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    Article

    Properties of membrane stationary states. 2. The isobaric isothermal ensemble

    A multi-state membrane transport system serves as the basic model for a comparison of equilibrium and stationary state distributions of ions within an ensemble of membrane channels. Transition probabilities fo...

    Michael E. Starzak in Journal of Biological Physics (1974)

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    Gating molecule interactions in K+ channels. A consistent explanation for cole-moore shifts and potential ramp experiments

    The enhanced induction period of potassium channel currents in squid giant axon induced by hyperpolarizing prepulses (the Cole-Moore shift) is observed and analyzed for a range of depolarizing step potentials....

    Michael E. Starzak in Journal of Biological Physics (1982)

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    Article

    Resolving Linear and Non-Linear Interactive Kinetic Mechanisms for Ions in Membrane Channels

    Thallous ion in gramicidin channels displays the anomalous molefraction effect and other behavior that suggests its permeationmechanism might be more complicated than the mechanisms for sodiumor potassium ion ...

    Michael E. Starzak in Journal of Biological Physics (1997)