Science · 1977 · 165 citations · 23 references
Life SciencesNeurobiologyNeuroscienceCircadian RhythmsNeurophysiologyVisual NeuroscienceOcular InnervationOcular PhysiologyOptic NervePhotoreceptor PhysiologyVisual PhysiologyVisual SystemEfferent TransmissionOptic Nerve AnatomyRetinal Input PathwaysRetinal Light ResponsesRetinal Photoreceptor PhysiologyRetinal Physiology
When the horseshoe crab is kept in constant darkness, the lateral eye produces larger electroretinographic and optic nerve responses at night than during the day. These circadian rhythms are mediated by synchronous bursts of efferent impulses in the optic nerve trunk. The endogenous efferent activity appears to increase both the gain and the quantum catch of the photoreceptors.
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Structure and function of inhibitory neuronal mechanisms
Brain Research · 1969 · 329 citations · Full text