Altered Expressions of , , and Genes in the Thin Endometria of Patients with Reproductive Disorders: A Prospective Comparative Study.

Reproductive disorders are common events in modern reproductive medicine, occurring both in spontaneous and assisted pregnancies. Studies on the molecular mechanisms of implantation disorders in thin endometria, including the study of gene transcriptional activities, have shed light on the identification of the potential biological markers of endometrial receptivity. : The goal of this study was to reveal the significantly dysregulated selected gene expressions between RIF and RPL patients with thin endometria.

Altered Expression of and Genes in the Endometrium of Patients with Recurrent Implantation Failure after In Vitro Fertilization and Thin Endometrium.

Currently, recurrent implantation failure (RIF) after in vitro fertilization is a problem that is commonly faced by reproductive specialists. The phenomenon of a thin endometrium in RIF patients is not yet completely understood or sufficiently treated. This study aimed to reveal the dysregulated expression of selected genes between RIF patients with a thin endometrium and fertile women.

Clinical and immunological parallels in pregnancy loss.

Peculiar characteristics of cytotoxic endometrial cells' response depending on the clinical aspects (frequency, gestational age, form of miscarriage, hysteroscopic pattern) have been studied. Patients with pregnancy loss in their past medical history demonstrate a decreased level of CD8 + lymphocytes, and the decrease is exacerbated as the incidence of miscarriages increases and in the presence of endometrial hypoplasia. The content of CD16 + lymphocytes increases in comparison with the control group, however, there is a reducing trend of this phenotype of killers as the incidence of miscarriages increases and in the presence of endometrial hypoplasia.

Study of polymorphic variants of the TNF gene in pregnant women with mycoplasma infection in the Kazakh population.

A molecular genetic study of DNA in 98 pregnant women with mycoplasma infection and 100 healthy pregnant women was carried out. The results of the study revealed that the presence of the homozygous mutant genotype AA increases the risk of pro-inflammatory processes in the body by 6.7 times, and the carriage of GA genotypic variants increases the risk of its occurrence by 2.