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- Motion_sensing_in_vision abstract "Motion sensing in vision allows for an organism to detect motion across its visual field. This is crucial for detecting a potential mate, prey, or predator, and thus it is found both in vertebrates and invertebrates vision throughout a wide variety of species although it is not universally found in all species. In vertebrates, the process takes place in retina and more specifically in retinal ganglion cells, which are neurons that receive input from bipolar cells and amacrine cells on visual information and process output to higher regions of the brain including, thalamus, hypothalamus, and mesencephalon. The study of directionally selective units began with a discovery of such cells in the cerebral cortex of cats by David Hubel and Torsten Wiesel in 1959. Following the initial report, an attempt to understand the mechanism of directionally selective cells was pursued by H.B. Barlow and W. R. Levick in 1965. Their in-depth experiments in rabbit’s retina expanded the anatomical and physiological understanding of the vertebrate visual system and ignited the interest in the field. Numerous studies that followed thereafter have unveiled the mechanism of motion sensing in vision for the most part. Alexander Borst and Thomas Euler’s recent 2011 review paper, \"Seeing Things in Motion: Models, Circuits and Mechanisms\". discusses certain important findings from the early discoveries to the recent work on the subject, coming to the conclusion of the current status of the knowledge. The content of this page has been largely based on this review paper, and the readers who are further interested in this topic are highly encouraged to read the paper.".
- Motion_sensing_in_vision wikiPageID "33949901".
- Motion_sensing_in_vision wikiPageLength "17959".
- Motion_sensing_in_vision wikiPageOutDegree "5".
- Motion_sensing_in_vision wikiPageRevisionID "677626710".
- Motion_sensing_in_vision wikiPageWikiLink Category:Perception.
- Motion_sensing_in_vision wikiPageWikiLink H1_neuron.
- Motion_sensing_in_vision wikiPageWikiLink Neuropil.
- Motion_sensing_in_vision wikiPageWikiLink Retinal_ganglion_cell.
- Motion_sensing_in_vision wikiPageWikiLink File:Reichardt_model.jpg.
- Motion_sensing_in_vision wikiPageWikiLinkText "Motion sensing in vision".
- Motion_sensing_in_vision wikiPageUsesTemplate Template:Doi.
- Motion_sensing_in_vision subject Category:Perception.
- Motion_sensing_in_vision type Concept.
- Motion_sensing_in_vision type Process.
- Motion_sensing_in_vision type Redirect.
- Motion_sensing_in_vision comment "Motion sensing in vision allows for an organism to detect motion across its visual field. This is crucial for detecting a potential mate, prey, or predator, and thus it is found both in vertebrates and invertebrates vision throughout a wide variety of species although it is not universally found in all species.".
- Motion_sensing_in_vision label "Motion sensing in vision".
- Motion_sensing_in_vision sameAs Q6917793.
- Motion_sensing_in_vision sameAs m.0hnbshm.
- Motion_sensing_in_vision sameAs Q6917793.
- Motion_sensing_in_vision wasDerivedFrom Motion_sensing_in_vision?oldid=677626710.
- Motion_sensing_in_vision isPrimaryTopicOf Motion_sensing_in_vision.