Belekhova M G, Ivazov N I
Neirofiziologiia. 1983;15(2):153-60.
Acute electrophysiological experiments on lizards Ophisaurus apodus show that stimulation of both thalamic n. dorsolateralis anterior and medial forebrain bundle elicited short latency responses in the hippocampal cortex resembling in topic and patterns responses evoked by sensory stimuli in the same structure. Ample lesion of n. dorsolateralis anterior and of medial forebrain bundle suppressed up to a complete block conduction of sensory (visual, somatic, audiovibratory) and tectal impulses to the hippocampal cortex. A conclusion is made that n. dorsolateralis anterior and medial forebrain bundle are the main, if not the only route for conducting these sensory impulses to the hippocampal cortex in lizards.
对蛇蜥进行的急性电生理实验表明，刺激丘脑背外侧前核和内侧前脑束会在海马皮层引发短潜伏期反应，其在主题和模式上类似于同一结构中感觉刺激所诱发的反应。对背外侧前核和内侧前脑束进行充分损伤会抑制直至完全阻断感觉（视觉、躯体、听觉振动）和顶盖冲动向海马皮层的传导。得出的结论是，背外侧前核和内侧前脑束是蜥蜴将这些感觉冲动传导至海马皮层的主要途径，即便不是唯一途径。
