Three-dimensional ultrasound in the diagnosis and the classification of congenital uterine anomalies using the ESHRE/ESGE classification: a diagnostic accuracy study.

STUDY OBJECTIVE: To estimate the diagnostic accuracy of three-dimensional ultrasonography (3D US) compared to hysteroscopy/laparoscopy, in the investigation of uterine congenital anomalies using the ESHRE/ESGE classification of female genital tract congenital anomalies. DESIGN: Prospective blind, comparative, cohort study. SETTING: University Tertiary Hospital and affiliated private Hospital. PATIENTS AND METHODS: Sixty-two women consecutively referred with a suspected diagnosis of uterine congenital anomalies. The ESHRE/ESGE classification of congenital anomalies of the female genital tract was used for the description of abnormal findings. INTERVENTIONS: All patients underwent (1) 3D US and (2) hysteroscopy with laparoscopy to establish the final diagnosis. RESULTS: Concordance between 3D US and hysteroscopy with laparoscopy about the type and the classification of uterine anomaly was verified in 61 cases, including all those with septate uterus, dysmorphic uterus, bicorporeal, hemi-uterus or unicorporeal, and aplastic uterus and one out of two with normal uterus. For the diagnosis of septate uteri, which was the most common anomaly, the sensitivity of 3D US was 100%, the specificity was 92.3%, the PPV was 98% and the NPV was 100%, with kappa index 0.950. For bicorporeal, dysmorphic uterus, hemi-uteri or unicorporeal and aplastic uterus the sensitivity, specificity, PPV and NPV were all 100% with K = 1.00. Overall, 3D US showed perfect diagnostic accuracy (Kappa index = 0.945) in the detection of congenital uterine anomalies. CONCLUSION: 3D US appears to be a very accurate method for the diagnosis of congenital uterine anomalies.

Implementation of Fetal Cardiac Guidelines for the Routine Second-Trimester Heart Examination: A Feasibility Study.

PURPOSE: This study aimed to explore the feasibility of implementation of the ISUOG 2013 guidelines on routine second-trimester examination of the fetal heart. MATERIALS AND METHODS: This was a prospective study in 357 women with singleton pregnancy undergoing their routine second-trimester scan. The fetal heart was examined using B-mode in different planes according to the guidelines. Potential maternal and fetal factors that can affect the rates of diagnostic-quality imaging for each of the recommended views were tested, using regression analysis. The intra- and interobserver agreement was analyzed in stored video loops. RESULTS: Most cardiac structures could be successfully examined with rates at or close to 100 %. Structures with a successful examination rate of ≤ 85 % included the ventricular wall fine details (55.2 %), tricuspid valve insertion (82.6 %), aortic root with clear walls (77.9 %), pulmonary artery walls (65.8 %) and clear view of the great artery walls (66.7 %). Common factors affecting the likelihood of successful examination of these structures included maternal BMI, skin-to-crux distance and the orientation of the cardiac axis. A post-hoc analysis indicated that a lack of pre-defined criteria for diagnostic quality was a constant reason for the interobserver variation. CONCLUSION: Most of the cardiac views can be consistently and reliably obtained, with maternal habitus being the primary factor limiting the quality of visualization. As offline interpretation may be subjective, using pre-defined quality criteria for the assessment of the images might improve interrater agreement.

Prenatal diagnosis of thoracic kidney in the 2nd trimester with delayed manifestation of associated diaphragmatic hernia.

Ectopic kidney is a rare congenital malformation, caused by renal malpositioning during embryogenesis. We report a rare case of ectopic kidney located in the left hemithorax of a male fetus. The unique features in this case were early sonographic prenatal diagnosis of thoracic kidney at 22 weeks' gestation, which was confirmed by fetal MRI, and delayed sonographic manifestation of the associated congenital diaphragmatic hernia at 27 weeks.

Fetal reduction in a nontuplet pregnancy: technical and ethical considerations.

A case of a nontuplet pregnancy that was successfully reduced to twins resulting in a good neonatal outcome is described. A 37-year-old woman achieved a nontuplet pregnancy after ovarian stimulation with GnRH-analogues and gonadotrophins in the short protocol and artificial insemination. Reduction of the nontuplet pregnancy to twins was successfully performed in three attempts and delivery by caesarian section was followed on the 32nd week of pregnancy. Two alive and healthy neonates with birth weights 1235 g and 1515 g were born. Multifetal pregnancy reduction is medically justified in the very high order pregnancies. The first approach, though, to the problem of multiple gestation should be prevention through carefully monitored infertility treatment, as the elective embryo reduction procedure carries with it medical, ethical and psychological issues for both the parents and the physicians involved.