in this unique article we presented an interaction between physical inactivity and age. After physical inactivity we confirmed higher muscle mass and function loss in older participants, bigger metabolic alterations in younger. After rehabilitation those alterations in older participatns recovered (some did not) slower.
COBISS.SI-ID: 1538159812
Exercise on a working place, without work interuption seems to be an optimal solution for worker and employee. We proposed and validated an active working place tha enables moderate physical exercise with higher working efficiency.
COBISS.SI-ID: 1538072772
We have provided evidence that BDNF levels remained after 14-days of physical inactivity but only if those participants conducted cognitive exercise during physical inactivity period.
COBISS.SI-ID: 1538272708
Oxidative function during exercise was evaluated in athletes with marked skeletal muscle hypertrophy induced by long-term resistance training. In those athletes we found greater muscle mass and maximal force, and the enhanced mitochondrial respiration that seem to compensate for the hypertrophy-induced impaired peripheral O2 diffusion. The net results are an enhanced whole body oxidative function at peak exercise, and unchanged efficiency and O2 cost at submaximal exercise, despite a much greater body mass
COBISS.SI-ID: 2371027
We have provided evidence that computerized cognitive training during 14-day of physical inactivity in elderly has positive effects on cognitive as well as in phyical levels. In combination with achievement #1 this has very large clinical relevance.
COBISS.SI-ID: 1537418692