Suspension Training
Rehabilitation
≈ ¥200-500
(≈ $30-70)
45 min
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Description
Estimated cost for Suspension Training at general public hospitals in China is about ¥140-400, and at Grade 3A hospitals about ¥200-500, varying by hospital tier and region.
Main Uses
Primary clinical uses include: 1) Neuromuscular re-education for chronic musculoskeletal pain (e.g., non-specific low back pain, shoulder impingement); 2) Functional movement screening and individualized exercise prescription using the Redcord® Neurac® system; 3) Rehabilitation of sports injuries by restoring load tolerance, coordination, and dynamic stability; 4) Prehabilitation prior to orthopedic surgery; 5) Management of postural dysfunction, scoliosis-related asymmetries, and pelvic floor dysfunctions via integrated sling-based activation.
Normal Range
Suspension Exercise Therapy (SET) is not a laboratory or diagnostic test with numerical biomarkers; it is a clinical rehabilitation methodology involving assessment of movement patterns, muscle activation, joint stability, and neuromuscular control. Therefore, there is no universally defined 'normal range' of quantitative values. Instead, clinicians use qualitative and semi-quantitative functional benchmarks—e.g., ability to maintain neutral spine during 30-second supine pelvic tilt on sling, successful completion of Grade 3–5 Redcord® test protocols (e.g., 'Sling Squat Test' with ≤10° knee valgus deviation), or pain-free performance of progressive loading tasks. No standardized numeric reference intervals exist.
Low Values - Possible Causes
Low functional capacity in SET assessments may reflect: 1) Inadequate core neuromuscular control (e.g., delayed transversus abdominis onset), 2) Joint hypermobility or ligamentous laxity reducing dynamic stability, 3) Chronic low back pain impairing motor recruitment patterns, 4) Deconditioning or prolonged sedentary behavior leading to reduced proprioceptive acuity and muscle endurance, 5) Unresolved compensatory movement strategies post-injury (e.g., gluteal amnesia).
High Values - Possible Causes
High functional capacity in SET assessments—indicating superior neuromuscular performance—is typically associated with: 1) Advanced athletic training and sensorimotor integration, 2) Consistent long-term participation in neuromuscular re-education programs, 3) Optimal intersegmental coordination and feed-forward postural control, 4) High baseline proprioceptive sensitivity and eccentric strength, 5) Absence of pain inhibition or central sensitization affecting movement quality.