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The 38 pages that link to Physical therapy, each with the reason it gives.

• Parkinson's diseaseRelated: Exercise and targeted therapy can support balance, walking, and everyday function.

• Chronic painRelated: Graded movement and rehabilitation can support function despite persistent pain.

• Peripheral neuropathyRelated: Strength, balance, and gait training can address functional effects of nerve damage.

• Developmental delayRelated: Motor delays can be addressed through individualized movement practice.

• AtaxiaRelated: Balance and mobility training can reduce disability even when the underlying cause persists.

• DystoniaRelated: It can support mobility, comfort, and daily function alongside medical treatment.

• Duchenne muscular dystrophyRelated: Careful stretching and positioning help manage contractures and preserve joint movement as weakness progresses.

• Spinal stenosisRelated: Exercise and posture strategies can improve function when stenosis symptoms are manageable without surgery.

• Muscular dystrophyRelated: Careful stretching and activity help manage contractures and preserve independence.

• Ligament (anatomy)Related: Progressive exercise helps restore strength and control after ligament injury.

• Spinal muscular atrophyRelated: It helps manage contractures, mobility, and daily function alongside disease-modifying treatment.

• HypotoniaRelated: Therapy can support posture, movement skills, and participation when hypotonia affects function.

• Ehlers–Danlos syndromeRelated: Individualized strengthening and joint-control strategies can address instability and pain.

• Cerebellar ataxiaRelated: Balance and coordination training can support mobility despite persistent cerebellar impairment.

• Congenital myopathyRelated: Individualized therapy helps maintain mobility while avoiding excessive muscle strain.

• Progressive supranuclear palsyRelated: Balance and mobility training can support safer movement despite progressive impairment.

• SpondylolisthesisRelated: Conservative care often targets trunk strength, mobility, and activity tolerance.

• Rett syndromeRelated: Therapy can help maintain mobility, posture, and joint range as motor difficulties progress.

• Spinocerebellar ataxiaRelated: Balance and gait training can support function as coordination declines.

• Corticobasal degenerationRelated: It can address mobility, balance, and daily-function challenges as the disease progresses.

• SciaticaRelated: Guided activity and exercise can support recovery and restore function during sciatica.

• Canavan diseaseRelated: It can support positioning, mobility, and comfort as motor impairment progresses.

• Cockayne syndromeRelated: Therapy can address contractures, mobility limitations, and changing functional needs.

• Strain (injury)Related: Progressive rehabilitation restores strength and mobility after a strain.

• Hereditary spastic paraplegiaRelated: Stretching, strengthening, and mobility practice can address functional limitations.

• Joint dislocationRelated: Rehabilitation rebuilds movement and stability after the joint is realigned.

• Pelizaeus–Merzbacher diseaseRelated: Therapy can address motor limitations and support mobility as symptoms evolve.

• Sturge–Weber syndromeRelated: Therapy can address weakness or motor difficulties after neurological injury.

• TherapeuticsRelated: It can restore mobility and function without relying on medication.

• HemiplegiaRelated: Strength, balance, and mobility training address effects of hemiplegia.

• Pantothenate kinase-associated neurodegenerationRelated: Rehabilitation can help address mobility limitations, although it does not correct the underlying genetic defect.

• Tetrasomy XRelated: It can support motor skills when hypotonia or coordination difficulties are present.

• 22q13 deletion syndromeRelated: It can address low muscle tone and delays in motor development.

• Articular cartilage damageRelated: Strength and movement training can support joint function even when damaged cartilage itself is not restored.

• Pitt–Hopkins syndromeRelated: It can address motor delays, balance, and mobility needs associated with the syndrome.