ABSTRACT
Torsion of uterine adnexa is an important cause of acute abdominal pain in females. The main organ which can cause torsion is the ovaries, but torsions of the fallopian tube, subserosal myoma, paratubal cyst, and even the uterine body have been reported. The incidence of isolated fallopian tubal torsion is very rare. Even more rarely, it can coil around nearby organs such as the utero-ovarian ligament, showing similar clinical manifestations with those of adnexal torsion. We experienced an extremely rare case of acute abdomen induced by ovarian congestion triggered by the fallopian tube accompanying a paratubal cyst coiling around the utero-ovarian ligament. The right paratubal cyst was misinterpreted as being part of a cystic component of the left ovary on preoperative sonographic examination, and the coiling of the right fallopian tube accompanying the paratubal cyst was misdiagnosed as torsion of the right ovary. We report this rare case with a brief literature review.
Subject(s)
Female , Humans , Abdomen, Acute , Abdominal Pain , Estrogens, Conjugated (USP) , Fallopian Tubes , Incidence , Ligaments , Myoma , Ovary , Parovarian Cyst , UltrasonographyABSTRACT
A complete septate uterus with cervical duplication and a longitudinal vaginal septum is a rare uterine malformation. The dissection of the septum can be difficult because it is difficult for hysteroscopists to find out initial point, direction and final point of a complete septum. This study aimed the introduction of more efficient surgical procedure using a balloon with methylene blue. We have experienced three cases with a complete septate uterus. We performed hysteroscopic dissection of a complete uterine septum using a balloon with methylene blue and obtained good reproductive outcomes. So we report three cases with a brief review of literatures.
Subject(s)
Methylene Blue , UterusABSTRACT
Laparoscopic management is the ideal form of treatment for tubal pregnancy, most common type of ectopic pregnancy. Not only abdominal pregnancy including intraligamentary pregnancy is an rare form of ectopic pregnancy, but intraligamentary pregnancies are usually diagnosed and managed by emergency explorative laparotomy. We present the case of an intraligamentary pregnancy of a 28-year-old woman managed by laparoscopic treament without any complication.
Subject(s)
Adult , Female , Humans , Pregnancy , Emergencies , Laparoscopy , Laparotomy , Pregnancy, Abdominal , Pregnancy, Ectopic , Pregnancy, TubalABSTRACT
Laparoscopic management is the ideal form of treatment for tubal pregnancy, most common type of ectopic pregnancy. Not only abdominal pregnancy including intraligamentary pregnancy is an rare form of ectopic pregnancy, but intraligamentary pregnancies are usually diagnosed and managed by emergency explorative laparotomy. We present the case of an intraligamentary pregnancy of a 28-year-old woman managed by laparoscopic treament without any complication.
Subject(s)
Adult , Female , Humans , Pregnancy , Emergencies , Laparoscopy , Laparotomy , Pregnancy, Abdominal , Pregnancy, Ectopic , Pregnancy, TubalABSTRACT
PURPOSE: The purpose of this study was to evaluate the clinical utility of rapid detection of Down syndrome and Edward syndrome by Interphase Fluorescence in Situ Hybridization (FISH) analysis METHODS: A retrospective study in 309 cases of amniotic fluid samples, analysed by interphase FISH with DNA probes specific to chromosome 18 and 21, was performed. All FISH results were compared with conventional cytogenetic karyotypings. RESULTS: The results were considered as informative and they were obtained within 48 hrs. A case of Down syndrome and a case of Edward syndrome were diagnosed by FISH and confirmed by subsequent cytogenetic analysis. In 12 cases with normal FISH results, the cytogenetic analysis showed a case of partial trisomy 22, three cases of sex chromosomal aneuploidy, two cases of mosaicism, two cases of microdeletion, and four cases of structural rearrangement. CONCLUSION: FISH is a rapid and effective diagnostic method, which can be used as an adjunctive test to cytogenetic analysis, for prenatal identification of chromosome aneuploidies. For the more genome- wide screening with variety of probes, the technique of FISH is both expensive and labor-intensive.
ABSTRACT
OBJECTIVE: The aim of this study was to determine whether fetal nucleated red blood cells (NRBCs) could be distinguished from maternal cells in peripheral blood using an erythroblast scoring system. Presumptive fetal NRBCs were further analyzed through the use of fluorescent PCR amplification with polymorphic STR markers to prove fetal origin. METHODS: NRBCs were isolated by density gradient separation, CD15/45 depletion, and gamma hemoglobin positive selection from peripheral blood of seven women who had undergone termination of pregnancy because of fetal trisomy 21 (n=4), 18 (n=1), and 13 (n=2). Candidate fetal NRBCs, based on four discrete morphological and hemoglobin staining criteria, were then subjected to fluorescent PCR amplification of chromosome 21 short tandem repeat (STR) markers (D21S1411, D21S11) and chromosome 18 STR markers (D18S535). RESULTS: In all cases candidate fetal NRBCs were accurately identified based on erythroblast scoring system and confirmed to be fetal in origin based on the presence of shared and non-shared polymorphic DNA alleles when compared to DNA isolated from maternal cells. Also in five cases aneuploid fetal cells in maternal blood were identified through the use of fluorescent PCR amplification with polymorphic STR markers. CONCLUSION: We were able to distinguish fetal NRBCs from maternal cells and prove fetal origin independent of gender. These results suggest that this novel combined approach to fetal cell isolation through using an erythroblast scoring system and genetic analysis by STR analysis is a promising method for noninvasive prenatal diagnostic applications.