . 136.Wong P.L., Yang Y.R., Huang S.F., Fuh J.L., Chiang H.L., Wang R.Y. Transcranial Direct Current Stimulation on Different Targets to Modulate Cortical Activity and Dual-Task Walking in Individuals with Parkinson’s Disease: A Double Blinded Randomized Controlled Trial.
[190] Functional Neuroimaging of Human Hypothalamus in Socioemotional ... - MDPI — There exist extensive animal research and lesion studies in humans demonstrating a tight association between the hypothalamus and socioemotional behavior. However, human neuroimaging literature in this direction is still rather limited. In order to reexamine the functional role of this region in regulating human social behavior, we here provided a synthesis of neuroimaging studies showing
[191] Adolescent Brain Development: Implications for Understanding Risk and ... — Our understanding of adolescent brain development has dramatically increased in recent years due to advances in neuroimaging techniques. Studies examining social and emotional risk and protective factors, in conjunction with markers of neural integrity, have great potential to improve our knowledge of the developmental trajectories of mental health outcomes and psychopathology (Steinberg, 2008).
[201] PDF — Clinical Neuropsychology is concerned with the assessment and rehabilitation of people with brain injury, neurological disease or neurodevelopmental conditions. ... Neuropsychologists work in acute hospital settings such as neurorehabilitation wards where their main focus is on the early effects of trauma, neurosurgery and neurological
[203] What Is a Neuropsychologist? What They Do & Education - Cleveland Clinic — Clinical neuropsychologists may further specialize in certain age groups, such as pediatrics. The field of neuropsychology explores the connections between the thoughts and perceptions of the human mind and the brain structures and biological processes that form them. Neuropsychology is a subspecialty of psychology, not of neurology.
[204] What is Neuropsychology? - Neighborhood Healthcare — What is a Neuropsychological Evaluation? When is a Neuropsychological Evaluation recommended? learning and attention disorders (e.g., ADHD; Note that some psychiatrists do not prescribe stimulants without a comprehensive neuropsychological evaluation confirming an ADHD diagnosis); What is the difference between Neuropsychological and School Evaluations? It is important to note that not all neuropsychological evaluations end with a diagnosis. Typically, the IEE evaluation is a comprehensive neuropsychological evaluation that identifies the child’s strengths and weaknesses, ultimately proposing actionable interventions that both schools and parents/caregivers can pursue to promote more successful academic outcomes. Neuropsychological evaluations can provide diagnostic clarification and comprehensive treatment recommendations individualized to the patient’s current functioning level. Whenever in doubt, consult with our behavioral health team to determine whether a neuropsychological evaluation would be appropriate for your patient. How to Get an Independent Neuropsychological Evaluation. https://childmind.org/article/how-to-get-an-independent-neuropsychological-evaluation/?utm_medium=email&utm_source=newsletter&utm_campaign=pub-ed-nl-2025-02-04&utm_content=how-to-get-an-independent-neuropsychological-evaluation
[205] Understanding Pediatric Neuropsychological Assessment Process — The assessment process can help identify learning disabilities, attention deficit disorders, and other conditions that may be affecting your child's ability to learn and succeed in school. The assessment process usually begins with a clinical interview with the child's parents or guardians.
[206] Pediatric Neuropsychology | University of Maryland Children's Hospital — Clinical interview: the process of defining the scope, nature and meaning of the child's current issues. Assessment: the neuropsychology team will assess cognitive functions as it relates to your referral question. Examples of areas assess are as follows: Orientation; Attention and concentration; Learning and memory; Language; Visual-spatial
[207] Systematic Review and Meta-analysis: Screening Tools for Attention ... — For 8 scales (Behavior Assessment System for Children [BASC], Brief Child and Family Phone Interview, Behavior Rating Inventory of Executive Function [BRIEF], Conners', Developmental Behaviour Checklist, HIDEA, INCLEN Diagnostic Tool for Attention Deficit Hyperactivity Disorder, interRAI Child and Youth Mental Health, and Strengths and
[208] Tools for the Diagnosis of ADHD in Children and Adolescents: A ... — Nevertheless, extracting specific, comparable measures of inattention and impulsivity from CPTs yielded diagnostic performance ranging from “poor” to “excellent” in differentiating ADHD youth from neurotypical controls and “fair” in differentiating ADHD youth from other patients.42,60,62 No studies provided an independent replication of diagnosis using the same measure. Despite the large number of studies on diagnostic tools, a valid and reliable diagnosis of ADHD ultimately still requires the judgement of a clinician who is experienced in the evaluation of youth with and without ADHD, along with the aid of standardized rating scales and input from multiple informants across multiple settings, including parents, teachers, and youth themselves.
