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1,223 results
  • Role of uterine blood flow disturbances in the development of late gestosis. [Journal Article]
  • WLWiad Lek 2018; 71(9):1719-1721
  • Makarov OG, Likhachov VK, … Vashchenko VL
  • CONCLUSIONS: Conclusions: The findings show the increase in resistance of preplacental bed vessels in women with untreated CE in past history at the aforementioned stage, and the more apparent are the curves of blood flow rate at this stage, the more severe will be the follow-up course of preeclampsia.
  • [Preeclampsia - a disease of pregnant women]. [Review]
  • PBPostepy Biochem 2018 Dec 29; 64(4):232-229
  • Filipek A, Jurewicz E
  • Preeclampsia, also known as EPH-gestosis, is a pregnancy-specific syndrome. It affects 3-5% of pregnant women and is characterized by edemas, high blood pressure and proteinuria. Moreover, in women w…
  • The dietary composition of women who delivered preterm and full-term infants. [Journal Article]
  • ANAppl Nurs Res 2017; 35:13-17
  • Waksmańska W, Bobiński R, … Mikulska M
  • CONCLUSIONS: Statistically significant differences in average daily intake of folates, iodine, retinol, magnesium and iron were observed between the group of women with vaginal delivery at term and the groups of women with diagnosed hypertension who delivered preterm. Correlation was demonstrated between average daily intake of iodine and vitamin D and the occurrence of arterial hypertension. Supplementation of the diet of women in the preconception and prenatal period with minerals and vitamins should be considered.
  • Immunohistochemical evaluation of the influence of L-arginine on biomarkers of environmental (cellular) stress in the kidneys of pregnant female rats. [Journal Article]
  • AAAnn Agric Environ Med 2017 Mar 31; 24(1):121-128
  • Pedrycz A, Siermontowski P
  • CONCLUSIONS: L-arginine increased the expression of p-53 protein - on the 10th day of pregnancy, which increased at the end of pregnancy; however, 10 days after delivery the level dropped below that observable during physiological pregnancy. Hormonal changes in physiological pregnancy cause an increase in expression of the p-53 (cell stress marker) in the epithelial cells of renal tubules, mainly at the end of pregnancy (20th day). 10 days after the delivery, this expression decreases. The expression of HSP-70 protein increases already on the 10th day of pregnancy and maintains a similar level throughout the pregnancy, but is reduced after the puerperium.
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