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Toxoplasma gondii & Human Phenotype

Compendium of Known Effects and Ongoing Research

sterility

Toxoplasma gondii and male reproduction impairment: A new aspect of toxoplasmosis research

October 10, 2013
Dalimi A, Abdoli A.
Jundishapur Journal of Microbiology 2013; 6.
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Introduction: Toxoplasma gondii is one of the most important pathogen that has adverse effect on reproductive function. Evidence Acquisition: Recent studies revealed that infection with T. gondii not only affect female reproduction, also cause male reproductive impairment. In clinical studies, high prevalence of toxoplasmosis in sterile men has been reported. In animal models, toxoplasmosis is associated with male reproductive impairment. Moreover, there are some evidences about venereal transmission of T. gondii. Drugs used for treatment of toxoplasmosis may cause adverse effects on male reproductive function. Results: In present article, effect of Toxoplasma infection on male reproductive system of human and animal was reviewed. There are several reports expressing association between Toxoplasmosis and male genital tract impairment in both human and animals. Conclusions: These findings suggest that T. gondii infection can cause temporary impairment on the reproductive parameters of human or animal male as well as impairment of different hormones which may cause insufficient male reproductivity.

Tagged: acquired-immunodeficiency-syndrome, congenital toxoplasmosis, human spermatogenesis, hypogonadotropic hypogonadism, infection, male rats, male-infertility, murine toxoplasmosis, pyrimethamine, reproductive function, semen, sterility, Toxoplasma gondii

Physical healthReproduction

Screening for Toxoplasma infection before infertility treatment

November 7, 2002
Janitschke, K., Stoffels, G., Schleyer, K., Kentenich, H.
Geburtshilfe und Frauenheilkunde 2002; 62: 465-469.
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Purpose: This study will try to give recommendations for an extended serological screening for women with Toxoplasma antibodies and the optimal time frame for conception during sterility treatment. Material and Methods: 964 women consulting an infertility clinic were serologically tested for Toxoplasma antibodies. Patients with Toxoplasma-IgG-antibodies submitted to further testing for Toxoplasma-IgM-antibodies (VIDAS TOXO IgM/bio Merieux). Positive sera for IgM were tested in IgG-Avidity (VIDAS TOXO IgG AVIDITY). Results: Out of all 964 women, 472 (49%) patients were tested positive for Toxoplasma-IgG-antibodies and were further screened for IgM-antibodies. 32 of those 472 women (6.78%) showed IgM-antibodies. Of those 32 women with IgM-positive-antibodies 29 were tested for IgG-Avidity. Low avidity was detected in 7 (24.1%) of 29 women with IgM-antibodies tested for avidity, which may indicate an acute infection. Conclusion: Screening for Toxoplasma infection should be a mandatory part before sterility treatment. An acute primary infection is a risk for the woman as well as the unborn child. Especially for children conceived through assisted reproduction the possibility of a vertical infection must be avoided. Screening for IgG- and IgM-antibodies can be completed with a further testing for IgG-Avidity. The suggested three-step screening procedure (IgG, IgM and IgG-Avidity) can help to minimize the risk of a prenatal Toxoplasma infection.

Tagged: conception, congenital toxoplasmosis, pregnancy, screening, situation, sterility, toxoplasma infection

Mental health

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