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We present a case report of a young nulliparous woman that presented with progressive ascites, night sweats and weight loss. Clinical and para-clinical findings were not suggestive of pulmonary tuberculosis (TB) or other peritoneal conditions. A laparoscopy revealed important ascites and granulomatous peritoneal infiltration with normal genital anatomy. Tests for tuberculosis revealed primary peritoneal involvement in absence of pulmonary TB. This was a case of TB with primary and limited localization in the peritoneum. A strength of this report is that it has adequate illustration of the macroscopic and microscopic findings. In this brief report, we argue that the peritoneal localization of TB has been forgotten, but in countries with a high incidence of this condition, it should always be taken into consideration by doctors from all specialities when making differential diagnosis., (Copyright © 2016 Tuberculosis Association of India. Published by Elsevier B.V. All rights reserved.)

Background: An estimated 100,000 cases of congenital rubella syndrome (CRS) occur worldwide each year. The reported mortality rate for infants with CRS is up to 33%. The cellular mechanisms responsible for the multiple congenital defects in CRS are presently unknown. Here we identify cell types positive for rubella virus (RV) in CRS infants., Methods: Cells and organs involved in RV replication were identified in paraffin-embedded autopsy tissues from three fatal case-patients by histopathologic examination and immunohistochemical (IHC) staining using a rabbit polyclonal RV antibody. Normal rabbit antisera and RV antisera preabsorbed with highly purified RV served as negative controls., Results: RV antigen was found in interstitial fibroblasts in the heart, adventitial fibroblasts of large blood vessels, alveolar macrophages, progenitor cells of the outer granular layer of the brain, and in capillary endothelium and basal plate in the placenta. The antibody specificity was verified by IHC staining of multiple tissue sections from other infectious disease cases. RV infection of each cell type is consistent with abnormalities which have been identified in patients with CRS, in the heart, large blood vessels, and brain. Antigen distribution was consistent with inflammatory response to vascular injury and systemic spread of RV., Conclusions: The identification of RV positive cell types in CRS is important to better understand the pathology and pathogenesis of CRS.

Although Romania has one of the highest incidence of cervical cancer in Europe (30 new cases/100 000 women), little is known about the distribution of the human papillomaviruses (HPV) genotypes in this population. We seek to determine the distribution of HPV genotypes in women with normal and abnormal cervical cytology. We analyzed 460 cervical cytology specimens from women who self-referred to the gynecologic clinic. HPV was detected and genotyped using the commercially available INNOLiPA (INNOGENETICS NV) kit based on the reverse hybridization principle. HPV DNA was detected in 279 cases (60.7%) with a median age of 32.9 years. In HGSIL (High Grade Squamous Intraepithelial Lesion) cytology, the presence of HPV DNA was confirmed in 82.7% of cases. The most frequent high-risk genotype was HPV16, found in 32.6% of HPV-positive samples. The next common high-risk genotypes were HPV18, HPV31 and HPV51. Our findings on the distribution and frequency of the HPV genotypes in Romanian population confirmed the utility of the current available HPV vaccines, HPV16 and 18 being detected in 28.7% of cases in the investigated area., (© 2010 The Authors. Journal Compilation © 2010 APMIS.)