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Medicina (Ribeiräo Preto) ; 49(2): 116-123, mar.-abr.2016.
Article in Portuguese | LILACS | ID: lil-789806

ABSTRACT

Determinar a prevalência e os genótipos do HPV em mulheres atendidas em um Hospital Universitário no Sul do Brasil. Metodologia: Foram coletadas amostras de secreções cérvico-vaginal de 200 mulheres. O HPV foi detectado pela Reação em Cadeia da Polimerase aninhada e os genótipos por sequenciamento. As variáveis foram analisadas pelo Teste Exato de Fisher e pelo Chi-quadrado de Pearson com o nível de significância < 5%. A força de associação foi calculada pela razão de prevalência e os seus intervalos de confiança a 95%. A análise Multivariada foi calculada pela Regressão Logística Binária para as variáveis com P <0,20. Resultados:O DNA do HPV foi detectado em 55 mulheres (27,5%). A prevalência do HPV foi associada a baixa renda(P =0,01), o início sexual precoce (P <0,001), a gestação (P = 0, 002), a infecção pelo HIV–1 (P = 0,001) e a coilocitose no exame citopatológico (P =0,006). Houve associação entre o status sorológico para o HIV–1 e os genótipos HPV–33 (P =0,001) e HPV–68 (P <0,001). Na análise multivariada, a prevalência do HPV foi associada ao início sexual precoce (P =0,001), a infecção pelo HIV–1 (P =0,01),a gestação (P =0,02) e a coilocitose no citopatológico (P =0,01). Sobre os genótipos, 90,4% eram de alto risco oncogênico (18 HPV–18, 14 HPV–16, quatro HPV–53, três HPV–31, dois HPV–58, dois HPV–59,dois HPV–68, um HPV–33 e um HPV–52) e 9,6% de baixo risco (dois HPV–11, dois HPV–16 e um HPV–70). Conclusões: Esse estudo teve a prevalência do HPV semelhante à prevalência descrita para esta região. Os genótipos do HPV de alto risco foram os mais prevalentes, sendo o HPV–18 o principal tipo viral encontrado...


Study design: cross-sectional. Objective: To determine the HPV prevalence and genotypes in women treated at University Hospital in southern Brazil. Methodology: Cervical cells samples from 200 women were collected. HPV was detected by nested polymerase chain reaction and genotypes were determined by sequencing. Variables were analyzed by the Fisher Exact Test and Chi-squared test of Pearson (X²)with a significance level of ≤ 5%. The strength of association was calculated by the prevalence ratio, with their confidence intervals at 95%. Multivariate analysis was calculated by Binary Logistic Regression for variables with P <0.20 Results: HPV DNA was detected in 55 women (27.5%). HPV prevalence was associate with income (P =0.01), early initiation of sexual life (P <0.001), pregnant (P = 0. 002), HIV-1 infection (P = 0. 001) and koilocytosis presence in cytological test (P =0.006). Were found an association between serological status for HIV-1 and the genotypes HPV–33 (P =0.001) and HPV–68 (P <0.001).Multivariate analysis showed that HPV prevalence was associated with patients who had early initiation of sexual life (P =0.001), was infected by HIV–1 (P = 0.01), was pregnant (P = 0.02), and women with koilocytosis in cytological test (P =0.01). Genotypes were 90.4% higher-risk oncogenic (18 HPV–18, 14HPV–16, four HPV–53, three HPV–31, two HPV–58, two HPV–59, two HPV–68, one HPV–33 and one HPV–52) and 9.6% low-risk (two HPV–11, two HPV–16 and one HPV–70). Conclusions: This study had the HPV prevalence similar to prevalence described in this region. The high-risk HPV genotypes were the most prevalent, being HPV–18 the main viral type found...


Subject(s)
Humans , Female , Molecular Biology , Papillomavirus Infections , Papillomaviridae , Polymerase Chain Reaction , Women's Health , Genotyping Techniques
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