Digestive and liver disease : official journal of the Italian Society of Gastroenterology and the Italian Association for the Study of the Liver · 2011
Omega-3 fatty acids reduce hepatic steatosis and consequently attenuate ischemia-reperfusion injury following partial hepatectomy in rats.
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Marsman Hendrik A, Heger Michal, Kloek Jaap J, Nienhuis Syert L, ten Kate Fiebo J W, van Gulik Thomas M
Аннотация
AIM: The aim of this study was to investigate omega-3 fatty acids (FAs) treatment of experimental steatosis and the consequent effect on ischemia-reperfusion (IR) injury.
BACKGROUND: Fatty livers are more susceptible to IR injury and display decreased regenerative capacity. Consequently, restrictions exist for patients with fatty livers to undergo a major hepatectomy or to participate in living donor liver transplantation. Until recently, weight reduction constituted the only proven therapy for patients with fatty livers.
METHODS: Steatosis was induced by a 3-wk methionine/choline-deficient diet, followed by oral administration of omega-3 FAs (Omega-3), standard lipid solution (Lipid), or NaCl (Saline) during 2 wk. Control animals received a standard diet without treatment. Rats underwent partial (70%) hepatic IR combined with partial hepatectomy (PHx) of the non-ischemic lobes (30%) followed by 24-h reperfusion.
RESULTS: Histological analysis revealed mild (5-33%) macrovesicular steatosis in omega-3-treated animals vs. severe (>66%) macrovesicular steatosis in both Lipid and Saline groups. Following IR/PHx, omega-3-treated rats exhibited reduced serum ALT levels after 6- and 24-h reperfusion, a reduced hepatic TNF-α content, and an improved anti-oxidative capacity.
CONCLUSIONS: Omega-3 treatment significantly reduces experimental hepatic steatosis and associated pathophysiological features, resulting in significantly reduced IR injury following PHx.
BACKGROUND: Fatty livers are more susceptible to IR injury and display decreased regenerative capacity. Consequently, restrictions exist for patients with fatty livers to undergo a major hepatectomy or to participate in living donor liver transplantation. Until recently, weight reduction constituted the only proven therapy for patients with fatty livers.
METHODS: Steatosis was induced by a 3-wk methionine/choline-deficient diet, followed by oral administration of omega-3 FAs (Omega-3), standard lipid solution (Lipid), or NaCl (Saline) during 2 wk. Control animals received a standard diet without treatment. Rats underwent partial (70%) hepatic IR combined with partial hepatectomy (PHx) of the non-ischemic lobes (30%) followed by 24-h reperfusion.
RESULTS: Histological analysis revealed mild (5-33%) macrovesicular steatosis in omega-3-treated animals vs. severe (>66%) macrovesicular steatosis in both Lipid and Saline groups. Following IR/PHx, omega-3-treated rats exhibited reduced serum ALT levels after 6- and 24-h reperfusion, a reduced hepatic TNF-α content, and an improved anti-oxidative capacity.
CONCLUSIONS: Omega-3 treatment significantly reduces experimental hepatic steatosis and associated pathophysiological features, resulting in significantly reduced IR injury following PHx.