Best Practices In Stroke Rehabilitation The Us Experience 1 30 09rdzorowitz
This document discusses best practices in stroke rehabilitation based on evidence from US studies. It outlines phases of stroke rehabilitation and reviews evidence for specific interventions. Key elements for optimizing recovery include early assessment, evidence-based therapies tailored to individual needs, and access to a multidisciplinary rehabilitation team. While guidelines exist, evidence for optimal long-term outcomes and specific interventions is still limited. Education of patients and caregivers is also important for stroke recovery and prevention.
Occupational therapy management in traumatic brain injuryDineshKandeepan
The document discusses occupational therapy management for patients with traumatic brain injury. It describes common impairments patients may experience such as abnormal reflexes, muscle tone issues, weakness, sensory changes and more. It then outlines the evaluation tools and interventions occupational therapists use at different stages of recovery including positioning, range of motion exercises, splinting, sensory stimulation and family education. The goal is to optimize motor and cognitive functioning and help patients regain independence in daily activities.
Mr. Jones experienced a stroke that resulted in impairments requiring occupational therapy intervention. An occupational therapist used the PEOP model to evaluate Mr. Jones' personal factors, occupations, performance abilities, and home/farm environment. Adaptations were made such as grab bars, mobility aids, and home modifications. The OT addressed challenges with driving, chores, and gardening to preserve Mr. Jones' meaningful roles and independence within his abilities. Community support supplemented areas he could no longer independently perform safety. The holistic PEOP approach focused on maximizing occupational participation through environmental adaptations.
Stroke cognitive deficits and rehabilitation dr venugopal kochiyilmrinal joshi
Cognitive impairments are common after stroke, impacting up to 70% of patients, but are often underdiagnosed and untreated. They affect domains like attention, memory, language, and executive functions. Assessment tools can help identify impairments, but treatment approaches lack strong evidence. Cognitive rehabilitation aims to retrain or compensate for deficits through strategies, external aids, and therapy targeting specific impairments, though improvements often remain limited.
Occupational therapy can help people with dementia by providing cognitive stimulation and engagement in meaningful activities to support independence. Therapists evaluate each patient's abilities and design customized programs focused on remaining skills rather than deficits. The goal is improving quality of life and functioning through non-pharmacological interventions that reduce behavioral issues and maximize comfort.
The document discusses recent advances in managing upper limb impairments after stroke. It describes studies that evaluated the long-term use of static hand-wrist orthoses, the use of table-top exergames to improve arm function, and a pilot study combining virtual reality and a myoelectric limb orthosis to restore movement. It also summarizes a controlled trial finding that non-immersive virtual reality treatment can effectively restore upper limb motor function and impact daily living activities when combined with conventional upper limb therapy.
This presentation was prepared for educating the patients with stroke and their caregivers about the role of Occupational Therapy in stroke. It gives a very BRIEF over view about OT in stroke rehabilitation
Best Practices In Stroke Rehabilitation The Us Experience 1 30 09rdzorowitz
This document discusses best practices in stroke rehabilitation based on evidence from US studies. It outlines phases of stroke rehabilitation and reviews evidence for specific interventions. Key elements for optimizing recovery include early assessment, evidence-based therapies tailored to individual needs, and access to a multidisciplinary rehabilitation team. While guidelines exist, evidence for optimal long-term outcomes and specific interventions is still limited. Education of patients and caregivers is also important for stroke recovery and prevention.
Occupational therapy management in traumatic brain injuryDineshKandeepan
The document discusses occupational therapy management for patients with traumatic brain injury. It describes common impairments patients may experience such as abnormal reflexes, muscle tone issues, weakness, sensory changes and more. It then outlines the evaluation tools and interventions occupational therapists use at different stages of recovery including positioning, range of motion exercises, splinting, sensory stimulation and family education. The goal is to optimize motor and cognitive functioning and help patients regain independence in daily activities.
Mr. Jones experienced a stroke that resulted in impairments requiring occupational therapy intervention. An occupational therapist used the PEOP model to evaluate Mr. Jones' personal factors, occupations, performance abilities, and home/farm environment. Adaptations were made such as grab bars, mobility aids, and home modifications. The OT addressed challenges with driving, chores, and gardening to preserve Mr. Jones' meaningful roles and independence within his abilities. Community support supplemented areas he could no longer independently perform safety. The holistic PEOP approach focused on maximizing occupational participation through environmental adaptations.
Stroke cognitive deficits and rehabilitation dr venugopal kochiyilmrinal joshi
Cognitive impairments are common after stroke, impacting up to 70% of patients, but are often underdiagnosed and untreated. They affect domains like attention, memory, language, and executive functions. Assessment tools can help identify impairments, but treatment approaches lack strong evidence. Cognitive rehabilitation aims to retrain or compensate for deficits through strategies, external aids, and therapy targeting specific impairments, though improvements often remain limited.
Occupational therapy can help people with dementia by providing cognitive stimulation and engagement in meaningful activities to support independence. Therapists evaluate each patient's abilities and design customized programs focused on remaining skills rather than deficits. The goal is improving quality of life and functioning through non-pharmacological interventions that reduce behavioral issues and maximize comfort.
The document discusses recent advances in managing upper limb impairments after stroke. It describes studies that evaluated the long-term use of static hand-wrist orthoses, the use of table-top exergames to improve arm function, and a pilot study combining virtual reality and a myoelectric limb orthosis to restore movement. It also summarizes a controlled trial finding that non-immersive virtual reality treatment can effectively restore upper limb motor function and impact daily living activities when combined with conventional upper limb therapy.
This presentation was prepared for educating the patients with stroke and their caregivers about the role of Occupational Therapy in stroke. It gives a very BRIEF over view about OT in stroke rehabilitation
IMPROVING RECOVERY AFTER A STROKE: EVIDENCES FOR CONTEMPORARY APPROACHESAdemola Adeyemo
This document outlines an MSc presentation on improving recovery after stroke through contemporary rehabilitation approaches. It discusses the epidemiology of stroke and common disabilities caused by stroke. Key principles for recovery like neuroplasticity are explained. Contemporary task-specific training approaches and motor learning paradigms are described in detail, including constraint-induced movement therapy, functional electrical stimulation, bodyweight supported treadmill training, robotics therapy, and virtual reality therapy. Evidence for how these approaches can enhance recovery through cortical reorganization is provided.
The Bobath concept is a problem-solving approach to assessing and treating individuals with disturbances of function, movement, and tone due to central nervous system lesions. It is inclusive, individualized, complex, multidimensional, and reflective. The concept focuses on movement performance, afferent input, facilitation, synaptic plasticity, and neuromuscular plasticity.
Kinesiotherapy provides exercise programs for medically stable patients to reverse the effects of illness or injury and improve functional abilities. Kinesiotherapists develop treatment plans including exercises and education based on a physician's referral and patient goals. The goal is to restore strength, endurance, mobility and independence through improving components of physical function like range of motion, balance, and cognition.
Outcomes in Occupational Therapy (& Assistive Technology)will wade
An overview of the aspects of Outcomes in Occupational Therapy with the latter part of the presentation focusing on the challenges of Assistive Technology and AAC. Please see http://citeulike.org/user/willwade/tag/outcomes for further reading.
