How long does it take for ureaplasma to test for ureaplasma

Ureaplasma urealyticum is a microorganism between bacteria and viruses, which can cause non-gonococcal urethritis.prostatitisetc., it is transmitted sexually and can also be transmitted indirectly.

So how long does it take for ureaplasma test results to come out?

To check for mycoplasma infection, the first thing to check is the blood count, the white blood cells are in the normal range, and the eosinophils are higher than the normal range. The second is a serological test, in which mycoplasma is inoculated onto an agar vessel and placed on the surface of the agar with serum-soaked filter paper to see which one controls mycoplasma growth and which mycoplasma serotype infection is diagnosed.

Mycoplasma culture is usually done, and the male genital secretions are taken for testing, and the results are available after 48 hours. Some also require antimicrobial susceptibility testing.

1. Blood routine

Peripheral white blood cell count is usually normal and eosinophils are high.

2. Serological examination

The serum antibody titer in the convalescent phase is 4 times or more higher than that in the acute phase by complement fixation test, that is, it has diagnostic significance but no early diagnostic significance, and the microimmunofluorescence method is suitable for Chlamydia trachomatis.

3. Direct smear microscopic examination

Specimens of pharyngeal secretions, sputum, respiratory tract membranes or other parts were taken for smear staining, and GZmesa staining was performed, the original body was dyed red, the original body was stained dark blue, and the inclusion body of Chlamydia trachomatis was stained brown due to the presence of glycogen 801.

4. Rapid antigen test

Monoclonal antibody direct immunofluorescence is mostly used to detect chlamydia in specimens, and 2I-IsA method can also be used to add anti-chlamydia antibody, enzyme labeled antibody 18G and substrate for colorimetric quantitative detection, which is simple and sensitive.

5. PcR technology

The detection of Chlamydia pneumoniae-specific DNA by ordinary PcR technology has the advantages of fast and simple, and its sensitivity is higher than that of cell isolation technology, but the effect of detecting throat swabs in specimens is not ideal, and the detection of crusted PcR can significantly improve its sensitivity.