<p>Bioenergetics were assessed with a Seahorse XFp for both untreated cells and cells which were processed via dip-coating technique (100 mm/min, 1.2 M trehalose solution), rehydrated immediately, and cultured for 14 days. <b>A)</b> Respiration (oxygen consumption rate) is shown, with legend titles referring to readings after specified reagent injections. <b>B)</b> Glycolysis (extracellular acidification rate) is shown similarly to A. <b>C)</b> Spare respiratory capacity is a (%) ratio between FCCP and Oligomycin groups in A. <b>D)</b> Glycolytic reserve is the (%) ratio between oligomycin and glucose groups in B. There was no statistical difference between treated and untreated groups. Error bars show +SD, n = 6.</p
<p>Raw traces of (<i>a</i>) oxygen consumption rate (OCR) and (<i>b</i>) extracellular acidification...
<p>A,B. Oxygen consumption was assessed by high-resolution respirometry in digitonin-permeabilized N...
<p>MEF were treated with 10 µM BA or DMSO (0.1%) for 16 h before they were subjected to a glycolysis...
<p>RCC cells were incubated in the absence (control) or presence of HCQ (75 μM) overnight, and the c...
<p>After 16 or 48 hours in 2% (hypoxia) or 21% oxygen (normoxia), 4×10<sup>4</sup> Cal33 or OSC19 ce...
<p>MLE-12 cell were seeded in V7 cell plate at a density of 70,000 cells/well and exposed to normoxi...
<p>Raw traces of (<i>a</i>) oxygen consumption rate (OCR) and (<i>b</i>) extracellular acidification...
<p>Oxygen consumption rates were measured in L6E9 myoblasts and R1H cells culture in growth medium o...
Theoretical interpretation of Seahorse metabolism output. Data on oxygen consumption rate (OCR) and ...
(A) Representative graph of the oxygen consumption rate (OCR). ATP-linked oxygen consumption and oxy...
<p><b>A</b> Basal oxygen consumption rate of TEX and RTEX+TIG cells was measured with the Seahorse M...
<p>Seahorse extracellular acidification rates (A) were measured in quadruplicate wells containing eq...
<p>(A) Real-time analysis of oxygen consumption rates (OCR) and extracellular acidification rates (E...
<p><b>A.</b> Basal mitochondrial oxygen consumption rate. *, p<0.05, GAL vs HG and LG. <b>B.</b> Sta...
<p><b>A</b>, Endogenous oxygen consumption rate (OCR) of naive (TGF-β1-untreated) and differentiated...
<p>Raw traces of (<i>a</i>) oxygen consumption rate (OCR) and (<i>b</i>) extracellular acidification...
<p>A,B. Oxygen consumption was assessed by high-resolution respirometry in digitonin-permeabilized N...
<p>MEF were treated with 10 µM BA or DMSO (0.1%) for 16 h before they were subjected to a glycolysis...
<p>RCC cells were incubated in the absence (control) or presence of HCQ (75 μM) overnight, and the c...
<p>After 16 or 48 hours in 2% (hypoxia) or 21% oxygen (normoxia), 4×10<sup>4</sup> Cal33 or OSC19 ce...
<p>MLE-12 cell were seeded in V7 cell plate at a density of 70,000 cells/well and exposed to normoxi...
<p>Raw traces of (<i>a</i>) oxygen consumption rate (OCR) and (<i>b</i>) extracellular acidification...
<p>Oxygen consumption rates were measured in L6E9 myoblasts and R1H cells culture in growth medium o...
Theoretical interpretation of Seahorse metabolism output. Data on oxygen consumption rate (OCR) and ...
(A) Representative graph of the oxygen consumption rate (OCR). ATP-linked oxygen consumption and oxy...
<p><b>A</b> Basal oxygen consumption rate of TEX and RTEX+TIG cells was measured with the Seahorse M...
<p>Seahorse extracellular acidification rates (A) were measured in quadruplicate wells containing eq...
<p>(A) Real-time analysis of oxygen consumption rates (OCR) and extracellular acidification rates (E...
<p><b>A.</b> Basal mitochondrial oxygen consumption rate. *, p<0.05, GAL vs HG and LG. <b>B.</b> Sta...
<p><b>A</b>, Endogenous oxygen consumption rate (OCR) of naive (TGF-β1-untreated) and differentiated...
<p>Raw traces of (<i>a</i>) oxygen consumption rate (OCR) and (<i>b</i>) extracellular acidification...
<p>A,B. Oxygen consumption was assessed by high-resolution respirometry in digitonin-permeabilized N...
<p>MEF were treated with 10 µM BA or DMSO (0.1%) for 16 h before they were subjected to a glycolysis...