Kryzhanovskii G N, Makul'kin R F, Shandra A A
Neurosci Behav Physiol. 1979 Oct-Dec;9(4):401-5. doi: 10.1007/BF01185065.
Foci of enhanced excitability, with independent discharge patterns, were created by subconvulsive strychninization in experiments on cats. A focus of more powerful excitation created with the same strychnine played the role of determinant despatch station (DDS). Its importance is that it determines the character of activity of the other foci of excitation, strengthens excitation in them, combines them into a single functional complex, and determines the character of activity of the whole complex. This complex can be destroyed by suppressing the DDS with pentobarbital. Blocking individual destination stations included in the complex does not lead to its destruction.
在猫的实验中，通过亚惊厥剂量的马钱子碱处理产生了具有独立放电模式的兴奋性增强灶。用相同剂量马钱子碱产生的更强兴奋灶起到了决定性发送站（DDS）的作用。其重要性在于它决定了其他兴奋灶的活动特征，增强了它们的兴奋，将它们组合成一个单一的功能复合体，并决定了整个复合体的活动特征。用戊巴比妥抑制决定性发送站可破坏这个复合体。阻断复合体中包含的各个目的站不会导致其破坏。
