Temperature elastic protein-based machine

Due to the struggle to survive under circumstances of limited food supply, organisms evolve to use the most efficient mechanism available to their composition. The most efficient mechanism available to the proteins that sustain Life would seem to be the apolar-polar repulsive free energy of hydration as observed for the inverse temperature transitions for hydrophobic association. The efficiency of designed elastic-contractile protein-based machines and a number of additional properties make designed protein-based materials of substantial promise for the marketplace of the future. 

Thus, from the perspective of the inverse temperature transition, evolution and natural selection become apparent consequences for protein-based machines that function by the hydrophobic and elastic consilient mechanisms. 

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