Matches in Nanopublications for { ?s ?p "Intriguingly, the type of exercise stimuli governs the intricate balance of which signalling pathways are turned on or off, thereby providing for a regulation of phenotypic outcomes. For example, aerobic exercise involving predominantly endurance type of work does not phosphorylate p70S6K (Sherwood et al. 1999), whereas high-resistance loading type of exercise does" ?g. }
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- _2 value "Intriguingly, the type of exercise stimuli governs the intricate balance of which signalling pathways are turned on or off, thereby providing for a regulation of phenotypic outcomes. For example, aerobic exercise involving predominantly endurance type of work does not phosphorylate p70S6K (Sherwood et al. 1999), whereas high-resistance loading type of exercise does" provenance.
- _3 value "Intriguingly, the type of exercise stimuli governs the intricate balance of which signalling pathways are turned on or off, thereby providing for a regulation of phenotypic outcomes. For example, aerobic exercise involving predominantly endurance type of work does not phosphorylate p70S6K (Sherwood et al. 1999), whereas high-resistance loading type of exercise does" provenance.
- _2 value "Intriguingly, the type of exercise stimuli governs the intricate balance of which signalling pathways are turned on or off, thereby providing for a regulation of phenotypic outcomes. For example, aerobic exercise involving predominantly endurance type of work does not phosphorylate p70S6K (Sherwood et al. 1999), whereas high-resistance loading type of exercise does" provenance.
- _4 value "Intriguingly, the type of exercise stimuli governs the intricate balance of which signalling pathways are turned on or off, thereby providing for a regulation of phenotypic outcomes. For example, aerobic exercise involving predominantly endurance type of work does not phosphorylate p70S6K (Sherwood et al. 1999), whereas high-resistance loading type of exercise does" provenance.
- _5 value "Intriguingly, the type of exercise stimuli governs the intricate balance of which signalling pathways are turned on or off, thereby providing for a regulation of phenotypic outcomes. For example, aerobic exercise involving predominantly endurance type of work does not phosphorylate p70S6K (Sherwood et al. 1999), whereas high-resistance loading type of exercise does" provenance.
- _2 value "Intriguingly, the type of exercise stimuli governs the intricate balance of which signalling pathways are turned on or off, thereby providing for a regulation of phenotypic outcomes. For example, aerobic exercise involving predominantly endurance type of work does not phosphorylate p70S6K (Sherwood et al. 1999), whereas high-resistance loading type of exercise does" provenance.
- _2 value "Intriguingly, the type of exercise stimuli governs the intricate balance of which signalling pathways are turned on or off, thereby providing for a regulation of phenotypic outcomes. For example, aerobic exercise involving predominantly endurance type of work does not phosphorylate p70S6K (Sherwood et al. 1999), whereas high-resistance loading type of exercise does" provenance.
- _3 value "Intriguingly, the type of exercise stimuli governs the intricate balance of which signalling pathways are turned on or off, thereby providing for a regulation of phenotypic outcomes. For example, aerobic exercise involving predominantly endurance type of work does not phosphorylate p70S6K (Sherwood et al. 1999), whereas high-resistance loading type of exercise does" provenance.
- _4 value "Intriguingly, the type of exercise stimuli governs the intricate balance of which signalling pathways are turned on or off, thereby providing for a regulation of phenotypic outcomes. For example, aerobic exercise involving predominantly endurance type of work does not phosphorylate p70S6K (Sherwood et al. 1999), whereas high-resistance loading type of exercise does" provenance.
- _5 value "Intriguingly, the type of exercise stimuli governs the intricate balance of which signalling pathways are turned on or off, thereby providing for a regulation of phenotypic outcomes. For example, aerobic exercise involving predominantly endurance type of work does not phosphorylate p70S6K (Sherwood et al. 1999), whereas high-resistance loading type of exercise does" provenance.