The worldwide use of antepartal real-time ultrasonography in fetal b i~m e t r y l -~ and localization of normal and low-lying has been known for a long time. A few reports of characteristic antepartum ultrasound findings of a very rare placenta accreta were published r e~e n t l y .~,~ In addition, Shapiro and his co-workers reported the first case of postpartum ultrasonographic diagnosis of placenta accreta, which clinical management ended by total abdominal hysterectomy in p~e r p e r i u m .~ Other authors also agree on a postpartum hysterectomy because of uncontrollable hemorrhage due to placenta accreta."In this report we describe the localization of retained placental tissue and the successful control of its instrumental removal by real-time ultrasonography in a case of postpartum bleeding after an unsuccessful manual evacuation of placenta accreta. The possibilities of ultrasonography in the detection of placenta accreta and its usefulness in cases of postpartum instrumental intervention within the uterine cavity are discussed.
CASEREPORTA 35-year-old gravida 4 was admitted to our delivery room after an amnioscopic finding of meconium-stained amniotic fluid. Her family and medical histories were unremarkable. In her obstetric history, apart from two normal deliveries, there was an artificial termination of early pregnancy. The ultrasound examination revealed a living male fetus at term in vertex presentation with normal biometry and morphology. The placenta was localized in the fundus and in the left cornual area of the uterus. Four hours after prostaglandin induction of labor, she delivered vaginally a male infant weighing 2970 g, with Apgar scores of 10 at 1 and 5 minutes.Because the placenta did not deliver spontaneously in the next 40 minutes, we tried, after bladder catheterization, to deliver it by cord traction, but were unsuccessful. Moderate bleeding then started. We decided to evacuate the retained placenta by manual removal under intravenous general anesthesia. The placenta was firmly adherent to contiguous myometrial tissue; therefore, we were only able to tear and evacuate placental tissue in small pieces. With regard to the quantity of evacuated placental fragments, it was obvious that the placenta was not removed completely. Moreover, bleeding intensified. It was decided t o visualize and localize precisely the residual placental tissue using real-time ultrasonography after several unsuccessful attempts of blind instrumental evacuations of retained placental cotyledons. Typical hyperechoic and heterogeneous echoes of placental tissue were demonstrated in the fundus and in the left cornual area of the uterus, where the attached myometria1 layer appeared extremely thin (only 8 mm) (Figures 1A and 1B). No retroplacental hypoechoic/anechoic zone could be seen. The adjacent myometrial tissue with a homogeneous ultrasonic appearance had a normal thickness of 50 mm to 60 mm.We decided to remove the firmly adherent placental fragments instrumentally under ultrasound control, at surgical readiness i...