Triller A, Korn H
C R Acad Hebd Seances Acad Sci D. 1978 Jan;286(1):89-92.
Horseradish peroxydase was injected intracellularly in some of the medullary neurons which, in Fish, exhibit a passive hyperpolarizing potential after spinal cord stimulation (this indicates that such neurons both electrical and chemical inhibitions of the Mauthner cells). With positive staining, commissural vestibular neurons were identified; their axons cross the midline and they establish connexions with the Mauthner cell and with vestibular neurons of both sides. Thus the existence of a crossed vestibular inhibitory pathway, previously suggested by electrophysiological studies in lower Vertebrates as well as in Mammals, is now correlated with histological evidence.
在一些延髓神经元中进行了辣根过氧化物酶的细胞内注射，在鱼类中，这些神经元在脊髓刺激后呈现被动超极化电位（这表明此类神经元对莫纳细胞既有电抑制也有化学抑制）。通过阳性染色，确定了连合前庭神经元；它们的轴突穿过中线，并与莫纳细胞以及两侧的前庭神经元建立联系。因此，先前在低等脊椎动物以及哺乳动物中通过电生理研究提出的交叉前庭抑制通路的存在，现在与组织学证据相关联。
