Guillain-Barré Syndrome Physiotherapy
What is Guillain-Barré syndrome?
Guillain-Barré syndrome (GBS) is an acute, ascending, immune-mediated polyneuropathy that manifests as a lower motor neuron lesion, occurring mostly after a prior infection. It is autoimmune in origin and has an impact on the peripheral nervous system.
In GBS the immune system mistakenly attacks the peripheral nerves — specifically the myelin sheath surrounding the nerve fibres (in the most common variant, acute inflammatory demyelinating polyneuropathy or AIDP) or the axons themselves (in the axonal variants AMAN and AMSAN). The result is a rapidly progressive, typically ascending weakness and sensory disturbance that begins in the feet and legs and ascends toward the trunk and arms over days to weeks.
GBS is described by a wide range of motor impairment, flaccidity, hyporeflexia, and progressive ascending flaccid paralysis. At its peak severity, about two-thirds of patients with GBS are unable to walk. Respiratory muscle involvement requiring mechanical ventilation occurs in approximately 25 to 30% of hospitalised patients. Autonomic dysfunction — affecting heart rate, blood pressure, bowel and bladder function — is a significant and potentially dangerous component of severe GBS.
The most common variants are AIDP — the classic demyelinating form — alongside axonal variants (AMAN, AMSAN) and Miller-Fisher syndrome, which produces the distinctive triad of ophthalmoplegia, ataxia and areflexia without significant limb weakness.
What causes GBS?
GBS typically follows an infection — most commonly a gastrointestinal infection with Campylobacter jejuni, or a respiratory infection — by two to four weeks. The preceding infection triggers an immune response that then misdirects against peripheral nerve components through molecular mimicry. Cytomegalovirus, Epstein-Barr virus and Zika virus are also recognised triggers. In recent years GBS has been recognised as a rare complication following some vaccinations, though the absolute risk is very low and considerably outweighed by the risk of GBS from the infections the vaccines prevent.
What is the typical course and prognosis?
GBS follows a characteristic three-phase course. The progressive phase — typically two to four weeks — involves increasing weakness and sensory disturbance. A plateau phase of variable duration follows, where symptoms stabilise before recovery begins. The recovery phase — which may last months to years — involves gradual nerve remyelination and axonal regeneration, producing progressive return of strength and function.
The majority of GBS patients achieve good functional recovery with appropriate management — approximately 80% are walking independently at six months. However residual symptoms including fatigue, pain, sensory disturbance and weakness persist in a significant proportion of patients at long-term follow-up. The recovery trajectory is highly variable and depends on the variant, the severity of the acute illness, and the quality of rehabilitation.
Medical treatment
Intravenous immunoglobulin (IVIG) and plasma exchange (plasmapheresis) are common treatments to reduce the severity and duration of symptoms by modulating the immune response. These are administered in hospital during the acute and plateau phases. Patients may require hospitalisation for close monitoring of respiratory function and other complications.
How can physiotherapy help?
Physiotherapy plays a vital role in the management and recovery of individuals with Guillain-Barré syndrome, helping address muscle weakness, loss of coordination and balance, and reduced mobility to facilitate recovery.
The physiotherapy approach is phase-specific and must be carefully calibrated to the current stage of the illness.
During the acute and plateau phases in hospital, physiotherapy focuses on preventing the secondary complications of immobilisation — joint contractures, pressure injuries, deep vein thrombosis and respiratory complications. Passive range-of-motion exercises maintain joint mobility. Positioning and splinting prevent contractures in the hands, feet and ankles. Chest physiotherapy and breathing exercises support respiratory function. Fatigue management is critical — GBS patients are vulnerable to overexertion during the acute phase, and physiotherapy that is too vigorous before recovery begins can worsen fatigue without producing functional gains.
During the early recovery phase, as nerve function begins to return and voluntary muscle activity emerges, physiotherapy progressively introduces active exercises targeting the muscles that are recovering. The pattern of recovery in GBS typically mirrors the pattern of weakness in reverse — proximal muscles before distal, and lower limbs before upper limbs. Hydrotherapy is particularly valuable during early recovery, as the buoyancy of water supports the limbs and allows meaningful active movement before antigravity strength has returned sufficiently for land-based exercise.
During the rehabilitation phase — which is typically where Articulate's involvement begins, as patients transition from hospital to community — the focus shifts to restoring functional strength and independence. Progressive resistance exercise systematically rebuilds the muscular strength and endurance that has been lost during the acute illness and immobilisation. Balance and proprioception retraining is critical, as sensory nerve involvement in GBS produces significant proprioceptive deficits that persist beyond motor recovery. Gait retraining addresses the compensatory patterns and foot drop that develop during the period of lower limb weakness.
Fatigue management remains one of the most important and most underaddressed aspects of GBS rehabilitation. Post-GBS fatigue is a recognised and often prolonged symptom that does not simply resolve with strengthening exercise — it requires specific pacing strategies, energy conservation techniques and an approach to exercise dosing that respects the neurological recovery timeline.
Real time ultrasound assists in retraining deep muscle activation where neuromuscular inhibition has disrupted normal patterns. Clinical Pilates provides a controlled, low-impact environment for progressive strengthening and proprioceptive training that is well suited to the GBS recovery phase. The Balance and Bones exercise classes are appropriate for GBS patients in later stages of recovery where balance rehabilitation in a small group environment is the priority.
For eligible NDIS participants, physiotherapy for GBS rehabilitation is claimable under therapeutic supports. See our NDIS physiotherapy page for more information.
Our physiotherapist Yulia Khasyanova has specialist experience in complex neurological and nerve conditions. Bethany Kippen also has experience in neurological rehabilitation. Both are members of the Australian Physiotherapy Association.
