Early vs late enteral nutrition in pediatric intensive care unit: Barriers, benefits, and complications.

Solana MJ; Manrique G; Slocker M; Fernandez R; Gil R; Yun C; Garcia M; Redondo S; Balaguer M; Rodriguez E; Gonzalez-Posada A; Goni C; Martin CM; Santiago C; Sanchez M; Minambres M; Lopez-Herce J
Nutrition in Clinical Practice.

This study defines the existing barriers for early enteral nutrition in critically ill children and to analyzes the differences in nutrient supply, complications, and outcomes between early enteral nutrition and late enteral nutrition.


Impact of implementing an evidence-based definition of enteral nutrition intolerance on nutrition delivery: A prospective, cross-sectional cohort study.

Liauchonak S; Hamilton S; Franks JD; Callif C; Akhondi-Asl A; Ariagno K; Mehta NM; Martinez EE
Nutrition in Clinical Practice.

We examine whether revising the enteral nutrition intolerance definition of an algorithm would decrease enteral nutrition interruptions and improve nutrient delivery in critically ill children.


Enteral nutrition product formulations: A review of available products and indications for use.

Church A; Zoeller S
Nutrition in Clinical Practice.

This review explores differences in enteral formulations, identifies implications for clinical practice, and reviews evidenced-based clinical guidelines to assist clinicians in enteral formula selection.


Peptide-based formula: Clinical applications and benefits.

Mohamed Elfadil O; Shah RN; Hurt RT; Mundi MS
Nutrition in Clinical Practice.

Emerging data demonstrate that the use of peptide-based formulas in patients with enteral feeding intolerance may improve clinical outcomes along with a corresponding reduction in healthcare utilization and potentially the cost of care.


Pediatric formulas: Categories, composition, and considerations.

Klepper CM; Moore J; Gabel ME; Fleet SE; Kassel R
Nutrition in Clinical Practice.

Caregivers must understand the nature of and indications for specific formulas to treat diseases, provide complete nutrition to patients, and avoid harm.


Addressing the unique needs and quality of life issues for adults receiving long-term home enteral nutrition.

Lord LM; McGinnis C; Densmore C
Nutrition in Clinical Practice.

Individuals and their families who require home enteral nutrition undergo major changes in family dynamics. They would benefit from an approach that provides ongoing nutrition, hydration, enteral access, and quality of life assessments from knowledgeable clinicians.


Nutritional support in liver disease - an updated systematic review.

Koretz, Ronald L
Current Opinion in Gastroenterology.

The purpose of this work is to update reviews that study the association of malnutrition and a poor prognosis.


ESPEN practical guideline: Home parenteral nutrition.

Pironi L; Boeykens K; Bozzetti F; Joly F; Klek S; Lal S; Lichota M; M..hlebach S; Van Gossum A; Wanten G; Wheatley C; Bischoff SC
Clinical Nutrition.

This guideline informs physicians, nurses, dieticians, pharmacists, caregivers and other home parenteral nutrition providers, as well as healthcare administrators and policy makers, about appropriate and safe home parenteral nutrition provision.


Stress, anxiety, depression, and health-related quality of life in caregivers of children with intestinal failure receiving parenteral nutrition: A cross-sectional survey study.

Belza C; Avitzur Y; Ungar WJ; Stremler R; Fehlings D; Wales PW
Journal of Parenteral & Enteral Nutrition.

The objective was to determine burden on caregivers of children with intestinal failure receiving long-term parenteral nutrition.


Outcomes in preterm infants who received a lipid emulsion with fish oil: An observational study.

Kim ES; Lee LJ; Romero T; Calkins KL
Journal of Parenteral & Enteral Nutrition.

The study compares growth and fatty acids in extremely low birth weight infants who received 100% soybean oil emulsions or multi-oil emulsion with 15% fish oil.