[209] Comprehensive Assessment and Evaluation of Students With Learning ... — The National Joint Committee on Learning Disabilities (NJCLD) 1 strongly supports comprehensive assessment and evaluation of students with learning disabilities by a multidisciplinary team for the identification and diagnosis of students with learning disabilities. Comprehensive assessment of individual students requires the use of multiple data sources.
[212] Improving the Effectiveness of Collaboration Between Neuropsychology ... — Clinical neuropsychology is a specialty of clinical psychology that focuses on brain-behavior relationships and neurocognitive functioning.1 Neuropsychologists use this expertise in the assessment and treatment of cognitive disorders, most typically with neurological, psychiatric, and rehabilitation patients. Neuropsychological assessment results in high patient satisfaction and improved health outcomes.1 Numerous survey studies have also demonstrated that neuropsychological assessment is respected and appreciated by referral sources.72,73 For example, in a survey study, referral sources cited the neuropsychological report, specialty knowledge, assessment of functional abilities, diagnostic clarification, and recommendations as particularly useful.75 In primary care encounters, neuropsychology integration is becoming more common and has been shown to increase referrals as well as improve patient and physician satisfaction.1,76 The “stepped model” of care in this setting, with varied levels of assessment according to need, has also resulted in better patient access and added efficiency.77,78
[213] B - 2 Life-Changing Treatment, Lifelong Challenges: a Case Study on the ... — The present case uses neuropsychological assessment in furthering the understanding of the brain-behavior relationship in a case of multiple sclerosis (MS) in remission subsequent to clinical-trial treatment complicated by a history of medical comorbidities, childhood trauma, underlying psychiatric conditions, and preexisting learning disabilities.
[214] Therapeutic assessment and the art of feedback: A model for integrating ... — Neuropsychologists and rehabilitation psychologists have long-held important roles in the context of neurological rehabilitation. With advancements in neuroimaging, the role of neuropsychological assessment has shifted from determining the neuroanatomical location of neuropathological change to characterizing cognitive, emotional, and behavioral sequelae of neurological events (Bennett, 2001).
[215] Therapeutic assessment and the art of feedback: A model for integrating ... — Therapeutic assessment and the art of feedback: A model for integrating evidence-based assessment and therapy techniques in neurological rehabilitation - PubMed Therapeutic assessment and the art of feedback: A model for integrating evidence-based assessment and therapy techniques in neurological rehabilitation Therapeutic assessment and the art of feedback: A model for integrating evidence-based assessment and therapy techniques in neurological rehabilitation Objective: We propose that therapeutic assessment (TA) and collaborative therapeutic neuropsychological assessment (CTNA) principles are appropriate and effective for application within a neurological rehabilitation population specifically. Methods: We review TA and CTNA principles and propose a model for their application to a neurological rehabilitation population, with an emphasis on describing the strengths of the collaborative approach, guidelines and principles for maximizing the efficacy of feedback, and transitioning the patient into psychotherapy services to further address their personal goals.
[218] A Deep Dive into Neuropsychological Assessment Techniques — Neuropsychological assessment techniques play a vital role in understanding the complex relationship between brain function and behavior. These assessments often involve a combination of standardized tests and informal evaluations to gauge cognitive abilities, memory, attention, and executive function. By combining formal and informal methods, clinicians can better understand the complexities of an individual’s behavior and cognitive processes, leading to more accurate diagnoses and effective treatment plans. Neuropsychological assessments are instrumental in diagnosing a variety of cognitive and behavioral conditions, including ADHD, autism spectrum disorders, and dementia. By providing a comprehensive understanding of how cognitive and emotional factors influence behavior, these assessments inform all aspects of treatment. By evaluating cognitive abilities, these assessments provide insights into how specific brain regions contribute to various psychological conditions.
