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  ACTG1.png 5 KB
  
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  AMPK A model for the allosteric regulation mechanism of mammalian AMPK (Li 2017).png 49 KB
  
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  AMPK Downstream General.png 541 KB
  
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  AMPK Regulate Multiple Metabolic Processes.png 424 KB
  
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  AMPK Structure with regulation sites.png 591 KB
  
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  AMPK Upstream General.png 481 KB
  
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  AMPK activity and phosphorylation (Yu 2003).png 54 KB
  
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  AMPK activity at rest and after exercise 30-s Birk 2006.png 15 KB
  
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  AMPK activity at rest and after exercise Chen 2000.png 26 KB
  
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  AMPK activity at rest and after exercise time course Wojtaszewski 2003.png 25 KB
  
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  AMPK activity at rest and after exercise y3 Birk 2006.png 21 KB
  
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  AMPK activity in exercising human skeletal muscle (Oakhill 2012).png 35 KB
  
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  AMPK activity vs phosphorylation (mouse).png 11 KB
  
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  AMPK human muscle abundance and activity.png 51 KB
  
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  AMPK human muscle abundance and activityl.png 51 KB
  
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  AMPK regulates muscle transcriptional events through distinct mechanisms (Canto 2010).png 59 KB
  
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  AMPK signaling in skeletal muscle during exercise role of reactive oxygen and nitrogen species (Morales-Alamo 2016).png 147 KB
  
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  AMPK y3 activity after exercise Birk 2006.png 20 KB
  
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  AMPK y3 phosphorylation after exercise Birk 2006.png 14 KB
  
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  Activation of different AMPK complexes in skeletal muscle (Kjobsted 2018).png 37 KB
  
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  Alessi 2006, Activation of the AMPK-related kinases by LKB1.png 190 KB
  
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  Alessi 2006, Posttranslational modification sites of the mouse LKB1 protein.png 46 KB
  
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  Algorithm segments.png 9 KB
  
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  Alternative usage of dominating TSS - Figure4.png 83 KB
  
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  Bangsbo 2001, ATP production and efficiency of human skeletal muscle during intense exercise, effect of previous exercise.png 32 KB
  
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  Bartlett 2020, Oxidative ATP synthesis in human quadriceps.png 6 KB
  
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  Bartlett 2020, Oxidative ATP synthesis in human quadriceps ADP.png 8 KB
  
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  Bartlett 2020, Oxidative ATP synthesis in human quadriceps PCr.png 9 KB
  
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  Behnke 2009, Recovery dynamics of skeletal muscle oxygen uptake during the exercise off-transient.png 47 KB
  
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  Birk 2006 Table 1 Parameters of cellular energy status.png 36 KB
  
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  Broxterman 2017, Bioenergetics and ATP Synthesis during Exercise.png 170 KB
  
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  CAGE merging closely spaced peaks.png 52 KB
  
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  CAGE merging merge reference peaks.png 35 KB
  
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  CAGE merging overhangs.png 7 KB
  
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  CAGE merging results on rn6.png 43 KB
  
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  CAGE merging simple overlap strategy.png 46 KB
  
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  CAGE merging split reference peak.png 40 KB
  
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  CNN2.png 5 KB
  
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  Ca-CaM-AMPK pathway 02 15 2019.jpg 95 KB
  
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  Ca-CaM-AMPK pathway 02 15 2019.png 253 KB
  
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  CaMKII, Bhattacharyya 2016, Subunit exchange in CaMKII-b.png 298 KB
  
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  CaMKII, Bhattacharyya 2016, The domains of human CaMKII-a.png 284 KB
  
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  CaMKII, Gaertner 2004, Dependence of CaM-kinase II activity on CaM.png 98 KB
  
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  CaMKII, Gaertner 2004, Dependence of CaM-kinase II autophosphorylation on CaM.png 103 KB
  
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  CaMKII, Gaertner 2004, TABLE II Calmodulin interactions with CaM-kinase II isoforms.png 46 KB
  
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  CaMKII, Hudmon 2002, CaMKII undergoes multiple autoregulatory states.png 111 KB
  
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  CaMKII, Hudmon 2002, Linear diagram of a prototypical CaMKII subunit.png 79 KB
  
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  CaMKII, Hudmon 2002, Non-linear Ca2+ spike frequency-dependence in the generation of autonomous activity.png 165 KB
  
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  CaMKII, Hudmon 2002, The autophosphorylation of CaMKII requires coincident Ca2+ CaM binding.png 83 KB
  
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  CaMKII, Rose 2006, Ca2+–calmodulindependent kinase isoforms in human skeletal muscle.png 29 KB
  

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