A thermodynamic lower bound on power to maintain ionic gradients equals leakage dissipation rate, recovering the universal K+-rich cytoplasm and explaining transporter diversity from first principles.
Regu- lation of intracellular level of Na+, K+ and glycerol in Saccharomyces cerevisiae under osmotic stress.Molecular and Cellular Biochemistry, 158(2):121–124, May 1996
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Unity and Diversity of Intracellular pH Maintenance Mechanisms
A thermodynamic lower bound on power to maintain ionic gradients equals leakage dissipation rate, recovering the universal K+-rich cytoplasm and explaining transporter diversity from first principles.