Gene linked to respiratory distress in babies

A study is the first to identify a single gene that is associated with a significant number of cases of respiratory distress syndrome in babies born at or near full term.​ WUSTL pediatrician Jennifer A. Wambach is the study’s lead author. Findings will be published in the December issue of Pediatrics.

Preventing neonatal respiratory distress syndrome

WUSM researchers have developed new risk estimates for premature babies.If a woman goes into labor before her baby is full term, her obstetrician must make a crucial recommendation: delay labor or allow it to continue. Delivering the baby prematurely may increase the risk of neonatal respiratory distress syndrome (RDS), a potentially fatal condition. Now medical researchers at Washington University in St. Louis have generated new risk estimates for RDS that allow physicians to make delivery decisions with far greater confidence.

Preventing neonatal respiratory distress syndrome

WUSM researchers have developed new risk estimates for premature babies.If a woman goes into labor before her baby is full term, her obstetrician must make a crucial recommendation: delay labor or allow it to continue. Delivering the baby prematurely may increase the risk of neonatal respiratory distress syndrome (RDS), a potentially fatal condition. Now medical researchers at Washington University in St. Louis have generated new risk estimates for RDS that allow physicians to make delivery decisions with far greater confidence.