The Experts below are selected from a list of 252 Experts worldwide ranked by ideXlab platform
Christopher M. Filley - One of the best experts on this subject based on the ideXlab platform.
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The History of Behavioral Neurology
The Oxford Handbook of History of Clinical Neuropsychology, 2016Co-Authors: Christopher M. FilleyAbstract:Behavioral Neurology is the neurologic subspecialty devoted to the study of brain-behavior relationships. Whereas systematic thinking about the brain as the organ of the mind began in antiquity, modern investigation began in the early 19th century as cerebral localization of function became securely appreciated. Clinical-pathological correlation using the lesion method yielded many important insights, and, in the mid-20th century, Norman Geschwind defined Behavioral Neurology as it exists today. The scope of the field soon expanded to include focal and diffuse disorders across the lifespan, and powerful neuroimaging technologies then led to increasingly sophisticated understanding of the representation of cognition and emotion in the brain. While the term Behavioral Neurology refers mainly to subspecialty neurologists working in North America and Britain, the interests of Behavioral neurologists are virtually identical to those of neuropsychologists, neuropsychiatrists, and many others around the world attracted to the Neurology of behavior.
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When cognitive evaluation does not disclose a neurologic disorder: experience of a university Behavioral Neurology clinic.
Cognitive and behavioral neurology : official journal of the Society for Behavioral and Cognitive Neurology, 2010Co-Authors: Meredith C. Kenfield, David B. Arciniegas, Clark Alan Anderson, Katherine L. Howard, Christopher M. FilleyAbstract:We examined clinical features, referral patterns, and diagnostic outcome of patients receiving cognitive evaluation in a Behavioral Neurology clinic who had no neurologic disorder. Cognitive complaints may indicate Alzheimer Disease (AD) or many other conditions. Accurate early evaluation of these complaints is critical, and appropriate subspecialty clinic referral has public health policy implications. This retrospective medical records review included 342 consecutive patients seen at the Neurobehavior Clinic of the University of Colorado Hospital from July 2006 through June 2008. All patients received an initial diagnosis by a clinic attending and subsequent consensus diagnosis by 3 subspecialists board certified in Behavioral Neurology & Neuropsychiatry. Among the 342 patients, 68% had a neurologic disorder, the most common of which was probable AD (17%). The remainder had nonneurologic diagnoses: 20% had a psychiatric diagnosis, 7% had no neuropsychiatric disorder, and 5% had a medical diagnosis. Of those with nonneurologic diagnoses, 65% were referred by primary care providers, and the most common symptom was memory loss (72%). In the psychiatric subgroup, depression was the most frequent diagnosis (56%). All normal individuals had concern about cognitive decline. In the medical subgroup, medication effect was the most frequent diagnosis (50%). Probable AD was the most common neurologic diagnosis, but 32% of the referred patients had no neurologic disorder, and most of these individuals had a psychiatric cause for cognitive complaints. These results highlight the need for policies promoting more effective use of subspecialty clinics dedicated to neurologic disorders of cognition.
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White matter and Behavioral Neurology.
Annals of the New York Academy of Sciences, 2005Co-Authors: Christopher M. FilleyAbstract:Although the study of higher brain function has traditionally focused on the cortical gray matter, recent years have witnessed the recognition that white matter also makes an important contribution to cognition and emotion. White matter comprises nearly half the brain volume and plays a key role in development, aging, and many neurologic and psychiatric disorders across the life span. More than 100 disorders exist in which white matter neuropathology is the primary or a prominent feature. A variety of neuroBehavioral syndromes may result from these disorders; the concept of white matter dementia has been introduced as characteristic of many patients with white matter involvement, and a wide range of focal neuroBehavioral syndromes and psychiatric disorders can also be related to dysfunction of myelinated tracts. Understanding the neuroBehavioral aspects of white matter disorders is important for clinical diagnosis, treatment, prognosis, and research on brain-behavior relationships. Central to these investigations is the use of modern neuroimaging techniques, which have already provided substantial information on the characterization of white matter and its disorders, and which promise to advance our knowledge further with continued innovation. Diffusion tensor imaging is an exciting method that will assist with the identification of critical white matter tracts in the brain, and the localization of specific lesions that can be correlated with neuroBehavioral syndromes. A Behavioral Neurology of white matter is thus emerging in which clinical observation combined with sophisticated neuroimaging will enable elucidation of the role of white matter connectivity in the distributed neural networks subserving higher brain function.
