Protein-based machines electron transport chain

One of the more challenging locations, therefore, for consideration of the comprehensive hydrophobic effect in the panoply of biological energy conversions is the electron transport chain embedded within the inner mitochondrial membrane. Essential parts of these protein-based machines insert into and function in very hydrophobic lipid bilayers. Here the ingress and egress of protons for develop-... 

The concept of two distinct but interlinked mechanical processes, expanded here as the coupling of hydrophobic and elastic consilient mechanisms, entered the public domain in the publication of Urry and Parker. Experimental results on elastic-contractile model proteins forged the concept, and the work of Urry and Parker extended the concept to contraction in biology. Unexpected in our examination of the relevance of this perspective to biology was to find the first clear demonstration of the concept in biology in a protein-based machine of the electron transport chain as a transmembrane protein of the inner mitochondrial membrane. Unimaginable was the occurrence of the coupled forces precisely at the nexus at which electron transfer couples to proton pumping. 

The above three discussed protein-based machines—Complex III of the electron transport chain, ATP synthase/Fj-ATPase, and the myosin II motor of muscle contraction—represent the three major classes of energy conversion that sustain Life. Therefore, the facility with which the consilient mechanisms explain their function indeed support the thesis that biology s vital force arises from the coupled hydrophobic and elastic consilient mechanisms. 

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