Acute maternal ethanol administration to C57B1/6J mice on gestational day 7 (GD7) results
in facial and brain abnormalities similar to those reported in human fetal alcohol syndrome …

Fetal alcohol syndrome (FAS) is characterized by growth retardation, craniofacial
malformations, and heart and neural defects; the cellular and molecular mechanism (s) …

Acute maternal ethanol administration (two ip injections of 2.9 g ethanol/kg maternal body
wt) to C57B1/6J mice during gastrulation stages of embryogenesis (gestational day 7) …

The effects of prenatal exposure to ethanol on glucose utilization in specific laminae of
mature rat cerebral cortex were examined. Pregnant hooded rats were fed a liquid diet …

Clinical and experimental evidence has demonstrated that ethanol is a teratogen, and that
its consumption during pregnancy induces harmful effects on the developing foetus that …

Animal model-based studies have shown that ethanol exposure during early gestation
induces developmental stage-specific abnormalities of the face and brain. The exposure …

Acute exposure of mouse embryos to ethanol during stages of hindbrain segmentation
results in excessive cell death in specific cell populations. This study details the ethanol …

Glial cells and their interactions with neurons play vital roles during the ontogeny of the
nervous system and in the adult brain. Alcohol intake during pregnancy can cause mental …

Ethanol exposure on gestational day (GD) 7 in the mouse has previously been shown to
result in ventromedian forebrain deficits along with facial anomalies characteristic of fetal …

Prenatal alcohol exposure is known to cause damage to the central nervous system. This
study sought to further elucidate the structural brain damage that occurs following prenatal …