This document provides a case study of an occupational therapy assessment and intervention for an 84-year-old woman admitted to the emergency department following a fall at home. The occupational therapist assessed the woman's mobility, transfers, and ability to complete activities of daily living to determine if she could be safely discharged home. Short term goals were set for the woman to increase her mobility and confidence, which were achieved within 30-60 minutes. Referral to falls prevention services was also made. The assessment and intervention demonstrated the role of occupational therapy in facilitating safe, independent discharge from the emergency department.
The document discusses various types and characteristics of dementia. It describes delirium versus dementia, mild cognitive impairment, cortical versus subcortical dementias, Alzheimer's disease, HIV-related dementia, vascular dementia, and other substance-induced and genetic dementias. Nonmedical treatment issues for patients and families are also addressed.
This document outlines the identification, assessment, and treatment of unilateral spatial neglect (USN) during stroke rehabilitation. It begins with an introduction that defines USN as the inability to respond to stimuli on the side opposite a brain lesion. It then covers the epidemiology, types, mechanisms, identification, assessment tools, prognosis, and treatment techniques for USN, including visual scanning, sensory stimulation, video feedback, and pharmacological therapy. The conclusion emphasizes that understanding and treating USN beyond the acute period is important for functional recovery in stroke patients.
This document provides an overview of spinal cord injuries, including:
1. It discusses the anatomy, common causes, and demographics of spinal cord injuries. The most common causes are motor vehicle accidents, falls, violence, and sports injuries. Men ages 16-30 are most commonly affected.
2. It defines different types of spinal cord injuries such as complete vs incomplete, primary vs secondary, and describes various spinal cord syndromes like central cord syndrome, anterior cord syndrome, and Brown-Sequard syndrome.
3. It outlines the initial management of spinal cord injury patients in the emergency department, including immobilization, monitoring, imaging, and use of methylprednisolone within 8 hours of injury.
The document outlines topics related to pain management including definitions of pain, types of pain, definitions of pain management, the pain management team, clinical conditions commonly treated, assessment of pain, and interventions for pain management. Pain is defined as an unpleasant sensory and emotional experience associated with tissue damage. Types of pain include acute and chronic. Pain management involves assessment and treatment to reduce pain and improve function using methods such as medication, exercise prescription, bracing, relaxation techniques, and modalities.
Brain plasticity and rehabilitation robotic therapiesDavid Karchem
The document discusses brain plasticity and rehabilitation through robotic therapies. It provides examples of how visualizing body parts and connecting areas of the brain to those body parts through a "rubber straw" metaphor can help rehabilitation. Virtual reality and specific interventions that stimulate new neural connections are discussed as ways to enhance learning and improve rehabilitation outcomes. The document also describes an experiment where blind individuals learned to "see" through vibrations on their skin connected to a video camera, demonstrating the brain's ability to adapt through neuroplasticity.
This document provides information on screening and evaluating the sacrum, sacroiliac joint, coccyx, and pelvis. It outlines models for screening these areas and lists common causes of pain, including infectious, inflammatory, neuromuscular, and musculoskeletal issues. Red flags are identified that would require physician referral, such as signs of fracture, infection, neoplasm, ectopic pregnancy, or potential cancer recurrence. Screening the sacrum and sacroiliac joint can be difficult as physical exam findings alone cannot predict disorders, and pain may be referred from other structures.
1. The document discusses various organic mental disorders including delirium, dementia, organic amnestic syndrome, and other organic disorders.
2. Delirium is characterized by acute onset of confusion and disorientation caused by a medical condition. Dementia is a chronic disorder marked by cognitive decline. Organic amnestic syndrome specifically involves memory impairment from organic causes.
3. Causes, clinical features, and management approaches are described for each disorder with a focus on identifying and treating underlying medical conditions.
Presented by Brad Aiken
Doctor and science-fiction writer Brad Aiken presents on new and upcoming technologies in neurological rehabilitation. Topics include breakthrough advances that can help people recover from stroke, brain injury, and spinal cord injury. Current, cutting-edge technologies will be discussed, as well as likely upcoming advances in this field.
According to the CDC, the leading cause of TBI is falls, particularly for young children and adults over 65. Other common causes of TBI include accidental blunt force trauma, motor vehicle accidents, and violent assaults. If you have had a TBI, rehabilitation (or rehab) will be an important part of your recovery
One-third of stroke survivors experience post-stroke cognitive impairment. Post-stroke dementia (PSD) is defined as any dementia that develops after a stroke. Risk factors for PSD include genetic factors like APOE4 and biomarkers in cerebrospinal fluid and blood. Neuroimaging can detect changes in the brain related to PSD, such as hippocampal atrophy and white matter lesions. Treatment focuses on preventing further strokes through blood pressure control and lifestyle changes, as well as managing neuropsychiatric symptoms.
Motor imagery, mirror therapy, and interlimb transfer training can be used in hand rehabilitation. A review found limited evidence that motor imagery combined with other rehabilitation is beneficial for improving upper extremity function after stroke compared to rehabilitation without motor imagery. A study also found that having patients perform motor imagery during hand immobilization after flexor tendon repair helped improve hand function compared to immobilization alone.
The document summarizes recent advances in the management of Parkinson's disease. It discusses pathophysiology, signs and symptoms, recent research on interventions such as neuroprosthesis for tremor, action observation to reduce bradykinesia, audio biofeedback training for posture and balance, Irish set dancing vs exercises, intensive rehabilitation treatment, augmented visual feedback, robot-assisted gait training, virtual games and different types of physical exercise. The studies presented are randomized controlled trials and systematic reviews that evaluate the efficacy of these interventions for symptoms of Parkinson's disease.
Aging is associated with cognitive decline, and older subjects can have demonstrable cognitive impairment without crossing the threshold for dementia.
This condition has been termed “mild cognitive impairment” (MCI), and these patients have an increased risk of developing dementia, especially Alzheimer disease (AD).
Studies conducted in referral clinics have shown that patients with MCI progress to AD at a rate of 10% to 15% per year, and 80% of these patients have converted to AD after approximately 6 years of follow-up.
The identification and classification of MCI can be a major challenge.
Soraya Matthews, MSc, NUI Galway, Psychology Matters Day.
Exposure to traumatic experiences or material can often have a negative impact on a person's health. It can be common for us to only consider people who have experienced trauma first hand as experiencing negative health effects, both physically and mentally. However, this experience can also occur when a person experiences traumatic material secondarily.
Secondary traumatic stress can develop when a person is exposed to trauma through hearing about the first-hand trauma experiences of others. This has become common in jobs where employees are exposed to clients/patients who have suffered from trauma (e.g. domestic violence specialists, mental health professionals, or nurses).
Its symptoms can mimic those of post-traumatic stress disorder (PTSD) if left unchecked. Furthermore, this can often be reflected in their health status (e.g. negatively impacted).
Research has suggested that individuals who have been exposed to trauma were 2.7 times more likely to have a longstanding negative health problem, such as fibromyalgia, chronic pain, and chronic fatigue syndrome. For this reason, it is important to examine the potential psychological and organisational factors that can influence, or protect against, the development of health problems and secondary traumatic stress in employees who experience high volumes of traumatic material.
Neuropsychiatric aspects of traumatic brain injuryAzfer Ibrahim
1) Traumatic brain injury (TBI) can cause various neuropsychiatric issues including mood disorders, cognitive deficits, and behavioral changes.
