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Artigos Científicos Indicados

Nesta página, seguem artigos indicados pelo professor Luiz Carlos Carnevali Junior. 

aerobic-interval-training-versus-continuous-moderate-exercise-as-a-treatment-for-the-metabolic-syndrome-a-pilot-studyharam-et-al-2009

effect-of-endurance-training-on-glycerol-kinetics-during-strenuous-exercise-in-humans-klein-et-al-1996

effect-of-intensity-of-physical-activity-on-body-fatness-and-fat-distribution-tremblay-et-al-1990

long-term-weight-loss-after-diet-and-exercise-a-systematic-review-curione-e-lourenco-2005

physical-activity-energy-expenditure-and-fitness-an-evolutionary-perspective-cordain-et-al-1995

reducing-diet-and-or-exercise-training-decreases-the-lipid-and-lipoprotein-risk-factors-nieman-et-al-2002

a-role-for-high-intensity-exercise-on-energy-expenditure-balance-and-weigth-control-1998

the-effects-of-treadmill-sprint-training-and-resistance-training-on-maximal-running-velocity-and-power-ross-et-al-2009

the-relative-benefits-of-endurance-and-strength-training-on-the-metabolic-factors-and-muscle-function-cauza-et-al-2005

contractile-activity-induced-mitochondrial-biogenesis-in-skeletal-muscle-hood-2001

aerobic-interval-training-versus-continuous-moderate-exercise-as-a-treatment-for-the-metabolic-syndrome-a-pilot-study-of-rats-artificially-2009

ampk-as-a-metabolic-switch-in-rat-muscle-liver-and-adipose-tissue-after-exercise-2003

cellular-and-molecular-events-controlling-skeletal-muscle-mass-in-response-to-altered-use-2007

divergent-response-of-metabolite-transport-proteins-in-human-skeletal-muscle-after-sprint-interval-training-and-detraining-2007

does-the-intensity-of-an-exercise-programme-modulate-body-composition-changes-2005

effect-of-exercise-training-intensity-on-abdominal-visceral-fat-and-body-composition-2008

effect-of-exercise-training-intensity-on-abdominal-visceral-fat-and-body-composition-20081

exercise-training-increases-sarcolemmal-and-mitochondrial-fatty-acid-transport-proteins-in-human-skeletal-muscle-2010

high-intensity-aerobic-interval-training-increases-fat-and-carbohydrate-metabolic-capacities-in-human-skeletal-muscle-20081

malonyl-coa-and-amp-activated-protein-kinase-an-expanding-partnership-2003

molecular-responses-to-strength-and-endurance-training-are-they-incompatible-2009

response-of-skeletal-muscle-mitochondria-to-hypoxia2010

two-weeks-of-high-intensity-aerobic-interval-training-increases-the-capacity-for-fat-oxidation-during-exercise-in-women-2007

utilization-of-skeletal-muscle-triacylglycerol-during-postexercise-recovery-in-humans-1998