2018
DOI: 10.29252/hmj.22.2.95
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Effect of low-intensity eccentric resistance training with blood flow restriction on the activation and proliferation indicators of satellite cells

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“…This effect may be in part mediated by neuronal nitric oxide released secondary to events of cellular membrane stretch (7). Human interventions using BFR training demonstrate increased Pax7 (required for maintenance and initial proliferation of satellite cells) and myogenic regulatory factor levels (transcription factors that regulate satellite cell proliferation and differentiation), including MyoD and Myf5 mRNA (39,57,60). Alternatively, other investigations have returned equivocal expression of myogenic markers between occluded and nonoccluded interventions (20,51).…”
Section: Blood Flow Restriction Cellular Mechanismsmentioning
confidence: 99%
“…This effect may be in part mediated by neuronal nitric oxide released secondary to events of cellular membrane stretch (7). Human interventions using BFR training demonstrate increased Pax7 (required for maintenance and initial proliferation of satellite cells) and myogenic regulatory factor levels (transcription factors that regulate satellite cell proliferation and differentiation), including MyoD and Myf5 mRNA (39,57,60). Alternatively, other investigations have returned equivocal expression of myogenic markers between occluded and nonoccluded interventions (20,51).…”
Section: Blood Flow Restriction Cellular Mechanismsmentioning
confidence: 99%