2) Common mood disorders after TBI include depression in 25-50% of patients in the first year, as well as increased risks of mania/hypomania and anxiety disorders.
3) Frequent cognitive deficits involve problems with memory, attention, concentration, language, and executive functioning that can cause long-term impairment.
IMPROVING RECOVERY AFTER A STROKE: EVIDENCES FOR CONTEMPORARY APPROACHESAdemola Adeyemo
This document outlines an MSc presentation on improving recovery after stroke through contemporary rehabilitation approaches. It discusses the epidemiology of stroke and common disabilities caused by stroke. Key principles for recovery like neuroplasticity are explained. Contemporary task-specific training approaches and motor learning paradigms are described in detail, including constraint-induced movement therapy, functional electrical stimulation, bodyweight supported treadmill training, robotics therapy, and virtual reality therapy. Evidence for how these approaches can enhance recovery through cortical reorganization is provided.
The Bobath concept is a problem-solving approach to assessing and treating individuals with disturbances of function, movement, and tone due to central nervous system lesions. It is inclusive, individualized, complex, multidimensional, and reflective. The concept focuses on movement performance, afferent input, facilitation, synaptic plasticity, and neuromuscular plasticity.
Kinesiotherapy provides exercise programs for medically stable patients to reverse the effects of illness or injury and improve functional abilities. Kinesiotherapists develop treatment plans including exercises and education based on a physician's referral and patient goals. The goal is to restore strength, endurance, mobility and independence through improving components of physical function like range of motion, balance, and cognition.
Outcomes in Occupational Therapy (& Assistive Technology)will wade
An overview of the aspects of Outcomes in Occupational Therapy with the latter part of the presentation focusing on the challenges of Assistive Technology and AAC. Please see http://citeulike.org/user/willwade/tag/outcomes for further reading.
This document provides a case study of an occupational therapy assessment and intervention for an 84-year-old woman admitted to the emergency department following a fall at home. The occupational therapist assessed the woman's mobility, transfers, and ability to complete activities of daily living to determine if she could be safely discharged home. Short term goals were set for the woman to increase her mobility and confidence, which were achieved within 30-60 minutes. Referral to falls prevention services was also made. The assessment and intervention demonstrated the role of occupational therapy in facilitating safe, independent discharge from the emergency department.
The document discusses various types and characteristics of dementia. It describes delirium versus dementia, mild cognitive impairment, cortical versus subcortical dementias, Alzheimer's disease, HIV-related dementia, vascular dementia, and other substance-induced and genetic dementias. Nonmedical treatment issues for patients and families are also addressed.
This document outlines the identification, assessment, and treatment of unilateral spatial neglect (USN) during stroke rehabilitation. It begins with an introduction that defines USN as the inability to respond to stimuli on the side opposite a brain lesion. It then covers the epidemiology, types, mechanisms, identification, assessment tools, prognosis, and treatment techniques for USN, including visual scanning, sensory stimulation, video feedback, and pharmacological therapy. The conclusion emphasizes that understanding and treating USN beyond the acute period is important for functional recovery in stroke patients.
This document provides an overview of spinal cord injuries, including:
1. It discusses the anatomy, common causes, and demographics of spinal cord injuries. The most common causes are motor vehicle accidents, falls, violence, and sports injuries. Men ages 16-30 are most commonly affected.
2. It defines different types of spinal cord injuries such as complete vs incomplete, primary vs secondary, and describes various spinal cord syndromes like central cord syndrome, anterior cord syndrome, and Brown-Sequard syndrome.
3. It outlines the initial management of spinal cord injury patients in the emergency department, including immobilization, monitoring, imaging, and use of methylprednisolone within 8 hours of injury.
The document outlines topics related to pain management including definitions of pain, types of pain, definitions of pain management, the pain management team, clinical conditions commonly treated, assessment of pain, and interventions for pain management. Pain is defined as an unpleasant sensory and emotional experience associated with tissue damage. Types of pain include acute and chronic. Pain management involves assessment and treatment to reduce pain and improve function using methods such as medication, exercise prescription, bracing, relaxation techniques, and modalities.
Brain plasticity and rehabilitation robotic therapiesDavid Karchem
The document discusses brain plasticity and rehabilitation through robotic therapies. It provides examples of how visualizing body parts and connecting areas of the brain to those body parts through a "rubber straw" metaphor can help rehabilitation. Virtual reality and specific interventions that stimulate new neural connections are discussed as ways to enhance learning and improve rehabilitation outcomes. The document also describes an experiment where blind individuals learned to "see" through vibrations on their skin connected to a video camera, demonstrating the brain's ability to adapt through neuroplasticity.
This document provides information on screening and evaluating the sacrum, sacroiliac joint, coccyx, and pelvis. It outlines models for screening these areas and lists common causes of pain, including infectious, inflammatory, neuromuscular, and musculoskeletal issues. Red flags are identified that would require physician referral, such as signs of fracture, infection, neoplasm, ectopic pregnancy, or potential cancer recurrence. Screening the sacrum and sacroiliac joint can be difficult as physical exam findings alone cannot predict disorders, and pain may be referred from other structures.
1. The document discusses various organic mental disorders including delirium, dementia, organic amnestic syndrome, and other organic disorders.
2. Delirium is characterized by acute onset of confusion and disorientation caused by a medical condition. Dementia is a chronic disorder marked by cognitive decline. Organic amnestic syndrome specifically involves memory impairment from organic causes.
3. Causes, clinical features, and management approaches are described for each disorder with a focus on identifying and treating underlying medical conditions.
Presented by Brad Aiken
Doctor and science-fiction writer Brad Aiken presents on new and upcoming technologies in neurological rehabilitation. Topics include breakthrough advances that can help people recover from stroke, brain injury, and spinal cord injury. Current, cutting-edge technologies will be discussed, as well as likely upcoming advances in this field.
According to the CDC, the leading cause of TBI is falls, particularly for young children and adults over 65. Other common causes of TBI include accidental blunt force trauma, motor vehicle accidents, and violent assaults. If you have had a TBI, rehabilitation (or rehab) will be an important part of your recovery
One-third of stroke survivors experience post-stroke cognitive impairment. Post-stroke dementia (PSD) is defined as any dementia that develops after a stroke. Risk factors for PSD include genetic factors like APOE4 and biomarkers in cerebrospinal fluid and blood. Neuroimaging can detect changes in the brain related to PSD, such as hippocampal atrophy and white matter lesions. Treatment focuses on preventing further strokes through blood pressure control and lifestyle changes, as well as managing neuropsychiatric symptoms.
Motor imagery, mirror therapy, and interlimb transfer training can be used in hand rehabilitation. A review found limited evidence that motor imagery combined with other rehabilitation is beneficial for improving upper extremity function after stroke compared to rehabilitation without motor imagery. A study also found that having patients perform motor imagery during hand immobilization after flexor tendon repair helped improve hand function compared to immobilization alone.
The document summarizes recent advances in the management of Parkinson's disease. It discusses pathophysiology, signs and symptoms, recent research on interventions such as neuroprosthesis for tremor, action observation to reduce bradykinesia, audio biofeedback training for posture and balance, Irish set dancing vs exercises, intensive rehabilitation treatment, augmented visual feedback, robot-assisted gait training, virtual games and different types of physical exercise. The studies presented are randomized controlled trials and systematic reviews that evaluate the efficacy of these interventions for symptoms of Parkinson's disease.
