Diagnosis of urethritis is established by taking a Gram stain and a culture of urethral discharges.
The gene in question is crucial to M. genitalium's ability to stick to mammalian cells, and thus become infective (it lives naturally in the urinary tract and is thought to cause urethritis).
The parasite Chlamydia trachomatis causes a variety of disorders in women, urethritis, cervicitis, and salpingitis (inflammation of the ureter, cervix, and fallopian tubes, respectively) and, in men, nongonococcal urethritis.
Both the male and female urethra are subject to urethritis, an inflammatory condition often brought on by infection.
Chemical irritants or the spread of infection from other parts of the urinary tract may also cause urethritis.
Sexually transmitted disease caused by C. trachomatis is characterized primarily by nongonococcal urethritis (infection of the urethra) in males and females and epididymitis (infection of the epididymus) in males.
In men, nongonococcal urethritis has symptoms similar to those of gonorrhea.
The symptoms of nongonococcal urethritis appear one to four weeks after the infection has been contracted through sexual intercourse.
If untreated, however, C. trachomatis can seriously infect the cervix (causing cervicitis), the urethra (causing urethritis), or the fallopian tubes (causing salpingitis), and it can also cause pelvic inflammatory disease.
It can cause urethritis, cervicitis, pelvic inflammatory disease and possibly female infertility, although research has been inconclusive.
Which drugs are used in dual therapy is determined in part by which drug-resistant strains are prevalent in the geographical region where infection was acquired and in some cases by whether there exists a likelihood of coinfection (such as with Chlamydia trachomatis, a bacterium that causes nongonococcal urethritis).
