Worldwide, Mycoplasma genitalium (MG) is increasingly reported as an emerging cause of sexually transmitted infections. Internationally, the prevalence of MG is higher in male with urethritis and community groups especially among people living with HIV (PLHIV). While MG is treatable, antimicrobial resistance is a rising concern. This cross-sectional study aims to determine the prevalence of MG infection and the antimicrobial resistance pattern in HIV-infected male in Hong Kong. A total of 750 HIV-infected male attending HIV specialist clinic in Hong Kong would be recruited. The main outcome measures include prevalence of MG and resistance mutations to macrolide/fluoroquinolone in HIV-infected male; prevalence of MG/STI co-infections, as defined by concurrent detection of MG and one or more other bacterial STI.
A total of 750 HIV-infected male attending HIV specialist clinic in Hong Kong would be recruited. An online questionnaire would be self-administered. The participants would self-collect urine sample, rectal and pharyngeal swabs for MG, Chlamydia trachomatis (CT) and Neisseria Gonorrhoeae (NG) screening by nucleic acid amplification tests, and MG genotypic resistance mutations detection. Clinical data would be transcribed from medical records of recruited subjects.
Study Type
OBSERVATIONAL
Enrollment
750
Participants will receive the self-sampling kits and their submitted samples would be sent to laboratory for testing
The Chinese University of Hong Kong
Hong Kong, Hong Kong, China, Hong Kong
RECRUITINGprevalence of MG infection
detection of MG infections in self-collected samples divided by the total number of samples collected
Time frame: 1 year
prevalence of MG resistance mutations
* detection of MG resistance mutations macrolide/fluoroquinolone in MG positive samples divided by the total number of MG positive samples * detection of MG resistance mutations macrolide/fluoroquinolone in MG positive samples divided by the total number of samples collected
Time frame: 1 year
prevalence of CT infection
detection of CT infections in self-collected samples divided by the total number of samples collected
Time frame: 1 year
prevalence of NG infection
detection of NG infections in self-collected samples divided by the total number of samples collected
Time frame: 1 year
prevalence of syphilis
total number of reported syphilis diagnosis divided by total number of participants tested for syphilis in the clinic
Time frame: 1 year
prevalence of HCV infection
total number of reported HCV diagnosis divided by total number of participants tested for HCV in the clinic
Time frame: 1 year
prevalence of overall STI
total number of reported STI diagnosis divided by total number of participants tested for STI in the clinic
Time frame: 1 year
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