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The Behavioral Neurology of White Matter: Diagnosis of Major Disordersand Syndromes
2005Co-Authors: Christopher M. FilleyAbstract:More than 100 neurologic diseases, injuries, and intoxications are known to prominently or exclusively involve the white matter of the brain.
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the Behavioral Neurology of white matter
2001Co-Authors: Christopher M. FilleyAbstract:PART 1: THE BRAIN, THE MIND AND WHITE MATTER 1. The Neurologic Background 2. White Matter Structure and Function 3. Development and Aging 4. Neuroimaging PART 2: DISORDERS OF WHITE MATTER 5. Genetic Disorders 6. Demyelinative Diseases 7. Infectious Diseases 8. Inflammatory Diseases 9. Toxic Leukoencephalopathies 10. Metabolic Disorders 11. Vascular Diseases 12. Traumatic Disorders 13. Neoplasms 14. Hydrocephalus PART 3: WHITE MATTER AND HIGHER FUNCTION 15. Cognitive Disfunction and Dementia 16. Focal NeuroBehavioral Syndromes 17. Neuropsychiatric Syndromes 18. The Behavioral Neurology of White Matter INDEX
Ken W. S. Ashwell - One of the best experts on this subject based on the ideXlab platform.
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Magnetic Resonance Imaging of the Brains of Three Peramelemorphian Marsupials
Journal of Mammalian Evolution, 2019Co-Authors: Yamila Gurovich, Andre Bongers, Ken W. S. AshwellAbstract:Peramelemorphians (bandicoots and bilbies) are a unique and diverse group of digging Australasian marsupials, but their Behavioral Neurology and neuroanatomy is poorly known. Here, we have used Magnetic Resonance Imaging (MRI) to study the brains of three peramelemorphians: two bandicoots ( Perameles nasuta and Isoodon obesulus ) and the bilby ( Macrotis lagotis ), which is endangered. These brains had been stored in formaldehyde solution for more than 80 years and one of our goals was to demonstrate the feasibilty of extracting detailed comparative neuroanatomical information from the long-term preserved brains of rare, endangered, and extinct animals. High resolution anatomical and Diffusion Tensor Imaging was performed using a 9.4-T Bruker BioSpec 94/20 Avance III MRI system (Bruker, Ettlingen, Germany) located at the UNSW in Sydney. We were able to differentiate areal and laminar topography within isocortical areas (primary somatosensory – S1; and visual - V1, V2), as well as subdivisions within olfactory and limbic allocortical regions (cingulate, hippocampal). Resolution of subcortical structures was sufficient to differentiate α and β segments within the visual nucleus of the thalamus. We identified several previously unrecognized longitudinal association fiber systems as well as a rich array of sensory thalamocortical connections. Dense fiber pathways were observed to S1 and in the midbrain auditory pathways (mainly the lateral lemniscus, but also the brachium of the inferior colliculus). Our findings demonstrate the feasibility of using this sort of imaging of archived brains to analyze the neuroanatomy of rare and evolutionarily significant species and to relate these findings to the Behavioral Neurology of those species.
Bruce L Miller - One of the best experts on this subject based on the ideXlab platform.
