Molecular analysis of genital HPV: results of a study made in the years 2005-2008
AbstractBackground: Human Papilloma virus (HPV) infection is the main cause of cervical cancer and cervical intraepithelial neoplasia (CIN) worldwide. Consequently, it would be useful to evaluate HPV testing to screen for cervical cancer. Recently several molecular biological tests able to detect different HPV types and to classified them into high and low-risk groups have been developed. In this study we examined HPV prevalence and genotype distribution in a group of 346 patients, some women undergoing cytological screening for prevention, others with abnormal cytological and/ or clinics. Methods: HPV detection and genotyping were done using a polymerase chain reaction based assay with the use the HPV Typing kit (Nuclear Laser Medicine).The tests can detect and differentiate 14 types of human papilloma virus, classified them into low, medium and high risk. Results. During the period 2005-2008, a total of 346 samples were analysed.The results of this study show that in this series, HPV infection were detected in 43.35% with a prevalence of 83.3% in patients of 16-20 years. Over the years there weren’t an increase of the infection. Among patients with condylomas, the genotype most frequently detected were HPV 6 (79%) followed by HPV 11 (25.5%) while among the eso-endocervical swabs were HPV 16 (34.5%) and HPV 6 (26.1%). Conclusions: Our work shows how is high the incidence of HPV infection in people especially young, thus the importance of HPV molecular test for diagnosing the presence of high risk HPV oncogenes.This epidemiological study can better understand the incidence of HPV in local and identification of the virus strain that maintains the infection, in order to assume a growing importance in prevention programs.
- Abstract views: 823
- PDF: 1637
Copyright (c) 2010 Maria Di Bello, Giuseppe Lenoci, Carmela Mazzone, Michele Direnzo
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.