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Intrauterine Fetal Transfusion
NeoReviews, 20191. A woman is pregnant at 31 weeks’ gestation with Rh (D)–negative, antibody-negative blood type. She develops a placental abruption, prompting delivery of a viable preterm infant with Rh (D)–positive blood type. Which of the following is recommended after delivery to prevent D-alloimmunization in the mother? 2.
Nicholas, Teodoro +2 more
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Ultrasound as an Aid in Intrauterine Transfusion
American Journal of Obstetrics and Gynecology, 1977Although the number of patients with Rh isoimmunization in pregnancy has been decreasing in recent years, intrauterine transfusion is still an important form of therapy for those patients whose infants have erythroblastosis. We have used both gray-scale and real-time ultrasonography for the last ten cases in which intrauterine transfusion was necessary.
P L, Cooperberg, C W, Carpenter
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Radiation to the fetus in intrauterine transfusion
American Journal of Obstetrics and Gynecology, 1968Abstract Radiation delivered at the depth of the fetus was calculated for 74 intrauterine transfusions performed on 29 fetuses in Winnipeg. Exposure ranged from 0.44 r to 2.18 r per transfusion. Factors which may reduce fetal exposure are discussed and possible effects of fetal radiation outlined.
L J, Peddle, E M, Campbell
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Ultrasound-facilitated intrauterine transfusions
American Journal of Obstetrics and Gynecology, 1980Ultrasound-facilitated intrauterine transfusion was performed on 35 fetuses. Eleven fetuses were hydropic and less than 26 weeks' gestation at the time of the first intrauterine transfusion (IUT). Only two (18%) neonates survived. Twelve fetuses were not hydropic and less than 26 weeks' gestation at time of IUT. Six (50%) neonates survived.
D, Acker +6 more
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Immunomodulation induced by intrauterine transfusions
European Journal of Obstetrics & Gynecology and Reproductive Biology, 1998Intrauterine transfusion (IUT) therapy offers a unique model to study the immunological consequences of fetal exposure to donor alloantigens. IUT can result in immediate and short effects. Directly after IUT a relative leukocytosis was observed, which was evenly distributed among the different leukocyte subsets.
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Intrauterine Transfusion, 1980: An Update
Clinics in Perinatology, 1980The benefits and risks of intrauterine transfusions in the modern management of Rh hemolytic disease are considered. Modifications of technique, complications, survival data, and long-term follow-up studies are discussed.
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Intrauterine exchange transfusion
American Journal of Obstetrics and Gynecology, 1966S H, Asensio +2 more
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Intrauterine transfusion in Rh alloimmunisation
Medical Journal of Australia, 1992Meagher, SE, Fisk, NM
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