Growth from birth to discharge seemed to be associated with long-term motor development. Cognitive development was associated with intrauterine growth measured as weight at birth, early neonatal weight gain, and postdischarge head circumference growth. Improving particularly early neonatal growth may improve long-term outcome in extremely preterm infants, but the effects of improved growth may only be small.
Early enteral iron supplementation showed a trend toward a beneficial effect on long-term neurocognitive and psychomotor development and showed no evidence for any adverse effect. Because the initial study was not designed to evaluate effects on neurocognitive development, the power was insufficient to detect small but potentially clinically relevant improvements. Additional studies are required to confirm the trend towards a better outcome observed in the early iron group.
Of all resuscitated infants with a birthweight <501 g, 56% survived to school age. Of these, composite outcome score showed normal development or mild disability in one-half, and moderate or severe disability in the other half of them. Investigators should include such infants in studies and their reports should give specific information about them.
Postnatal E2 and P replacement may have potential in improving neurodevelopmental outcome in ELBW infants. Larger trials are needed to test this new hypothesis.
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