Low back pain (LBP) is one of the most prevalent musculoskeletal disorders and often shows poor recovery. Although symptom persistence is multifactorial, trunk motor control changes are frequently observed and suggested to result from reorganisation of motor neural networks. Understanding these mechanisms may help guide more effective interventions....
No actionable change for audiology practice — this systematic review concerns low back pain motor neuroscience and has no direct relevance to hearing or vestibular care.
While outside core audiology, understanding motor network plasticity in chronic pain may have indirect relevance to researchers studying vestibular-motor interactions and chronic pain comorbidities in balance disorders.
- 01Systematic review and meta-analysis examining motor neural network changes in low back pain.
- 02Trunk motor control is altered in patients with persistent low back pain symptoms.
- 03Published in the Journal of Pain; not specific to audiology or vestibular science.
- 04Findings relate to symptom persistence and central motor network reorganisation.
- 05No direct clinical implications for audiologists or hearing care professionals.
Motor neural networks controlling trunk movement are altered in individuals with chronic low back pain.
studysupported- PMID
- 42155793
- DOI
- 10.1016/j.jpain.2026.106318.
- Journal
- Journal of Pain
- Publication type
- meta_analysis
- Evidence level
- 1a
- Population
- Individuals with low back pain across included studies
- Intervention
- Low back pain (exposure/condition)
- Comparator
- Pain-free or asymptomatic controls
Primary outcomes
State of motor neural networks in low back pain; Trunk motor control changes related to symptom persistence