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NIRS clinical trials

View clinical trials related to NIRS.

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NCT ID: NCT05769244 Completed - Child Clinical Trials

Near Infrared Spectroscopy and Testicular Torsion in Children

SPIRETTE
Start date: June 24, 2020
Phase: N/A
Study type: Interventional

NIRS estimates tissue saturation of oxygenation in tissue beds. Animals studies suggested that transscrotal NIRS measurements can quantify testicular hypoxia and differentiate between torsed and non torsed testicles. The results of human studies are not conclusive. The hypothesis is that the difference in NIRS values between torsed and healthy testicles would not be zero and that this difference would be zero in control group and that NIRS could help to detect rapidly a TT Testicular torsion (TT) is a functional emergency. The diagnosis is sometimes difficult to make. No paraclinical examination can eliminate it with certainty. The investigators aimed to evaluate the interest of transscrotal near-infrared spectroscopy (NIRS) for the diagnosis of TT of child

NCT ID: NCT04002609 Completed - NIRS Clinical Trials

The Systemic and Brain Oxygen Stauration Change During Bronchoscopy

BFNIRS
Start date: June 30, 2017
Phase:
Study type: Observational

Bronchofiberoscopy is a widespread invasive intervention in clinical practice with a number of diagnostic and therapeutic indications. The Clinic of Pulmonary Medicine in Debrecen carries out nearly 2000 examinations a year. The intervention is guided by the recommendation of the Vocational College for Pulmonary Medicine in 2005, but it does not contain a clear recommendation on the oxygen therapy used during the intervention. The Hungarian recommendation states that pulsoximetry is mandatory in bronchoscopy, but it does not contain information on the indications and the implementation of oxygen suplementation. The British Thoracic Society Guideline 2013 deals with the issue and makes the following statements: - patients should be monitored for oxygen saturation under bronchofiberoscopy - oxygen supplementation during the test is recommended if the patient's desaturation is significant (greater than 4% or less than 90%) and is over 1 minute - during the bronchoscopy, the occurrence of oxygen saturation decreases depending on the level of initial oxygen saturation, respiratory function, co-morbidity, sedation and the course of intervention. The aim of our study is to investigate the frequency with which systemic hypoxia occurs during bronchoscopy, what factors may contribute to its development and how the level of cerebral oxygen saturation changes with systemic desaturation (in the case of NIRS, a 20% reduction from baseline is considered significant).