| Literature DB >> 30793481 |
Jill A Rabinowitz1, Sally I-C Kuo2, William Felder1, Rashelle J Musci1, Amie Bettencourt3, Kelly Benke1, Danielle Y Sisto1, Emily Smail1, George Uhl4, Brion S Maher1, Anthony Kouzis1, Nicholas S Ialongo1.
Abstract
Polygenic propensity for educational attainment has been associated with higher education attendance, academic achievement and criminal offending in predominantly European samples; however, less is known about whether this polygenic propensity is associated with these outcomes among African Americans. Using an educational attainment polygenic score (EA PGS), the present study examined whether this score was associated with post-secondary education, academic achievement and criminal offending in an urban, African American sample. Three cohorts of participants (N = 1050; 43.9% male) were initially recruited for an elementary school-based universal prevention trial in a Mid-Atlantic city and followed into young adulthood. Standardized tests of reading and math achievement were administered in first grade. At age 20, participants reported on their level of education attained, and records of incarceration were obtained from Maryland's Criminal Justice Information System. In young adulthood, DNA was collected and extracted from blood or buccal swabs and genotyped. An EA PGS was created using results from a large-scale genome-wide association study on educational attainment. A higher EA PGS was associated with a greater log odds of post-secondary education. The EA PGS was not associated with reading achievement, although a significant relationship was found with math achievement in the third cohort. These findings contribute to the dearth of molecular genetics work conducted in African American samples and highlight that polygenic propensity for educational attainment is associated with higher education attendance.Entities:
Keywords: African Americans; academic achievement; criminal offending; educational attainment polygenic score; post-secondary education
Mesh:
Year: 2019 PMID: 30793481 PMCID: PMC7008934 DOI: 10.1111/gbb.12558
Source DB: PubMed Journal: Genes Brain Behav ISSN: 1601-183X Impact factor: 3.449