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Energetics of Active Transport Processes
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active membrane area active transport active transport pathway affinity anion anion and cation Appendix Biophys calculated cation exchange cation exchange regions cells Chapter charge-mosaic membrane chemical affinities chemical potential chemical reaction circulating current complete coupling considered current flow degree of coupling desalination dissipation function driving reaction electrical resistance electrochemical potential difference electrodes enzyme equivalent exchange beads experimental H rH isotonic Kcal Kedem and Katchalsky leak pathway leakage level flow linear magnitude mass flow matrix measured Membrane potentials membrane regions metabolic mole mosaic membrane negative osmosis non-equilibrium thermodynamics osmotic parameters passive pathway permeability permselectivity phenomenological coefficients phenomenological equations Physiol pressure dialysis pump reaction flow reflection coefficient resins resistance coefficients rH rH rH S.R. Caplan salt concentration sodium transport Sollner solution compartments species static head stoichiometric stoichiometric coefficients surface symmetry Teflon transport processes values vectorial volume flow water flow Weinstein zero