Aging is associated with cognitive decline, and older subjects can have demonstrable cognitive impairment without crossing the threshold for dementia.
This condition has been termed “mild cognitive impairment” (MCI), and these patients have an increased risk of developing dementia, especially Alzheimer disease (AD).
Studies conducted in referral clinics have shown that patients with MCI progress to AD at a rate of 10% to 15% per year, and 80% of these patients have converted to AD after approximately 6 years of follow-up.
The identification and classification of MCI can be a major challenge.
Soraya Matthews, MSc, NUI Galway, Psychology Matters Day.
Exposure to traumatic experiences or material can often have a negative impact on a person's health. It can be common for us to only consider people who have experienced trauma first hand as experiencing negative health effects, both physically and mentally. However, this experience can also occur when a person experiences traumatic material secondarily.
Secondary traumatic stress can develop when a person is exposed to trauma through hearing about the first-hand trauma experiences of others. This has become common in jobs where employees are exposed to clients/patients who have suffered from trauma (e.g. domestic violence specialists, mental health professionals, or nurses).
Its symptoms can mimic those of post-traumatic stress disorder (PTSD) if left unchecked. Furthermore, this can often be reflected in their health status (e.g. negatively impacted).
Research has suggested that individuals who have been exposed to trauma were 2.7 times more likely to have a longstanding negative health problem, such as fibromyalgia, chronic pain, and chronic fatigue syndrome. For this reason, it is important to examine the potential psychological and organisational factors that can influence, or protect against, the development of health problems and secondary traumatic stress in employees who experience high volumes of traumatic material.
Neuropsychiatric aspects of traumatic brain injuryAzfer Ibrahim
1) Traumatic brain injury (TBI) can cause various neuropsychiatric issues including mood disorders, cognitive deficits, and behavioral changes.
2) Common mood disorders after TBI include depression in 25-50% of patients in the first year, as well as increased risks of mania/hypomania and anxiety disorders.
3) Frequent cognitive deficits involve problems with memory, attention, concentration, language, and executive functioning that can cause long-term impairment.
This document provides an overview of depression from a neurobiological perspective. It discusses how depression is the leading cause of disability worldwide and will be the second leading cause of disability by 2020. The document then summarizes the neurocircuitry and neurochemistry involved in depression, including key brain areas like the prefrontal cortex, amygdala, and hippocampus. It discusses how depression is associated with reductions in neurotrophic factors like brain-derived neurotrophic factor (BDNF) and impaired neuroplasticity. Finally, the document outlines how antidepressants may work in part by increasing BDNF synthesis and neuroplasticity in these brain regions.
Existential Implications of TBI and the Role of Biblical Counselingbw4him
This document discusses the existential implications of traumatic brain injury (TBI) and the role of biblical counseling in recovery. It describes how TBI can result in physical, cognitive, behavioral, and psychological effects that vary depending on the area of the brain injured. Common effects include inconsistency, difficulties with culture and society, and existential issues like deficits in self-awareness, fear, anxiety, denial, depression, and loss of independence that challenge one's sense of meaning and ability to envision the future. It argues that biblical counseling provides a balanced approach through appealing to the truths of scripture and the healing power of the Holy Spirit to help those recovering from TBI and their families cope with the experience.
The Efficacy of Post Traumatic Stress Disorder Research for Former High Deman...Cynthia Kunsman
This document reviews research on diagnostic techniques and therapeutic options for Post Cult Trauma Syndrome (PCTS), including those informed by Post Traumatic Stress Disorder (PTSD) research. It summarizes findings on neuroimaging techniques for PTSD diagnosis and treatments such as neurofeedback, eye movement desensitization and reprocessing (EMDR), emotional freedom techniques, and somatic techniques. The document concludes that former group members struggling with PCTS may benefit from PTSD research findings and therapies, as well as trauma-specific therapies, which could open new avenues of study.
Hanipsych, functional recovery in depressionHani Hamed
This document discusses functional recovery in depression. It begins by providing statistics on the prevalence of depression and other psychiatric disorders worldwide. It then discusses various milestones in the treatment of depression such as response, remission, and relapse. While symptom remission is an important goal, it does not always translate to functional improvement. Factors like residual symptoms, impairment at work or home, and social/emotional functioning are important to patients. The document presents evidence that escitalopram treatment can significantly improve daily living and functional outcomes compared to other antidepressants.
Effects of Mindfulness Yoga vs Stretching and Resistance Training Exercises o...Divya Singh
Effects of Mindfulness Yoga vs Stretching and Resistance Training Exercises on Anxiety and Depression for People With Parkinson Disease : A Randomized Clinical Trial - Parkinson disease (PD) is the second most common chronic neurodegenerative disease with heterogeneous symptomatology.1
Although PD is characterized by 4 motor symptoms (resting tremor, rigidity, bradykinesia, and postural instability), patients with PD experience a variety of nonmotor symptoms, including neuropsychiatric problems, cognitive impairment, sleep disturbances, and autonomic dysfunction.
Psychological distress, including anxiety and depression (frequently co-occuring), is common in patients with PD, with a prevalence of 40% to 50%,2 and is associated with care dependency, poor work and social function, fast physical and cognitive decline, increased dementia risk, and high mortality.
The Millennium-Warrior Angels Foundation 3 year TBI study Andrew Marr
The Millennium-Warrior Angels Foundation 3 year TBI study. This is the definitive lecture on what constitutes a TBI, how to identify and treat it, supported with our evidence on more than 200 documented cases.
2015: Post Stroke Fatigue - Why Live With It?-GiapSDGWEP
Post-stroke fatigue is a common problem, affecting 38-73% of stroke survivors. It can persist for months or years after a stroke and significantly impact quality of life. The document discusses factors that may contribute to post-stroke fatigue like depression, sleep disturbances, lack of exercise, and medications. It also reviews tools to assess fatigue severity and differentiates fatigue from excessive daytime sleepiness. While no pharmacological treatments have proven effective, non-drug interventions like exercise, energy conservation, and sleep management may help manage post-stroke fatigue. A randomized controlled trial found that cognitive therapy combined with graded activity training over 12 weeks can reduce persistent post-stroke fatigue.
Interventions to Improve Cognitive Functioning After TBILoki Stormbringer
This document discusses interventions to improve cognitive functioning after traumatic brain injury (TBI). It begins by introducing a case study of a veteran experiencing cognitive issues after multiple blast exposures during deployment. It then provides an overview of TBI, noting that while injuries are acute, cognitive deficits can persist chronically and impact individuals, families, and society. It discusses the importance of recognizing and treating chronic cognitive dysfunction, and how a combination of physical and psychological trauma from combat experiences could result in a complex "combined combat neurotrauma syndrome." The document advocates considering multiple levels of brain functioning and integrating behavioral and pharmacological therapies to effectively improve post-TBI cognitive functioning.
Traumatic Brain Injury and Depression PresentationJessica Gower
Traumatic brain injury is a multifaceted condition caused by external forces to the head. Depression is defined by symptoms lasting at least two weeks. Around half of those with traumatic brain injury develop depression within a year, and about two-thirds within seven years. There is a lack of proper initial diagnosis of traumatic brain injury in emergency rooms and a lack of specialized treatment resources, especially in rural areas, for traumatic brain injury and resulting depression. More research is needed to improve diagnosis and effective treatment options.
