作者: H Nygren , M Stenberg
DOI:
关键词: Antigen binding 、 Reaction rate 、 Dissociation (chemistry) 、 Immunochemistry 、 Diffusion 、 Chemistry 、 Chemical physics 、 Solid phases 、 Reaction mechanism 、 Theoretical models
摘要: The immunochemistry of antibody binding to solid-phase immobilized antigen is reviewed. Experimental data are compared with different theoretical models reaction mechanisms at solid-liquid interfaces. It was found that reactions the interface can become limited by diffusion rate due depletion reactants close surface, even though intrinsic bimolecular surface reaction-rate limited. forward constant decreases increasing concentration bound antibodies and when not be more than 1000-fold slower corresponding in a liquid solution. Possible explanations for this phenomenon discussed. dissociation slow process solid phases. antigen-antibody complexes formed practically irreversible. Some evidence presented which indicates stability these attractive lateral interactions between antibodies.