Spinal manipulation
Traditional Chinese Medicine
estimated about CNY 90-200
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Description
A manual therapy technique involving controlled force applied to spinal joints to improve mobility and alleviate pain, commonly used by chiropractors, osteopaths, and physical therapists.
Main Uses
Spinal micro-adjustment tuina is primarily used for conservative management of functional spinal disorders, including mild-to-moderate mechanical low back pain, cervical stiffness, thoracic segmental restriction, postural imbalance-related discomfort, and subacute musculoskeletal dysfunction. It aims to restore joint play, normalize soft-tissue tension, improve local circulation, and modulate neuromuscular reflexes—typically as part of an integrative TCM rehabilitation plan alongside acupuncture, herbal therapy, and exercise.
Normal Range
Spinal micro-adjustment tuina is not a laboratory or imaging diagnostic test with quantifiable numerical values; it is a manual therapeutic technique rooted in Traditional Chinese Medicine (TCM). Therefore, there is no scientifically established 'normal range' of numerical indicators (e.g., mmHg, ng/mL, degrees) associated with this procedure. Clinical assessment relies on qualitative parameters such as joint mobility symmetry, muscle tone balance, segmental tenderness, functional range of motion, and patient-reported outcomes — all evaluated subjectively by a qualified TCM practitioner.
Low Values - Possible Causes
N/A — Spinal micro-adjustment tuina does not produce measurable 'low values' because it is not a quantitative diagnostic assay. Apparent lack of response may stem from practitioner inexperience, insufficient treatment frequency/duration, severe structural pathology (e.g., advanced spondylosis or fusion), neurological compromise contraindicating manipulation, or non-musculoskeletal etiologies (e.g., systemic inflammatory disease or psychogenic pain).
High Values - Possible Causes
N/A — There are no 'high values' associated with spinal micro-adjustment tuina, as it is not a biomarker- or imaging-based test yielding numerical outputs. Excessive or inappropriate application may lead to adverse effects (e.g., transient soreness, ligamentous strain, or nerve irritation), but these reflect technique quality or safety—not elevated test metrics.
estimated about CNY 90-200