Binocular rivalry and perceptual coherence

Notes or commentaries


Ngo, Trung T., Miller, Steven M., Liu, Guang B. and Pettigrew, John D.. 2000. "Binocular rivalry and perceptual coherence ." Current Biology. 10 (4), pp. R134-R136. https://doi.org/10.1016/S0960-9822(00)00399-7
Article Title

Binocular rivalry and perceptual coherence

ERA Journal ID2196
Article CategoryNotes or commentaries
AuthorsNgo, Trung T. (Author), Miller, Steven M. (Author), Liu, Guang B. (Author) and Pettigrew, John D. (Author)
Journal TitleCurrent Biology
Journal Citation10 (4), pp. R134-R136
Number of Pages3
Year2000
Place of PublicationCambridge, MA. United States
ISSN0960-9822
1879-0445
Digital Object Identifier (DOI)https://doi.org/10.1016/S0960-9822(00)00399-7
Web Address (URL)http://www.sciencedirect.com/science/article/pii/S0960982200003997
Abstract

Background: At the core of the eukaryotic circadian network, clock genes/proteins form multiple transcriptional/translational negative-feedback loops and generate a basic 24 hr oscillation, which provides daily regulation for a wide range of processes. This temporal organization enhances the fitness of the organism only if it corresponds to the natural day/night cycles. Light is the most effective signal in synchronizing the oscillator to environmental cycles.
Results: The lip1-1 (light insensitive period 1) mutant isolated from the model plant Arabidopsis thaliana displays novel circadian phenotypes arising from specific defects in the light input pathway to the oscillator. In wild-type plants, period length shortens with increasing light fluence rates and the phase of rhythms can be shifted by light pulses administered to dark-adapted plants. In contrast, in lip1-1, period length is nearly insensitive to light intensity and significantly larger phase shifts (delays) can be induced during the subjective night. The mutant also displays elevated photomorphogenic responses to red and blue light, which cannot be explained by the circadian defect, suggesting distinct functions for LIP1 in the circadian light input and photomorphogenesis. The LIP1 gene encodes a functional, plant-specific atypical small GTPase, and therefore we postulate that it acts similarly to ZEITLUPE at postranscriptional level.

Conclusions: LIP1 represents the first small GTPase implicated in the circadian system of plants. LIP1 plays a unique negative role in controlling circadian light input and is required for precise entrainment of the plant clock.

Keywordsvision; neuroscience; visual cortex; perception
ANZSRC Field of Research 2020320907. Sensory systems
490102. Biological mathematics
321204. Vision science
Byline AffiliationsUniversity of Queensland
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