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The Behavioral Neurology of Dementia
2017Co-Authors: Bruce L Miller, Bradley F. BoeveAbstract:Contents List of contributors Preface Part I. Introduction: 1. Basic clinical approaches to diagnosis Bruce L. Miller 2. Neurogenetics of dementia Huidy Shu 3. Frontotemporal dementia Indre Viskontas and Bruce L. Miller 4. Alzheimer's disease Brandy J. Matthews and Bruce L. Miller 5. Mental status examination Casey E. Krueger and Joel H. Kramer 6. Neuropsychiatric features of dementia Edmond Teng, Gad A. Marshall and Jeffrey L. Cummings 7. Neuroimaging in dementia Maria Carmela Tartaglia and Howard Rosen 8. Epidemiology and risk factors Kristine Yaffe and Deborah E. Barnes 9. Animal models of dementia Erik D. Roberson and Aimee W. Kao 10. Neuropathology of dementia Marcelo N. Macedo, Eun-Joo Kim and William W. Seeley Part II. Cognitive Impairment, Not Demented: 11. Cerebrovascular contributions to amnestic mild cognitive impairment Charles DeCarli, Adriane Votaw Mayda and Christine Wu Nordahl 12. Mild cognitive impairment Brendan J. Kelley and Ronald C. Petersen 13. Mild cognitive impairment (MCI) subgroups Julene K. Johnson 14. Early clinical features of the Parkinsonian-related dementias Bradley F. Boeve 15. Dementia treatment Bradley F. Boeve and Adam L. Boxer 16. Dementia and cognition in the oldest-old Kristin Kahle-Wrobleski, Maria M. Corrada and Claudia H. Kawas Part III. Slowly Progressive Dementias: 17. Semantic dementia John R. Hodges, R. Rhys Davies and Karalyn Patterson 18. Progressive non-fluent aphasia Jennifer Ogar and Marilu L. Gorno-Tempini 19. Cognition in corticobasal degeneration and progressive supranuclear palsy Paul McMonagle and Andrew Kertesz 20. Cognitive and Behavioral abnormalities of vascular dementia Jee H. Jeong, Eun-Joo Kim, Sang Won Seo and Duk L. Na 21. CADASIL: a genetic model of arteriolar degeneration, white matter injury, and dementia in later life Stephen Salloway, Thea Brennan-Krohn, Stephen Correia, Michelle Mellion and Suzanne delaMonte Part IV. Rapidly Progressive Dementias: 22. Prion disorders and other rapidly progressive dementias Michael D. Geschwind, Aissa Haman and Indre Viskontas 23. Delirium masquerading as dementia S. Andrew Josephson 24. Paraneoplastic disorders of the memory and cognition Luis Bataller and Josep Dalmau 25. Dementia with Lewy bodies Caroline A. Racine Index.
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Comprar The Behavioral Neurology Of Dementia 2nd Ed. | Bruce L. Miller | 9781107077201 | Cambridge University Press
2016Co-Authors: Bruce L Miller, Bradley F. BoeveAbstract:Tienda online donde Comprar The Behavioral Neurology Of Dementia 2nd Ed. al precio 119,06 € de Bruce L. Miller | Bradley F. Boeve, tienda de Libros de Medicina, Libros de Psiquiatria - Demencias
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comprar the Behavioral Neurology of dementia 2nd ed bruce l miller 9781107077201 cambridge university press
2016Co-Authors: Bruce L Miller, Bradley F. BoeveAbstract:Tienda online donde Comprar The Behavioral Neurology Of Dementia 2nd Ed. al precio 119,06 € de Bruce L. Miller | Bradley F. Boeve, tienda de Libros de Medicina, Libros de Psiquiatria - Demencias
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artistic creativity and dementia
Progress in Brain Research, 2013Co-Authors: Zachary A Miller, Bruce L MillerAbstract:Artistic ability and creativity are defining characteristics of human behavior. Behavioral Neurology, as a specialty, believes that even the most complex behaviors can be modeled and understood as the summation of smaller cognitive functions. Literature from individuals with specific brain lesions has helped to map out these smaller regions of cognitive abilities. More recently, models based on neurodegenerative conditions, especially from the frontotemporal dementias, have allowed for greater nuanced investigations into the various functional anatomies necessary for artistic behavior and possibly the underlying networks that promote creativity.
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Comprar The Behavioral Neurology of Dementia | Bruce L. Miller | 9781107629998 | Cambridge University Press
2009Co-Authors: Bruce L MillerAbstract:Tienda online donde Comprar The Behavioral Neurology of Dementia al precio 74,81 € de Bruce L. Miller, tienda de Libros de Medicina, Libros de Neurologia - Neurologia general
John Hart - One of the best experts on this subject based on the ideXlab platform.
