A study of feto-maternal outcome in bleeding per vaginum in first trimester of pregnancy

Background: Bleeding per vaginum in the first trimester is a common obstetric entity. Four major causes of pathological bleeding in 1st trimester are miscarriage, ectopic pregnancy, implantation bleeding of pregnancy and cervical pathology. The purpose of this study was to investigate and understand the effect of first trimester vaginal bleeding on maternal and perinatal outcomes in the local population to which our hospital serves. Objective of this study was to estimate the degree of association between first-trimester bleeding and miscarriage, pregnancy outcomes in women with threatened abortion, various maternal complications and outcome of labor in pregnancy complicated by first-trimester bleeding and adverse fetal outcomes affected with first trimester bleeding.Methods: This prospective observational study was carried out on 110 women attending hospital with history of first trimester vaginal bleeding at a tertiary health center - sola civil hospital Ahmedabad for a period of twelve months.Results: Majority (69%) of first trimester bleeding occurs in age group of 21-30 years and majority of patients were primigravida constituting 53% out of 110 patients, 48 patients presented with abortions, out of which 26 had threatened abortion and 22 had other abortions. Primi para with previous history of bleeding per vaginum had more chances to go in full term in present pregnancy.Conclusions: Patients presenting with heavy bleeding per vaginum ended up in pregnancy loss and thus a poor outcome. In the presence of sub-chorionic hematoma, the prognosis of pregnancy is greatly affected as the risk of pre-term, IUGR and especially miscarriages increase significantly.

Scenario of molar pregnancy in a tertiary care centre in Delhi, India

Background: Molar pregnancies represent a significant burden of disease on the spectrum of gestational trophoblastic diseases with incidence varying with geographic region. Aim was to review all molar pregnancies admitted at our institution and to study the incidence, clinical presentation, management, complications and outcome of molar pregnancies.Methods: An observational study was done in department of obstetrics and gynaecology at Dr. BSA Medical College and Hospital among women with molar pregnancy over two years.Results: The incidence of molar pregnancy of the institute was 1.05/1000 deliveries. 21- 25 years age group and nulliparous women constituted 28.1% of patients. Amenorrhea (100.0%) was the commonest presenting complaints followed by abnormal vaginal bleeding (90.62%). Anemia (37%) was the commonest complication followed by acute hemorrhage (31%) and hyperthyroidism (18%). Suction evacuation was done in 96.8% of patients and 87.5% required blood transfusion. Only 6.2% (2/32) of patients had post evacuation chemotherapy. None of the cases developed choriocarcinoma. Limitation of the study was that the incidence of subsequent pregnancies after complete treatment of molar pregnancies was not studied.Conclusions: Early diagnosis of complete molar pregnancy can change the clinical presentation, diagnosis, and treatment of molar pregnancy. There is need for early recognition, timely referral, prompt and proper treatment of this condition. Adequate follow-up of the patients and need for contraception should be reinforced.

A Case of Hashimoto's Thyroiditis with Transient T3-Thyrotoxicosis Induced by Hydatidiform Mole / 대한내분비학회지

Human chorionic gonadotropin(HCG) is a member of the glycoproteins family synthesized by the placenta, which consists of 2 noncovalently joined subunits(alpha(alpha) and beta(beta)). The alpha- and beta-subunits have a structural homology with the alpha- and beta-subunits of TSH and LH. The thyrotropic action of HCG results from its structural similarity to TSH, so beta-HCG can bind to the TSH receptor in the thyroid gland. A high level of HCG accompanied by an increased thyroid hormone level, can be observed in gestational trophoblastic disease (GTD), such as a hydatidiform mole or a choriocarcinoma, but the clinical symptoms of hyperthyroidism are rarely observed. We experienced a case of Hashimoto's thyroiditis, where the patient was diagnosed with T3-thyrotoxicosis, which had initially been induced by excess beta-HCG due to an H-mole; after evacuation of the H-mole, the condition was diagnosed as hypothyroidism. It has been speculated that a patient with Hashimoto's thyroiditis could have hyperthyroidism, induced by beta-HCG, due to an H-mole

Metastatic Gestational Trophoblastic Disease in the Lung Occuring with Hydatidiform-mole in Tubal Pregnancy: A case report

Gestational trophoblastic disease associated with the tubal pregnancy is uncommon, and the incidence has been described as 1/5000 tubal pregnancy. We have experienced a case of metastatic gestational trophoblastic disease(GTD) in the lung occuring with complete hydatidiform mole arising in tubal pregnancy. The patient was a 39-year-old, G4P2A2L2 woman with amenorrhea for 5 weeks. Ectopic pregnancy in the right fallopian tube was suspected on transvaginal ultrasonogram. A right adnexectomy was performed. The fallopian tube was markedly dilated and ruptured. The right ovary and a round hematoma had adhered to the external surface of the fallopian tube. On gross examination, no molar tissue was identified. On microscopic examination, the lumen of the dilated fallopian tube was filled with blood clots admixed with several chorionic villi showing hydropic swelling and marked proliferation of atypical trophoblasts. Proliferating syncytio-and cytotrophoblasts invaded the wall of the blood vessels of the fallopian tube and sheets of trophoblasts and some villi were identified in the lumen of blood vessels. Multiple pulmonary nodules thought to be metastatic nodules were identified in the chest X-ray and serum beta-HCG had increased 2 weeks later. This case indicates that a careful pathological examination in the ectopic pregnancy is mandatory, because tubal GTD is not clinically distinguishable from ordinary tubal pregnancy.

Light and Electron Microscopical Studies on the Stroma of Hydatidiform Mole

Many investigators were interested in the pathogenesis and the relationship between microscopical features and clinical behavior of hydatidiform mole. Trophoblastic cells in the trophoblastic disease were intensively examined histologically, ultrastructurally, immunohistochemically, and with hormone assay method, etc. But ultrastructural study on the stroma of hydatidiform mole was scarcely reported. In this paper, hydatidiform mole was examined at light and electron microscopic levels, with emphasis on the stroma. The results were as follows: 1) Hydropic degeneration of H-mole is more severe in the center of stroma and is not related with the degree of trophoblastic proliferation. Hofbauer cell and vascular structure are extremely rarely observed in the periphery of stroma which has relatively preserved cellular components. 2) Basement membrane is sometimes separated from trophoblastic layer. Degenerated cells in the stroma contain vacuoles, autophagosomes, and lipid droplets. Collagen is abundant in the loose interstitium. Hofbauer cells have no lysosome or phagosome. Vascular lumen is patient and endothelial cells are degenerated. From the above results, H-mole may be produced due to abnormal changes of trophoblasts and stromal changes may be a secondary process, so called autolysis. Hofbauer cells are not engaged in the stromal degeneration and may be different from usual tissue macrophages.