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Aim: to determine clinical, anamnestic and molecular-genetic parallels in emergence of clinical chorioamnionitis (CA) and severe forms of intrauterine infections (IUI) in high-risk pregnant women.Materials and Methods. A single-center prospective cohort comparative case-control study was conducted by examining 58 pregnant female patients aged 18 to 42 years with a verified CA diagnosis during pregnancy and childbirth at different gestation stages (main group), and 35 age-matched pregnant women with uncomplicated pregnancy and no significant extragenital pathology, aggravated factors of obstetric and gynecological history and risk factors for developing CA (control group), observed and performed a delivery in Yudin City Clinical Hospital. All women underwent clinical, anamnestic, laboratory, instrumental and molecular-genetic examitation. We studied the polymorphism of genes FCGR2A (Fc fragment of immunoglobulin G receptor IIa), IFN-γ (interferon gamma), IL-10 (interleukin-10), IL-6 (interleukin-6) and MBL2 (mannose binding lectin 2) to determine their role in assessing a risk of maternal and neonatal infection.Results. Among the patients with developed clinical CA vs. control subjects, more of them had a history of abortion and miscarriages (17.24 %), comorbid with chronic arterial hypertension (13.79 %), previous surgical interventions (27.59 %), as well as chronic inflammatory diseases (chronic tonsillitis, bronchitis, pyelonephritis, sinusitis; 27.59 % vs. 17.14 %). In addition to risk factors directly related to the infectious and inflammatory unfavorable background, they also had a significantly higher rate of obstetric complications: moderate preeclampsia - 6 (10.34 %) cases, threat of miscarriage or premature birth - 14 (24.14 %) cases vs. 1 (2.86 %) case in control group (p = 0.007), polyhydramnions - 4 (6.9 %) cases, placental insufficiency - 6 (10.34 %) cases. The frequency of premature rupture of membranes was 31.03 % in women with CA. Questionable cardiotocography (CTG) type was found in 24 (41.38 %) women with CA vs. 4 (11.4 3%) women without CA (p = 0.003), the pathological CTG type was observed only in women with CA. In the group with clinical CA and neonatal IUI, the combination of genotypes AG rs1801274 FCGR2A, TT rs2430561 (IFN-γ)+874, GC rs1800795 (IL-6)-174 occurs in 80.65 % (25/31), whereas in women without severe neonatal IUI - in 37.04 % (10/27) (odds ratio (OR) = 7.08; 95 % confidence interval (CI) = 2.166-23.166). In addition, the combination of alleles TT rs2430561 (IFN-γ)+874, GC+CC rs1800795 (IL-6)-174, AA rs1800450 MBL2 codon 54 was detected in 90.32 % (28/31) vs. 44.44 % (12/27) in main and control group (OR = 11.667; 95 % CI = 2.842-47.886), respectively.Conclusion. The study data evidence about importance of identifying genes for developing CA and neonatal septic complications to optimize and personalize management of high-risk patients (premature birth, infections during pregnancy, premature rupture of membranes).

The article discusses the historical features of the clinical formation of the diagnostic criteria of the Silverman-Andersen scale in the assessment of respiratory distress syndrome in preterm infants. The epidemiology and clinical picture of the respiratory distress syndrome of newborn (infantile respiratory distress syndrome,) is given. The international practical experience of the clinical application of the rating scale in neonatology and neonatal resuscitation is presented. Modern aspects of further improvement of the neonatal scale in the primary and/or repeated visual assessment of the clinical picture of IRDS during monitoring of vital functions and intensive care of premature infants in the early neonatal period are analyzed. The important clinical and prognostic significance of the primary use of the Silverman-Andersen scale in the rapid assessment of the clinical course of ADRS in premature infants is emphasized with a targeted choice of tactics for starting respiratory support in the intensive care unit for newborns in the maternity hospital of the perinatal center of Yudin City Clinical Hospital (Moscow).