Oxidative Gibbs free energy utilisation capacity and the entropy generation rate of the brain
decreases with ageing. At the present level of our knowledge, we may say that the ageing …

Thermodynamic aspects of skeletal and cardiac muscle work performance are assessed
with the data obtained from the literature. Since the second law muscle work efficiency …

The energy for sustaining life is released through the oxidation of glucose, fats, and proteins.
A part of the energy released within each cell is stored as chemical energy of Adenosine Tri …

A hypothesis is presented to explain how the ageing process might be influenced by
optimizing mitochondrial efficiency to reduce intracellular entropy. Research-based …

Age-related alterations in the bioenergetics of the heart and oxidative skeletal muscle
tissues are of crucial influence on their performance. Until now the prevailing concept of …

Just like all physical systems, biological systems also obey laws of thermodynamics, and as
such the useful work potential of a biological system is its exergy. In some studies, exergy of …

At normal aging, the brain exhibits signs of compromised bioenergetic and increased levels
of products of interaction between reactive oxygen/nitrogen species (ROS/RNS) and brain …

The second law muscle work efficiency is obtained by multiplying the metabolic and
mechanical work efficiencies. Thermodynamic analyses are carried out with 19 sets of arms …

Brain energy disorders can be present in aged men and animals. To this respect, the
mitochondrial and free radical theory of aging postulates that age‐associated brain energy …

The aging process involves morphological and functional changes in cerebral vasculature
and deterioration of mitochondrial number and function. Furthermore, slow oscillations of …