Physiotherapy with cognitive behavioral therapy improve functional movement disorder symptoms: Study

A new study published in the Journal of American Medical Association suggests that the physical components of patients' quality of life and the symptoms of Functional Movement Disorder (FMD) are significantly improved by multimodal treatment (physiotherapy plus cognitive behavioral therapy).

Functional neurological disorders are common neurological conditions that often present as motor and/or sensory symptoms in young adults. These symptoms are seen as involuntary and originate from the voluntary motor or somatosensory neural systems. FMDs and seizures are the most common symptoms within the FND spectrum. The precise cause of FMD is still unknown, however important brain circuits that are disrupted in these individuals have been identified as regulating emotional processing, attention, and movement agency. Although psychological treatments are very significant, their effectiveness has not been thoroughly investigated to yet, and the studies that have been conducted have been limited by pertinent methodological issues. Therefore, Daniel Macías-García and team conducted this study in order to evaluate the effectiveness of interdisciplinary care for FMDs.

This was a single-center, randomized clinical study with a parallel design and rater blinding. The participants were drawn from a national referral center for movement disorders, the Movement Disorders Unit at the Hospital Universitario Virgen Rocio in Seville, Spain. The patients included had to be at least 18 years old with a verified FMD diagnosis and be able to provide permission. Patients who did not satisfy the eligibility requirements or refused to participate were omitted. The patients were randomly allocated in a 1:1 ratio to multimodal treatment (physiotherapy plus cognitive behavioral therapy) or a control intervention (psychological support). The primary objectives were differences in the quality of life of the patients from baseline to months 3 and 5 . Linear mixed models were used to account for baseline intensity and apply Bonferroni correction.