Use-dependent facilitation of electrical transmission involves changes to postsynaptic K+ current
Yueling Gu,
Kelly H. Lee,
Alex B. Prosserman
et al.
Abstract:Activity-dependent modulation of electrical transmission typically involves Ca2+ influx acting directly on gap junctions or initiating Ca2+-dependent pathways that in turn modulate coupling. We now describe short-term use-dependent facilitation of electrical transmission between bag cell neurons from the hermaphroditic snail, Aplysia californica, that is instead mediated by changes in postsynaptic responsiveness. Bag cell neurons secrete reproductive hormone during a synchronous afterdischarge of action potent… Show more
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