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Glucose in Parenteral Nutrition: A Survey of US Medical Centers
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Background: A previous report suggested that glucose administration in total parenteral nutrition (TPN) should not exceed 4 mg/kg/min with a respiratory quotient (RQ) >1.0. This rate would not be exceeded, in most patients, with a TPN glucose concentration of 15%. Our previous survey of hospitals, 7 years ago, of TPN composition revealed use of excessive glucose. Our purpose was to reevaluate glucose usage in TPN. Methods: A subset of data from 45 hospitals participating in Novation's Medication Use Evaluation program, “Parenteral Nutrition for Adults and Neonates” study, was analyzed to document glucose administration in TPN. Results: Data of 629 adult patients from 44 hospitals receiving TPN were analyzed. Of these, 30 hospitals with 478 patients had 100 patients (15.9% of the total) with TPN glucose infusion rates> 4 mg/kg/min, whereas 27 hospitals, or 61%, had average TPN glucose concentrations above 15%. This could be associated with an RQ >1.0, implying increased net lipogenesis. Conclusions: The majority of hospitals surveyed were found, as in a previous survey, to be using amounts of glucose in TPN which would be expected to be associated with an RQ >1.0, implying increased net lipogenesis.
Title: Glucose in Parenteral Nutrition: A Survey of US Medical Centers
Description:
Background: A previous report suggested that glucose administration in total parenteral nutrition (TPN) should not exceed 4 mg/kg/min with a respiratory quotient (RQ) >1.
This rate would not be exceeded, in most patients, with a TPN glucose concentration of 15%.
Our previous survey of hospitals, 7 years ago, of TPN composition revealed use of excessive glucose.
Our purpose was to reevaluate glucose usage in TPN.
Methods: A subset of data from 45 hospitals participating in Novation's Medication Use Evaluation program, “Parenteral Nutrition for Adults and Neonates” study, was analyzed to document glucose administration in TPN.
Results: Data of 629 adult patients from 44 hospitals receiving TPN were analyzed.
Of these, 30 hospitals with 478 patients had 100 patients (15.
9% of the total) with TPN glucose infusion rates> 4 mg/kg/min, whereas 27 hospitals, or 61%, had average TPN glucose concentrations above 15%.
This could be associated with an RQ >1.
0, implying increased net lipogenesis.
Conclusions: The majority of hospitals surveyed were found, as in a previous survey, to be using amounts of glucose in TPN which would be expected to be associated with an RQ >1.
0, implying increased net lipogenesis.
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