Anxiety and depression affect nearly every other condition and complaint in the body. Overwhelming stress can render conventional treatments useless. Acupuncture can restore balance, reduce the stress response, disrupt the pathways of stress and reduce the effects of overwhelming burdens so that doctors are able to effectively treat even their most difficult cases.
Post-traumatic stress disorder (PTSD) is classified as an anxiety disorder that can develop after exposure to actual or threatened death, serious injury, or sexual violence. It is characterized by three main dimensions - re-experiencing the traumatic event through intrusive memories, avoidance of trauma-related stimuli, and increased arousal and emotional reactivity. Research has focused on areas of the brain involved in fear processing and memory, such as the amygdala and hippocampus. It is hypothesized that PTSD results from a failure of the prefrontal cortex to properly regulate the amygdala, leading to hyper-reactivity to perceived threats. Physiotherapists may have a role in helping people with PTSD by addressing factors beyond just the
Post-traumatic stress disorder (PTSD) is classified as an anxiety disorder that can develop after exposure to actual or threatened death, serious injury, or sexual violence. It is characterized by three main dimensions - re-experiencing the traumatic event through intrusive memories, avoidance of trauma-related stimuli, and increased arousal and emotional reactivity. Research has focused on areas of the brain associated with fear processing and memory, such as the amygdala and hippocampus. It is hypothesized that PTSD results from a failure of the prefrontal cortex to properly regulate the amygdala, leading to hyper-reactivity to perceived threats.
This document discusses mind-body approaches for treating stress and anxiety. It describes techniques like biofeedback, guided imagery, hypnosis, yoga, tai chi, and mindfulness meditation that can help regulate the mind and body. These practices may shift brain activity to the left prefrontal cortex and enhance emotion regulation. Regular practice can also promote neuroplasticity and increase neurogenesis. The document outlines conventional medical treatments for anxiety disorders and emphasizes an integrative care approach including lifestyle changes, mind-body therapies, and addressing any underlying medical conditions.
DR SANJAY PHADKE- Introducing Symposium on MIND- BODY MEDICINEDR VANI KULHALLI
The critical importance of mind body medicine as regards
- treatment gap of 80-96pc for mental illness
- proved benefit
- can be administered by non medical professionals
- safe and efficetive
This document provides an overview of post-traumatic stress disorder (PTSD) and traumatic brain injury (TBI) in veterans presented by three experts from Rutgers Robert Wood Johnson Medical School. It describes the brain regions involved in PTSD, risk factors, symptoms, diagnosis, and treatment options. A case study is presented of a veteran diagnosed with PTSD and TBI who experienced intrusive thoughts, nightmares, and social detachment two years after a traumatic brain injury from a mortar explosion during deployment in Iraq.
The document summarizes a presentation on traumatic brain injury (TBI) assessment and rehabilitation. It defines TBI and outlines the continuum of care, including initial assessment, treatment of primary and secondary injuries, and comprehensive rehabilitation involving multiple disciplines. It emphasizes a holistic neuropsychological approach that empowers patients, conveys understanding of deficits and recovery, and helps patients find meaning through collaborative assessment and goal-setting.
This document provides an overview of post-traumatic stress disorder (PTSD) and acute stress disorder from a neurobiological perspective. It defines the two conditions and discusses how stress affects brain regions like the amygdala, hippocampus, and prefrontal cortex. Chronic stress can cause the hippocampus to decrease in size. Current treatments include cognitive behavioral therapy, SSRIs, and exploring new options like virtual reality exposure therapy, MDMA-assisted therapy, and transcranial magnetic stimulation.
Traumatic brain injury (TBI) refers to brain damage caused by an external force such as an impact or blast. It is a major public health problem, with road accidents being the most common cause. The mechanisms of TBI include direct impact, rapid acceleration/deceleration, penetrating injuries, and blast injuries. In the acute phase, patients are often comatose and later develop delirium. Treatment focuses on stabilizing the patient in the ICU, reducing intracranial pressure, and treating delirium and its underlying medical causes. Outcomes range from full recovery to long-term cognitive and behavioral deficits.
Similar to Fatigue and traumatic brain injury (20)
Gemma Wean- Nutritional solution for Artemiasmuskaan0008
GEMMA Wean is a high end larval co-feeding and weaning diet aimed at Artemia optimisation and is fortified with a high level of proteins and phospholipids. GEMMA Wean provides the early weaned juveniles with dedicated fish nutrition and is an ideal follow on from GEMMA Micro or Artemia.
GEMMA Wean has an optimised nutritional balance and physical quality so that it flows more freely and spreads readily on the water surface. The balance of phospholipid classes to- gether with the production technology based on a low temperature extrusion process improve the physical aspect of the pellets while still retaining the high phospholipid content.
GEMMA Wean is available in 0.1mm, 0.2mm and 0.3mm. There is also a 0.5mm micro-pellet, GEMMA Wean Diamond, which covers the early nursery stage from post-weaning to pre-growing.
Healthy Eating Habits:
Understanding Nutrition Labels: Teaches how to read and interpret food labels, focusing on serving sizes, calorie intake, and nutrients to limit or include.
Tips for Healthy Eating: Offers practical advice such as incorporating a variety of foods, practicing moderation, staying hydrated, and eating mindfully.
Benefits of Regular Exercise:
Physical Benefits: Discusses how exercise aids in weight management, muscle and bone health, cardiovascular health, and flexibility.
Mental Benefits: Explains the psychological advantages, including stress reduction, improved mood, and better sleep.
Tips for Staying Active:
Encourages consistency, variety in exercises, setting realistic goals, and finding enjoyable activities to maintain motivation.
Maintaining a Balanced Lifestyle:
Integrating Nutrition and Exercise: Suggests meal planning and incorporating physical activity into daily routines.
Monitoring Progress: Recommends tracking food intake and exercise, regular health check-ups, and provides tips for achieving balance, such as getting sufficient sleep, managing stress, and staying socially active.
Letter to MREC - application to conduct studyAzreen Aj
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TEST BANK For Accounting Information Systems, 3rd Edition by Vernon Richardson, Verified Chapters 1 - 18, Complete Newest Version
TEST BANK For Accounting Information Systems, 3rd Edition by Vernon Richardson, Verified Chapters 1 - 18, Complete Newest Version
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2. Overview
• What is Fatigue?
▫ Definition
• How common is fatigue post traumatic brain
injury (TBI)?
▫ Background, epidemiology, impact of fatigue
• What are the potential causes and associations
with fatigue?
▫ Sleep and traumatic brain injury (TBI)
• What can I do?