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improving clinical cognitive testing report of the aan Behavioral Neurology section work group
Neurology, 2015Co-Authors: Kirk R. Daffner, Bradley F. Boeve, Seth A. Gale, Anna M. Barrett, Anjan Chatterjee, Glen R. Finney, Darren R. Gitelman, Branch H Coslett, Mark Desposito, John HartAbstract:Objective: To evaluate the evidence basis of single-domain cognitive tests frequently used by Behavioral neurologists in an effort to improve the quality of clinical cognitive assessment. Methods: Behavioral Neurology Section members of the American Academy of Neurology were surveyed about how they conduct clinical cognitive testing, with a particular focus on the NeuroBehavioral Status Exam (NBSE). In contrast to general screening cognitive tests, an NBSE consists of tests of individual cognitive domains (e.g., memory or language) that provide a more comprehensive diagnostic assessment. Workgroups for each of 5 cognitive domains (attention, executive function, memory, language, and spatial cognition) conducted evidence-based reviews of frequently used tests. Reviews focused on suitability for office-based clinical practice, including test administration time, accessibility of normative data, disease populations studied, and availability in the public domain. Results: Demographic and clinical practice data were obtained from 200 respondents who reported using a wide range of cognitive tests. Based on survey data and ancillary information, between 5 and 15 tests in each cognitive domain were reviewed. Within each domain, several tests are highlighted as being well-suited for an NBSE. Conclusions: We identified frequently used single-domain cognitive tests that are suitable for an NBSE to help make informed choices about clinical cognitive assessment. Some frequently used tests have limited normative data or have not been well-studied in common neurologic disorders. Utilizing standardized cognitive tests, particularly those with normative data based on the individual9s age and educational level, can enhance the rigor and utility of clinical cognitive assessment.
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Improving clinical cognitive testing: Report of the AAN Behavioral Neurology Section Work group
Neurology, 2015Co-Authors: Kirk R. Daffner, Bradley F. Boeve, Seth A. Gale, Anna M. Barrett, Anjan Chatterjee, H. Branch Coslett, Mark D'esposito, Glen R. Finney, Darren R. Gitelman, John HartAbstract:To evaluate the evidence basis of single-domain cognitive tests frequently used by Behavioral neurologists in an effort to improve the quality of clinical cognitive assessment. Behavioral Neurology Section members of the American Academy of Neurology were surveyed about how they conduct clinical cognitive testing, with a particular focus on the NeuroBehavioral Status Exam (NBSE). In contrast to general screening cognitive tests, an NBSE consists of tests of individual cognitive domains (e.g., memory or language) that provide a more comprehensive diagnostic assessment. Workgroups for each of 5 cognitive domains (attention, executive function, memory, language, and spatial cognition) conducted evidence-based reviews of frequently used tests. Reviews focused on suitability for office-based clinical practice, including test administration time, accessibility of normative data, disease populations studied, and availability in the public domain. Demographic and clinical practice data were obtained from 200 respondents who reported using a wide range of cognitive tests. Based on survey data and ancillary information, between 5 and 15 tests in each cognitive domain were reviewed. Within each domain, several tests are highlighted as being well-suited for an NBSE. We identified frequently used single-domain cognitive tests that are suitable for an NBSE to help make informed choices about clinical cognitive assessment. Some frequently used tests have limited normative data or have not been well-studied in common neurologic disorders. Utilizing standardized cognitive tests, particularly those with normative data based on the individual's age and educational level, can enhance the rigor and utility of clinical cognitive assessment. © 2015 American Academy of Neurology.
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Core curriculum for training in Behavioral Neurology & neuropsychiatry
The Journal of neuropsychiatry and clinical neurosciences, 2006Co-Authors: David B. Arciniegas, Daniel I. Kaufer, David L. Bachmann, Jonathan M. Silver, John J. Campbell, C. Edward Coffey, John Hart, Thomas W. Mcallister, Richard M. RestakAbstract:Recognizing the fundamental congruence between Behavioral Neurology and neuropsychiatry, the Joint Committee on Subspecialty Certification of the American Neuropsychiatric Association (ANPA) and the Society for Behavioral and Cognitive Neurology (SBCN) assert that these historically separate but parallel disciplines can be merged into a single subspecialty area of medicine: Behavioral Neurology & Neuropsychiatry. The authors first describe the historical background for the development of this medical subspecialty. Second, the goals and objectives for training in Behavioral Neurology & Neuropsychiatry are outlined. Finally, a core curriculum for fellowship training in Behavioral Neurology & Neuropsychiatry developed by SBCN and the ANPA is presented.
