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Aerobic exercise and slow-paced breathing improve cardiovascular autonomic control in patients with rheumatologic diseasesExercise and mindfulness may help heart health in inflammatory diseases

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Key Takeaway
Consider aerobic exercise and slow-paced breathing to improve cardiovascular autonomic control in rheumatologic diseases.

This narrative review explores the impact of exercise-based and mind-body rehabilitation strategies on cardiovascular autonomic control in patients with rheumatologic diseases, including rheumatoid arthritis, ankylosing spondylitis, and others. The review synthesizes findings on various modalities such as aerobic training, resistance training, balneotherapy, and mind-body practices like yoga and mindfulness.

Key findings indicate that aerobic exercise training provides consistent benefits for cardiovascular autonomic control, including enhanced heart rate variability, improved heart rate recovery, and reduced inflammation. Slow-paced breathing was noted for consistent acute and chronic autonomic benefits and improved cardiac vagal modulation. In contrast, resistance training showed mixed results for autonomic outcomes, and transcutaneous auricular vagus nerve stimulation showed inconsistent effects on cardiac autonomic control across populations. Balneotherapy and aquatic exercise may enhance parasympathetic activity but are noted to be temperature-dependent and highly individualized.

The authors highlight several limitations, including high inter-individual variability in treatment responses, poor long-term adherence, and a frequent dissociation between subjective clinical improvement and objective autonomic measures. These findings suggest that while specific modalities like aerobic exercise and slow-paced breathing show promise, clinical application is limited by the need for individualized protocols and better long-term adherence strategies.

How this fits prior evidence

This narrative review addresses a gap in the management of cardiovascular health in rheumatologic diseases. While prior coverage has established the efficacy of golimumab for ankylosing spondylitis and the use of lung ultrasound for interstitial lung disease screening in rheumatoid arthritis, this review focuses on non-pharmacological rehabilitation. It specifically highlights aerobic exercise and slow-paced breathing as consistent methods for improving autonomic control, which may complement existing pharmacological treatments for these conditions.

Living with inflammatory conditions like rheumatoid arthritis or fibromyalgia can take a toll on the body. New research looks at how different types of movement and mind-body practices affect the autonomic nervous system, which controls things like heart rate and inflammation.

Aerobic exercise shows consistent benefits for heart rate variability and reducing inflammation. While resistance training helps with pain and physical function, its effects on heart health are less clear. Mind-body practices, especially slow-paced breathing, show promise for improving symptoms and heart regulation. Other methods, like water-based exercise and nerve stimulation, show potential but vary greatly depending on the individual.

It is important to note that results can vary a lot between people. Some treatments, like water-based exercise, depend heavily on temperature. Also, people often feel better physically even when their heart rate data does not show a big change. Talk to your doctor to see which movement plan fits your specific needs.

What this means for you:
Aerobic exercise and slow-paced breathing show consistent benefits for heart health in inflammatory conditions.

Common questions

What types of exercise help the most?

Aerobic exercise training shows consistent benefits for heart rate variability and reducing inflammation. While resistance training helps improve pain and physical function, its effects on heart health are less clear. Slow-paced breathing also shows consistent benefits for heart regulation.

Can yoga or mindfulness help with symptoms?

Yes, mind-body interventions like yoga, mindfulness, and breathing exercises show promise for improving your symptom burden. Specifically, slow-paced breathing has shown consistent benefits for both immediate and long-term heart regulation.

Are there any risks or limitations to these exercises?

Results can vary greatly between individuals, and some people find it hard to stick to a routine over time. Additionally, some treatments like water-based exercise depend on temperature, and some nerve stimulation methods show inconsistent results for heart health.

Study Details

Study typeSystematic review
EvidenceLevel 1
PublishedNov 2026
View Original Abstract ↓
Rheumatologic diseases (RDs) are chronic autoimmune and inflammatory conditions associated with increased cardiovascular risk and autonomic nervous system dysfunction, typically characterized by sympathetic predominance, reduced vagal tone, and persistent inflammation. This narrative review synthesizes current evidence on exercise-based and mind-body rehabilitation strategies aimed at improving cardiovascular autonomic control in RDs, including rheumatoid arthritis, ankylosing spondylitis, osteoarthritis, systemic sclerosis, and fibromyalgia. We examine the physiological mechanisms linking these interventions to autonomic regulation and inflammatory modulation, drawing upon the inflammatory reflex framework. Aerobic exercise training demonstrates consistent benefits for cardiovascular autonomic control, including enhanced heart rate variability, improved heart rate recovery, and reduced inflammation, though effects are reversible upon cessation. Resistance training improves pain and physical function but shows equivocal effects on autonomic outcomes. Balneotherapy and aquatic exercise may enhance parasympathetic activity, though responses are temperature-dependent and highly individualized. Mind-body interventions, including yoga, mindfulness, and breathing exercises, show promise for improving symptom burden and cardiac vagal modulation, with slow-paced breathing demonstrating particularly consistent acute and chronic autonomic benefits. Emerging evidence supports transcutaneous auricular vagus nerve stimulation as a non-invasive modality capable of modulating inflammation and reducing pain, though effects on cardiac autonomic control remain inconsistent across RDs populations. Key challenges include high inter-individual variability in treatment responses, poor long-term adherence, and frequent dissociation between subjective clinical improvement and objective autonomic measures. This review identifies critical knowledge gaps and proposes future research directions to optimize rehabilitation protocols for cardiovascular protection in RDs.
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