Impact of Maternal Nutrition on Fetal Development: A Biochemical Analysis

Abstract

Background: Maternal nutrition during pregnancy significantly impacts placental-fetal development, affecting offspring's health and productivity.Maternal anemia during pregnancy is a major public health issue, leading to fetal growth retardation and reduced birth weight.Therefore, this study aims to determine the impact of maternal nutrition on fetal development through biochemical analysis.Methods: The study comprised 300 pregnant women, who met the eligibility requirements and delivered throughout the study period.Face-to-face interviews using pre-tested questionnaires were used to obtain socio-demographic data and obstetric information.Physiological variables, including height, weight, and maternal BMI, were measured using suitable equipment.Maternal blood samples were obtained to evaluate haemoglobin levels, while serum samples were analysed for total protein and cholesterol levels.Soon after birth, the newborn's weight was measured with a conventional beam balance. Results:The research involved 300 pregnant women, the average age being 28.5 years.Muslims were the most common religion among the ladies, followed by Hindus and Christians.The neonates had an average birth weight of 3.20 kg, with 93.3% falling into the normal birth weight category.In simple regression analysis, all maternal characteristics were found to be strongly linked with the birth weight of the newborn.Multiple regression studies identified parity, Hbg level, pregnancy weight increase, and pregnancy BMI as significant predictors of childbirth weight (p<0.05). Conclusion:The study findings underscore the importance of optimizing maternal nutrition to support healthy fetal development and improve birth outcomes.This highlights the need for interventions and strategies to ensure adequate intake of essential nutrients during pregnancy, particularly fats, proteins, and iron, to promote optimal fetal growth and development.