Health

Groundbreaking Study Reveals Shocking Truth About Skin-to-Skin Contact for Preterm Infants

2025-04-16

Author: Li

Life-Changing Touch or Just a Myth?

A new clinical trial has dropped a bombshell in the world of neonatal care: two hours of skin-to-skin contact (SSC) right after birth does NOT enhance neurodevelopment in children born preterm, based on findings published in JAMA Network Open.

The Study That Shook Medical Communities

Conducted in Norway, this pivotal study led by Dr. Laila Kristoffersen from St. Olav's Hospital, monitored 108 neonates born between 28 and 31 weeks gestation. The team aimed to decipher whether immediate SSC could offer lasting cognitive benefits by comparing it with standard incubator care.

A Glimmer of Hope: Breastfeeding Benefits

While the results concerning cognitive development were disappointing, there was a silver lining: babies who experienced SSC showed higher rates of breastfeeding—84% at discharge compared to 67% in the standard care group. This kind of boost in breastfeeding practices could have its own long-term benefits!

Health Risks for Preterm Neonates

Preterm infants face an uphill battle, battling higher risks for issues like cerebral palsy, cognitive delays, and sensory impairments. Because of these challenges, many early intervention programs have been rolled out, but SSC remains central to kangaroo mother care, celebrated for benefits like reduced illness and enhanced parental bonding.

Study Design: The Details Matter

The trial had a rigorous design, randomizing infants to either immediate SSC in the delivery room or standard care. Researchers measured the cognitive outcomes using the Bayley Scales of Infant and Toddler Development—the results were both eye-opening and sobering.

No Cognitive Gains—What Now?

Despite the hope that SSC could foster better neurodevelopment, the research showed no significant differences in cognitive scores across groups. Both SSC (51%) and standard care (49%) groups exhibited similar risks for developmental delays, urging a reevaluation of immediate SSC's role in neurodevelopment.

A Call for Change