RESPIRATORY DISTRESS SYNDROME

This study is testing whether adding an inhaled surfactant medicine to standard breathing support helps premature babies with respiratory distress syndrome (RDS) more than standard support alone. It will involve about 520 babies born between 26 and 33 weeks of pregnancy who are h…

This study is testing whether giving L-Carnitine, a natural substance, helps premature babies with severe breathing problems (RDS). Researchers want to see if it helps these fragile newborns gain weight and survive until they can go home. They are enrolling 160 preterm babies to …

This study is testing if using a bedside ultrasound machine can help emergency doctors quickly and correctly figure out what's causing sudden, severe shortness of breath in people over 65. Researchers will compare the usual care to a new approach where doctors use ultrasound on t…

This study aims to understand if two substances in the blood (endocan and copeptin) can help doctors predict how serious breathing problems will be in premature babies. Researchers will measure these levels in 40 preterm newborns with respiratory distress syndrome on their first …

This study is testing a new, non-invasive device that measures lung function in sleeping infants. Researchers want to understand breathing patterns in premature babies with bronchopulmonary dysplasia (BPD), a chronic lung condition. The study involves 80 infants and aims to gathe…

This study aims to understand how changing the air flow rate in a non-invasive breathing machine affects carbon dioxide levels in premature infants. Researchers will observe 45 preterm babies, randomly switching between low and high flow settings while monitoring their breathing.…

This study aims to better understand how to personalize breathing machine settings for patients with severe lung failure (ARDS). Researchers will observe 40 sedated patients to see how different air pressures and body positions affect how well air and blood flow match in the lung…