Neurological Conditions
Neurological Disorders & Exercise Physiology
- Intellectual Disabilities
- Autism
- Multiple Sclerosis
- Acquired Brain Injury
- Traumatic Brain Injury
- Spinal Cord Injury
- Alzheimer’s Disease
- Bell’s Palsy
- Cerebral Palsy
- Chiari Malformation
- Epilepsy
- Muscular Dystrophy
- Parkinson Disease
- Stroke
What Are Neurological Disorders?
Exercise Physiology And The NDIS
Exercising With A Neurological Disorder
The term Acquired Brain Injury (ABI) is used to describe all types of brain injuries that occur after birth. The brain can be injured in a number of ways however some of the most common injuries are as a result of trauma from impact, lack of blood supply from a stroke, or a tumour. An ABI results in the death of brain tissue which means an ABI can affect cognition, movement, speech, vision, sensation, attention, behaviour, and personality. Impaired physical ability can present as weakness, tremors, spasticity, balance disturbances, and ataxic gait patterns. Due to the vast differences with each ABI, our exercise physiologists look at how your body is moving and activities you would like to improve on to determine what specific rehabilitation exercises are best for your recovery after a stroke.
Cerebral palsy is a disability that affects movement and posture due to abnormal brain development usually before birth. Depending on what area of the brain development has been affected will result in different types of cerebral palsy, for instance, which limbs are affected. Cerebral palsy symptoms include spasticity, reflexes, stiffness, and low muscle tone. This creates challenges in walking, impaired coordination, risk of falling, and maintaining joint range of motion. Each person living with cerebral palsy will have different goals depending on their level of function. When working with people living with cerebral palsy, exercise physiologists prescribe exercises to maintain range of motion and improve strength to assist in daily movements such as standing, reaching, and walking.
Epilepsy is a neurological disorder where abnormal brain activity causes seizures.
Epilepsy has a range of causes, yet some are unknown. Causes can include genetic factors, brain injuries, infections, or developmental disorders. Exercise can be used as adjunct therapy alongside other treatment options to help regulate seizure activity in those suffering from epilepsy. Exercise has been shown to improve the quality of sleep, regulate emotions, and decrease stress. Improving these three areas helps manage seizures and symptoms of epilepsy. In this way, exercise has an indirect effect on treating epilepsy and improving the quality of life for those with epilepsy. Our mobile exercise physiologists assist individuals with epilepsy to find types of exercise they enjoy, as well as find behaviour change strategies to maintain consistent physical activity when barriers get in the way.
Start your journey today and see the power of evidence-based exercise physiology.
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