Description

After experiencing primary dysmenorrhea, many individuals report significant menstrual symptoms, including pain severity and sleep disturbances, which can lead to decreased quality of life and increased dependence on medication for relief. In chronic cases, individuals with moderate to severe menstrual pain often exhibit functional deficits, impacting their daily living activities. This highlights the necessity for effective rehabilitation strategies that address both symptom management and overall quality of life.

Current treatment approaches for primary dysmenorrhea focus on pharmacological interventions, lifestyle modifications, and physiotherapy. The primary aim is to reduce pain severity and improve sleep quality through targeted therapies. Techniques such as spinal manipulation and connective tissue massage (KDM) have shown promise in promoting pain relief and enhancing functional outcomes. However, these techniques may not be universally applicable to all patients, particularly those with significant menstrual pain and associated sleep disturbances.

As outlined, promoting functional recovery in individuals with primary dysmenorrhea is crucial; however, the role of spinal manipulation and other manual therapies in this recovery process remains underexplored. Rehabilitation strategies must be tailored to individual needs and severity of symptoms. This study proposes a novel approach that integrates spinal manipulation with connective tissue massage, aimed at providing comprehensive relief and facilitating recovery in individuals with primary dysmenorrhea.

The proposed intervention includes both spinal manipulation and KDM, administered by trained physiotherapists. This dual approach is designed to address pain at its source and improve overall musculoskeletal function. Evidence suggests that combined therapies may lead to enhanced neurophysiological responses, promoting both pain relief and functional improvements.

The underlying mechanisms of action for this combined approach may involve multiple pathways. Spinal manipulation may facilitate increased blood flow and reduce muscle tension, while KDM is thought to enhance tissue pliability and alleviate discomfort. Together, these interventions may induce neuroplastic changes, facilitating improved pain management and functional outcomes.

To date, studies on combined therapeutic approaches for primary dysmenorrhea have demonstrated promising results, including reduced pain severity and improved sleep quality. However, research specifically focusing on the synergistic effects of spinal manipulation and KDM remains limited. This study aims to evaluate the efficacy of this integrated approach on menstrual symptoms, pain severity, and sleep quality in individuals suffering from primary dysmenorrhea.