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The ionic strength dependence of the rate of a reaction between a small ion and a large ion with a dipole moment.
The ionic strength dependence of the rate constant of a reaction between a small ion and a large ion with a dipole moment (e.g. a protein) is described. This description takes into account only theExpand
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A model for the calculation of the dielectric dispersion and the dipole moment of globular proteins in solution.
We describe a new procedure whereby the magnitude of the dielectric dispersion of a solution of globular protein molecules can be calculated. The protein molecule is considered to have sphericalExpand
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Proposed extensions to the Tanford–Kirkwood theory of protein titration
A new formal procedure is presented for averaging a wide range of properties over all charge configurations occurring on a polyelectrolyte. In addition, self‐energy effects arising from theExpand
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An experimental study of the dielectric dispersion of solutions of cytochrome c at medium ionic strengths.
In this paper, the results are presented of measurements of the dielectric dispersions of horse heart cytochrome c molecules in various buffers. The data are fitted to the Cole-Cole relaxation model.Expand
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