Bobrovnik S A, Starodub N F
Biokhimiia. 1988 May;53(5):826-31.
A new method of determination of rate constants for antigen-antibody interactions is proposed. This method is based on a solid phase immunoenzymatic analysis of the dynamics of elution of immobilized antigen-bound antibodies in the presence of a free antigen. The kinetics of this process is described by a system of differential equations, whose solution results in expression defining the dynamics of antibody interaction with immobilized and free antigens. Simple formulas were derived for the calculation of the rate and equilibrium constants for the antibody-antigen reaction on the basis of experimental kinetic curves. The use of theoretical kinetic curves for antibody elution showed that these formulas reflect with a high degree of accuracy the kinetic properties of the reaction under study.
提出了一种测定抗原-抗体相互作用速率常数的新方法。该方法基于固相免疫酶分析,即在存在游离抗原的情况下,固定化抗原结合抗体的洗脱动力学。此过程的动力学由一组微分方程描述,其解得出定义抗体与固定化抗原和游离抗原相互作用动力学的表达式。基于实验动力学曲线,推导出了计算抗体-抗原反应速率常数和平衡常数的简单公式。使用抗体洗脱的理论动力学曲线表明,这些公式高度准确地反映了所研究反应的动力学特性。