2017•Journal of Laboratory and Precision MedicineOpen access

Probiotics for prevention of necrotizing enterocolitis—where do we stand in 2017?

Joan L. Robinson

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Abstract

Necrotizing enterocolitis (NEC) affects primarily preterm infants and can lead to the devastating outcomes of intestinal failure secondary to resection of extensive necrotic bowel or death. A disordered intestinal microbiome is thought to be a risk factor for NEC. Probiotics are live microorganisms administered as food supplements or as pharmaceuticals in an attempt to improve human health. If the intestine of a preterm infant could be deliberately colonized with non-pathogenic organisms administered as a probiotic, the risk of NEC may decrease (1).

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What this paper is about

Necrotizing enterocolitis (NEC) affects primarily preterm infants and can lead to the devastating outcomes of intestinal failure secondary to resection of extensive necrotic bowel or death. A disordered intestinal microbiome is thought to be a risk factor for NEC. Probiotics are live microorganisms administered as food supplements or as pharmaceuticals in an attempt to improve human health. If the intestine of a preterm infant could be deliberately colonized with non-pathogenic organisms administered as a probiotic, the risk of NEC may decrease (1).

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Available abstract

Necrotizing enterocolitis (NEC) affects primarily preterm infants and can lead to the devastating outcomes of intestinal failure secondary to resection of extensive necrotic bowel or death. A disordered intestinal microbiome is thought to be a risk factor for NEC. Probiotics are live microorganisms administered as food supplements or as pharmaceuticals in an attempt to improve human health. If the intestine of a preterm infant could be deliberately colonized with non-pathogenic organisms administered as a probiotic, the risk of NEC may decrease (1).

Key concepts: Necrotizing enterocolitis, Medicine, Probiotic, Enterocolitis, Intestinal failure, Microbiome, Intensive care medicine, Short bowel syndrome

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