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core curriculum for training in Behavioral Neurology neuropsychiatry
Journal of Neuropsychiatry and Clinical Neurosciences, 2006Co-Authors: David B. Arciniegas, Daniel I. Kaufer, David L. Bachmann, Jonathan M. Silver, John J. Campbell, John Hart, Thomas W. Mcallister, Edward C Coffey, Richard M. RestakAbstract:Recognizing the fundamental congruence between Behavioral Neurology and neuropsychiatry, the Joint Committee on Subspecialty Certification of the American Neuropsychiatric Association (ANPA) and the Society for Behavioral and Cognitive Neurology (SBCN) assert that these historically separate but parallel disciplines can be merged into a single subspecialty area of medicine: Behavioral Neurology & Neuropsychiatry. The authors first describe the historical background for the development of this medical subspecialty. Second, the goals and objectives for training in Behavioral Neurology & Neuropsychiatry are outlined. Finally, a core curriculum for fellowship training in Behavioral Neurology & Neuropsychiatry developed by SBCN and the ANPA is presented.
Bradley F. Boeve - One of the best experts on this subject based on the ideXlab platform.
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The Behavioral Neurology of Dementia
2017Co-Authors: Bruce L Miller, Bradley F. BoeveAbstract:Contents List of contributors Preface Part I. Introduction: 1. Basic clinical approaches to diagnosis Bruce L. Miller 2. Neurogenetics of dementia Huidy Shu 3. Frontotemporal dementia Indre Viskontas and Bruce L. Miller 4. Alzheimer's disease Brandy J. Matthews and Bruce L. Miller 5. Mental status examination Casey E. Krueger and Joel H. Kramer 6. Neuropsychiatric features of dementia Edmond Teng, Gad A. Marshall and Jeffrey L. Cummings 7. Neuroimaging in dementia Maria Carmela Tartaglia and Howard Rosen 8. Epidemiology and risk factors Kristine Yaffe and Deborah E. Barnes 9. Animal models of dementia Erik D. Roberson and Aimee W. Kao 10. Neuropathology of dementia Marcelo N. Macedo, Eun-Joo Kim and William W. Seeley Part II. Cognitive Impairment, Not Demented: 11. Cerebrovascular contributions to amnestic mild cognitive impairment Charles DeCarli, Adriane Votaw Mayda and Christine Wu Nordahl 12. Mild cognitive impairment Brendan J. Kelley and Ronald C. Petersen 13. Mild cognitive impairment (MCI) subgroups Julene K. Johnson 14. Early clinical features of the Parkinsonian-related dementias Bradley F. Boeve 15. Dementia treatment Bradley F. Boeve and Adam L. Boxer 16. Dementia and cognition in the oldest-old Kristin Kahle-Wrobleski, Maria M. Corrada and Claudia H. Kawas Part III. Slowly Progressive Dementias: 17. Semantic dementia John R. Hodges, R. Rhys Davies and Karalyn Patterson 18. Progressive non-fluent aphasia Jennifer Ogar and Marilu L. Gorno-Tempini 19. Cognition in corticobasal degeneration and progressive supranuclear palsy Paul McMonagle and Andrew Kertesz 20. Cognitive and Behavioral abnormalities of vascular dementia Jee H. Jeong, Eun-Joo Kim, Sang Won Seo and Duk L. Na 21. CADASIL: a genetic model of arteriolar degeneration, white matter injury, and dementia in later life Stephen Salloway, Thea Brennan-Krohn, Stephen Correia, Michelle Mellion and Suzanne delaMonte Part IV. Rapidly Progressive Dementias: 22. Prion disorders and other rapidly progressive dementias Michael D. Geschwind, Aissa Haman and Indre Viskontas 23. Delirium masquerading as dementia S. Andrew Josephson 24. Paraneoplastic disorders of the memory and cognition Luis Bataller and Josep Dalmau 25. Dementia with Lewy bodies Caroline A. Racine Index.