▫ Management of fatigue
• Take home message
4. Definition (1)
• The awareness of a decreased capacity for physical
and/or mental activity due to an imbalance in the
availability, utilization and/or restoration of
resources needed to perform activity1
• Feeling of exhaustion, tiredness, weariness or lack
of energy2
1. Aaronson LS, Teel CS,Cassmeyer V, et al. Defining and measuring fatigue. Image J Nurs Sch. 1999;31:45–50.
2. Kathleen R. Bell. Fatigue and Traumatic Brain Injury. Archives of Physical Medicine and Rehabilitation 2015;96:567-8
5. Definition (2)
• Conceptualized more broadly as
multidimensional, including psychological,
motivational, situational, physical and activity
related components.1
1. Joshua B. Cantor; Teresa Ashman; Tamara Bushnik Xinsheng Cai; Leah Farrell-Carnahan; Shinakee Gumber; Tessa Hart; Joseph Rosenthal; Marcel P. Dijkers. Systematic Review
of Interventions for Fatigue After Traumatic Brain Injury: A NIDRR Traumatic Brain Injury Model Systems Study. J Head Trauma Rehabil 2014 Vol. 29, No. 6, pp. 490–497
6. Definition (3)
• Physiological fatigue: state of general tiredness due to
physical or mental exertion, which can be ameliorated by
rest.1
▫ Usually time limited
• Pathological fatigue: weariness unrelated previous
exertion level, and not ameliorated by rest.1
1. Tatyana Mollayevaa, Tetyana Kendzerskad, Shirin Mollayevae, Colin M. Shapirog, Angela Colantonioc, J David Cassidy j. A systematic review of fatigue in patients with traumatic brain injury: The course,
predictors and consequences. Neuroscience and Biobehavioral Reviews 47 (2014) 684–716
7. Definition (4)
• Physical fatigue: “I’m tired
and I need to rest. I’m dragging
today.”
• Psychological fatigue: “I
just can’t get motivated to do
anything. Being depressed
wears me out; I just don’t feel
like doing anything.”
• Mental fatigue: “After a
while, I just can’t concentrate
anymore. It’s hard to stay
focused. My mind goes blank”
1. Kathleen R. Bell. Fatigue and Traumatic Brain Injury. Archives of
Physical Medicine and Rehabilitation 2015;96:567-8
8. Definition (5)
• Primary fatigue caused by diseases or
disorders.1
• Secondary fatigue result from exacerbation of
primary fatigue in circumstances such as
physiological distress, sleep disturbance and pain.1
1. Jennie L. Ponsford; Carlo Ziino; Diane L. Parcell; Julia A. Shekleton; Monique Roper; Jennifer R. Redman;Jo Phipps-Nelson; Shantha M. W. Rajaratnam. Fatigue and Sleep
Disturbance Following Traumatic Brain Injury— Their Nature, Causes, and Potential Treatments. J Head Trauma Rehabil 2012. Vol. 27, No. 3, pp. 224–233
10. Epidemiology (1)
• More than 60% of patients with TBI report
experiencing fatigue1
• Estimates of incidence of fatigue after TBI vary
from 21% to 73%2
• Can occur during acute and chronic phases of
recovery3
1. Jennie L. Ponsford; Carlo Ziino; Diane L. Parcell; Julia A. Shekleton; Monique Roper; Jennifer R. Redman;Jo Phipps-Nelson; Shantha M. W. Rajaratnam. Fatigue and Sleep
Disturbance Following Traumatic Brain Injury— Their Nature, Causes, and Potential Treatments. J Head Trauma Rehabil 2012. Vol. 27, No. 3, pp. 224–233
2. Tatyana Mollayevaa, Tetyana Kendzerskad, Shirin Mollayevae, Colin M. Shapirog, Angela Colantonioc, J David Cassidy j. A systematic review of fatigue in patients with traumatic
brain injury: The course, predictors and consequences. Neuroscience and Biobehavioral Reviews 47 (2014) 684–716
3. Joshua B. Cantor; Teresa Ashman; Tamara Bushnik Xinsheng Cai; Leah Farrell-Carnahan; Shinakee Gumber; Tessa Hart; Joseph Rosenthal; Marcel P. Dijkers. Systematic
Review of Interventions for Fatigue After Traumatic Brain Injury: A NIDRR Traumatic Brain Injury Model Systems Study. J Head Trauma Rehabil 2014 Vol. 29, No. 6, pp. 490–
497
11. Epidemiology (2)
• 64% of TBI patients showed clinically significant fatigue as
compared with 35.1% of healthy controls.
• Patients with TBI showed higher levels of anxiety and
depression symptoms
• Those with anxiety and depressive symptoms more
likely to show clinically significant fatigue.
1.Zinno C, Ponsford J. Measurement and prediction of subjective fatigue following traumatic brain injury. J Int Neuropsychol Soc. 2005;11:416–425.
12. Epidemiology (3)
• Sleep disturbance may occur in 30-70% of TBI
patients1
Sleep initiation (trouble falling sleep) and sleep
maintenance (staying asleep) most common
features of TBI related insomnia.
Approximately 3 times prevalence of insomnia in
TBI patients compared to general population
1. Jennie L. Ponsford; Carlo Ziino; Diane L. Parcell; Julia A. Shekleton; Monique Roper; Jennifer R. Redman;Jo Phipps-Nelson; Shantha M. W. Rajaratnam. Fatigue and Sleep
Disturbance Following Traumatic Brain Injury— Their Nature, Causes, and Potential Treatments. J Head Trauma Rehabil 2012. Vol. 27, No. 3, pp. 224–233
14. Impact of Fatigue in TBI (1)
• Self-reports reported fatigue as the
worst or one of the worst symptoms
by 50% of TBI patients.1
• Fatigue can have negative effects on
social, physical and cognitive
function and participation in
everyday activities, and role in
increased work-related and other
disabilities2
1.Ulrichsen KM, Kaufmann T, Dørum ES, Kolskår KK, Richard G, Alnæs D, Arneberg TJ, Westlye LT
and Nordvik JE , Clinical Utility of Mindfulness Training in the Treatment of Fatigue After Stroke,
Traumatic Brain Injury and Multiple Sclerosis: A Systematic Literature Review and Meta-analysis.
Front. Psychol. 2016, 7:912.
2.Tatyana Mollayevaa, Tetyana Kendzerskad, Shirin Mollayevae, Colin M. Shapirog, Angela
Colantonioc, J David Cassidy j. A systematic review of fatigue in patients with traumatic brain injury:
The course, predictors and consequences. Neuroscience and Biobehavioral Reviews 47 (2014) 684–716
15. Impact of Fatigue in TBI (2)
•Associated with lower levels of functioning,
reduced quality of life and increased
institutionalization and mortality1
•Can make resuming work and daily roles difficult.
Can potentially lead to social isolation
1. Ulrichsen KM, Kaufmann T, Dørum ES, Kolskår KK, Richard G, Alnæs D, Arneberg TJ, Westlye LT and Nordvik JE (2016) Clinical Utility of Mindfulness Training in the Treatment of Fatigue After Stroke,
Traumatic Brain Injury and Multiple Sclerosis: A Systematic Literature Review and Meta-analysis. Front. Psychol. 7:912.
16. Impact of Fatigue in TBI (3)
•Insomnia and fatigue may exacerbate existing
cognitive difficulties such as poor concentration,
memory and difficulties accomplishing tasks1
•Can worsen memory and attention deficits,
cause irritability
1.Marie-Christine Ouellet, Josée Savard, and Charles M. Morin. Insomnia following Traumatic Brain Injury: A Review Neurorehabilitation and Neural Repair 18(4); 2004
17. What are the associations and
potential causes of TBI?
18. Etiology/Associations- Fatigue (1)
• Physical fatigue: muscle weakness/deconditioning.
Usually worse in the evening and will improve after a
good night’s sleep.
Often will improve with improvement of physical
function.
