Functional Movement Analysis (FMS) of Diaphragmatic Breathing-Immediate Effect on Shoulder Mobility

The diaphragm is defined as a thin, smooth muscle that separates the thoracic and abdominal cavities. The shoulder and diaphragm muscle have a clear relationship through innervation and myofascial tissue connection. Fascia is often neglected medically, rehabilitatively, or performance as the underlying cause of problems. Bones, organs, and muscles appear to float in the fascial web, a continuous three-dimensional system of connective tissue. Plastic and viscoelastic properties, which can change tension and shape under the influence of manual techniques and movement retraining, ensure that the structural changes are reversible. Functional Movement Analysis (FMS) is a screening system that aims to predict the risk of injury and functional deficiencies. FMS consists of 7 basic motion component tests. It is scored on a scale of zero to three and creates a composite score whose sum ranges from 0 to 21 points. One of the 7 motion models evaluated is shoulder mobility. According to the results of this study, people who perform activities that require shoulder mobility will be guided as to whether the use of diaphragmatic breathing will be effective for preparation, rehabilitation or performance improvement. The aim of the study was to observe whether shoulder mobility increased in healthy individuals taught diaphragm breathing compared to the control group.