SIT telah menxsjakbcjksabcjsdapatkan perhatian khusus karena memunculkan metabolisme yang sama.docx
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SIT telah mendapatkan perhatian khusus karena memunculkan metabolisme yang sama ( peningkatan aktifitas mitokondria, kapasitas aeorbik dan sensitifitas insulin) serta adaptasi macrovascular (menguragi kekauan arteri dan penurunan TD) seperti ET dalam waktu yang lebih singkat. capacity and insulin sensitivity) and macrovascular adaptations (reduced arterial stiffness and blood pressure) as ET, despite a marked reduction in time commitment (Burgomasteret al. 2008; Rakobowchuk et al. 2008; Babraj et al. 2009; Gibala et al. 2012; Shepherd et al. 2013). In rodent models, High intensity interval training has also been shown to increase aortic eNOS content (Haram et al. 2009). However, to date no studies havemade comparisons between the effects of SIT and ET on the microvascular enzymes controlling NO production and skeletal muscle microvascular density in man.
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Transcript of SIT telah menxsjakbcjksabcjsdapatkan perhatian khusus karena memunculkan metabolisme yang sama.docx
SIT telah mendapatkan perhatian khusus karena memunculkan metabolisme yang sama ( peningkatan aktifitas mitokondria, kapasitas aeorbik dan sensitifitas insulin) serta adaptasi macrovascular (menguragi kekauan arteri dan penurunan TD) seperti ET dalam waktu yang lebih singkat.
capacity and insulin sensitivity) and macrovascular adaptations (reduced arterial stiffness and blood pressure) as ET, despite a marked reduction in time commitment (Burgomasteret al. 2008; Rakobowchuk et al. 2008; Babraj et al. 2009; Gibala et al. 2012; Shepherd et al. 2013). In rodent models, High intensity interval training has also been shown to increase aortic eNOS content (Haram et al. 2009). However, to date no studies havemade comparisons between the effects of SIT and ET on the microvascular enzymes controlling NO production and skeletal muscle microvascular density in man.
