<p>Renal and hepatic complex 1-dependent state 2, 3 and 4 mitochondrial respiration using glutamate as substrate were increased in cardiogenic shock, whereas respiratory control ratio (RCR) and ADP/O values were unaffected indicating well-coupled and efficient respiration. Cardiac interfibrillar (IFM) and subsarcolemmal (SSM) mitochondrial respiration was unaffected. Complex 2-dependent mitochondrial respiration using succinate as substrate demonstrates a similar tendency. State 2, 3 and 4 respiratory rates are presented as pmol O<sub>2</sub>/min/IU citrate synthase. The data are presented as median±range.</p>‡<p>p<0.05 between groups.</p><p>Mitochondrial Respiratory Parameters.</p
<p>WT and PARP1<sup>-/-</sup> mice were harvested at 150 days’ post-infection. <b>(A-D)</b> Cardiac ...
<p>(a) Oxygraphs showing changes in dissolved oxygen in isolated mitochondria suspension from these ...
<p>Overall, the AD-N subgroup (A–D) demonstrates similar mitochondrial responses as the control LCLs...
(A) Maximal complex I (CI) mediated OXPHOS capacity (state 3) respiration was determined in the pres...
<p>ADP-stimulated (<i>state 3</i>) and resting (<i>state 4</i>) respiration rates are shown for mito...
<p>Oxygen consumption rates (OCRs) were determined using an XF24 Extracellular Flux Analyzer with th...
<p>Liver mitochondria were loaded in the oxygraph chambers at a concentration of 0.5 mg/ml. The subs...
<p>in the presence of the (a) Complex I substrate (5 mM Malate/5 mM Glutamate) (b) Complex II substr...
Functional studies on isolated mitochondria critically rely on the right choice of respiration buffe...
<p>Oxygen consumption in isolated mitochondria from (A) brain, (B) heart, (C) skeletal muscle and (D...
<p>Glutamate(5 mM)+malate (2.5 mM), succinate (5 mM) or a mixture of glutamate+malate+succinate (5, ...
Functional studies on isolated mitochondria critically rely on the right choice of respiration buffe...
<p>Oxygen consumption of isolated <b>A</b> liver, <b>B</b> muscle and <b>C</b> brain mitochondria we...
<p>Respiratory capacity was assessed in permeabilized fibers from <i>quadriceps femoris</i> muscle t...
<p><b>Incubation conditions</b> are described in Methods. <b>Substrates</b>: succinate 10 mM; glutam...
<p>WT and PARP1<sup>-/-</sup> mice were harvested at 150 days’ post-infection. <b>(A-D)</b> Cardiac ...
<p>(a) Oxygraphs showing changes in dissolved oxygen in isolated mitochondria suspension from these ...
<p>Overall, the AD-N subgroup (A–D) demonstrates similar mitochondrial responses as the control LCLs...
(A) Maximal complex I (CI) mediated OXPHOS capacity (state 3) respiration was determined in the pres...
<p>ADP-stimulated (<i>state 3</i>) and resting (<i>state 4</i>) respiration rates are shown for mito...
<p>Oxygen consumption rates (OCRs) were determined using an XF24 Extracellular Flux Analyzer with th...
<p>Liver mitochondria were loaded in the oxygraph chambers at a concentration of 0.5 mg/ml. The subs...
<p>in the presence of the (a) Complex I substrate (5 mM Malate/5 mM Glutamate) (b) Complex II substr...
Functional studies on isolated mitochondria critically rely on the right choice of respiration buffe...
<p>Oxygen consumption in isolated mitochondria from (A) brain, (B) heart, (C) skeletal muscle and (D...
<p>Glutamate(5 mM)+malate (2.5 mM), succinate (5 mM) or a mixture of glutamate+malate+succinate (5, ...
Functional studies on isolated mitochondria critically rely on the right choice of respiration buffe...
<p>Oxygen consumption of isolated <b>A</b> liver, <b>B</b> muscle and <b>C</b> brain mitochondria we...
<p>Respiratory capacity was assessed in permeabilized fibers from <i>quadriceps femoris</i> muscle t...
<p><b>Incubation conditions</b> are described in Methods. <b>Substrates</b>: succinate 10 mM; glutam...
<p>WT and PARP1<sup>-/-</sup> mice were harvested at 150 days’ post-infection. <b>(A-D)</b> Cardiac ...
<p>(a) Oxygraphs showing changes in dissolved oxygen in isolated mitochondria suspension from these ...
<p>Overall, the AD-N subgroup (A–D) demonstrates similar mitochondrial responses as the control LCLs...