Showing items with similar title or keywords.

• 3D imaging and analysis of skeletal muscle arterial network structure in response to exercise training in normal and overweight mice 

  Oksaranta, Emilia (2024)

  Regular physical activity produces beneficial effects on health in obesity, especially for the vascular system. Three-dimensional imaging (3D) using tissue clearing techniques aids in studying complex structures like ...

• Effects of intrinsic aerobic capacity, aging and physical activity on interleukin-15 protein level in serum and skeletal muscle 

  Hyödynmaa, Juho (2015)

  Myokines are cytokines and other peptides produced in muscle that can transmit autocrine, paracrine or endocrine signals to other tissues. This is a potential way for exercise to carry out its beneficial effects on different ...

• Bone-specific physical activity questionnaire-derived skeletal loading score predicts bone geometry, density, and strength indices : a cross-sectional study 

  Weeks, Benjamin K.; Harding, Amy T.; Watson, Steven L.; Lambert, Conor; Nogueira, Rossana C.; Hirsch, Rebecca; Rantalainen, Timo; Collier, Jayde; Beck, Belinda R. (Springer, 2023)

  Introduction The bone-specific physical activity questionnaire (BPAQ) provides a bone-relevant index of physical activity participation according to the mechanical loads experienced across the life span. Materials and ...

• Effects of exercise and genetics on skeletal muscle lipid metabolism with focus on the localization and association of lipid droplets, mitochondria ja PLIN5 

  Adeniran, Ajani Anuoluwapo (2018)

  Low exercise capacity has been identified as a stronger predictor of morbidity and mortality relative to other commonly reported risk factors. Substrate metabolism, especially lipid storage, lipolysis and transportation ...

• Comparison of acute and chronic exercise effects in the lipid droplets topography skeletal muscle, following high and low-fat diet in mice 

  Triantou, Vasiliki (2015)

  In the modern world, diet patterns high on lipids, sedentary lifestyle and obesity contribute all in the development of metabolic syndrome, which in turn can lead to type 2 diabetes. All the excess fats, that the majority ...