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Function-oriented, neuroscience-based approaches improve pain and function in older adults with chronic spinal painNew approaches ease chronic back pain in older adults

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Key Takeaway
Consider a function-oriented model integrating neuroscience-based approaches for chronic spinal pain in older adults, noting evidence quality varies.

This is a structured narrative review that synthesizes evidence on function-oriented, neuroscience-based approaches for chronic spinal pain in older adults. The authors discuss a range of non-pharmacological and regenerative strategies, including Pain Neuroscience Education, structured exercise, psychological therapies, manual therapy, extracorporeal shockwave therapy, high-intensity laser therapy, thermotherapy, ultrasound-guided mechanical needling with sterile water injection, biologic injectables such as PRP, HA, and MSCs, and neuromodulation techniques like rTMS and tDCS.

The authors report that pain and functional outcomes improved across multiple studies for these approaches. They propose a tiered, function-oriented model that integrates these modalities into accessible, cost-effective, and globally relevant pain care systems.

Key limitations noted include evidence of varying methodological quality and the need for protocol standardization and robust randomized trials for biologic injectables and neuromodulation techniques. The review does not report specific study populations, sample sizes, or safety data.

Practice relevance is framed as a proposed model for integrating these approaches into pain care systems, with the understanding that stronger evidence is needed for many modalities.

If you're an older adult living with chronic back or neck pain, you know how hard it can be to find lasting relief. A new review of the research suggests that a fresh approach might help.

The review looked at function-oriented, neuroscience-based strategies. These include Pain Neuroscience Education (teaching people how pain works), structured exercise, psychological therapies, manual therapy, and newer options like platelet-rich plasma (PRP) injections and neuromodulation (using magnetic or electrical stimulation on the brain).

Across many studies, these approaches improved pain and function in older adults. The review proposes a tiered model that starts with simple, low-cost options and moves to more advanced treatments if needed. This could make care more accessible and affordable worldwide.

However, the evidence is not all strong. The quality of studies varied, and for some treatments like biologic injections and neuromodulation, more robust trials are needed. So while the findings are promising, they are not yet definitive. Always talk to your doctor before trying a new treatment.

What this means for you:
Combining education, exercise, and targeted therapies may help older adults with chronic spinal pain.

Study Details

Study typeSystematic review
EvidenceLevel 1
PublishedJun 2026
View Original Abstract ↓
Chronic spinal pain remains the leading cause of disability worldwide, disproportionately affecting aging populations. Traditional pharmacological and surgical approaches offer limited long-term efficacy and carry significant risks. This structured narrative review examines recent evidence (2020–2025) on function-oriented, neuroscience-based approaches to spine care in older adults, with a focus on non-pharmacological and regenerative strategies such as Pain Neuroscience Education (PNE), structured exercise, psychological therapies, and manual therapy, which have been shown to improve pain and functional outcomes across multiple studies. Adjunctive modalities, including extracorporeal shockwave therapy (ESWT), high-intensity laser therapy (HILT), and thermotherapy, may provide additional benefits through modulation of neuroimmune and vascular pathways. Regenerative interventions, particularly ultrasound-guided mechanical needling with sterile water injection, have shown promising findings in observational studies for addressing fibrosis and calcification. Biologic injectables (e.g., PRP, HA, and MSCs) and neuromodulation techniques (rTMS and tDCS) also demonstrate potential but require protocol standardization and robust randomized trials. This review synthesizes contemporary evidence of varying methodological quality and proposes a tiered, function-oriented model that integrates these modalities into accessible, cost-effective, and globally relevant pain care systems.
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