Lower Fasting Muscle Mitochondrial Activity Relates to Hepatic Steatosis in Humans | Zendy

Julia Szendroedi | Zendy; Kirti Kaul | Zendy; Lisa Kloock | Zendy; Klaus Straßburger | Zendy; A. Schmid | Zendy; Marek Chmelík | Zendy; Michaela Kacerovsky | Zendy; Gertrud Kacerovsky-Bielesz | Zendy; Thomas Prikoszovich | Zendy; Attila Brehm | Zendy; Martin Krššák | Zendy; Stephan Gruber | Zendy; Michael Krebs | Zendy; Alexandra KautzkyWiller | Zendy; Ewald Moser | Zendy; Giovanni Pacini | Zendy; Michael Roden | Zendy

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Lower Fasting Muscle Mitochondrial Activity Relates to Hepatic Steatosis in Humans

Author(s) -

Julia Szendroedi,

Kirti Kaul,

Lisa Kloock,

Klaus Straßburger,

A. Schmid,

Marek Chmelík,

Michaela Kacerovsky,

Gertrud Kacerovsky-Bielesz,

Thomas Prikoszovich,

Attila Brehm,

Martin Krššák,

Stephan Gruber,

Michael Krebs,

Alexandra KautzkyWiller,

Ewald Moser,

Giovanni Pacini,

Michael Roden

Publication year - 2013

Publication title -

diabetes care

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 6.636

H-Index - 363

eISSN - 1935-5548

pISSN - 0149-5992

DOI - 10.2337/dc13-1359

Subject(s) - medicine , insulin resistance , endocrinology , steatosis , insulin , diabetes mellitus , lipid metabolism

Muscle insulin resistance has been implicated in the development of steatosis and dyslipidemia by changing the partitioning of postprandial substrate fluxes. Also, insulin resistance may be due to reduced mitochondrial function. We examined the association between mitochondrial activity, insulin sensitivity, and steatosis in a larger human population.

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