Mitochondrial Dysfunction: Linking Type 1 Diabetes and Sarcopenia Alway, Stephen E. Alway, Stephen E. Less Exercise and Sport Sciences Reviews. 47(2):63, April 2019. Favorite PDF Permissions Free
Insulin at the Crossroads of Metabolic, Neurologic, and Vasculature Disease Malin, Steven K. Malin, Steven K. Less Exercise and Sport Sciences Reviews. 47(2):64-65, April 2019. Favorite PDF Permissions Free
Exercise and Vascular Insulin Sensitivity in the Skeletal Muscle and Brain Olver, T. Dylan; Laughlin, M. Harold; Padilla, Jaume Olver, T. Dylan; Laughlin, M. Harold; Padilla, Jaume Less Exercise and Sport Sciences Reviews. 47(2):66-74, April 2019. Abstract Abstract In Brief In Brief Favorite PDF Permissions Go to Full Text of this Article In Brief: Physical activity–induced improvements in vascular insulin sensitivity in the skeletal muscle and brain are likely related to the exercise hyperemic response. Go to Full Text of this Article Free
Exercise and the Gut Microbiome: A Review of the Evidence, Potential Mechanisms, and Implications for Human Health Mailing, Lucy J.; Allen, Jacob M.; Buford, Thomas W.; More Mailing, Lucy J.; Allen, Jacob M.; Buford, Thomas W.; Fields, Christopher J.; Woods, Jeffrey A. Less Exercise and Sport Sciences Reviews. 47(2):75-85, April 2019. Abstract Abstract In Brief In Brief Favorite PDF Permissions Go to Full Text of this Article In Brief: Exercise independently alters the composition and functional capacity of the gut microbiota, with potential implications for human health and disease. Go to Full Text of this Article Free
mHealth Interventions for Exercise and Risk Factor Modification in Cardiovascular Disease Maddison, Ralph; Rawstorn, Jonathan C.; Shariful Islam, Sheikh Mohammed; More Maddison, Ralph; Rawstorn, Jonathan C.; Shariful Islam, Sheikh Mohammed; Ball, Kylie; Tighe, Sarah; Gant, Nicholas; Whittaker, Robyn M.; Chow, Clara K. Less Exercise and Sport Sciences Reviews. 47(2):86-90, April 2019. Abstract Abstract In Brief In Brief Favorite PDF Permissions Go to Full Text of this Article In Brief: A digital platform hosting a suite of evidence-based interventions could promote exercise and lifestyle risk factor modification for the secondary prevention of heart disease. Go to Full Text of this Article Open
Regulation of Ribosome Biogenesis During Skeletal Muscle Hypertrophy Kim, Hyo-Gun; Guo, Bin; Nader, Gustavo A. Kim, Hyo-Gun; Guo, Bin; Nader, Gustavo A. Less Exercise and Sport Sciences Reviews. 47(2):91-97, April 2019. Abstract Abstract In Brief In Brief Favorite PDF Permissions Go to Full Text of this Article In Brief: Ribosomal control of skeletal muscle hypertrophy. Go to Full Text of this Article Free
Considering Type 1 Diabetes as a Form of Accelerated Muscle Aging Monaco, Cynthia M. F.; Gingrich, Molly A.; Hawke, Thomas J. Monaco, Cynthia M. F.; Gingrich, Molly A.; Hawke, Thomas J. Less Exercise and Sport Sciences Reviews. 47(2):98-107, April 2019. Abstract Abstract In Brief In Brief Favorite PDF Permissions Go to Full Text of this Article In Brief: We review the similarities between aged and adolescent/young adult type 1 diabetes muscle and discuss mitochondrial dysfunction as an underlying mechanism. Go to Full Text of this Article Free
Muscle Fiber Splitting Is a Physiological Response to Extreme Loading in Animals Murach, Kevin A.; Dungan, Cory M.; Peterson, Charlotte A.; More Murach, Kevin A.; Dungan, Cory M.; Peterson, Charlotte A.; McCarthy, John J. Less Exercise and Sport Sciences Reviews. 47(2):108-115, April 2019. Abstract Abstract In Brief In Brief Favorite PDF Permissions Go to Full Text of this Article In Brief: Skeletal muscle fiber splitting is proposed to be a physiological response to extreme loading and hypertrophy across species and is distinct from regeneration. Go to Full Text of this Article Free
Regulation of Body Temperature by Autonomic and Behavioral Thermoeffectors Schlader, Zachary J.; Vargas, Nicole T. Schlader, Zachary J.; Vargas, Nicole T. Less Exercise and Sport Sciences Reviews. 47(2):116-126, April 2019. Abstract Abstract In Brief In Brief Favorite PDF Permissions Go to Full Text of this Article In Brief: Thermal behavior decreases the requirement for autonomic thermoeffector activation. This suggests that autonomic thermoeffector activation contributes to thermal behavioral responses. Go to Full Text of this Article Free
