The Mechanistic Connection Between the Trunk, Hip, Knee, and Anterior Cruciate Ligament Injury Hewett, Timothy E.; Myer, Gregory D. Hewett, Timothy E.; Myer, Gregory D. Less Exercise and Sport Sciences Reviews. 39(4):161-166, October 2011. Abstract Abstract In Brief In Brief Favorites PDF Get Content & Permissions Go to Full Text of this Article In Brief: Mechanistic linkages between trunk control and ACL injury provide a rationale for the development of "core-based" interventions to reduce ACL injury. Go to Full Text of this Article Free
Overcoming Barriers to Progress in Exercise Genomics Bouchard, Claude Bouchard, Claude Less Exercise and Sport Sciences Reviews. 39(4):212-217, October 2011. Abstract Abstract In Brief In Brief Favorites PDF Get Content & Permissions Go to Full Text of this Article In Brief: High-quality research designs and replication studies with large sample sizes are needed if exercise genomics is to deliver on its promises. Go to Full Text of this Article Free
Abnormalities of the Exercise Pressor Reflex in Heart Failure Garry, Mary G. Garry, Mary G. Less Exercise and Sport Sciences Reviews. 39(4):167-176, October 2011. Abstract Abstract In Brief In Brief Favorites PDF Get Content & Permissions Go to Full Text of this Article In Brief: This article reviews the current literature on the role of muscle afferents in regulating the cardiovascular responses to exercise in cardiomyopathy. Go to Full Text of this Article Free
It Is Not About the Bike, It Is About the Pedaling: Forced Exercise and Parkinson's Disease Alberts, Jay L.; Linder, Susan M.; Penko, Amanda L.; More Alberts, Jay L.; Linder, Susan M.; Penko, Amanda L.; Lowe, Mark J.; Phillips, Micheal Less Exercise and Sport Sciences Reviews. 39(4):177-186, October 2011. Abstract Abstract In Brief In Brief Favorites PDF Get Content & Permissions Go to Full Text of this Article In Brief: A novel forced-exercise intervention is described, resulting in improved global motor function and cortical activation in patients with Parkinson's disease. Go to Full Text of this Article Free
Pigment Epithelium-Derived Factor: A Not So Sympathetic Regulator of Insulin Resistance? Bell, Christopher Bell, Christopher Less Exercise and Sport Sciences Reviews. 39(4):187-190, October 2011. Abstract Abstract In Brief In Brief Favorites PDF Get Content & Permissions Go to Full Text of this Article In Brief: Pigment epithelium-derived factor is a physiological regulator of oxidative stress, inflammation, and insulin sensitivity. It may be under sympathoadrenal control. Go to Full Text of this Article Free
Type V Collagen Genotype and Exercise-Related Phenotype Relationships: A Novel Hypothesis Collins, Malcolm; Posthumus, Michael Collins, Malcolm; Posthumus, Michael Less Exercise and Sport Sciences Reviews. 39(4):191-198, October 2011. Abstract Abstract In Brief In Brief Favorites PDF Get Content & Permissions Go to Full Text of this Article In Brief: A hypothesis that explains the associations previously found between a COL5A1 gene variant with injury and performance-related phenotypes. Go to Full Text of this Article Free
Role of p53 Within the Regulatory Network Controlling Muscle Mitochondrial Biogenesis Saleem, Ayesha; Carter, Heather N.; Iqbal, Sobia; More Saleem, Ayesha; Carter, Heather N.; Iqbal, Sobia; Hood, David A. Less Exercise and Sport Sciences Reviews. 39(4):199-205, October 2011. Abstract Abstract In Brief In Brief Favorites PDF Get Content & Permissions Go to Full Text of this Article In Brief: p53 has an emerging role in the regulation of mitochondrial metabolism. Here, we explore its possible function in skeletal muscle. Go to Full Text of this Article Free
Postexercise Myogenic Gene Expression: Are Human Findings Lost During Translation? Roberts, Michael D.; Dalbo, Vincent J.; Kerksick, Chad M. Roberts, Michael D.; Dalbo, Vincent J.; Kerksick, Chad M. Less Exercise and Sport Sciences Reviews. 39(4):206-211, October 2011. Abstract Abstract In Brief In Brief Favorites PDF Get Content & Permissions Go to Full Text of this Article In Brief: Exercise increases muscle progenitor cell activity and mRNAs associated with this physiology. However, these events may be exclusive mutually and, thus, warrant further investigation. Go to Full Text of this Article Free
Modulation of MicroRNAs During Exercise and Disease in Human Skeletal Muscle Timmons, James A. Timmons, James A. Less Exercise and Sport Sciences Reviews. 39(4):218, October 2011. Favorites PDF Get Content & Permissions Free
Response McCarthy, John J. McCarthy, John J. Less Exercise and Sport Sciences Reviews. 39(4):219, October 2011. Favorites PDF Get Content & Permissions Free
KEY WORD LISTING Less Exercise and Sport Sciences Reviews. 39(4):e1-e3, October 2011. Favorites PDF Get Content & Permissions Free
AUTHOR LISTING Less Exercise and Sport Sciences Reviews. 39(4):e4-e5, October 2011. Favorites PDF Get Content & Permissions Free
