Comparative Efficacy of Diverse Exercise Modalities for Nonspecific Neck Pain ManagementMind-body and resistance training help reduce neck pain disability

This network meta-analysis provides a comprehensive evaluation of various exercise modalities aimed at mitigating functional disability in patients with nonspecific neck pain (NSNP). By synthesizing data from 4,140 participants, the study compares mind-body exercises, resistance training, flexibility training, and coordination training against standard control groups. The primary objective was to determine which physical interventions offer the most significant improvements in patient mobility and daily function.

Regarding functional disability, mind-body exercise demonstrated a statistically significant reduction compared to controls (SMD -0.363; 95% CrI [-0.516, -0.151]). Similarly, resistance training showed a favorable outcome (SMD -0.359; 95% CrI [-0.611, -0.102]), and flexibility training also yielded significant improvements (SMD -0.352; 95% CrI [-0.623, -0.078]). Coordination training was also associated with reduced disability scores compared to control groups (SMD -0.328; 95% CrI [-0.579, -0.076]).

The findings suggest that while all four modalities are effective, they provide comparable levels of benefit for managing NSNP-related functional limitations. The clinical implication is that clinicians can offer a variety of exercise types based on patient preference or specific physical goals without significant loss of efficacy in terms of overall disability reduction.

A secondary analysis explored the relationship between exercise intensity and outcomes using MET-min as a metric. The data suggested a potentially non-linear association, with larger study-level effects observed at higher intensities ranging from 300 to 400 MET-min per session compared to approximately 100 MET-min per session. However, these dose-response findings are exploratory and should be interpreted with caution due to inherent data limitations.

The analysis noted significant heterogeneity among the interventions included in the network. This variability reflects the diverse ways these exercises are prescribed and performed in clinical practice. Despite this diversity, the consistent trend toward improvement across all modalities reinforces the value of active physical therapy for neck pain management.

Clinicians should consider these findings when developing rehabilitation protocols for patients with NSNP. While no single exercise type was shown to be vastly superior over another, the inclusion of mind-body or resistance components can provide robust results. The evidence supports a multi-modal approach where patient motivation and specific physical needs dictate the choice of training modality.

In conclusion, the meta-analysis confirms that various forms of structured exercise are effective for reducing functional disability in patients with nonspecific neck pain. While dose-response data suggests higher intensities may correlate with better outcomes, the primary finding remains the consistent efficacy of mind-body, resistance, flexibility, and coordination training over standard controls.