NEONATAL RESUSCITATION
Clinical trials for NEONATAL RESUSCITATION explained in plain language.
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Ventilator vs. manual device: could a simple change save more preemies?
Disease control Recruiting nowThis study compares two methods of helping extremely premature babies (born at 25-28 weeks) breathe right after birth. One method uses a standard manual device (T-piece), and the other uses a ventilator. The goal is to see if the ventilator reduces the chance of serious health pr…
Matched conditions: NEONATAL RESUSCITATION
Phase: NA • Sponsor: Michelle Baczynski • Aim: Disease control
Last updated May 26, 2026 10:31 UTC
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Which method works best to save newborns struggling to breathe?
Knowledge-focused Recruiting nowThis study looks at two different strategies to help hospital staff use a special breathing device (supraglottic airway) more quickly when newborns need help breathing after birth. Over 36,000 babies and many hospital staff will take part across multiple hospitals. The goal is to…
Matched conditions: NEONATAL RESUSCITATION
Phase: NA • Sponsor: Children's Hospital of Philadelphia • Aim: Knowledge-focused
Last updated May 20, 2026 11:53 UTC
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Could a simple airway device save more preemies? new trial aims to find out.
Knowledge-focused Recruiting nowThis study tests whether a supraglottic airway (a small mask placed over the voice box) can be used as the main tool to help premature babies breathe during delivery room resuscitation. About 20 infants born between 29 and 33 weeks who need breathing support at birth will receive…
Matched conditions: NEONATAL RESUSCITATION
Phase: NA • Sponsor: University of Pennsylvania • Aim: Knowledge-focused
Last updated May 19, 2026 11:59 UTC