ASPIRIN: Neurodevelopmental Follow-up Trial

An estimated 250 million children under the age of 511 worldwide are at risk for not achieving their developmental potential; 52.9 million children under five years of age in low- and middle-income country (LMIC) settings have neurodevelopmental delays. Compounding the issue is preterm birth (more common in LMICs) which has consistently been identified as a cause of neurodevelopmental delay. A recent review reported that out of the estimated 13 million preterm infants who survive beyond the first month, 0.9 million will suffer long term neurodevelopmental impairment, with 345,000 moderately or severely affected. This burden places a significant strain on the families, healthcare systems and societies that provide care for these children. Data from other Global Network participating sites (Guatemala, Democratic Republic of Congo, Zambia and Pakistan) also found strikingly high rates of stunting ranging from 44% to 66%, among infants and toddlers. Poverty additionally contributes to the attainment of optimal neurodevelopment. As such, any study of neurodevelopment should at least document these potential confounders. Aspirin has been shown to predominantly affect both the COX-1 pathway which is involved in thrombosis and the COX-2 pathway, which affects inflammation through the production of Aspirin Triggered Lipoxins. More specifically, aspirin has been shown to inhibit the production of IL-6, IL-1B, CRP and TNF-α all of which have been shown to negatively affect child neurodevelopment and be involved in preeclampsia and preterm birth. This will be a prospective masked matched cohort study of children between 33 and 39 months (mean 36 months) of age whose mothers were randomized in the ASPIRIN trial \*NCT02409680\* (1:1 Aspirin-Placebo), who will be evaluated using the BSID-III. Additionally, the Family Resources and Context questionnaire will be performed to adjust for the local context and the ASQ-3 will be administered as a secondary screen. Recognizing the significant role that preterm birth plays in neurodevelopment, the investigators will include 100 (50 in each group) children who were delivered before 37 weeks.