CRECE Research Center
CRECE studies air pollution impacts on child development, and pollutant mixtures and their effects on human health.News
CRECE Early Career Investigator Emily Zimmerman to be promoted to Associate Professor with Tenure
In May 2020, CRECE and ECHO Researcher Emily Zimmerman was officially recommended for promotion to Associate Professor with Tenure. As Project 1 Co-Investigator and the Early Career Investigator for...
Huerta-Montañez elected to Executive Committee of the Council on Environmental Health of the American Academy of Pediatrics
Earlier this month, PROTECT, ECHO, & CRECE pediatrician and scientist Gredia Huerta-Montañez was elected to the National Executive Committee of the Council on Environmental Health (COEH) of the...
PROTECT CEC Co-Director Carmen Vélez-Vega Appointed to EPA’s Children’s Health Protection Advisory Committee
Dr. Carmen M. Vélez-Vega, co-director of the PROTECT Community Engagement Core, has been appointed to the EPA’s Children’s Health Protection Advisory Committee (CHPAC). The CHPAC consists of...
Released: Children's Centers Impact Report
The NIEHS/EPA Children’s Environmental Health and Disease Prevention Research Centers have recently released their Children’s Centers Impact Report.
Team Spotlight
CRECE Early Career Investigator Emily Zimmerman to be promoted to Associate Professor with Tenure
In May 2020, CRECE and ECHO Researcher Emily Zimmerman was officially recommended for promotion to Associate Professor with Tenure. As Project 1 Co-Investigator and the Early Career Investigator for CRECE, this promotion is a major achievement and only one of her many accomplishments during her time with CRECE.
In 2018, Emily received a grant under ECHO for her project titled, “Integration of Non-Nutritive Suck and Eye Tracking as markers of Neurodevelopment across Five ECHO Cohorts,” to expand her research with the non-nutritive suck device, developed in her lab to quantitatively test suck patterns in infants. The ultimate goal of this study is to demonstrate that together NNS and infrared eye tracking measures can assess a broad range of neurofunctions in young infants and that these approaches are sensitive measures of environmental exposures.