Title of article :
The effect of inflammatory diseases associated with opportunistic urogenital infection on the hormonal function of the female reproductive system
Author/Authors :
Rasimovich, Abdrakhmanov Azat Reproductive Health Research Center - Institute of Fundamental Medicine and Biology, Kazan Federal University, Kazan, Russia , Mindrakhmanovich, Abdrakhmanov Rasim Dermatovenerology Department - Kazan State Medical University, Kazan, Russia
Abstract :
Background: Sexually transmitted infections play a great role in formation of
inflammatory diseases of female urogenital system. These diseases can cause a
decrease in the level of female sex hormones, as well as the ratio of estrogens and
androgens.
Objective: To determine changes in the state of sex hormones in women with
inflammatory diseases of ovaries associated with opportunistic urogenital flora.
Materials and Methods: 136 women aged 18-39 yr participated in this crosssectional
clinical study. They were examined with the use of a complex of clinical,
laboratory and instrumental methods of examination. The patients with confirmed
diagnosis of inflammatory disease of reproductive system associated with
opportunistic urogenital infection have been under blood analysis to reveal the
concentration of follicle-stimulating hormone, luteinizing hormone, and estrogens.
Results: After the treatment the functional capacity of ovary significantly increased,
proved by a corresponding increase in the concentration of estradiol hormone in
blood serum in all phases of menstrual cycle. According to estradiol in follicular
phase its concentration was increased from 421.8±10.8 nmol/L to 581.3±10.2
nmol/L. The elevation in the ratio of estradiol/testosterone hormones in blood serum
also is demonstrated.
Conclusion: Inflammatory diseases associated with opportunistic urogenital
infection is responsible for a decrease of female sex hormones and the ratio of
estrogens and androgens.
Keywords :
Infertility , Reproductive system , Pelvic inflammatory disease , Urogenital infection , Estradiol
Journal title :
Astroparticle Physics