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Virtual reality rehabilitation

Rehabilitation estimated about CNY 220-550

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Description

A therapeutic intervention using immersive virtual environments to improve motor, cognitive, or functional abilities in patients recovering from neurological, musculoskeletal, or psychological conditions.

Main Uses

Primary clinical uses include: neurorehabilitation for stroke, traumatic brain injury (TBI), and Parkinson’s disease; balance and gait retraining for elderly fall prevention; motor recovery after spinal cord injury or orthopedic surgery; cognitive-motor dual-task training; and telerehabilitation delivery. It supports goal-oriented, repetitive, adaptive, and motivating therapy while enabling objective kinematic data capture, real-time biofeedback, and remote monitoring.

Normal Range

Virtual reality rehabilitation training is not a diagnostic laboratory test with numerical biomarkers; therefore, it has no universal 'normal range' of quantitative values. Instead, clinical benchmarks are individualized and based on functional outcomes—such as improvement in Berg Balance Scale (BBS: normal ≥45/56), Timed Up and Go (TUG: normal <10 seconds), Fugl-Meyer Assessment (FMA: upper limb normal 66/66, lower limb 34/34), or gait symmetry ratio (target 0.95–1.05). Performance metrics (e.g., task completion time, error rate, movement smoothness, adherence rate) are tracked longitudinally against patient-specific baselines.

Low Values - Possible Causes

Low engagement or poor performance during VR rehabilitation may stem from: 1) Cognitive impairment (e.g., post-stroke aphasia or executive dysfunction), 2) Severe vestibular or visual-vestibular mismatch (e.g., in chronic dizziness or post-concussion syndrome), 3) Physical limitations (e.g., profound muscle weakness, contractures, or pain limiting motion), 4) Technological barriers (e.g., inadequate hardware calibration, motion sickness, or interface usability issues), 5) Psychological factors (e.g., low motivation, anxiety, depression, or fear of falling).

High Values - Possible Causes

High performance or rapid progress in VR rehabilitation is typically desirable and reflects positive neuroplasticity; however, abnormally high values—such as excessive session duration (>60 min without rest), unusually aggressive progression speed, or premature advancement beyond safety thresholds—may indicate: 1) Inadequate clinical supervision leading to overexertion or injury risk, 2) Poorly calibrated difficulty settings failing to challenge appropriately, 3) Patient overconfidence masking residual deficits (e.g., compensatory strategies masking imbalance), 4) Technical artifacts (e.g., sensor drift inflating motion metrics), 5) Lack of ecological validity causing overperformance in virtual vs. real-world tasks.

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estimated about CNY 220-550