Publication | Open Access
Zinc Deficiency in Pregnancy and Fetal - Neonatal Outcomes and Impact of the Supplements on Pregnancy Outcomes
27
Citations
17
References
2012
Year
NutritionNeonatal OutcomesFertilityFetal MedicinePregnancy OutcomesGynecologyFetal HealthZinc SupplementsZinc DeficiencyEmbryologyHigh-risk PregnancyPrenatal CareMaternal NutritionPublic HealthMicronutrient SupplementationInfertilityMaternal HealthMaternal-fetal MedicineFetal NeurodevelopmentMicronutrientsPregnancy NutritionInfant NutritionPediatricsNutritional NeurosciencePregnancyPregnant WomenMetabolismMedicine
Introduction: Zinc is one of the essential elements of body which has an important role in natural growth, development, and many biological performances. Zinc deficiency is a major health problem and pregnant women are at high risk Zinc deficiency during pregnancy has dangerous and irreparable effects such as growth impairment, spontaneous abortion, congenital malformations, intrauterine growth retardation (IUGR), low birth weight (LBW), preeclampsia, prematur neurobehavioral development, delayed immune system development, and leads to increase of mortality rate. Therefore, the importance of proper nutrition during pregnancy and fetal period, because of lasting effects of these periods are far more than other parts of life. Data gathered from human studies indicate that using zinc supplements have contradictory effects on pregnancy period and growth, survival and neurobehavioral development of the embryo, b supplements can also have beneficial effects on neonatal immune system and decrease of infants morbidity rate resulted from infectious diseases. Hence, focus on functional outcomes of using supplements such as rates of survival, congenital malformat neurobehavioral development, and also considerations on the micronutrients interferences are suggested for further research.
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