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Diaphragm Movement clinical trials

View clinical trials related to Diaphragm Movement.

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NCT ID: NCT04841109 Completed - Diaphragm Movement Clinical Trials

Diaphragm Movement During Its Postural Function

Start date: May 22, 2021
Phase:
Study type: Observational

The aim of this study is to describe the movement of the diaphragm during postural activation of the trunk muscles in comparison with tidal breathing.

NCT ID: NCT04236934 Completed - Dyspnea Clinical Trials

Thoracentesis: Symptoms and Prediction of the Need for Therapeutic Thoracentesis

Start date: January 13, 2020
Phase:
Study type: Observational

Recurrent fluid surrounding the lungs is associated with poor quality of life, the main symptom being dyspnea. These patients are in need of recurrent removal of the fluid using drainage. The mechanism causing dyspnea is not fully understood. By using ultrasound to evaluate the movement of the diaphragm before and after removal of fluid and the patients symptoms before removal of fluid and until next removal the research group aims to clarify the temporal development in symptoms and the role of the diaphragm. The researchers will also evaluate the ability of the pulmonologist and patient to predict when the patient will need the next removal of fluid in patients with recurrent unilateral pleural effusion.

NCT ID: NCT03225508 Recruiting - Clinical trials for Examination of Diaphragm Movement Using Ultrasound

Diaphragmatic Motion Using Linear Ultrasound

Start date: August 1, 2017
Phase:
Study type: Observational

This study evaluates the movement of the diaphragm (which is the main muscle used for breathing). It will compare two ultrasound modalities: linear ultrasound versus curvilinear ultrasound, at measuring diaphragm motion. The proposed measurement method with linear ultrasound is novel, and will be compared against the established method with curvilinear ultrasound. The investigators hypothesize that the novel method will have several potential advantages, including: it may be easier to learn, quicker to perform, and have a lower failure rate.