GSE173845
Intrauterine growth restriction causes abnormal embyronic dentate gyrus neurogenesis in mouse offspring that leads to adult learning and memory deficits
In our mouse model of intrauterine growth restriction (IUGR), we have discovered that IUGR promotes embyronic Sox2+ neural stem cell depletion as well as premature neurogenesis. Using RNA-seq, we strived to determine the differentially expressed molecular genes/pathways that may be responsible for such cellular differences between appropriately-grown and IUGR mouse offspring. Overall design: Examination of sham and IUGR embryonic day 15.5 hippocampi