The Bone Metabolic Response to Exercise and Nutrition Dolan, Eimear; Varley, Ian; Ackerman, Kathryn E.; More Dolan, Eimear; Varley, Ian; Ackerman, Kathryn E.; Pereira, Rosa Maria R.; Elliott-Sale, Kirsty Jayne; Sale, Craig Less Exercise and Sport Sciences Reviews. 48(2):49-58, April 2020. Abstract Abstract In Brief In Brief Favorites PDF Get Content & Permissions In Brief: Bone (re)modeling markers elucidate the dynamic bone response to exercise and if used appropriately have large potential to progress understanding. Buy
Occupational Activities: Factors That Tip the Balance From Bone Accrual to Bone Loss Barbe, Mary F.; Popoff, Steven N. Barbe, Mary F.; Popoff, Steven N. Less Exercise and Sport Sciences Reviews. 48(2):59-66, April 2020. Abstract Abstract In Brief In Brief Favorites PDF Get Content & Permissions Go to Full Text of this Article In Brief: Bone adaptation to persistent overloading can be counteracted by superimposed inflammatory and loading-induced damage that can tip the balance from bone accrual to loss. Go to Full Text of this Article Open SDC
Physical Activity Reduces the Risk of Recurrence and Mortality in Cancer Patients Brown, Justin C.; Gilmore, L. Anne Brown, Justin C.; Gilmore, L. Anne Less Exercise and Sport Sciences Reviews. 48(2):67-73, April 2020. Abstract Abstract In Brief In Brief Favorites PDF Get Content & Permissions Go to Full Text of this Article In Brief: Summary for table of contents: Physical activity may reduce the risk of metastatic disease recurrence and mortality in cancer patients through two synergistic processes. Go to Full Text of this Article Free
Pro-opiomelanocortin Neurons and the Transcriptional Regulation of Motivated Exercise Good, Deborah J.; Zhang, Haiyan; Grange, Robert W.; More Good, Deborah J.; Zhang, Haiyan; Grange, Robert W.; Braun, Thomas Less Exercise and Sport Sciences Reviews. 48(2):74-82, April 2020. Abstract Abstract In Brief In Brief Favorites PDF Get Content & Permissions In Brief: Loss of NHLH2 in pro-opiomelanocortin neurons leads to low motivated spontaneous activity and enforced exercise. Buy
Cardiovascular Control During Exercise: The Connectivity of Skeletal Muscle Afferents to the Brain Teixeira, André L.; Fernandes, Igor A.; Vianna, Lauro C. Teixeira, André L.; Fernandes, Igor A.; Vianna, Lauro C. Less Exercise and Sport Sciences Reviews. 48(2):83-91, April 2020. Abstract Abstract In Brief In Brief Favorites PDF Get Content & Permissions In Brief: The skeletal muscle afferents communicate within the brain stem via GABAergic interneuron mechanisms to evoke cardiovascular responses to exercise. Buy
Small Steps in Fitness, Major Leaps in Health for Adults With Intellectual Disabilities Oppewal, Alyt; Maes-Festen, Dederieke; Hilgenkamp, Thessa Irena Maria Oppewal, Alyt; Maes-Festen, Dederieke; Hilgenkamp, Thessa Irena Maria Less Exercise and Sport Sciences Reviews. 48(2):92-97, April 2020. Abstract Abstract In Brief In Brief Favorites PDF Get Content & Permissions Go to Full Text of this Article In Brief: Improving physical fitness will likely improve outcomes in extremely unfit populations scoring well under the cutoff values for the general population. Go to Full Text of this Article Free
Physical Activity Reduces the Risk of Recurrence and Mortality in Cancer Patients Brown, Justin C.; Gilmore, L. Anne Brown, Justin C.; Gilmore, L. Anne Less Exercise and Sport Sciences Reviews. 48(2):67-73, April 2020. Abstract Abstract In Brief In Brief Favorites PDF Get Content & Permissions Go to Full Text of this Article In Brief: Summary for table of contents: Physical activity may reduce the risk of metastatic disease recurrence and mortality in cancer patients through two synergistic processes. Go to Full Text of this Article Free
Occupational Activities: Factors That Tip the Balance From Bone Accrual to Bone Loss Barbe, Mary F.; Popoff, Steven N. Barbe, Mary F.; Popoff, Steven N. Less Exercise and Sport Sciences Reviews. 48(2):59-66, April 2020. Abstract Abstract In Brief In Brief Favorites PDF Get Content & Permissions Go to Full Text of this Article In Brief: Bone adaptation to persistent overloading can be counteracted by superimposed inflammatory and loading-induced damage that can tip the balance from bone accrual to loss. Go to Full Text of this Article Open SDC
