Other benefits included fewer episodes of feed intolerance , better weight gain and growth velocity , decreased transition time from orogastric to breast feeds , and increased postpr and ial mesenteric flow .
There were no adverse effects of probiotic supplementation .
Probiotics reduced the time to full enteral feeds  in preterm neonates .
INTRODUCTION The optimization of enteral nutrition is a priority in preterm neonates worldwide .
Probiotics are known to improve gut maturity and function in preterm neonates .
To our knowledge , previous systematic review s have not adequately assessed the effects of probiotic supplementation on enteral nutrition in preterm neonates .
OBJECTIVE We assessed the evidence on effects of probiotics on enteral nutrition in preterm neonates .
Low nutrient intake and early growth for later insulin resistance in adolescents born preterm
BACKGROUND In animals , acceleration of neonatal growth is thought to increase the later propensity to insulin resistance and non-insulin-dependent diabetes , whereas slow growth as a consequence of undernutrition is thought to have a beneficial effect . To test this hypothesis in people , we measured fasting concentrations of 32 - 33 split proinsulin , a marker of insulin resistance , in adolescents born preterm who had participated in r and omised intervention trials of neonatal nutrition , and in adolescents born at term . METHODS We determined fasting 32 - 33 split proinsulin concentration in participants aged 13 - 16 years born preterm and r and omised to receive a nutrient-enriched or lower-nutrient diet ( n=216 ) or in a reference group born at term ( n=61 ) . FINDINGS Fasting 32 - 33 split proinsulin concentration was greater in children given a nutrient-enriched diet ( geometric mean 7.2 pmol/L , 95 % CI 6.4 - 8.1 ) than in those given the lower-nutrient diet ( 5.9 pmol/L [ 5.2 - 6.4 ] ; mean difference 20.6 % [ 5.0 - 36.3 ] ; p=0.01 ) . Healthy babies born at term had similar fasting 32 - 33 split proinsulin concentrations ( 6.9 pmol/L ; 6.0 - 8.2 ) to the nutrient-enriched group . In non-r and omised analyses , fasting 32 - 33 split proinsulin concentration was associated with greater weight gain the first 2 weeks of life ( 13.2 % [ 5.4 - 20.9 ] change per 100 g weight increase ; p=0.001 ) independent of birthweight , gestation , neonatal morbidity , and demographic , anthropometric , and socioeconomic factors . INTERPRETATION Our results suggest that relative undernutrition early in life in children born preterm may have beneficial effects on insulin resistance
Other benefits included fewer episodes of feed intolerance , better weight gain and growth velocity , decreased transition time from orogastric to breast feeds , and increased postpr and ial mesenteric flow .
There were no adverse effects of probiotic supplementation .
Probiotics reduced the time to full enteral feeds  in preterm neonates .
INTRODUCTION The optimization of enteral nutrition is a priority in preterm neonates worldwide .
Probiotics are known to improve gut maturity and function in preterm neonates .
To our knowledge , previous systematic review s have not adequately assessed the effects of probiotic supplementation on enteral nutrition in preterm neonates .
OBJECTIVE We assessed the evidence on effects of probiotics on enteral nutrition in preterm neonates .