Artigos do Blog

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

“Suplementação lipídica para atividades de endurance”

“A suplementação de triglicerídeos de cadeia média promove efeito ergogênico sobre o desempenho no exercício de endurance?”

“Efeitos da ingestão prévia de carboidrato de alto índice glicêmico sobre a resposta glicêmica e desempenho durante um treino de força.”

“Efeitos do consumo prévio de carboidratos sobre a resposta glicêmica e desempenho.”

“Effect of carbohydrate supplementation on post exercise glut-4 protein expression in skeletal muscle.”

“Effect of carbohydrate-protein supplement timing on acute exercise induced muscle damage.”

“Muscle damage impairs insulin stimulation of IRS-1, PI 3-kinase, and Akt-kinase in human skeletal muscle.”

“Doping Genético.”

“Sódio: o nutriente esquecido.”

“The World Anti-Doping Code: The 2009 Prohibited List.”

“Mecanismos Envolvidos na Etiologia da Dor Muscular Tardia.”

“Aerobic Interval Training Vs. Continuous Moderate Exercise As A Treatment For The Metabolic Syndrome”

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