Репозиторий Университета

Тhe rapid increase in the frequency of сesarian section (CS) observed in recent years (up to 60% in some countries) is alarming and reduces the reproductive potential of the population. The operated uterus remains the main indication for CS (up to 40%). This is the factor which may allow reducing the frequency of the CS by subsequent delivering through the birth canal. A comparative analysis of maternal and neonatal outcomes enabled the authors to develop a two-stage delivery technology for patients with a caesarean scar, including the usage of the programmed delivery method. The presented algorithm confirmed the validity of vaginal delivery in such patients, and reduced the number of complications up to 4 times. Neonatal morbidity in children born through the birth canal in such patients was comparable to physiological birth.

© 2018 Dynasty Publishing House. All rights reserved. Objective: Development and justification of a differentiated approach to diagnosis and treatment of ectopic extratubal pregnancies. Patients and methods: 37 patients with histologically verified diagnosis «Ectopic pregnancy» were examined, in whom the ovum was located outside the uterine tubes. In 26 cases it was cervical pregnancy, in 8 - ovarian pregnancy, and 3 pregnancies within a caesarean scar. Diagnostic and treatment methods: 2D- and 3D-transvaginal echography, including power Doppler sonography; hCG testing in blood and urine, laparoscopy, hysteroresectoscopy. Results: A system of examining and treating patients with rare ectopic pregnancies has been developed, in which step-by-step measures for optimization of diagnostic and therapeutic processes are presented. The main attention is paid to organ-sparing technologies, including metroplasty and intrauterine surgery in caesarean scar ectopic pregnancy, and also intrauterine surgery in cervical pregnancy. Conclusion: The presented system permits to optimize diagnosis and treatment of patients with ectopic extratubal pregnancies with preservation of the reproductive function.