Dennis Dacey (@Dacey_Lab) header
Dennis Dacey (@Dacey_Lab) profile picture

Professor at the University of Washington in Neuroscience, retinal circuitry and vision in the primate

Joined August 2020
Some uniquely human nerve circuits for color vision allow people to perceive a greater range of blue tones than monkeys do. @PNASNews study by Yeon Jin Kim @RetinaVision @Dacey_Lab @BioStructureUW & colleagues @SydneySaveSight et al bit.ly/3ABq1gH
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Dennis Dacey retweeted
Please check this out! Proud to be part of this amazing study, led by Dennis Dacey @Dacey_lab and Yeon Jin Kim @RetinaVision at @BioStructureUW @UW, and other fantastic colleagues. #vision #retina Origins of direction selectivity in the primate retina disq.us/t/47vnucw
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Congratulations Rachel! I am sure everyone in the retinal neurobiologysphere will be excited to hear this great news!
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By contrast there is physiological evidence for a second blue-ON cell type referred to morphologically as the "large bistratified ganglion cell" : sciencedirect.com/science/ar…
New paper in @CurrentBiology! We find a new, unexpected blue/S-cone neuron: M2 ipRGCs. Their Blue-ON input challenges coding hypotheses underlying classic color vision models & establishes a new short-wavelength input to non-image-forming vision @jay_neitz cell.com/current-biology/ful…
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If there was an S-ON input to the Melanopsin expressing ganglion cells in macaque retina I think it would have been observed in this study measuring cone inputs to these cells with physiological methods: nature.com/articles/nature03…
New paper in @CurrentBiology! We find a new, unexpected blue/S-cone neuron: M2 ipRGCs. Their Blue-ON input challenges coding hypotheses underlying classic color vision models & establishes a new short-wavelength input to non-image-forming vision @jay_neitz cell.com/current-biology/ful…
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