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The Science Behind the Art of Patient Intervention | |
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The Role of Occupational and Physical Therapy in Neurorehabilitation | |
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Introduction | |
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Neuroscience and Neurorehabilitation | |
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Definitions and Scope | |
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Historical Review | |
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Relationship Between Neuroscience and Therapeutic Application | |
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Neurorehabilitation: A Joint Effort | |
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Problem-Solving Approach to Patient/Client Intervention: Disablement Model | |
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The Guide to Physical Therapist Practice | |
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Occupational Therapy Practice Framework and the Guide to Occupational Therapy Practice | |
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Clinical Reasoning and Problem Solving | |
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Summary | |
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The Essentials of Neuroanatomy and Neurophysiology: A Neurorehabilitation Application Approach | |
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Introduction to the Nervous System | |
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The Language of the Nervous System | |
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General Plan of the Nervous System | |
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Anatomical Divisions | |
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Physiological Divisions | |
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Building Blocks | |
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The Essential Neurophysiology | |
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Signaling and Communication Between Structures | |
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The Essential Neuroanatomy | |
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Development of the Nervous System | |
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Central Nervous System | |
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Peripheral Nervous System | |
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Autonomic Nervous System | |
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Support Systems: Meninges, Ventricular System, Circulation | |
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Clinical Thinking: Relationship Between Clinical Signs and Lesions | |
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What and Where Is the Lesion: Clinical Implications | |
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Signs and Symptoms of Neurological Impairments Affecting Movement | |
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Neuroplasticity and Recovery of Function | |
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Effect of Age | |
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Recovery of Function | |
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Neuroplasticity | |
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Summary | |
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A Life Span Approach to the Systems That Produce Human Movement | |
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Introduction | |
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Motor Control: A Historical Review | |
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A Systems Approach to the Nature of Movement | |
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Definition | |
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The Movement System | |
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Life Span Perspective | |
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The Nervous System: Life Span Changes | |
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Clinical Relevance | |
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Early Development of the Nervous System | |
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Maturation of the Nervous System | |
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The Mature Nervous System | |
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The Aging Nervous System | |
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Somatosensory System: Life Span Changes | |
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Contribution to Movement Control | |
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Functional Anatomy Overview | |
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Early Development of the Somatosensory System | |
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Maturation of the Somatosensory System | |
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The Mature Somatosensory System | |
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The Aging Somatosensory System | |
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Visual System: Life Span Changes | |
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Contribution to Movement Control | |
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Functional Anatomy Overview | |
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Early Development of the Visual System | |
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Maturation of the Visual System | |
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The Mature Visual System | |
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The Aging Visual System | |
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Vestibular System: Life Span Changes | |
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Contribution to Movement Control | |
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Functional Anatomy Overview | |
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Early Development of the Vestibular System | |
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Maturation of the Vestibular System | |
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The Mature Vestibular System | |
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The Aging Vestibular System | |
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Motor or Action Systems: Life Span Changes | |
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Contribution to Movement Control | |
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Functional Anatomy Overview | |
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Early Development of the Musculoskeletal System | |
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Maturation of the Musculoskeletal System | |
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The Mature Musculoskeletal System | |
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The Aging Musculoskeletal System | |
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Summary | |
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Life Span Motor Development | |
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Introduction | |
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Definition of Motor Development | |
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Life Span Perspective on Motor Development | |
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Clinical Relevance | |
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Review of Motor Development Theories | |
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Cognitive Theories | |
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Neuromaturational Development Theories | |
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Dynamic Systems Perspective on Motor Development | |
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Key Concepts Related to Motor Development | |
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Perspective | |
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Terminology Related to Direction | |
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Kinesiological Concepts | |
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Developmental Sequence | |
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Milestones and the Acquisition of Motor Skill | |
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Automatic Movements | |
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Functional Movement | |
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Operational Definition | |
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Functional Movement: Main Tasks and Components | |
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Life Span Development of Functional Movement | |
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Newborn | |
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One to Two Months | |
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Three to Five Months | |
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Six Months | |
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Seven to Nine Months | |
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Ten to Twelve Months | |
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Twelve to Eighteen Months | |
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Early Childhood | |
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Middle Through Late Childhood | |
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Adolescence | |
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Adulthood | |
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Aging | |
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Summary | |
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An Integrated Clinical Approach to the Management of Common Clinical Problems | |
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Motor Learning Through the Life Span | |
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Introduction | |
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Definition | |
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Motor Learning Versus Motor Control | |
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How Do We Learn? | |
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Types of Learning and Clinical Correlates | |
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Theoretical Background/Motor Learning Theories | |
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Adams' Closed-Loop Theory | |
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Schmidt's Schema Theory | |
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Ecological Theory | |
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Key Elements of Learning and Therapeutic Considerations | |
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The Therapeutic Environment | |
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Arousal and Attention | |
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Motivation and Meaning | |
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Instruction | |
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Guidance | |
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Feedback | |
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Practice | |
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Types of Practice | |
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Skill Acquisition and Retention/Transfer | |
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Stages of Learning | |
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Three-Stage Model of Motor Learning | |
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Gentile's Two-Stage Model of Motor Learning | |
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The Therapist's or Assistant's Role in Facilitating Skill Acquisition | |
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Goal-Directed and Purposeful Activity | |
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Life Span Issues Related to Motor Learning | |
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Learning During Childhood | |
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Adult Learners | |
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Learning Changes Related to Aging | |
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Learning as Affected by Common Neurological Disorders | |