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Comprar The Behavioral Neurology Of Dementia 2nd Ed. | Bruce L. Miller | 9781107077201 | Cambridge University Press
2016Co-Authors: Bruce L Miller, Bradley F. BoeveAbstract:Tienda online donde Comprar The Behavioral Neurology Of Dementia 2nd Ed. al precio 119,06 € de Bruce L. Miller | Bradley F. Boeve, tienda de Libros de Medicina, Libros de Psiquiatria - Demencias
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comprar the Behavioral Neurology of dementia 2nd ed bruce l miller 9781107077201 cambridge university press
2016Co-Authors: Bruce L Miller, Bradley F. BoeveAbstract:Tienda online donde Comprar The Behavioral Neurology Of Dementia 2nd Ed. al precio 119,06 € de Bruce L. Miller | Bradley F. Boeve, tienda de Libros de Medicina, Libros de Psiquiatria - Demencias
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improving clinical cognitive testing report of the aan Behavioral Neurology section work group
Neurology, 2015Co-Authors: Kirk R. Daffner, Bradley F. Boeve, Seth A. Gale, Anna M. Barrett, Anjan Chatterjee, Glen R. Finney, Darren R. Gitelman, Branch H Coslett, Mark Desposito, John HartAbstract:Objective: To evaluate the evidence basis of single-domain cognitive tests frequently used by Behavioral neurologists in an effort to improve the quality of clinical cognitive assessment. Methods: Behavioral Neurology Section members of the American Academy of Neurology were surveyed about how they conduct clinical cognitive testing, with a particular focus on the NeuroBehavioral Status Exam (NBSE). In contrast to general screening cognitive tests, an NBSE consists of tests of individual cognitive domains (e.g., memory or language) that provide a more comprehensive diagnostic assessment. Workgroups for each of 5 cognitive domains (attention, executive function, memory, language, and spatial cognition) conducted evidence-based reviews of frequently used tests. Reviews focused on suitability for office-based clinical practice, including test administration time, accessibility of normative data, disease populations studied, and availability in the public domain. Results: Demographic and clinical practice data were obtained from 200 respondents who reported using a wide range of cognitive tests. Based on survey data and ancillary information, between 5 and 15 tests in each cognitive domain were reviewed. Within each domain, several tests are highlighted as being well-suited for an NBSE. Conclusions: We identified frequently used single-domain cognitive tests that are suitable for an NBSE to help make informed choices about clinical cognitive assessment. Some frequently used tests have limited normative data or have not been well-studied in common neurologic disorders. Utilizing standardized cognitive tests, particularly those with normative data based on the individual9s age and educational level, can enhance the rigor and utility of clinical cognitive assessment.
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Improving clinical cognitive testing: Report of the AAN Behavioral Neurology Section Work group
Neurology, 2015Co-Authors: Kirk R. Daffner, Bradley F. Boeve, Seth A. Gale, Anna M. Barrett, Anjan Chatterjee, H. Branch Coslett, Mark D'esposito, Glen R. Finney, Darren R. Gitelman, John HartAbstract:To evaluate the evidence basis of single-domain cognitive tests frequently used by Behavioral neurologists in an effort to improve the quality of clinical cognitive assessment. Behavioral Neurology Section members of the American Academy of Neurology were surveyed about how they conduct clinical cognitive testing, with a particular focus on the NeuroBehavioral Status Exam (NBSE). In contrast to general screening cognitive tests, an NBSE consists of tests of individual cognitive domains (e.g., memory or language) that provide a more comprehensive diagnostic assessment. Workgroups for each of 5 cognitive domains (attention, executive function, memory, language, and spatial cognition) conducted evidence-based reviews of frequently used tests. Reviews focused on suitability for office-based clinical practice, including test administration time, accessibility of normative data, disease populations studied, and availability in the public domain. Demographic and clinical practice data were obtained from 200 respondents who reported using a wide range of cognitive tests. Based on survey data and ancillary information, between 5 and 15 tests in each cognitive domain were reviewed. Within each domain, several tests are highlighted as being well-suited for an NBSE. We identified frequently used single-domain cognitive tests that are suitable for an NBSE to help make informed choices about clinical cognitive assessment. Some frequently used tests have limited normative data or have not been well-studied in common neurologic disorders. Utilizing standardized cognitive tests, particularly those with normative data based on the individual's age and educational level, can enhance the rigor and utility of clinical cognitive assessment. © 2015 American Academy of Neurology.