• Psychological fatigue: depression, anxiety and other
psychological conditions.
Can worsen with stress.
Sleep may not help and fatigue often worse when waking
up in the morning.
1. Kathleen R. Bell. Fatigue and Traumatic Brain Injury. Archives of Physical Medicine and Rehabilitation 2015;96:567-8
19. Etiology/Associations- Fatigue (2)
• Mental fatigue: extra effort needed for
cognition/thinking.
Many common tasks take more concentration
than previously.
Working hard to think and stay focused worsen
fatigue.
1. Kathleen R. Bell. Fatigue and Traumatic Brain Injury. Archives of Physical Medicine and Rehabilitation 2015;96:567-8
20. Etiology/Associations- Fatigue (3)
• Primary fatigue post TBI could be related to mechanical
brain changes after TBI1
• Secondary fatigue post TBI could be related sleep
disorders, pain and depression.1
• Result from additional compensatory effort expended in
meeting the demands of everyday life in presence of cognitive
deficits.1
1. Jennie L. Ponsford; Carlo Ziino; Diane L. Parcell; Julia A. Shekleton; Monique Roper; Jennifer R. Redman;Jo Phipps-Nelson; Shantha M. W. Rajaratnam. Fatigue and Sleep Disturbance Following Traumatic Brain Injury— Their
Nature, Causes, and Potential Treatments. J Head Trauma Rehabil 2012. Vol. 27, No. 3, pp. 224–233
21. Etiology/Associations- Fatigue (4)
• Conditions known to increase fatigue
Depression
Sleep problems such as sleep apnea
Hypothyroidism or other endocrine gland disorders
Respiratory or cardiac problems
Lack of physical exercise
Vitamin deficiency or poor nutrition
Stress
Anemia
Medications
1. Kathleen R. Bell. Fatigue and Traumatic Brain Injury. Archives of Physical Medicine and Rehabilitation 2015;96:567-8
22. Etiology/Associations- Fatigue (5)
• Sleep disturbance
▫ Insomnia, hypersomnia, excessive daytime
sleepiness and altered sleep-wake cycles1
▫ Significant association found between fatigue and
sleep disturbance.1
▫ Fatigue can be a consequence of insomnia and vice-
versa.2
1. Jennie L. Ponsford; Carlo Ziino; Diane L. Parcell; Julia A. Shekleton; Monique Roper; Jennifer R. Redman;Jo Phipps-Nelson; Shantha M. W. Rajaratnam. Fatigue and
Sleep Disturbance Following Traumatic Brain Injury— Their Nature, Causes, and Potential Treatments. J Head Trauma Rehabil 2012. Vol. 27, No. 3, pp. 224–233
2. Marie-Christine Ouellet, Josée Savard, and Charles M. Morin. Insomnia following Traumatic Brain Injury: A Review Neurorehabilitation and Neural Repair 18(4); 2004
23. Etiology/Associations- Fatigue (6)
• Sleep disturbance
▫ Sleep disturbance can be associated with depression
and anxiety.1
▫ Prevalence rates of depressive and anxiety disorders in
TBI patients as high as 57% and 77% respectively.2
▫ Still remains unclear whether insomnia from
physiological effects of injury or from difficulties
adjusting to physical or psychological disturbances
from TBI2
1. Jennie L. Ponsford; Carlo Ziino; Diane L. Parcell; Julia A. Shekleton; Monique Roper; Jennifer R. Redman;Jo Phipps-Nelson; Shantha M. W. Rajaratnam. Fatigue and Sleep
Disturbance Following Traumatic Brain Injury— Their Nature, Causes, and Potential Treatments. J Head Trauma Rehabil 2012. Vol. 27, No. 3, pp. 224–233
2. Marie-Christine Ouellet, Josée Savard, and Charles M. Morin. Insomnia following Traumatic Brain Injury: A Review Neurorehabilitation and Neural Repair 18(4); 2004
24. Etiology/Associations- Fatigue (7)
• Can be difficult to elucidate in TBI population due to
numerous plausible biological causes of fatigue1
• More research will be needed to determine to the
specific clinical, behavior and physiological factors and
predictors associated with occurrence of fatigue1
1. Tatyana Mollayevaa, Tetyana Kendzerskad, Shirin Mollayevae, Colin M. Shapirog, Angela Colantonioc, J David Cassidy j. A systematic review of
fatigue in patients with traumatic brain injury: The course, predictors and consequences. Neuroscience and Biobehavioral Reviews 47 (2014) 684–716
27. Management (2)
• Recognizing fatigue
▫ Poor concentration
▫ Irritability
▫ Yawning, daytime sleepiness
▫ Reduced energy levels
▫ Non specific muscle aches/pain
• Recognizing triggers
▫ Busy/noisy environment
▫ Multi-tasking
▫ Driving/public transport
• Which activities are more tiring than others? How can I
plan and prioritize my daily routine?
Managing fatigue after brain injury from https://headway.org.uk
28. Management (3)
• Set treatment goals
▫ Help accomplish daily routine, activities of daily
living
▫ Help maintain and establish interpersonal
relations
▫ Return to work
29. Management (4)
• Assess all possible contributing factors: review
medications, pain, mood and sleep changes1
▫ Consider seeing a doctor especially if debilitating/worsening
symptoms
Discuss physical problems that may be causing fatigue
Review current medications
Inform your doctor if you are feeling depressed
▫ Treatment of contributing factors
1. Jennie L. Ponsford; Carlo Ziino; Diane L. Parcell; Julia A. Shekleton; Monique Roper; Jennifer R. Redman;Jo Phipps-Nelson; Shantha M. W. Rajaratnam. Fatigue and
Sleep Disturbance Following Traumatic Brain Injury— Their Nature, Causes, and Potential Treatments. J Head Trauma Rehabil 2012. Vol. 27, No. 3, pp. 224–233
30. Management (5)
• Work-up and treatment contributing conditions
▫ Assess for potentially treatable conditions
Psychological: anxiety, depression
▫ History, physical examination, relevant basic blood tests, updated
health screening
31. Management (6)
• Examples of some medications that can potentially aggravate fatigue
▫ Hypnotics, benzodiazepines
▫ Certain psychiatric medications
▫ Anti-histamines
▫ Muscle relaxants
▫ Opioids
• Insufficient evidence of using medications to manage fatigue post TBI
▫ However, potential drugs for treatment of sleep and anxiety/depression.
32. Management (7)
• Interdisciplinary team:
▫ Psychologist: cognitive behavior therapy techniques1
Understanding chronic fatigue
Awareness of fatigue
Achievement of activity goals and personal goals
Help patient attain control over symptoms
1. Jennie L. Ponsford; Carlo Ziino; Diane L. Parcell; Julia A. Shekleton; Monique Roper; Jennifer R. Redman;Jo Phipps-Nelson; Shantha M. W. Rajaratnam. Fatigue
and Sleep Disturbance Following Traumatic Brain Injury— Their Nature, Causes, and Potential Treatments. J Head Trauma Rehabil 2012. Vol. 27, No. 3, pp. 224–
233
33. Management (8)
• Interdisciplinary team:
▫ Occupational therapist/ Psychologist:
Management of information overload and associated social
difficulties such as time pressure management.
