
Zimmerman has developed a non-nutritive suck device that quantitatively tests suck patterns in infants. This information is a key indicator of infant neural development, and the ultimate goal is to use this data to develop intervention processes to improve outcomes for babies born prematurely. The non-nutritive suck device is being used as part of research for The Center for Research on Early Childhood Exposure and Development (CRECE), which investigates in utero air pollutant exposures alongside postnatal exposures and developmental delays in infants born in Puerto Rico.
Read the full summer of 2017 issue of Vital Signs here.
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