<p>A. Schematic illustration of biochemical pathway of fatty acid oxidation. B. Kinetic OCR response of SF188f cells to palmitate (150 µM). C. Kinetic OCR response in SF188f cells to octanoate (1 mM). SF188f cells were plated at 15,000 cells/well in XF96 V3 cell culture plates 24–28 hours prior to the assays. Assay medium was the substrate-free base medium supplemented with 5.5 mM glucose and 50 µM carnitine. The OCR value was not normalized. A representative experiment out of four is shown here. Each data point represents mean ± SD, n = 6.</p
International audienceThe mitochondrial oxidation of fatty acids (FAO) is the main energy-producing ...
We have investigated the contribution of peroxisomes and mitochondria to the beta-oxidation of palmi...
<p>The cells were treated with Con shRNA or Cs shRNA and then incubated in the differentiation media...
<p>A. Kinetic OCR response of SF188s and SF188f cells to glutamine (4 mM) (left panel). Insert: calc...
Fatty acids are abundant constituents of all biological systems, and their metabolism is important f...
Organisms store excess energy as fatty acids and triglycerides. Under fasting conditions, fatty acid...
(A) OA β-oxidation during co-incubation with fatty acids. Human myotubes were grown and differentiat...
We describe a method for the diagnosis of mitochondrial fatty acid oxidation disorders that is based...
The rate of fatty acid β-oxidation in muscle was examined by the method of Muoio et al. (2002) and W...
Fatty acids are abundant constituents of all biological systems, and their metabolism is important f...
SUMMARY. A method based on the release of tritiated water from [9,1O(n)-3H] palmitic and myristic ac...
Fatty acid (FA) metabolism is an integral part of myocardial cellular metabolism and has been studie...
<p>A. Schematic illustration of biochemical pathway for glutamine oxidation in the mitochondria. B. ...
<p>A) Glycolysis, B) glucose oxidation, C) palmitate oxidation, D) palmitate uptake, E) oleate oxida...
BACKGROUND: Two separate and complementary assays, total mitochondrial fatty acid beta-oxidation (FA...
International audienceThe mitochondrial oxidation of fatty acids (FAO) is the main energy-producing ...
We have investigated the contribution of peroxisomes and mitochondria to the beta-oxidation of palmi...
<p>The cells were treated with Con shRNA or Cs shRNA and then incubated in the differentiation media...
<p>A. Kinetic OCR response of SF188s and SF188f cells to glutamine (4 mM) (left panel). Insert: calc...
Fatty acids are abundant constituents of all biological systems, and their metabolism is important f...
Organisms store excess energy as fatty acids and triglycerides. Under fasting conditions, fatty acid...
(A) OA β-oxidation during co-incubation with fatty acids. Human myotubes were grown and differentiat...
We describe a method for the diagnosis of mitochondrial fatty acid oxidation disorders that is based...
The rate of fatty acid β-oxidation in muscle was examined by the method of Muoio et al. (2002) and W...
Fatty acids are abundant constituents of all biological systems, and their metabolism is important f...
SUMMARY. A method based on the release of tritiated water from [9,1O(n)-3H] palmitic and myristic ac...
Fatty acid (FA) metabolism is an integral part of myocardial cellular metabolism and has been studie...
<p>A. Schematic illustration of biochemical pathway for glutamine oxidation in the mitochondria. B. ...
<p>A) Glycolysis, B) glucose oxidation, C) palmitate oxidation, D) palmitate uptake, E) oleate oxida...
BACKGROUND: Two separate and complementary assays, total mitochondrial fatty acid beta-oxidation (FA...
International audienceThe mitochondrial oxidation of fatty acids (FAO) is the main energy-producing ...
We have investigated the contribution of peroxisomes and mitochondria to the beta-oxidation of palmi...
<p>The cells were treated with Con shRNA or Cs shRNA and then incubated in the differentiation media...