PROTECT is a multi-institutional project funded by NIEHS that studies exposure to environmental contamination in PR and its contribution to preterm birth.
In February, Project 3 Lead Ingrid Padilla and Project 4 Researcher Fahad Ehsan were awarded a $150,000 Advanced Research Grant from the Puerto Rico Science, Technology & Research Trust to advance decentralized water treatment solutions. protect.sites.northeastern.e…
This project will pilot a flow-through electrochemical reactor using biomass-derived carbon electrodes to remove & degrade contaminants w/o added chemicals, supporting the transition from lab innovation to field-ready systems. Read more about the work. ⤵️ protect.sites.northeastern.e…
ICYMI: The ECHO Opportunities & Innovation Fund (OIF) provides grants to early-career investigators for research introducing new tools & technologies. Materials from this recent #ECHODiscovery presentation from Dr. Linda Adair of @UNC are now available: duke.is/r/ndb9
In March, Project 3 Lead Ingrid Padilla received the Dr. Freeman Hrabowski III Legacy Award for her outstanding contributions in science, technology, engineering, & mathematics across academia, industry, & government. Congratulations, Ingrid! 🎉 protect.sites.northeastern.e…
Join us online Wed. 5/13 @ 1 pm ET to see Dr. Linda Adair of @UNC present our next free, public #ECHODiscovery webinar on the ECHO Opportunities & Innovation Fund (OIF) and the accomplishments of OIF awardees: duke.is/r/ndb9
We’re live with opening remarks! #ECHOSymposium2026 kicks off today at NIH & online. Follow along as we explore how science translates into action for children’s health. Join live: duke.is/Symposium-2026
ICYMI: Many different factors contribute to whether participants in longitudinal studies, like ECHO, report a positive experience. Materials from this recent #ECHODiscovery presentation from Dr. Elissa Faro of Hackensack Meridian Health are now available: duke.is/n/sequ
ICYMI: Read about a new PROTECT publication describing a multi-year effort led by trainee Zlatan Feric to harmonize birth outcomes and arsenic data across three birth cohorts. ⤵️
A new PROTECT publication led by DMAC trainee Zlatan Feric describes a multi-year study harmonizing and analyzing birth outcomes and arsenic data across three independent birth cohorts, including PROTECT. protect.sites.northeastern.e…
Today at 1 pm ET: Join us for a free public #ECHODiscovery presentation from Dr. Elissa Faro of Hackensack Meridian Health Center for Discovery & Innovation on the patient experience in longitudinal studies like ECHO: duke.is/n/sequ
A new PROTECT publication led by DMAC trainee Zlatan Feric describes a multi-year study harmonizing and analyzing birth outcomes and arsenic data across three independent birth cohorts, including PROTECT. protect.sites.northeastern.e…
Investigators were able to harmonize data and increase sample size across cohorts. However, they faced problems harmonizing certain variables due to cohort-specific social and environmental contexts. This demonstrates the unique challenges of retrospective data harmonization.
Read more about the publication and the challenges and benefits of harmonizing environmental health data on the PROTECT site. ⤵️ protect.sites.northeastern.e…
Today at 1 pm ET: Join us for a free public #ECHODiscovery presentation from Dr. Alicia Peterson of @KPDOR on the potential influence of prenatal & early life exposure to #PFAS on a range of #childhealth outcomes: duke.is/b/sfgu
Join us online Wed. 3/11 @ 1 pm ET to see Dr. Alicia Peterson of @KPDOR present our next free, public #ECHODiscovery webinar on the effects of prenatal and early life #PFAS exposure on #childhealth outcomes: duke.is/b/sfgu
📄 A recent publication led by former Project 4 trainee Amir Taqieddin investigates how the small pores inside granular activated carbon (GAC) particles influence the ability of water to be cleaned in electrochemical treatment systems. protect.sites.northeastern.e…
From this, Amir provides three design principles for developing carbon electrodes: (1) optimize porosity to maximize water access & prevent bubble blockage, (2) optimize particle size to improve mass transfer & reactive surface exposure, & (3) use controlled pore structures.