Narahashi T, Moore J W, Shapiro B I
Science. 1969 Feb 14;163(3868):680-1. doi: 10.1126/science.163.3868.680.
A toxin from the Bermuda anemone Condylactis gigantea causes the early transient conductance change of crayfish giant axon membranes to persist without affecting the shape of its turning-on. The increase in late steadystate conductance is either not affected or slightly suppressed. The effect on the conductance components can adequately account for the prolonged action potential observed in the treated axon.
来自百慕大银莲花（Condylactis gigantea）的一种毒素会使小龙虾巨轴突膜早期短暂的电导变化持续存在，而不影响其开启的形态。后期稳态电导的增加要么不受影响，要么略有抑制。对电导成分的影响能够充分解释在经处理的轴突中观察到的动作电位延长现象。
