Absolom D R, van Oss C J
CRC Crit Rev Immunol. 1986;6(1):1-46.
Considering that generally both Coulombic and van der Waals' bonds occur in AG-AB interactions, for AG-AB dissociation both interactions have to be made repulsive simultaneously. The theory and practice of repulsive van der Waals' interactions are outlined. Also treated are the hysteresis of AG-AB dissociation contrasted with the inhibition of association; dissociation of hydrogen bonds; dissociation by haptens; dissociation by alteration of tertiary and secondary configurations; and physical methods of dissociation.
考虑到在AG-AB相互作用中通常同时存在库仑键和范德华键,对于AG-AB解离,必须同时使这两种相互作用变为排斥性。本文概述了排斥性范德华相互作用的理论和实践。还讨论了AG-AB解离的滞后现象与缔合抑制的对比;氢键的解离;半抗原引起的解离;三级和二级构型改变引起的解离;以及解离的物理方法。