Human papilloma virus, known as the cause virus of cervical cancer, is a sex-mediated virus that wants to see how Sexually Transmitted Disease strains affect cervical cancer incidence when STDs infected through the same path are simultaneously infecte...
Human papilloma virus, known as the cause virus of cervical cancer, is a sex-mediated virus that wants to see how Sexually Transmitted Disease strains affect cervical cancer incidence when STDs infected through the same path are simultaneously infected. In this study, 1,472 patients (58%) were detected simultaneously when HPV and STD were examined in 2,539 patients commissioned to the institute. HPV detection was analyzed by the Liquid Bead Microarray (LBMA) method using Omniplex-HPV kit and MAGPIX (Luminex, U.S.A) equipment. STD infection was analyzed by multiplex real time PCR method using DiaPlexQTM STD12 (Eone, Korea) Kit and CFX96_IVD (Bio rad, Korea) equipment. HPV and STD's simultaneous infection was 1,067 (58%) out of a total of 1,472 people, with types classified as high risk, potential high risk and low risk groups according to the International Cancer Institute (IARC), and HR-HPV and STD simultaneous infection was 84%, higher than LR HPV and STD common infection of 12.0%. In common, the most common STD strains found were G. vaginalis with 38.0%, followed by Ureaplasma spp. with 14.7%, Mycoplasma spp. with 11.0%. The occurrence of HPV type disease by STD was HR 39 is 14.5% with 135 cases, HR51 is 14.1% with 132 cases, and HR52 is 12.1% with 113 cases. When liquid cell testing was performed with a patient sample with high-risk HPV detected, the following results were obtained: In LSIL, Mycoplasma spp. was found to be 32.8% with 24 cases, G. vaginalis was 15.3% with 85 cases, Ureaplasma spp. was 12.4% with 48 cases and C. trachomatis was 8.9% with 4 cases. In HSIL, Mycoplasma spp was found to be 4.4% with 3 cases. Ureaplasma spp. was 0.6% with 3 cases G. vaginalis was 1.1% with 6 cases and C. trachomatis was 0.0% with 0 cases. G. vaginalis is a strain that causes bacterial vaginitis, which also occurs in healthy women, and is sometimes considered to be of little significance to cervical cancer. On the other hand, the detection of Mycoplasma spp. and Ureaplasma spp, C. trachomatis is considered to be involved in cervical tumor development, so further research suggests that STD strains should be more accurately identified.