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Learning in Individuals with Mental Retardation and Cognitive Impairment | |
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Learning After Brain Injury | |
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Learning After Cerebrovascular Accident | |
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Learning Challenges for Individuals with Parkinson's Disease | |
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Case Studies | |
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Case Study: Child | |
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Trudy: Child Learning to Propel a Power Wheelchair | |
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Case Study: Adult | |
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James: Adult Learning to Perform Wheelchair Transfers | |
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Summary | |
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Neurorehabilitation Intervention Approaches | |
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Introduction | |
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History | |
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The Evolution of Practice from Theory | |
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Historical Roots Viewed Within Current Perspective | |
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Approaches to Intervention/Frames of Reference | |
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Sensorimotor Approaches | |
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Task-Oriented Models | |
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Functional Training Approach | |
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The Importance of Person-Centered Functional Goals | |
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An Integrated Approach to Intervention with Patients/Clients with Neurological Impairment at Any Age | |
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Case Studies | |
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Case Study: Child | |
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Elijah: Child with Hypotonia and Developmental Delay | |
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Case Study: Adult | |
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Kitty: Adult with Hemiplegia After CVA | |
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Summary | |
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Clinical Management of the Primary Neuromuscular Impairments That Interfere with Functional Movement | |
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Introduction | |
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Separating the Large Problem into "Mini-Problems" | |
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Abnormal Force Production: Definition and Description | |
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Weakness | |
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Muscle Tone Abnormalities | |
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Coordination Problems | |
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Muscle Activation and Sequencing Problems | |
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Timing Problems | |
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Involuntary Movements | |
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The Nature of the Functional Movement Problem in Individuals with a Neurological Impairment | |
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Case Studies | |
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Case Study: Child | |
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Lori: 12-year-old Girl with Cerebral Palsy | |
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Case Study: Adult | |
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Jake: 62-year-old Man Following CVA | |
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Case Study: Adult | |
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Betty: 58-year-old with Parkinson's Disease | |
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Summary | |
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Management of Disorders of Postural Control and Balance | |
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Introduction | |
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Postural Control | |
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Definition and Description | |
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Balance | |
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Definition and Description | |
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Theoretical Models of Postural Control and Balance | |
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Reflex-Hierarchical Model | |
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Systems Model | |
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Components of Postural Control and Balance | |
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Musculoskeletal Mechanisms | |
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Neuromuscular Mechanisms | |
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Sensory Mechanisms | |
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Perceptual Mechanisms | |
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Cognitive Mechanisms | |
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Strategies for Recovery | |
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Sensory Strategies | |
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Motor Strategies | |
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Age-related Differences to Postural Control and Balance | |
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Early Development | |
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Childhood | |
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Adolescence | |
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Adulthood | |
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Aging | |
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Assessment of Postural Control and Balance | |
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Functional Assessment | |
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Systems Assessment | |
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Intervention for Postural Control and Balance Problems | |
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Impairment Level | |
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Strategy Level | |
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Functional Task Level | |
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Case Studies | |
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Case Study: Child | |
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Katarina: 13-year-old Girl Struck by a Car | |
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Case Study: Adult | |
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Robert: 55-year-old Man with Parkinson's Disease | |
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Summary | |
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Management of the Impaired Upper Extremity | |
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Introduction | |
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Functional Components of Upper Extremity Function | |
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Regard | |
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Reach | |
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Grasp and Manipulation | |
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Release | |
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Upper Extremity Function Across the Life Span | |
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Infant | |
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Preschool/School Age | |
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Adulthood | |
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Older Adult | |
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Neuromuscular Impairments Resulting in Impaired Upper Extremity Function | |
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Weakness | |
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Abnormal Muscle Tone | |
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Incoordination | |
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Upper Extremity Control Problems Associated with Common Neurological Disorders | |
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Cerebral Palsy | |
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Cerebrovascular Accident and Adult Hemiplegia | |
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Parkinson's Disease | |
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Case Studies | |
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Case Study: Child | |
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Michael: Child Born Prematurely | |
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Case Study: Adult | |
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Elizabeth: Adult with Right Cerebrovascular Accident | |
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Summary | |
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Management of Impaired Lower Extremity Function | |
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Introduction | |
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Functional Tasks of the Lower Extremity | |
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Non-Weight Bearing | |
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Weight Bearing | |
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Locomotion Defined | |
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Rolling | |
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Crawling and Creeping | |
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Walking | |
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Gait Terminology | |
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Functional Tasks of Gait | |
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Gait Through the Life Span Lens | |
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Immature Gait | |
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Mature Gait | |
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Gait Changes in the Older Adult | |
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Transfer Tasks | |
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Abnormal Lower Extremity Function and Impaired Locomotion | |
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Implications for Therapeutic Intervention: Functional Costs of Pathological Gait | |
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Neuromuscular Impairments Resulting in Impaired Lower Extremity Function | |
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Functional Limitations in Gait: A Task-Oriented Approach | |
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Weight Acceptance | |
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Single Limb Support | |
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Limb Advancement | |
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Effect of an Assistive or Orthotic Device on the Functional Task of Walking | |
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Lower Extremity Control Problems Associated with Common Neurological Disorders | |
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Cerebral Palsy | |
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Cerebrovascular Accident and Adult Hemiplegia | |
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Ataxia | |
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Parkinson's Disease | |
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Spinal Cord Injury | |
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Case Studies | |
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Case Study: Child | |
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Amanda: Child with Spastic Diplegic CP | |
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Case Study: Adult | |
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Anna: Adult with Ataxic MS | |
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Summary | |
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Glossary | |
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Index | |