Browsing Artikler / Articles by Journals "Cells"

Now showing items 1-2 of 2

Different resistance exercise loading paradigms similarly affect skeletal muscle gene expression patterns of myostatin-related targets and mTORC1 signaling markers

McIntosh, Mason C; Godwin, Joshua S.; Michel, J. Max; Plotkin, Daniel L.; Ziegenfuss, Tim N.; Lopez, Hector L.; Smith, Ryan; Dalbo, Vincent J.; Sexton, Casey L.; Ruple, Bradley A.; Dwaraka, Varun B.; Sharples, Adam P.; Mobley, Christopher Brooks; Vann, Christopher G.; Roberts, Michael D. (Peer reviewed; Journal article, 2023)

Although transcriptome profiling has been used in several resistance training studies, the associated analytical approaches seldom provide in-depth information on individual genes linked to skeletal muscle hypertrophy. ...
Skeletal muscle DNA methylation and mRNA responses to a bout of higher versus lower load resistance exercise in previously trained men

Sexton, Casey L.; McIntosh, Mason C.; Ruple, Bradley A.; Osburn, Shelby C.; Hollingsworth, Blake R.; Kontos, Nicholas J.; Agostinelli, Philip J.; Kavazis, Andreas N.; Ziegenfuss, Tim N.; Lopez, Hector L.; Young, Kaelin C.; Dwaraka, Varun B.; Mobley, Christopher B.; Sharples, Adam P.; Godwin, Joshua S.; Smith, Ryan; Frugé, Andrew D.; Roberts, Michael D. (Peer reviewed; Journal article, 2023)

We sought to determine the skeletal muscle genome-wide DNA methylation and mRNA responses to one bout of lower load (LL) versus higher load (HL) resistance exercise. Trained college-aged males (n = 11, 23 ± 4 years old, 4 ...