OBJECTIVE: To describe current nutrition practices in intensive care units and determine "best achievable" practice relative to evidence-based Critical Care Nutrition Clinical Practice Guidelines. DESIGN: An international, prospective, observational, cohort study conducted January to June 2007. SETTING: One hundred fifty-eight adult intensive care units from 20 countries. PATIENTS: Two-thousand nine-hundred forty-six consecutively enrolled mechanically ventilated adult patients (mean, 18.6 per site) who stayed in the intensive care unit for at least 72 hrs. INTERVENTIONS: Data on nutrition practices were collected from intensive care unit admission to intensive care unit discharge or a maximum of 12 days. MEASUREMENTS AND MAIN RESULTS: Relative to recommendations of the Clinical Practice Guidelines, we report average, best, and worst site performance on key nutrition practices. Adherence to Clinical Practice Guideline recommendations was high for some recommendations: use of enteral nutrition in preference to parenteral nutrition, glycemic control, lack of utilization of arginine-enriched enteral formulas, delivery of hypocaloric parenteral nutrition, and the presence of a feeding protocol. However, significant practice gaps were identified for other recommendations. Average time to start of enteral nutrition was 46.5 hrs (site average range, 8.2-149.1 hrs). The average use of motility agents and small bowel feeding in patients who had high gastric residual volumes was 58.7% (site average range, 0%-100%) and 14.7% (site average range, 0%-100%), respectively. There was poor adherence to recommendations for the use of enteral formulas enriched with fish oils, glutamine supplementation, timing of supplemental parenteral nutrition, and avoidance of soybean oil-based parenteral lipids. Average nutritional adequacy was 59% (site average range, 20.5%-94.4%) for energy and 60.3% (site average range, 18.6%-152.5%) for protein. CONCLUSIONS: Despite high adherence to some recommendations, large gaps exist between many recommendations and actual practice in intensive care units, and consequently nutrition therapy is suboptimal. We have identified "best achievable" practice that can serve as targets for future quality improvement initiatives.
OBJECTIVE: To describe current nutrition practices in intensive care units and determine "best achievable" practice relative to evidence-based Critical Care Nutrition Clinical Practice Guidelines. DESIGN: An international, prospective, observational, cohort study conducted January to June 2007. SETTING: One hundred fifty-eight adult intensive care units from 20 countries. PATIENTS: Two-thousand nine-hundred forty-six consecutively enrolled mechanically ventilated adult patients (mean, 18.6 per site) who stayed in the intensive care unit for at least 72 hrs. INTERVENTIONS: Data on nutrition practices were collected from intensive care unit admission to intensive care unit discharge or a maximum of 12 days. MEASUREMENTS AND MAIN RESULTS: Relative to recommendations of the Clinical Practice Guidelines, we report average, best, and worst site performance on key nutrition practices. Adherence to Clinical Practice Guideline recommendations was high for some recommendations: use of enteral nutrition in preference to parenteral nutrition, glycemic control, lack of utilization of arginine-enriched enteral formulas, delivery of hypocaloric parenteral nutrition, and the presence of a feeding protocol. However, significant practice gaps were identified for other recommendations. Average time to start of enteral nutrition was 46.5 hrs (site average range, 8.2-149.1 hrs). The average use of motility agents and small bowel feeding in patients who had high gastric residual volumes was 58.7% (site average range, 0%-100%) and 14.7% (site average range, 0%-100%), respectively. There was poor adherence to recommendations for the use of enteral formulas enriched with fish oils, glutamine supplementation, timing of supplemental parenteral nutrition, and avoidance of soybeanoil-based parenteral lipids. Average nutritional adequacy was 59% (site average range, 20.5%-94.4%) for energy and 60.3% (site average range, 18.6%-152.5%) for protein. CONCLUSIONS: Despite high adherence to some recommendations, large gaps exist between many recommendations and actual practice in intensive care units, and consequently nutrition therapy is suboptimal. We have identified "best achievable" practice that can serve as targets for future quality improvement initiatives.
Authors: Daren K Heyland; Naomi E Cahill; Rupinder Dhaliwal; Miao Wang; Andrew G Day; Ahmed Alenzi; Fiona Aris; John Muscedere; John W Drover; Stephen A McClave Journal: Crit Care Date: 2010-04-29 Impact factor: 9.097