Effect of Micronutrients and Exercise During Pregnancy on Factors Related With Non-Transmissible Chronic Diseases

Exercise, Micronutrients, Preeclampsia, Pregnancy

Pregnancy, Exercise, Nutrition, Micronutrients, non-transmissible chronic diseases, Endothelium

At the moment, most of efforts to prevent non-transmissible chronic diseases at population level have been centered in promoting healthful behaviors like physical activity, consumption of fruits and vegetables, and discouraging from the consumption of tobacco and alcohol in adult population, but the results have been little hopeful. In the last years, manifold studies have indicated the relation between metabolic alterations and of the fetal growth with the development of non-transmissible chronic diseases in adult age. More recently, it has been proposed that maternal factors (endothelial function, oxidative stress and alterations in adipokines) and placental ones (mitochondrial dysfunction) are the precursory mechanisms of fetal metabolic alterations and of the later development of non-transmissible chronic diseases. Also, it has been suggested that possibly supplementation with micronutrients and the physical exercise during the gestation can regulate these maternal and placental factors. For the reasons just mentioned, it is necessary to clarify if these proposed factors are related to fetal metabolic alterations and if the supplementation during the gestation with micronutrients and/or the physical exercise can regulate them, which would be an early and novel alternative to fortify the prevention of non-transmissible chronic diseases in the population. Purpose 1. To evaluate the effect of associated both the maternal and placental metabolic factors to non-transmissible chronic diseases in newborn. 2. To evaluate the effect of the physical exercise and the complementation with micronutrients during the pregnancy either in the endothelial function, the levels of adipokines, the oxidative stress of the mother and the newborn, as in the placental mitochondrial function and the anthropometry of newborn.

Hypothesis: 1. There is correlation between the metabolic factors, related to non-transmissible chronic diseases, of the mother and those of the newborn one. 2. Supplementation with either micronutrients or physical exercise influence beneficially as much in the endothelial function, oxidative stress, the levels in adipokines of the mother and the newborn one like in the placental mitochondrial function. 3. The simultaneous intervention with micronutrients or physical exercise produces an additional beneficial effect in the metabolic state of the mother and the newborn one. 4. The metabolic alterations when being born are not exclusive of newborn with anthropometric measures located either in the inferior or superior percentiles.

Colombia