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  General model overview to wiki.png 122 KB
  
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  General scheme.jpg 132 KB
  
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  Grassi 2005, Delayed Metabolic Activation of Oxidative Phosphorylation in Skeletal Muscle at Exercise Onset.png 140 KB
  
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  Greiner 2007, High-energy phosphate metabolism in the calf muscle of healthy humans PCr.png 33 KB
  
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  Hargreaves 1998, Muscle metabolites and performance during high-intensity, intermittent exercise T2.png 68 KB
  
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  Hargreaves 1998, Muscle metabolites and performance during high-intensity, intermittent exercise T3.png 114 KB
  
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  Hellsten 1999, AMP deamination and purine exchange in human skeletal muscle during and after intense exercise.png 49 KB
  
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  IRF2BP2.png 4 KB
  
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  In vitro phosphorylation of AMPK by recombinant CaMKK isoforms (Fujiwara 2016).png 66 KB
  
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  Korzeniewski1998 fig1 mechanisms ATP concentration.png 28 KB
  
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  Korzeniewski2004 fig2 model scheme.png 45 KB
  
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  Korzeniewski2004 fig3 model result mode3.png 111 KB
  
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  Kullmann 2018, Summary of upstream regulatory factors affecting LKB1 function.png 317 KB
  
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  Kushmerick 1992, Regulation of oxygen consumption in fast and slow-twitch muscle F2.png 42 KB
  
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  Kushmerick 1992, Regulation of oxygen consumption in fast and slow-twitch muscle F3.png 41 KB
  
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  LRRC10B.png 4 KB
  
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  Larsen 2014, High-Intensity Interval Training Alters ATP Pathway Flux During Maximal Muscle Contractions in Humans Calulations.png 118 KB
  
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  Larsen 2014, High-Intensity Interval Training Alters ATP Pathway Flux During Maximal Muscle Contractions in Humans Glycolisys.png 40 KB
  
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  Layec 2008, Accurate work-rate measurements during in vivo MRS studies of exercising human quadriceps PCr.png 36 KB
  
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  Layec 2015, Impact of age on exercise-induced ATP supply during supramaximal plantar flexion in humans.png 159 KB
  
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  Li 2009, Role of NADH NAD+ transport activity and glycogen store on skeletal muscle energy metabolism.png 20 KB
  
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  Li etal 2009 fig10 model predictions.png 25 KB
  
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  Li etal 2009 fig8 model scheme.png 142 KB
  
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  Li etal 2009 fig9 model scheme.png 151 KB
  
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  Li etal 2012 fig11 model scheme.png 81 KB
  
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  MEOX1.png 4 KB
  
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  Master regulators - Figure10.png 271 KB
  
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  Master regulators - Figure11.png 275 KB
  
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  Master regulators - Figure7.png 233 KB
  
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  Master regulators - Figure8.png 227 KB
  
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  Master regulators - Figure9.png 213 KB
  
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  Master regulators - FigureMR1.png 212 KB
  
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  NDRG1.png 5 KB
  
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  NeuroMuscleDB Scheme.png 717 KB
  
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  P38 MAPK phosphorylation (Yu 2003).png 31 KB
  
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  Parolin 1999, Regulation of skeletal muscle glycogen phosphorylase and PDH during maximal intermittent exercise.png 44 KB
  
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  Parolin 1999, Regulation of skeletal muscle glycogen phosphorylase and PDH during maximal intermittent exercise F4.png 37 KB
  
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  Parolin 1999, Regulation of skeletal muscle glycogen phosphorylase and PDH during maximal intermittent exercise T2.png 134 KB
  
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  Phosphatase (PP2Aα) sensitivity of AMPK isoforms (Rajamohan 2016).png 97 KB
  
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  Rat CAGE - Fugure1.png 215 KB
  
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  Richardson 2015, MRS Evidence of Adequate O2 Supply in Human Skeletal Muscle at the Onset of Exercise.png 58 KB
  
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  SERPINH1.png 5 KB
  
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  SKMDB total-ngs-datasets.png 76 KB
  
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  Sahlin 1976, Lactate content and pH in muscle obtained after dynamic exercise F2.png 23 KB
  
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  Sahlin 1976, Lactate content and pH in muscle obtained after dynamic exercise F3.png 70 KB
  
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  Saucerman and Bers 2008.jpg 42 KB
  
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  Scatterplot of AMPKp- FoldChange against PCr vs (PCr + Cr) InputFoldChange.png 25 KB
  
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  Schematic representation of the structure-activity relationships of CaMKK2 (Racioppi 2012).png 56 KB
  
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  Schmitz 2010, Silencing of glycolysis in muscle experimental observation and numerical analysis.png 103 KB
  
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  Schmitz 2013, Combined in vivo and in silico investigations of activation of glycolysis in contracting skeletal muscle PFK.png 104 KB
  

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