Critical Illness Clinical Trial
Official title:
Sepsis, Endothelial Function, and Lipids in Critically Ill Patients With Liver Failure (SELLIFA). Randomized Controlled Trial Comparing the Tolerance on Lipids and Safety of Isocaloric Parenteral Nutrition With Enteral Nutrition.
The purpose of the study is to determine the tolerance on lipid metabolism and the safety of short-term parenteral nutrition as compared to enteral nutrition in critically ill patients with liver failure.
An impaired lipid metabolism is often found in patients with liver disease and is assumed to
influence the prognosis. The central role of lipid metabolism in the pathophysiology of
fatty liver disease and steatohepatitis is well established. In cirrhotic patients, serum
lipid levels are mostly decreased and related to the severity of liver failure; in addition,
the structure and composition of lipoproteins differ from that of healthy individuals. A
reduction in high-density lipoproteins has been associated with higher cytokines levels and
a poorer clinical outcome in septic patients. Furthermore, the oxidative stress induced by
septic complications in critically ill patients with liver failure may lead to further
hepatocellular injury and activation of systemic inflammation cascade.
In this setting, the influence of nutrition on lipid metabolism may have an impact on the
severity of liver failure and associated complications. Although plasma clearance and
oxidation of lipids were considered to be normal in the majority of patients with cirrhosis,
most previous studies only reported the effects of an oral ingestion or parenteral infusion
of lipids during a few hours.
The present randomized controlled trial will be conducted in a subgroup of patients enrolled
in the SELLIFA-01 prospective study (NCT00488917). The purpose of the nutritional trial is
to determine the tolerance on lipid metabolism and the safety of isocaloric short-term
parenteral nutrition as compared to enteral nutrition in critically ill septic and non
septic patients with liver failure. The nutrition will be delivered continuously for 5 days
and will provide a daily energy supply corresponding to current resting energy expenditure
as determined by indirect calorimetry, with 35% of total energy requirements as lipids, 15%
as proteins (maximum 1.2g/kg ideal body weight/day), and 50% as dextrose. A tight glucose
control strategy will be implemented to avoid hyperglycemia.
The trial is designed to randomly assign 15 patients in each interventional group in order
to detect more than 25% increase in plasma triglycerides levels with 80% statistical power
for two-tailed type I error of 5%.
;
Allocation: Randomized, Endpoint Classification: Safety/Efficacy Study, Intervention Model: Parallel Assignment, Masking: Open Label, Primary Purpose: Treatment
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