[226] Improving the Effectiveness of Collaboration Between Neuropsychology ... — Clinical neuropsychology is a specialty of clinical psychology that focuses on brain-behavior relationships and neurocognitive functioning.1 Neuropsychologists use this expertise in the assessment and treatment of cognitive disorders, most typically with neurological, psychiatric, and rehabilitation patients. Neuropsychological assessment results in high patient satisfaction and improved health outcomes.1 Numerous survey studies have also demonstrated that neuropsychological assessment is respected and appreciated by referral sources.72,73 For example, in a survey study, referral sources cited the neuropsychological report, specialty knowledge, assessment of functional abilities, diagnostic clarification, and recommendations as particularly useful.75 In primary care encounters, neuropsychology integration is becoming more common and has been shown to increase referrals as well as improve patient and physician satisfaction.1,76 The “stepped model” of care in this setting, with varied levels of assessment according to need, has also resulted in better patient access and added efficiency.77,78
[236] Neuropsychological assessment in mild traumatic brain injury: A ... — Understanding the nature, the severity, and the modality of cognitive complaints is best served by a neuropsychological assessment. When cognitive complaints are reported or persist following mild traumatic brain injury in adults, neuropsychological testing can assist with diagnostic issues as well as with treatment and rehabilitation planning. The process typically begins with a clinical
[237] Neuropsychological Assessment in Traumatic Brain Injury — Traumatic brain injury (TBI) is a neurological injury that can affect the cognitive, emotional, psychological, and physical functioning of an individual. The clinical neuropsychologist working with TBI patients must take a holistic approach when assessing and treating the patient and consider the patient in total, including premorbid and post-incident factors, to formulate a comprehensive and
[242] Frontiers | The future of neuropsychology is digital, theory-driven ... — In summary, we have identified three key areas of innovation in neuropsychology: the proliferation of online assessment tools, the turn to theory-driven research, and the shift from frequentist NHST to Bayesian statistics. ... 5 Study limitations and future directions. Our study has some limitations, which are primarily related to issues of
[244] Paradigm Shift Toward Digital Neuropsychology and High-Dimensional ... — Moving beyond the static or low-dimensional stimuli found in most traditional neuropsychological tests require neuropsychologists to find ways to update their technologies to reflect high-dimensional assessment approaches (eg, deep learning, mobile platforms, wearables, extended reality [XR], and the Internet of Things [IoT]). Neuropsychologists can use deep learning to analyze studies with both traditional (low-dimensional paper and pencil) and high-dimensional simulation technologies (eg, virtual reality–based neuropsychological assessments, mixed reality, augmented reality). Neuropsychologists interested in high-dimensional technologies have embraced the following NIH initiatives to advance scientific developments: (1) integration of neuroscience into behavioral and social sciences, (2) transformative advances in measurement science, (3) digital intervention platforms, and (4) large-scale population cohorts and data integration.
[247] Neuroimaging's role in neuropsychology: Introduction to the special ... — Neuroimaging in the service of neuropsychology is the theme of this special issue of Neuropsychology Review. In this issue of Neuropsychology Review, leading imaging scientists from the integrated field of neuropsychology and cognitive neuroscience provide frameworks for how advanced neuroimaging methods can accelerate discovery and become a routine part of neuropsychology. (PsycINFO Database
[249] The future of neuropsychology is digital, theory-driven, and Bayesian ... — In this sense, Bayesian statistics is more in line with Popper's (1934/35) approach to science. In summary, we have identified three key areas of innovation in neuropsychology: the proliferation of online assessment tools, the turn to theory-driven research, and the shift from frequentist NHST to Bayesian statistics.
[250] The future of neuropsychology is digital, theory-driven, and Bayesian ... — Introduction: This study explores the transformative potential of digital, theory-driven, and Bayesian paradigms in neuropsychology by combining digital technologies, a commitment to evaluating theoretical frameworks, and Bayesian statistics. The study also examines theories of executive function and cognitive flexibility in a large sample of neurotypical individuals (N = 489).
[251] Validation of a Bayesian Diagnostic and Inferential Model for Evidence ... — Evidence-based diagnostic methods have clinical and research applications in neuropsychology. A flexible Bayesian model was developed to yield diagnostic posttest probabilities from a single person's neuropsychological score profile by utilizing sample descriptive statistics of the test battery across diagnostic populations of interest.
