Bilian R N
Zh Evol Biokhim Fiziol. 1983 May-Jun;19(3):304-7.
Visual inputs to field 29 of the limbic retrosplenial cortex have been studied by means of paired stimuli, i.e. photic and electrical stimulation of the anterodorsal nucleus (ADN). During stimulation of this nucleus, the evoked potentials in the field 29 decreased in the initial phase of visual stimulation, indicating the involvement of the ADN into the visual system. This finding confirms earlier morphological data [2]. Besides this, in the field 29 neurones were found which responded to light but not to ADN stimulation, suggesting the possibility of termination of different visual inputs on the neurones of the limbic cortex.
通过配对刺激，即对前背核（ADN）进行光刺激和电刺激，研究了向边缘后扣带回皮质29区的视觉输入。在刺激该核期间，29区的诱发电位在视觉刺激的初始阶段下降，表明ADN参与了视觉系统。这一发现证实了早期的形态学数据[2]。除此之外，在29区发现了对光有反应但对ADN刺激无反应的神经元，这表明不同的视觉输入可能在边缘皮质的神经元上终止。
