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. 2016 Jul 19;311(3):E605–E619. doi: 10.1152/ajpendo.00270.2016

Table 2.

Knowledge gaps related to alcohol and muscle protein balance

Alcohol and Muscle Protein Balance
  • Confirmation of alcohol-induced changes in rodent models to humans; assess possible sex differences

  • Mechanism underlying the relatively mild effect of alcohol on slow-twitch muscles

  • Further dissection of mTORC1 signal transduction related to nutrient and hormone activation

  • Identification of novel pathways or signaling molecules through use of genomic/proteomic approaches

  • Assess whether ethanol can directly impair mTOR kinase activity

  • Resolution of alcohol-induced changes in global muscle protein breakdown

  • Identification of specific proteins which alcohol alters rates of synthesis or degradation

  • Quantifying mechanical contractile changes produced by alcohol