Myometrial spiral arteries, the perimeter occupied by endoluminal EVT was reduced

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Myometrial spiral arteries, the perimeter occupied by endoluminal EVT was reduced in the groups receiving AII, BDZ, (P < 0.0005 for both) and AII + BDZ (P < 0.005) as compared to controls. (Figure 3B). In summary, both the isolated and combined interventions resulted in reductions of endoluminal EVT in lateral and myometrial spiral arteries as depicted in Figure 4, upper and lower panel, respectively.A** ** ***B*** *****Figure 3 Intraluminal extravillous trophoblasts in spiral arteries on gestational day 60 in dams treated with saline, angiotensin II (AII), Bradyzide (BDZ), or AII + BDZ. (A) Lateral spiral artery endothelium replaced by extravillous trophoblasts (EVT) ( perimeter) in dams.Myometrial spiral arteries, the perimeter occupied by endoluminal EVT was reduced in the groups receiving AII, BDZ, (P < 0.0005 for both) and AII + BDZ (P < 0.005) as compared to controls. (Figure 3B). In summary, both the isolated and combined interventions resulted in reductions of endoluminal EVT in lateral and myometrial spiral arteries as depicted in Figure 4, upper and lower panel, respectively.A** ** ***B*** *****Figure 3 Intraluminal extravillous trophoblasts in spiral arteries on gestational day 60 in dams treated with saline, angiotensin II (AII), Bradyzide (BDZ), or AII + BDZ. (A) Lateral spiral artery endothelium replaced by extravillous trophoblasts (EVT) ( perimeter) in dams.