[252] Validation of a Bayesian Diagnostic and Inferential Model for Evidence ... — The next standard for EBNP is the use of base rates when reporting test results. Chelune ... thus implementation of the model necessitates appeal to the extant literature to find these summary statistics. A Bayesian framework is well suited to clinical neuropsychological applications and has implications beyond familiar frequentist methods
[255] Exploring the Frontiers of Neuroimaging: A Review of Recent Advances in ... — According to the content of the Review, the following are some relevant keywords that can be used to conduct a literature search related to neuroimaging and its applications: neuroimaging, brain function, neurological diseases, fMRI, EEG, MRI, brain activity, neuro concussion, DTI, TES, Brain Connectivity, White Matter Tracts, Schizophrenia, Chronic Pain, ASD, ADHD, AD, PD, tDCS, Diagnostic Strategies, and Treatment Strategies. Multimodal imaging: Combining fMRI with other imaging techniques, such as EEG and MEG, can provide a more comprehensive understanding of brain activity, allowing researchers to study both the brain function’s spatial and temporal dynamics . 136.Wong P.L., Yang Y.R., Huang S.F., Fuh J.L., Chiang H.L., Wang R.Y. Transcranial Direct Current Stimulation on Different Targets to Modulate Cortical Activity and Dual-Task Walking in Individuals with Parkinson’s Disease: A Double Blinded Randomized Controlled Trial.
[256] To scan or not to scan: neuroimaging in mild cognitive impairment and ... — Several studies have assessed the utility of neuroimaging in the prediction of conversion from mild cognitive impairment to Alzheimer's disease. These found that a smaller volume of the entorhinal cortices and hippocampi both independently predicted conversion to Alzheimer's disease ( Reference Devanand, Pradhaban and Liu Devanand 2007 ).
[257] Emerging trends in the evolution of neuropsychology and artificial ... — Emerging trends in the evolution of neuropsychology and artificial intelligence: A comprehensive analysis - ScienceDirect Emerging trends in the evolution of neuropsychology and artificial intelligence: A comprehensive analysis Incorporating artificial intelligence (AI) into neuropsychology offers optimistic advances, with machine learning models assisting in classifying behavioral, cognitive, and functional impairments while minimizing the number of tests. The study emphasized the potential of artificial intelligence in neuropsychology research and identified several research themes. Despite its limitations, this study provides significant insights and paves the way for future neuropsychology-based artificial intelligence research. The study also highlights the importance of learning and intelligent computation in neuropsychology, providing a conceptual methodology based on a comprehensive review of the most recent research. For all open access content, the Creative Commons licensing terms apply.
[259] Artificial Intelligence in Neuropsychology: The Promise of ... - AACN — AI has the potential to modernize clinical neuropsychology, and there is great promise in fully deployable AI tools in early diagnosis, management, and treatment of brain-based conditions. AI can unlock hidden information in big data to inform our practice, reduce diagnostic and therapeutic errors in clinical practice, and make real-time inferences for health risks and outcome prediction. AI can reach populations which may be less accessible via traditional healthcare routes, by providing low-threshold, therapeutic interventions via chatbots or avatars to people in resource-poor settings, and AI assessment for people in remote areas without on-site neuropsychological services.
[260] What Is the Role of AI in Advancing the Study of Neuropsychology? — Exploring the intersection of artificial intelligence and neuropsychology, this article delves into how AI-driven methodologies are revolutionizing our understanding of the human brain, cognition, and behavior. By understanding how different learning patterns emerge and are processed in the brain, AI can help in designing educational programs that are more aligned with individual cognitive profiles, enhancing learning efficacy. AI-enhanced cognitive modeling represents a frontier in neuropsychological research, offering deeper insights and more effective solutions in understanding and treating various cognitive and neurological disorders. As AI continues to advance, its integration into neuropsychology will undoubtedly lead to deeper insights, more effective treatments, and a broader understanding of the human brain and mind.
[262] Applications of Artificial Intelligence in the Neuropsychological ... — This review explores Artificial Intelligence (AI) and Machine Learning (ML) in neuropsychological assessment for the early detection and personalized treatment of MCI and AD. The review includes 37 articles that demonstrate that AI could be an useful instrument for optimizing diagnostic procedures, predicting cognitive decline, and
[264] Achieving Better Outcomes with Neuropsychological Assessment — Neuropsychological assessments can significantly enhance understanding of cognitive strengths and weaknesses, guiding effective treatment strategies. In Palo Alto, CA, professionals utilize these assessments to pinpoint areas such as memory, attention, and problem-solving skills, helping individuals and families navigate challenges.
[270] PDF — Psychometrists in Clinical Neuropsychology: History, Current Status, and Future Directions, Applied Neuropsychology: Adult, 19:1, 26-31 To link to this article: ... the role of clinical neuropsychology and those individuals who provide professional services, both doctorate- and ... nicians (also called psychometrists, psychometricians, and