Increased expression of these genes in exercised zebrafish indicates that swimming exercise may induce molecular mechanisms that participate in the regulation of striated muscle contraction.
Moderate fin swimming exercise leads to increasing interstitial pulmonary edema [12].
Swimming exercise was associated with enhanced hippocampal histone acetylation and CBP expression.
Swimming exercise was carried out in the E and HE groups for 12 weeks.
It is evident that all these parameters were reversed by swimming exercise indicating its beneficial role in type 2 Diabetes.
A randomized controlled study was designed in the rats with swimming exercise treatment (for 3 months) and/or an unselective inhibitor of NO synthase (NOS) (L-NAME) treatment.
This work aimed to study the effect of swimming exercise on serum vitamin D level and tissue vitamin D receptors in experimentally induced type 2 Diabetes Mellitus.
Obese rats were subsequently treated with different functional foods used for obesity management including pomegranate, grapefruit, and red cabbage in parallel to swimming exercise.
Swimming exercise affects lung volume measurements because the respiratory muscles of swimmers are used to develop greater pressure as a consequence of immersion in water during the respiratory cycle.
