RESPIRATORY DISTRESS SYNDROME

This trial tests whether giving surfactant through a small tube while babies breathe with high-flow nasal cannula support can reduce the need for invasive ventilation. The study includes infants born 2-6 weeks early who have respiratory distress. Researchers will compare outcomes…

This Phase 3 trial tests a new inhaled medication called APC-0101 in 520 premature babies born between 26 and 33 weeks who have respiratory distress syndrome. The drug is a surfactant that helps keep tiny air sacs in the lungs open. Some babies receive the active drug through a s…

This program allows doctors to request NanO₂, an investigational drug that may help deliver oxygen to tissues, for patients with serious or life-threatening conditions like glioblastoma, respiratory distress, or ischemic stroke. It is for patients who have exhausted other treatme…

This early-stage trial tests a new drug called PRS CK STORM, made from a mix of immune and fat cells, to see if it can safely calm the 'cytokine storm'—a dangerous overreaction of the immune system—in people with severe lung infections from COVID-19, flu, or RSV. The study will e…

This study tests whether giving L-carnitine, a natural substance, to premature babies with respiratory distress syndrome (RDS) can help them survive and gain weight better. Researchers will compare babies who get L-carnitine plus standard care to those who get standard care alone…

This study tests whether early physiotherapy, taught to parents, can improve movement and development in babies at risk for problems like cerebral palsy. Fifty infants from the NICU will be randomly assigned to get either the special program or standard care. Researchers will mea…

This study looks at whether using lung and heart ultrasound can help emergency doctors give the right treatment faster to older adults (over 65) who come to the ER with sudden breathing trouble. About 504 participants will be enrolled. The goal is to see if ultrasound reduces the…

This study looks at two substances in the blood—endocan and copeptin—in 40 premature babies born between 28 and 36 weeks who have breathing trouble (respiratory distress syndrome). Researchers will measure these markers on the first day of life to see if they can predict how seve…

This study looks at whether giving surfactant (a lung treatment) over 1 minute or 5 minutes helps very premature babies (under 28 weeks) stay more stable. The goal is to see which speed leads to better oxygen levels in the blood and brain. 76 babies will take part, and the result…

This study looks at whether adding a gentle chest-squeezing technique to standard postural drainage can immediately improve oxygen levels and reduce breathing difficulty in preterm infants with respiratory distress syndrome. Fourteen babies born by C-section will be randomly assi…

This study tests whether briefly increasing the air pressure from a CPAP machine before giving surfactant therapy helps preterm babies' lungs work better. Surfactant is a natural substance that helps immature lungs stay open, and it's often given through a thin tube. The trial wi…

This study looks at how a pregnant woman's body handles caffeine and how much of it reaches her unborn baby. Researchers will give a small dose of caffeine to 30 women at risk of preterm delivery before a planned C-section. Blood samples from the mother, placenta, and newborn wil…

This study looks at how changing the pressure on a ventilator affects the lungs and heart of very premature babies (born before 34 weeks). Researchers will try different pressure levels and use ultrasound and imaging to see which setting works best for breathing and blood flow. T…

This study looks at two methods of giving surfactant (a medicine that helps lungs work) to premature babies with breathing problems. One method uses a thin tube without a breathing tube, and the other uses a standard breathing tube. Researchers will use lung ultrasound to see whi…

This study looks at how to adjust breathing machine settings for people with moderate-to-severe ARDS, a serious lung condition. Researchers will use a special imaging technique to see how air and blood flow match up in the lungs. The goal is to find the best settings for each pat…

This study aims to measure lung function in premature infants with bronchopulmonary dysplasia (BPD) using a technique called forced oscillometry. Researchers will compare these measurements with those from healthy full-term infants. The goal is to better understand lung mechanics…

This study is for preterm infants who need breathing help. It tests whether a low or high air flow rate changes carbon dioxide levels in their blood. 45 babies will be monitored for three hours at each flow setting. The goal is to find the safest and most effective flow rate for …