ABSTRACT

This study showed that high dose protein administration is safe and effective. Furthermore, when considering the positive effects on postnatal growth, it was observed that the main goal of the feeding was achieved.

A total of 364 infants, 264 in HP and 100 in LP groups, were included in this study. When the groups were compared in terms of biochemical markers; blood urea nitrogen levels showed an increase in HP group in correlation with protein intake, however, no deterioration in renal functions occured. No electrolyte impairment was observed between two groups. Compared with HP group, more number of infants in LP group had weight, height, and head circumference of <3 percentile at the time of hospital discharge.

Premature infants born ≤34 gestational weeks were included in this retrospective study. The infants were divided into two groups as low protein (LP; first day of 1 g/kg/day, daily 1g increments up to max. 3 g/kg/day) and high protein (HP; first day 3 g/kg/day, max. 3,5-4 g/kg/day) and both groups were compared in terms of antenatal and postanatal characteristics, biochemical results, and growth.

Initiation of high protein, especially on the first day, was reported to positively affect growth and neuromotor development in premature infants. However the effect of high protein content on metabolic and biochemical parameters is unknown. The aim of this study was to investigate the effects of low and high dose protein administration on biochemical parameters in premature infants.