John DeLuca - Böcker

This is a resource for professionals involved in determining the driving capacity of individuals with neurological involvement and or trauma. While much work has been completed in this new and growing field, this is the first attempt to bring together clinical work on assessing driving capacity for different clinical populations and conditions. Specific topics include, traumatic brain injury, stroke, dementia, normal aging, medications, retraining, interventions, medical conditions, legal issues, practical issues, assessment instruments, simulators, research and epidemiology. Each chapter will address clinically relevant issues specific to the clinical population. This comprehensive compilation of driving assessment of cognitively compromised populations is the first of its kind and Dr. Schultheis is regarded as a leader in the field. The first definitive handbook about driving assessment of cognitively impaired populations, a growing area of research Addresses a myriad of clinical populations and conditions such as brain injured and elderly patients Written by nationally recognized leaders in their fields of expertise

The fourth edition of the Handbook of Psychological Assessment, provides scholarly overviews of the major areas of psychological assessment, including test development, psychometrics, technology of testing, and commonly used assessment measures. Psychological assessment is included for all ages, with new coverage encompassing ethnic minorities and the elderly. Assessment methodology discussed includes formal testing, interviewing, and observation of behavior. The handbook also discusses assessment of personality and behavior, including intelligence, aptitude, interest, achievement, personality and psychopathology. New coverage includes use of assessments in forensic applications.

Encompasses test development, psychometrics, and assessment measures Covers assessment for all age groups Includes formal testing, interviews, and behavioral observation as testing measures Details assessments for intelligence, aptitude, achievement, personality, and psychopathology New coverage of assessments used in forensic psychology New coverage on assessments with ethnic minorities

Clinical neuropsychology is a rapidly evolving specialty whose practitioners serve patients with traumatic brain injury, stroke and other vascular impairments, brain tumors, epilepsy and nonepileptic seizure disorders, developmental disabilities, progressive neurological disorders, HIV- and AIDS-related disorders, and dementia. . Services include evaluation, treatment, and case consultation in child, adult, and the expanding geriatric population in medical and community settings. The clinical goal always is to restore and maximize cognitive and psychological functioning in an injured or compromised brain.Most neuropsychology reference books focus primarily on assessment and diagnosis, and to date none has been encyclopedic in format. Clinicians, patients, and family members recognize that evaluation and diagnosis is only a starting point for the treatment and recovery process. During the past decade there has been a proliferation of programs, both hospital- and clinic-based, that provide rehabilitation, treatment, and treatment planning services. This encyclopedia will serve as a unified, comprehensive reference for professionals involved in the diagnosis, evaluation, and rehabilitation of adult patients and children with neuropsychological disorders.

Although investigated for over 100 years, it is only now that we are beginning to understand how speed of information processing is affected in various clinical populations. Processing speed has a major impact on higher level cognitive abilities and is extremely vulnerable to neurological insult and the aging process. The importance of processing speed with respect to brain function, cognition and overall quality of life is now the focus of a new and exciting body of research in clinical populations.This book provides a scholarly and clinically sensitive review of research on processing speed and its issues in clinical populations. Readers will come away with an in-depth understanding of human information processing speed including its historical development, its relationship to other cognitive functions, the developmental course of the ability across the lifespan, and its impact on everyday life in various clinical populations. Other highlights of the text are its discussion of the speed vs. accuracy trade-off, tools available for measuring processing speed, the unfolding research on genetic contributions to processing speed, and the latest ideas in rehabilitation.With contributing authors who are experts in their fields, Information Processing Speed in Clinical Populations represents a valuable resource for researchers, scholars, and clinicians by providing a concise summary of the existing research on processing speed across an array of disciplines and populations.

Multiple sclerosis (MS) is a disease of the central nervous system which can strike people in their prime with devastating impact.  In recent years, researchers have begun to study the multilayered and complicated cognitive problems that are often associated with MS.  But there is surprisingly little information available today for neuropsychologists and other mental health practitioners about how cognitive impairment impacts life and behavior, and how patients can manage their disease through medicine, exercise, and rehabilitation.  Cognition and Behavior in Multiple Sclerosis addresses this dearth of scholarly work by offering a comprehensive analysis of the effects of multiple sclerosis (MS) on cognition.  Authors survey the impact of cognitive impairment on behavioral problems, employment-related issues, and the development of neuropsychiatric disorders.  Practitioners will learn to interpret MRIs and provide treatment for a wide range of symptoms and disorders including depression, fatigue, and the many challenges with daily living that patients with MS often confront.  This volume also examines the broad social impact of MS, as well as cutting‑edge studies showing how cognitive rehabilitation can be achieved through exercise, pharmacological treatment, online tests and mobile applications.

Although investigated for over 100 years, it is only now that we are beginning to understand how speed of information processing is affected in various clinical populations. Processing speed has a major impact on higher level cognitive abilities and is extremely vulnerable to neurological insult and the aging process. The importance of processing speed with respect to brain function, cognition and overall quality of life is now the focus of a new and exciting body of research in clinical populations.This book provides a scholarly and clinically sensitive review of research on processing speed and its issues in clinical populations. Readers will come away with an in-depth understanding of human information processing speed including its historical development, its relationship to other cognitive functions, the developmental course of the ability across the lifespan, and its impact on everyday life in various clinical populations. Other highlights of the text are its discussion of the speed vs. accuracy trade-off, tools available for measuring processing speed, the unfolding research on genetic contributions to processing speed, and the latest ideas in rehabilitation.With contributing authors who are experts in their fields, Information Processing Speed in Clinical Populations represents a valuable resource for researchers, scholars, and clinicians by providing a concise summary of the existing research on processing speed across an array of disciplines and populations.

The purpose of this book is to educate readers regarding the efficacy of cognitive rehabilitation across a variety of neurological conditions, with specific emphasis on rehabilitation-related change detectable via neuroimaging.

The purpose of this book is to educate readers regarding the efficacy of cognitive rehabilitation across a variety of neurological conditions, with specific emphasis on rehabilitation-related change detectable via neuroimaging.