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.
Guillain-Barré syndrome (GBS) is an acute, ascending, immune-mediated polyneuropathy that manifests as a lower motor neuron lesion, occurring mostly after a prior infection. It is autoimmune in origin and has an impact on the peripheral nervous system.
In GBS the immune system mistakenly attacks the peripheral nerves — specifically the myelin sheath surrounding the nerve fibres (in the most common variant, acute inflammatory demyelinating polyneuropathy or AIDP) or the axons themselves (in the axonal variants AMAN and AMSAN). The result is a rapidly progressive, typically ascending weakness and sensory disturbance that begins in the feet and legs and ascends toward the trunk and arms over days to weeks.
GBS is described by a wide range of motor impairment, flaccidity, hyporeflexia, and progressive ascending flaccid paralysis. At its peak severity, about two-thirds of patients with GBS are unable to walk. Respiratory muscle involvement requiring mechanical ventilation occurs in approximately 25 to 30% of hospitalised patients. Autonomic dysfunction — affecting heart rate, blood pressure, bowel and bladder function — is a significant and potentially dangerous component of severe GBS.
The most common variants are AIDP — the classic demyelinating form — alongside axonal variants (AMAN, AMSAN) and Miller-Fisher syndrome, which produces the distinctive triad of ophthalmoplegia, ataxia and areflexia without significant limb weakness.
What causes GBS?
GBS typically follows an infection — most commonly a gastrointestinal infection with Campylobacter jejuni, or a respiratory infection — by two to four weeks. The preceding infection triggers an immune response that then misdirects against peripheral nerve components through molecular mimicry. Cytomegalovirus, Epstein-Barr virus and Zika virus are also recognised triggers. In recent years GBS has been recognised as a rare complication following some vaccinations, though the absolute risk is very low and considerably outweighed by the risk of GBS from the infections the vaccines prevent.
What is the typical course and prognosis?
GBS follows a characteristic three-phase course. The progressive phase — typically two to four weeks — involves increasing weakness and sensory disturbance. A plateau phase of variable duration follows, where symptoms stabilise before recovery begins. The recovery phase — which may last months to years — involves gradual nerve remyelination and axonal regeneration, producing progressive return of strength and function.
The majority of GBS patients achieve good functional recovery with appropriate management — approximately 80% are walking independently at six months. However residual symptoms including fatigue, pain, sensory disturbance and weakness persist in a significant proportion of patients at long-term follow-up. The recovery trajectory is highly variable and depends on the variant, the severity of the acute illness, and the quality of rehabilitation.
Medical treatment
Intravenous immunoglobulin (IVIG) and plasma exchange (plasmapheresis) are common treatments to reduce the severity and duration of symptoms by modulating the immune response. These are administered in hospital during the acute and plateau phases. Patients may require hospitalisation for close monitoring of respiratory function and other complications.
How can physiotherapy help?
Physiotherapy plays a vital role in the management and recovery of individuals with Guillain-Barré syndrome, helping address muscle weakness, loss of coordination and balance, and reduced mobility to facilitate recovery.
The physiotherapy approach is phase-specific and must be carefully calibrated to the current stage of the illness.
During the acute and plateau phases in hospital, physiotherapy focuses on preventing the secondary complications of immobilisation — joint contractures, pressure injuries, deep vein thrombosis and respiratory complications. Passive range-of-motion exercises maintain joint mobility. Positioning and splinting prevent contractures in the hands, feet and ankles. Chest physiotherapy and breathing exercises support respiratory function. Fatigue management is critical — GBS patients are vulnerable to overexertion during the acute phase, and physiotherapy that is too vigorous before recovery begins can worsen fatigue without producing functional gains.
During the early recovery phase, as nerve function begins to return and voluntary muscle activity emerges, physiotherapy progressively introduces active exercises targeting the muscles that are recovering. The pattern of recovery in GBS typically mirrors the pattern of weakness in reverse — proximal muscles before distal, and lower limbs before upper limbs. Hydrotherapy is particularly valuable during early recovery, as the buoyancy of water supports the limbs and allows meaningful active movement before antigravity strength has returned sufficiently for land-based exercise.
During the rehabilitation phase — which is typically where Articulate's involvement begins, as patients transition from hospital to community — the focus shifts to restoring functional strength and independence. Progressive resistance exercise systematically rebuilds the muscular strength and endurance that has been lost during the acute illness and immobilisation. Balance and proprioception retraining is critical, as sensory nerve involvement in GBS produces significant proprioceptive deficits that persist beyond motor recovery. Gait retraining addresses the compensatory patterns and foot drop that develop during the period of lower limb weakness.
Fatigue management remains one of the most important and most underaddressed aspects of GBS rehabilitation. Post-GBS fatigue is a recognised and often prolonged symptom that does not simply resolve with strengthening exercise — it requires specific pacing strategies, energy conservation techniques and an approach to exercise dosing that respects the neurological recovery timeline.
Real time ultrasound assists in retraining deep muscle activation where neuromuscular inhibition has disrupted normal patterns. Clinical Pilates provides a controlled, low-impact environment for progressive strengthening and proprioceptive training that is well suited to the GBS recovery phase. The Balance and Bones exercise classes are appropriate for GBS patients in later stages of recovery where balance rehabilitation in a small group environment is the priority.
For eligible NDIS participants, physiotherapy for GBS rehabilitation is claimable under therapeutic supports. See our NDIS physiotherapy page for more information.
Our physiotherapist Yulia Khasyanova has specialist experience in complex neurological and nerve conditions. Bethany Kippen also has experience in neurological rehabilitation. Both are members of the Australian Physiotherapy Association.
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.
