View clinical trials related to Diaphragm; Relaxation.
Filter by:Hypothesis: Postoperative pain, by preventing effective diaphragmatic contraction, hinders deep inspiration and expiration. Inspiratory and expiratory levels can be assessed by measuring diaphragm thickness using ultrasound.Diaphragm thickness[DT] measured at the end of inspiration and expiration will differ between patients who undergo Transversus Abdominis Plane Block[TAP] block using the 4-point technique and those who do not. It is anticipated that in patients who receive the block, diaphragm thickness will be greater, serving as an indicator of
Core stability is maintained mainly by muscle function of abdominal and lumbar region, including the diaphragm muscle. It is known that exists a connection between trunk's muscle activity and the movement of lower limb and lower limb and low back injuries are related to core alterations. Thus, a randomized clinical trial is planned to analyze the effectiveness of an exercises and manual therapy of the diaphragm and ribs program designed, aiming to analyze the correlation between rib cage mobility and lower limb neuromuscular control in young healthy subjects.
Even in healthy individuals, there may be tensions in the diaphragm muscle due to factors such as wrong posture, wrong breathing pattern, sedentary lifestyle, and it cannot fully fulfill its function. As a result of this tension in the diaphragm muscle, the breathing pattern deteriorates and sleep quality decreases. The aim of this study is to examine the effect of diaphragm release technique on sleep duration and sleep quality in healthy individuals. In this study, sleep quality of individuals will be evaluated with Pittsburgh Sleep Quality Index (PUKI), sleep duration, heart rate and step count with Fitbit® Inspire 2. 32 individuals living in Tokat will be included in the study. After obtaining the sociodemographic information of the individuals, the average of sleep duration, heart rate and step counts will be recorded for 3 days with the Fitbit® Inspire 2 wearable technology to be provided within the scope of the project. Sleep quality will be recorded with PUKI. The diaphragm release technique will be applied in 3 sessions, with 2 days of rest in between. After the applications are finished, sleep time, heart rate and step counts will be recorded for 3 days with Fitbit® Inspire 2 wearable technology.
The diaphragm performs many functions that are vital to the body as a whole. Some of them are not related only to ventilation. The diaphragm is part of the myofascial system in the human body. Therefore, the proper functioning of the diaphragm should be a significant element of physiotherapy, e.g. in patients reporting pain in the lumbosacral spine. Considering the complex role of the diaphragm, it seems reasonable to investigate the influence of the mobilization of the diaphragm (aimed at reducing diaphragm tension) on the tension of the extensor muscles of the lumbar spine. The assumption of this reserach is to investigate the correlation between the tension of the fascia in the area of the diaphragm to the tension of the muscles in the area of the lumbar spine. The fascial connections between the diaphragm and the muscles in the lumbar spine presented above suggest that the manual therapy performed within the diaphragm can effectively prevent the occurrence of pain, and might be a supportive measure in the treatment of pain in the spine. The aim of the study is to investigate the corellation between the tension of the fascia within the diaphragm and the tension of the posterior superficial tape. Research questions: 1. How does manual therapy in the area of the tendon attachments of the diaphragm affect the relaxation of the extensor muscles of the lumbar spine? 2. How can the therapy conducted only within the diaphragm, without interfering with the structures surrounding the spine, reduce the tension of the extensor muscles of the lumbar spine and, consequently, increase the range of its mobility in all planes? 3. How will the introduced therapy change the tidal volume of the lungs?
A randomised and controlled trial to people diagnosed with rotator cuff injuries who are divided into 3 groups of treatment: shoulder myofascial trigger points release, manual diaphragm release and diaphragm mobilization through hipopressive gymnastic exercise. The pain and range of shoulder movement are assessed before and after the treatment in all the participants. Hypothesis of the clinical study: the treatment of diaphragm muscle, via manual release or active mobilization, has impact on rotator cuff injury symptoms comparing with a standard treatment of shoulder myofascial trigger points release. Discussion: The relation between shoulder and diaphragm muscle, through innervation (phrenic nerve and brachial plexus), embryology and myofascial connections, could lead to include in clinical practice the examination and treatment of other structures besides shoulder girdle such as diaphragmatic region in rotator cuff injuries.