The effects of a history of seizures during pregnancy on umbilical arterial blood gas values in pregnant women with epilepsy.

OBJECTIVE: The objective of this study is to investigate if the number of seizures that occur during pregnancy has any effect on umbilical arterial blood gas values at delivery. MATERIAL AND METHODS: In total, 55 women who were 37 to 41 weeks pregnant and diagnosed with generalized tonic-clonic epilepsy and 50 pregnant women with similar characteristics but not diagnosed as epileptic were included in this study. The patients diagnosed with epilepsy were divided into two groups: 27 patients with a history of at least 5 epileptic seizures during pregnancy and 28 who had no seizures during pregnancy. All patients diagnosed with epilepsy had a history of caesarean delivery or a caesarean section under general anesthesia on the advice of neurology. Pregnant women in the control group were also chosen from among patients who had a caesarean on account of a previous caesarean delivery. In the cases included in the study, umbilical arterial blood gas sampling was performed immediately after delivery. RESULTS: When the control group without epilepsy was compared with pregnant women who had no history of epileptic seizures during pregnancy, no difference was found in umbilical arterial blood gas values (p>0.05). When patients with a history of 5 or more epileptic seizures during pregnancy were compared with the control group without epilepsy and the patients with epilepsy who had no history of seizures during pregnancy, there was no statistically significant difference (p>0.05), although their umbilical arterial blood pH values were found to be lower, while partial carbon dioxide pressure (pCO2), values were higher and partial oxygen pressure (pO2) values were lower. CONCLUSION: Taking potential fetal risks into consideration, maternal generalized tonic-clonic epileptic seizures might be worrying. Tonic-clonic seizures that occur during pregnancy appear to be associated with temporary hypoxia. Therefore, monotherapy for seizures and treatment at the lowest effective dose should be administered to women with epilepsy in the preconception and prenatal term.

A case report of complete mole with co-existent exaggerated placental site reaction and review of the literature.

Exaggerated placental site (EPS) is defined as a non-neoplastic trophoblastic lesion, which intermediate trophoblasts infiltrate exaggeratedly into endometrium and myometrium. These lesions may occur following normal pregnancy, ectopic pregnancy, abortus or molar pregnancy. Herein we share a case of EPS detected after evacuation due to molar pregnancy. We also review the related literature, where only a few reports exist describing the clinical course, histopathology and differential diagnosis of EPS.