Referral to return to work services if required
Cognitive Rehabilitation
▫ Physiotherapist:
Physical conditioning programs to reduce physical fatigue and
promote well-being
1. Jennie L. Ponsford; Carlo Ziino; Diane L. Parcell; Julia A. Shekleton; Monique Roper; Jennifer R. Redman;Jo Phipps-Nelson; Shantha M. W. Rajaratnam. Fatigue and
Sleep Disturbance Following Traumatic Brain Injury— Their Nature, Causes, and Potential Treatments. J Head Trauma Rehabil 2012. Vol. 27, No. 3, pp. 224–233
34. Management (9)
• Activities scheduling/modification
▫ Modifying pace and demands of activities including work hours, if
possible1
▫ Understand triggers and work within resources
▫ Be realistic in planning of activities
▫ Acknowledge that you may not be able to do as much as
previously
▫ Prioritize energy
▫ Do not be overwhelmed on things not achieved: focus on things done
well. Reschedule activity when you feel less fatigued.
▫ Reducing distraction and need for multi-tasking1
1. Jennie L. Ponsford; Carlo Ziino; Diane L. Parcell; Julia A. Shekleton; Monique Roper; Jennifer R. Redman;Jo Phipps-Nelson; Shantha M. W. Rajaratnam. Fatigue and Sleep
Disturbance Following Traumatic Brain Injury— Their Nature, Causes, and Potential Treatments. J Head Trauma Rehabil 2012. Vol. 27, No. 3, pp. 224–233
35. Management (10)
• Activities
scheduling/modification
▫ Plan time to do pleasurable
activities- rewards, relaxation.
▫ Recognize signs of fatigue. Taking
necessary rest breaks1
▫ Short and simple tasks and
gradually build up to complex tasks
with varying time intervals
▫ Allow sufficient time to complete
activities
1. Jennie L. Ponsford; Carlo Ziino; Diane L. Parcell; Julia A. Shekleton; Monique Roper; Jennifer R. Redman;Jo
Phipps-Nelson; Shantha M. W. Rajaratnam. Fatigue and Sleep Disturbance Following Traumatic Brain Injury—
Their Nature, Causes, and Potential Treatments. J Head Trauma Rehabil 2012. Vol. 27, No. 3, pp. 224–233
36. Management (11)
• Activities scheduling/modification
▫ Regular working routine, daily schedule
▫ Allow adequate time to plan and organize
prior to tasks
▫ Use of memory aids: hand phone reminders,
calendars, diary, note books, checklists, alarms,
post-its, cue cards
/
37. Management (12)
• Activities scheduling/modification
▫ Power naps have been found useful (avoid >30
mins), ideally before 4pm.
▫ Avoid compensatory strategies such as spending
extended time in bed, excessive daytime
napping and restricting participation in
activities1
1. Joshua B. Cantor; Teresa Ashman; Tamara Bushnik Xinsheng Cai; Leah Farrell-Carnahan; Shinakee Gumber; Tessa Hart; Joseph Rosenthal; Marcel P. Dijkers. Systematic
Review of Interventions for Fatigue After Traumatic Brain Injury: A NIDRR Traumatic Brain Injury Model Systems Study. J Head Trauma Rehabil 2014 Vol. 29, No. 6, pp.
490–497
38. Management (13)
• Energy conservation techniques
▫ Especially for physical fatigue.
▫ Examples: having regularly used items within
reach, slide items.
▫ Organize workplace, use labels/signs to locate
items
▫ Good lighting to prevent eye strain.
▫ Good work desk ergonomics
Managing fatigue after brain injury from https://headway.org.uk
39. Management (14)
▫ Sleep hygiene1
Avoiding long daytime naps if interferes
with night time sleep
Regular sleep schedule
Avoiding time spent in bed awake
Avoid stimulant around bedtime: caffeine,
nicotine, alcohol.
1. Jennie L. Ponsford; Carlo Ziino; Diane L. Parcell; Julia A. Shekleton; Monique Roper; Jennifer R. Redman;Jo Phipps-Nelson; Shantha M. W. Rajaratnam. Fatigue and Sleep
Disturbance Following Traumatic Brain Injury— Their Nature, Causes, and Potential Treatments. J Head Trauma Rehabil 2012. Vol. 27, No. 3, pp. 224–233
40. Management (15)
▫ Sleep hygiene1
Avoid heavy or spicy meals too close to
bedtime
Exercise regularly but not too late in evening
Dark, quiet and comfortable sleep
environment
Avoid use of electronic devices just before
sleep
1. Jennie L. Ponsford; Carlo Ziino; Diane L. Parcell; Julia A. Shekleton; Monique Roper; Jennifer R. Redman;Jo Phipps-Nelson; Shantha M. W. Rajaratnam. Fatigue and Sleep Disturbance
Following Traumatic Brain Injury— Their Nature, Causes, and Potential Treatments. J Head Trauma Rehabil 2012. Vol. 27, No. 3, pp. 224–233
41. Management (16)
• Sleep Management
- Relaxation therapy: Progressive muscle
relaxation, imagery training, thought stopping1
- Cognitive therapy: identify sleep cognitive
distortions, reframe dysfunctional cognitions
into more adaptive thoughts1
1. Marie-Christine Ouellet, Josée Savard, and Charles M. Morin. Insomnia following Traumatic Brain Injury: A Review Neurorehabilitation and Neural Repair 18(4); 2004
42. Management (17)
• Mindfulness Training
• Consciously aware of present moment and to
focus on own feelings, thoughts and
surroundings.
• Name thoughts and feelings
• Sitting silently and paying attention to thoughts,
breathing and parts of body
Managing fatigue after brain injury from https://headway.org.uk
43. Management (18)
• Exercise/Activities:
- Can benefit some patients especially those with physical
deconditioning
- Can improve physical functioning and fatigue
- Positive effect on mood
- Graded exercise therapy: structured progressive levels of
activity
- 30 mins moderate intensity exercise, 5 times a week
- Walking, cycling
- Consider consulting physician on recommendations and
precautions
- Group activities/support groups
Managing fatigue after brain injury from https://headway.org.uk
44. Management (19)
• Nutrition and Hydration
- My Healthy Plate
- Eat in moderation
- Avoid foods high in glycaemic index (GI)
- Chips, processed food, cakes
- Take complex carbohydrates, low GI index food
- Brown rice, wholegrain, vegetables, fruits, protein- chicken/fish,
nuts.
- Avoid alcohol
- Keep well hydrated. Avoid too much caffeine, soft drinks
Managing fatigue after brain injury from https://headway.org.uk
45. Take Home Message (1)
• Fatigue is a personal experience that is different for
everyone.
• Fatigue and sleep disorders can be relatively common
post TBI and these can negatively impact on quality of
life, functioning and employment.
• Importance of recognizing fatigue and its triggers
• Understanding the impact of sleep on fatigue, and
fatigue on sleep.
• Understanding the association with mood disorders like
anxiety and depression.
46. Take Home Message (2)
• Consider consulting your doctor especially when
symptoms are debilitating and worsening. Role of the
interdisciplinary team.
• Management of fatigue post TBI includes treatment of
medical conditions, medication review, activity
modification, mindfulness training, sleep hygiene,
exercise and nutrition.
• Prognosis can be varied and there is currently limited
evidence on this.
• Managing fatigue is not about taking it away completely
but understanding how to control it- which is possible.