homeostasis/metabolism
• exposing pregnant females to hypoxic conditions on E5.5 and E6.5 results in death or resorption of most fetal-placental units at E17.5 whereas wild-type mice are unaffected
• following exposure to hypoxic conditions, the chorioallantoic placental organization is enlarged and distorted at E11.5
• following exposure to hypoxic conditions, hemorrhages are observed in uteroplacental compartments at E11.5
• following exposure to hypoxic conditions, trophoblast giant cells are overgrown at E11.5
• following exposure to hypoxic conditions, there is a decrease in the invasion of endovascular cells at E11.5
• following exposure to hypoxic conditions, mesometrial compartments have enlarged blood spaces and the mesometrial deciduas is compressed
|
reproductive system
• following exposure to hypoxic conditions, the mesometrial deciduas is compressed
|
• following exposure to hypoxic conditions, mesometrial compartments have enlarged blood spaces and the mesometrial deciduas is compressed
|
embryo
• following exposure to hypoxic conditions, there is a increase in the invasion of endovascular cells at E11.5
|
• following exposure to hypoxic conditions, trophoblast giant cells are overgrown at E11.5
|
• following exposure to hypoxic conditions, the chorioallantoic placental organization is enlarged and distorted at E11.5
• following exposure to hypoxic conditions, hemorrhages are observed in uteroplacental compartments at E11.5
|
• following exposure to hypoxic conditions, the mesometrial deciduas is compressed
|
cardiovascular system
hemorrhage
(
J:117034
)
• following exposure to hypoxic conditions, hemorrhages are observed in uteroplacental compartments at E11.5
|
endocrine/exocrine glands
• following exposure to hypoxic conditions, mesometrial compartments have enlarged blood spaces and the mesometrial deciduas is compressed
|