Parkinson's Disease Physiotherapy
What is Parkinson's disease?
Parkinson's disease is a progressive neurological disorder that affects movement. It is caused by the degeneration of dopamine-producing neurons in the substantia nigra region of the brain, leading to a decrease in dopamine levels. Dopamine is a neurotransmitter that plays a crucial role in regulating movement, so when dopamine levels are low, it can result in characteristic motor symptoms.
Parkinson's disease is the second most common neurodegenerative disorder after Alzheimer's disease, affecting approximately 100,000 Australians. It is most commonly diagnosed after the age of 60, though approximately 10 to 15% of cases are early-onset Parkinson's affecting people under 50. The condition progresses over years to decades, with the rate of progression varying considerably between individuals. While there is currently no cure, medication — primarily levodopa and dopamine agonists — and increasingly, deep brain stimulation (DBS) surgery manage the motor symptoms effectively in many patients, particularly in the early and middle stages.
What are the symptoms of Parkinson's disease?
The four cardinal motor symptoms of Parkinson's disease are bradykinesia (slowness of movement), postural instability, resting tremor and rigidity. Additional motor symptoms include hypomimia (reduced facial expression), micrographia (small handwriting), freezing gait, and decreased movement amplitude across all voluntary movements.
Non-motor symptoms are equally important and are frequently underappreciated. Fatigue — often profound and disproportionate to activity level — is one of the most common and most disabling non-motor symptoms. Autonomic dysfunction including orthostatic hypotension, constipation and bladder urgency affects the majority of patients with advancing disease. Sleep disturbance, depression and anxiety, cognitive impairment and pain are all recognised features of Parkinson's disease that significantly affect quality of life.
The fluctuating nature of symptoms in treated Parkinson's is important for rehabilitation planning. Many patients experience "on" periods — when medication is working effectively and symptoms are controlled — and "off" periods — when medication is wearing off and symptoms re-emerge. Exercise and physiotherapy are most effectively delivered during "on" periods when the patient can participate fully.
Why is exercise so important in Parkinson's disease?
Exercise in Parkinson's disease is not simply symptom management — there is growing evidence that it may have neuroprotective effects, slowing the progression of the underlying neurodegeneration. Animal studies have consistently shown that intensive aerobic exercise promotes neuroplasticity and dopaminergic neuron survival. While conclusive evidence in humans is still accumulating, the functional benefits of exercise in Parkinson's disease are among the most robustly supported findings in neurological rehabilitation.
The key principle that distinguishes effective from ineffective exercise for Parkinson's disease is intensity. Research consistently shows that high-intensity, high-amplitude, cognitively engaging exercise produces significantly greater benefits for Parkinson's motor symptoms than low-intensity exercise. This is counterintuitive for many patients and families who assume gentle exercise is safer and more appropriate — in fact, the evidence supports pushing toward the limits of current capacity in a supervised, safe environment.
Specific evidence-based approaches
LSVT BIG — Lee Silverman Voice Treatment adapted for movement — is the most evidence-based physiotherapy program specifically developed for Parkinson's disease. LSVT BIG enhances motor function by incorporating high amplitude motions of high intensity, consisting of numerous repetitions and progressive complexity. It directly targets the movement amplitude reduction (hypokinesia) that is one of the most disabling features of Parkinson's, training patients to produce bigger, louder, more deliberate movements through intensive practice.
Cueing strategies — external rhythmic cues including auditory (metronome or music), visual (lines on the floor) and tactile cues — are highly effective for improving gait in Parkinson's, particularly for freezing of gait. Cueing bypasses the impaired internal timing mechanisms of the basal ganglia by providing external rhythm, allowing patients to maintain a more normal gait pattern. Gait training with auditory cueing significantly improves walking speed, stride length and freezing frequency.
Boxing and martial arts-inspired exercise programs — like Rock Steady Boxing, which has accumulated an enthusiastic following in the Parkinson's community — engage the high-intensity, whole-body movement with rhythmic cueing that the research supports, and have the additional benefit of being highly motivating and socially engaging.
Treadmill training at moderate to high intensity improves gait speed, stride length and balance in Parkinson's disease across multiple randomised controlled trials, producing benefits that persist beyond the training period.
How can physiotherapy help?
