Background: Thoracic blockages not only present as mechanical movement restrictions but also influence a wide range of physiological processes due to their close connection with the autonomic nervous system, particularly the sympathetic nervous system. Persistent sympathetic activation can lead to autonomic dysfunctions, organ disorders, hormonal imbalances, metabolic diseases, myofascial pain syndromes, and circulatory disturbances.

Methods: This study analyzes the pathophysiological mechanisms of thoracic blockages and their impact on the spinal and autonomic nervous systems. The primary focus is on the interplay between sympathetic hyperactivity, impaired microcirculation, and the formation of myofascial trigger points.

Results: Chronic thoracic blockages can induce reflexive hypertonia of the paravertebral musculature, leading to pain, organ dysfunction, and central nervous system sensitization. This exacerbates muscular imbalances and contributes to the chronicity of pain syndromes.

Therapy: Combining neural therapy and manual medicine offers an integrative approach to restoring disrupted physiological balance. While neural therapy targets sympathetic dysregulation and modulates interference fields, manual medicine helps restore mobility and reduce muscular dysfunction.

Conclusion: Effective treatment of thoracic blockages requires an interdisciplinary approach that addresses both neurovegetative and mechanical aspects. The combination of neural therapy and manual medicine is an effective method for sustainably regulating structural and functional imbalances while reducing healthcare costs.