Babies exposed prenatally to opioids had higher skin conductance and reacted more strongly to pain during and after the heel-stick procedures.
Babies who got exposed to opioids before birth reacted more strongly to pain and scored higher in a skin conductance test that measures the electrical differences in skin in response to pain as soon as 24 and 48 hours after birth . They may need special care even before they start to experience withdrawal symptoms, according to Penn State research.// Dr. Christiana Oji-Mmuo, assistant professor of pediatrics, said the study suggests that babies who were exposed to opioids in the womb may need special care earlier than previously thought.
‘Better objective tools should be available to predict neonatal abstience syndrome or opioid withdrawal syndrome and its severity in newborns for early management.’
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"These babies are responding to pain differently than babies who were not exposed, so maybe we should be paying attention to pain management earlier," Oji-Mmuo said. "If we have to do a painful procedure like a heel lance, we may have to provide extra comforting measures, both during the procedure and after if they continue to be stressed." Read More..
Oji-Mmuo said that as opioid use continues to be a problem in the U.S., so does the risk of babies being born with neonatal abstinence syndrome (NAS). She said an estimated 55 to 94 percent of babies born to mothers who used opioids during pregnancy will develop NAS.
According to the researchers, opioids block the release of norepinephrine, a chemical released in the body during times of stress. When the baby is born and is no longer exposed to opioids, the baby experiences a spike in norepinephrine and other chemicals and hormones in the body. This can result in such symptoms as irritability, eating poorly, sweating, fever and seizures, among others.
Oji-Mmuo said that while there are guidelines for screening babies at risk for developing NAS, there is a need for better, objective tools to help predict NAS and its severity earlier in newborns.
"To best take care of these babies, it's important that we recognize babies who are going through withdrawal very early," Oji-Mmuo said. "We wanted to see if two different tests -- skin conductance measures and facial reactions to pain -- would correlate and predict withdrawal in newborns, because we really need accurate ways to assess these babies."
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To measure skin conductance, a noninvasive device with three electrodes was applied to one foot. The device measured electrical conductance in the skin, which can change when norepinephrine boosts sweat production.
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Oji-Mmuo said the results -- recently published in the Journal of Maternal-Fetal & Neonatal Medicine -- suggest that babies who are born exposed to opioids handle pain worse than babies who were not exposed.
"Even after the painful procedure was over, they continued to have higher skin conductance," Oji-Mmuo said. "Even when the procedure was done and they'd been swaddled, they continued to have these higher measures compared to the babies who hadn't been exposed to opioids."
Source-Eurekalert