Physiotherapy can play a crucial role in managing Parkinson's disease by helping to improve mobility, balance, and flexibility. Physiotherapists can develop individualised exercise programs that focus on stretching, strengthening, and aerobic conditioning, teaching patients how to perform specific exercises that target Parkinson's-related symptoms such as gait training, balance exercises, and coordination drills.
Gait rehabilitation addresses the characteristic Parkinson's gait — shortened stride length, reduced arm swing, shuffling and festination — through cueing, treadmill training and task-specific gait practice. Falls prevention is critical — people with Parkinson's fall at twice the rate of other older adults, and each fall carries risk of serious injury particularly given the forward-flexed posture that reduces protective reflexes. Postural training — addressing the characteristic camptocormia (forward trunk flexion) and thoracic kyphosis that develop with advancing disease — reduces falls risk and improves function.
Rigidity and flexibility management maintains the range of motion in the trunk and limbs that Parkinsonian rigidity progressively restricts. Rotational trunk exercises are particularly important — thoracic rotation is frequently restricted in Parkinson's and its maintenance is important for both gait and upper limb function.
Physiotherapy can also help with pain management, improving sleep, and maintaining a healthy weight. Dual-task training — practising movement while simultaneously performing a cognitive task — is particularly important in Parkinson's, where the competition for attentional resources between walking and cognitive demands is one of the primary causes of falls.
Clinical Pilates is well suited to Parkinson's rehabilitation — the emphasis on trunk rotation, spinal extension, body awareness and precise movement control addresses several of the most important motor rehabilitation goals. Equipment-based Pilates allows supported practice of movements that are difficult in unsupported positions. Real time ultrasound can assist in retraining deep stabiliser activation where Parkinsonian rigidity and bradykinesia have disrupted normal neuromuscular patterns.
Exercise physiology contributes to the cardiovascular fitness and progressive resistance training components of Parkinson's management. Eligible patients can access exercise physiology through a Medicare GPCCMP (previously CDMP or EPC) with GP referral. For NDIS participants, see our NDIS physiotherapy page.
Our physiotherapists Emma Cameron and Mauricio Bara and Exercise Physiologist Ash O'Regan all have experience in neurological conditions.
To book or find out more, call us on 07 3706 3407 or book online below. We see patients from across Brisbane's southside including Tarragindi, Coorparoo, Holland Park, Greenslopes and Mt Gravatt.
Parkinson's disease is a progressive neurological disorder that affects movement. It is caused by the degeneration of dopamine-producing neurons in the substantia nigra region of the brain, leading to a decrease in dopamine levels. Dopamine is a neurotransmitter that plays a crucial role in regulating movement, so when dopamine levels are low, it can result in characteristic motor symptoms.
Parkinson's disease is the second most common neurodegenerative disorder after Alzheimer's disease, affecting approximately 100,000 Australians. It is most commonly diagnosed after the age of 60, though approximately 10 to 15% of cases are early-onset Parkinson's affecting people under 50. The condition progresses over years to decades, with the rate of progression varying considerably between individuals. While there is currently no cure, medication — primarily levodopa and dopamine agonists — and increasingly, deep brain stimulation (DBS) surgery manage the motor symptoms effectively in many patients, particularly in the early and middle stages.
What are the symptoms of Parkinson's disease?
The four cardinal motor symptoms of Parkinson's disease are bradykinesia (slowness of movement), postural instability, resting tremor and rigidity. Additional motor symptoms include hypomimia (reduced facial expression), micrographia (small handwriting), freezing gait, and decreased movement amplitude across all voluntary movements.
Non-motor symptoms are equally important and are frequently underappreciated. Fatigue — often profound and disproportionate to activity level — is one of the most common and most disabling non-motor symptoms. Autonomic dysfunction including orthostatic hypotension, constipation and bladder urgency affects the majority of patients with advancing disease. Sleep disturbance, depression and anxiety, cognitive impairment and pain are all recognised features of Parkinson's disease that significantly affect quality of life.
The fluctuating nature of symptoms in treated Parkinson's is important for rehabilitation planning. Many patients experience "on" periods — when medication is working effectively and symptoms are controlled — and "off" periods — when medication is wearing off and symptoms re-emerge. Exercise and physiotherapy are most effectively delivered during "on" periods when the patient can participate fully.
Why is exercise so important in Parkinson's disease?
