The results of detecting and genotyping for Herpes simplex virus and Human papillomavirus

Authors

  • Б.Жүгдэржав АШУҮИС-ийн АУС-ийн Халдварт өвчин судлалын тэнхим , Халдварт Өвчин Судлалын Үндэсний Төв Author
  • Г.Өнөрсайхан “Гялс” Анагаах Ухааны Төв Author
  • С.Цацрал Халдварт Өвчин Судлалын Үндэсний Төв Author
  • Ч.Эрдэнэчимэг Халдварт Өвчин Судлалын Үндэсний Төв Author
  • П.Нямдаваа Монголын Анагаах Ухааны Академи Author
  • О.Баатархүү АШУҮИС-ийн АУС-ийн Халдварт өвчин судлалын тэнхим , Монголын Анагаах Ухааны Академи Author

Keywords:

Human papillomavirus, Herpes Simplex Virus, Nucleic Acid Hybridization Method

Abstract

Introduction: Diagnostic methods for STIs currently used in Mongolia fail to detect Viral STIs. Therefore, we used a nucleic acid detection method to identify the Herpes Simplex Virus (HSV) and human papillomavirus (HPV)’s an infection and included the results in this report. Materials and methods: This study population was visited STI ambulatory of the National Center for Communicable Diseases (NCCD). A total of 1196 cervical and urethra swab samples were collected, using GenoFlow-STD Array and GeneFlow-HPV Array, DiagCor, HK test kits based on Flow-throw hybridization method. Results: HSV 1\2 detected in 0.8% (9) of total sample population. While HPV 6\11 genotypes were detected in 3.3% (39) of total sample population. Female samples were tested for HPV’s 33 genotypes and HPV was detected in 30.5% (178) and infections were either single or combination of multiple genotypes. Alarmingly, the most commonly detected genotypes were HPV 16 [14.6% (26)], 31[11.2% (20)], 52 [10.1% (18)], and HPV 81[8.9% (16)] which are the high risk genotypes of HPV. Conclusion: HPV infection is high among the general population because HPV was most often detected in asymptomatic patients compared to symptomatic patients.

In the MNUMS Digital Library

View this article in the digital library →

Author research profiles: Б.Жүгдэржав, О.Баатархүү

Published

2020-05-01

Issue

Section

Clinical Case Reports