JUL 30, 2018 5:03 AM PDT

Contact is Crucial for Newborn Brain Development

New parents often do not know exactly what to expect when caring for a newborn. Feeding schedules, development, sleep cycles, and the daily duties of parenthood can add up to stress.

Research shows that babies have stress as well, but the best thing for them is probably something that will help new parents chill out as well. Babies do not see that well in the first few weeks of life; they depend on other senses, one of which is touch. To find out more about how babies experience being held and touched, researchers at the Nationwide Children's Hospital in Ohio created a study to measure brain responses to contact.

The study cohort included 125 babies, some who were full-term and some who were premature. Especially in babies who are born before 35 weeks, touch can be critical because preemies spend so much time in NICU rather than with parents. The WHO figures show that there are 15 million premature births worldwide, each year, so finding a way to help babies develop safely is crucial. 

Dr. Nathalie Maitre, MD, Ph.D., is a neonatologist and developmental specialist and the Director of the NICU Follow-up Program at Nationwide Children's Hospital. She explained, "Making sure that preterm babies receive positive, supportive touch such as skin-to-skin care by parents is essential to help their brains respond to gentle touch in ways similar to those of babies who experienced an entire pregnancy inside their mother's womb. When parents cannot do this, hospitals may want to consider occupational and physical therapists to provide a carefully planned touch experience, sometimes missing from a hospital setting."

The researchers enrolled 125 babies in total. Preemies were considered those children born at the gestational age of 24 to 36. Full-term infants were those born at 38 to 42 weeks. Before going home with their parents, the babies underwent EEG scans using a tiny EEG net on the infants' heads to measure brain responses to a puff of air, which simulated a gentle touch.

The data showed that preterm babies were more likely than full-term babies to have a reduced brain response to the puff of air. This wasn't unexpected since preterm babies are a bit behind in typical brain development and other milestones. When the readings were further examined, the results were that NICU babies who were able to spend time with their parents, experiencing gentle touch and skin-to-skin contact showed more robust EEG readings.

While contact was good for the babies, painful events like blood draws, or other medical procedures impacted the child's ability to respond to gentle touches after going home. The more stressful procedures a baby underwent, the weaker brain responses to touch were. Even though babies are given medication for many of these procedures, the pain and stress do still negatively affect brain responses. Given how important touch is to newborns, the research team hopes their findings will help professionals improve protocols in neonatal intensive care units.

Sources: Nationwide Children’s Hospital  BabyGaga Current Biology World Health Organization

About the Author
  • I'm a writer living in the Boston area. My interests include cancer research, cardiology and neuroscience. I want to be part of using the Internet and social media to educate professionals and patients in a collaborative environment.
You May Also Like
SEP 29, 2020
Cell & Molecular Biology
What We Call Parkinson's Disease May Actually be Two Distinct Disorders
SEP 29, 2020
What We Call Parkinson's Disease May Actually be Two Distinct Disorders
Researchers have used imaging tools to show that Parkinson's disease may actually be two different diseases, one that st ...
OCT 13, 2020
Cell & Molecular Biology
A Small Part of the Brain May Transmit Inflammation From Mom to Fetus
OCT 13, 2020
A Small Part of the Brain May Transmit Inflammation From Mom to Fetus
There is still a lot we don't know about the brain, and especially about two small bits of tissue deep within it called ...
OCT 21, 2020
Drug Discovery & Development
Experimental Vaccine Shows Promise in Halting Alzheimer's
OCT 21, 2020
Experimental Vaccine Shows Promise in Halting Alzheimer's
In a preclinical study, researchers from the Univerity of South Florida have found that a vaccine that targets neurotoxi ...
OCT 27, 2020
Clinical & Molecular DX
A Super Sensitive Alzheimer's Test Powered by Nanozymes
OCT 27, 2020
A Super Sensitive Alzheimer's Test Powered by Nanozymes
  Simple tasks are now uphill struggles, social situations aren’t fun, and the car keys are missing again. By ...
NOV 07, 2020
Neuroscience
Device Measures Stress Hormones with Earwax
NOV 07, 2020
Device Measures Stress Hormones with Earwax
Researchers from University College London and King’s College London in the UK have developed a device that can me ...
NOV 15, 2020
Neuroscience
Brain Chemical Noradrenaline Helps Us Adapt to Uncertainty
NOV 15, 2020
Brain Chemical Noradrenaline Helps Us Adapt to Uncertainty
Researchers from the University of Cambridge and University College London have found that a neurochemical known as nora ...
Loading Comments...