Exercise in Parkinson's disease is not simply symptom management — there is growing evidence that it may have neuroprotective effects, slowing the progression of the underlying neurodegeneration. Animal studies have consistently shown that intensive aerobic exercise promotes neuroplasticity and dopaminergic neuron survival. While conclusive evidence in humans is still accumulating, the functional benefits of exercise in Parkinson's disease are among the most robustly supported findings in neurological rehabilitation.
The key principle that distinguishes effective from ineffective exercise for Parkinson's disease is intensity. Research consistently shows that high-intensity, high-amplitude, cognitively engaging exercise produces significantly greater benefits for Parkinson's motor symptoms than low-intensity exercise. This is counterintuitive for many patients and families who assume gentle exercise is safer and more appropriate — in fact, the evidence supports pushing toward the limits of current capacity in a supervised, safe environment.
Specific evidence-based approaches
LSVT BIG — Lee Silverman Voice Treatment adapted for movement — is the most evidence-based physiotherapy program specifically developed for Parkinson's disease. LSVT BIG enhances motor function by incorporating high amplitude motions of high intensity, consisting of numerous repetitions and progressive complexity. It directly targets the movement amplitude reduction (hypokinesia) that is one of the most disabling features of Parkinson's, training patients to produce bigger, louder, more deliberate movements through intensive practice.
Cueing strategies — external rhythmic cues including auditory (metronome or music), visual (lines on the floor) and tactile cues — are highly effective for improving gait in Parkinson's, particularly for freezing of gait. Cueing bypasses the impaired internal timing mechanisms of the basal ganglia by providing external rhythm, allowing patients to maintain a more normal gait pattern. Gait training with auditory cueing significantly improves walking speed, stride length and freezing frequency.
Boxing and martial arts-inspired exercise programs — like Rock Steady Boxing, which has accumulated an enthusiastic following in the Parkinson's community — engage the high-intensity, whole-body movement with rhythmic cueing that the research supports, and have the additional benefit of being highly motivating and socially engaging.
Treadmill training at moderate to high intensity improves gait speed, stride length and balance in Parkinson's disease across multiple randomised controlled trials, producing benefits that persist beyond the training period.
How can physiotherapy help?
Physiotherapy can play a crucial role in managing Parkinson's disease by helping to improve mobility, balance, and flexibility. Physiotherapists can develop individualised exercise programs that focus on stretching, strengthening, and aerobic conditioning, teaching patients how to perform specific exercises that target Parkinson's-related symptoms such as gait training, balance exercises, and coordination drills.
Gait rehabilitation addresses the characteristic Parkinson's gait — shortened stride length, reduced arm swing, shuffling and festination — through cueing, treadmill training and task-specific gait practice. Falls prevention is critical — people with Parkinson's fall at twice the rate of other older adults, and each fall carries risk of serious injury particularly given the forward-flexed posture that reduces protective reflexes. Postural training — addressing the characteristic camptocormia (forward trunk flexion) and thoracic kyphosis that develop with advancing disease — reduces falls risk and improves function.
Rigidity and flexibility management maintains the range of motion in the trunk and limbs that Parkinsonian rigidity progressively restricts. Rotational trunk exercises are particularly important — thoracic rotation is frequently restricted in Parkinson's and its maintenance is important for both gait and upper limb function.
Physiotherapy can also help with pain management, improving sleep, and maintaining a healthy weight. Dual-task training — practising movement while simultaneously performing a cognitive task — is particularly important in Parkinson's, where the competition for attentional resources between walking and cognitive demands is one of the primary causes of falls.
Clinical Pilates is well suited to Parkinson's rehabilitation — the emphasis on trunk rotation, spinal extension, body awareness and precise movement control addresses several of the most important motor rehabilitation goals. Equipment-based Pilates allows supported practice of movements that are difficult in unsupported positions. Real time ultrasound can assist in retraining deep stabiliser activation where Parkinsonian rigidity and bradykinesia have disrupted normal neuromuscular patterns.
Exercise physiology contributes to the cardiovascular fitness and progressive resistance training components of Parkinson's management. Eligible patients can access exercise physiology through a Medicare GPCCMP (previously CDMP or EPC) with GP referral. For NDIS participants, see our NDIS physiotherapy page.
Our physiotherapists Emma Cameron and Mauricio Bara and Exercise Physiologist Ash O'Regan all have experience in neurological conditions.
To book or find out more, call us on 07 3706 3407 or book online below. We see patients from across Brisbane's southside including Tarragindi, Coorparoo, Holland Park, Greenslopes and Mt Gravatt.
