PMID: 11330354May 2, 2001Paper

Protein-binding polynomials

Journal of Protein Chemistry
D Poland

Abstract

Using a new method recently published for analyzing the binding isotherms of biopolymers (Poland, 2000a), we calculate the complete binding polynomials for lysozyme, insulin, and serum albumin from published titration data. These three proteins have, respectively, 22, 32, and 184 dissociable protons and hence are represented by series in powers of the hydrogen ion concentration with the highest powers in the series being the numbers just indicated. Given the complete binding polynomial, the distribution function giving the concentration of all states of proton binding can then be calculated at any pH.

Citations

Apr 30, 2003·Biopolymers·Douglas Poland
Feb 22, 2013·Advanced Materials·Francesco Zerbetto
Jul 12, 2013·The Journal of Physical Chemistry. B·Isaac Herrera, Mitchell A Winnik
Dec 21, 2010·International Journal of Biological Macromolecules·Ajish S R PottyRichard C Willson

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