Negendank W, Karreman G
J Cell Physiol. 1979 Jan;98(1):107-12. doi: 10.1002/jcp.1040980112.
The equilibrium parameters of potassium-sodium distribution in human lymphocytes, determined experimentally in the preceding study (Negendank and Shaller, '79), were incorporated into a stochastic treatment of the cooperative adsorption model in order to predict the kinetics of "active" potassium-sodium exchange. The rate of uptake of potassium, in potassium-depleted, sodium-loaded cells, is complex and deviates markedly from simple exponential functions. The sigmoid form of the exchange data closely followed the predicted curve. This result enhances one's confidence in the usefulness and applicability of the cooperative adsorption model, and adds further support to the association-induction hypothesis as a coherent theory of cell physiology.
在前一项研究（Negendank和Shaller，1979年）中通过实验测定的人体淋巴细胞中钾 - 钠分布的平衡参数，被纳入协同吸附模型的随机处理中，以预测“主动”钾 - 钠交换的动力学。在低钾、高钠的细胞中，钾的摄取速率很复杂，明显偏离简单的指数函数。交换数据的S形曲线与预测曲线紧密吻合。这一结果增强了人们对协同吸附模型的实用性和适用性的信心，并进一步支持了关联诱导假说作为细胞生理学的连贯理论。
