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Giant neuron pathway neurophysiological activity in per(0) mutants of Drosophila melanogaster.

机译:果蝇的per(0)突变体中的巨型神经元途径神经生理活性。

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In Drosophila melanogaster, the clock gene period (per) has a clearly defined role in the molecular machinery involved in generating free-running circadian rhythms. per mutations also influence rhythms in the Drosophila love song and in the ultradian timescale. The relationship between these two phenomena has so far escaped satisfactory explanation. Here we analyzed the neurophysiological activity of the giant fiber neural pathway in per(0) flies. Under constant light, and at relatively low stimulation frequencies (1-2 Hz), per(01) flies habituate significantly earlier than they do under 12 h light-dark cycles. The results suggest an involvement of per in phenomena of short-term neural plasticity.
机译:在果蝇中,时钟基因周期(per)在涉及产生自由运行的昼夜节律的分子机制中具有明确定义的作用。每个突变也会影响果蝇情歌和超音速时标中的节律。到目前为止,这两种现象之间的关系没有得到令人满意的解释。在这里,我们分析了per(0)果蝇中巨纤维神经通路的神经生理活动。在恒定光照下和相对较低的刺激频率(1-2 Hz)下,per(01)苍蝇的习性要比在12 h的明暗循环中早得多。结果表明per参与了短期神经可塑性的现象。

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