Inhibition of crossed caudal interneurons by lateral interneurons in lamprey spinal cord during fictive locomotion |
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Authors: | JT Davis LE Moore |
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Abstract: | Templates of the membrane potential profiles from lateral (LI) interneurons and motoneurons during glutamate- and N-methyl-D-aspartate (NMDA)-induced fictive locomotion showed pronounced plateau phases. In contrast, crossed caudal (CC) interneurons had a less obvious and steeper plateau region that was followed by a clear notch coinciding with the end of the lateral interneuron plateau phase. These results indicate a significant inhibitory input from LI to CC interneurons. |
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Keywords: | locomotion NMDA interneurons plateau potentials neural networks |
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