Summary
This paper investigates the neural circuit that underlies the ipRGC-driven light response in developing mice, showing that ipRGCs form extensive gap junction networks that contribute to the overall light response of the developing retina.
Categories
Eye health: The paper investigates the neural circuit that underlies the ipRGC-driven light response in developing mice, showing that ipRGCs form extensive gap junction networks that contribute to the overall light response of the developing retina.
Education and learning: The paper provides new insights into the neural circuits underlying the ipRGC-driven light responses of the developing retina and the mechanisms by which retinal waves regulate these circuits.
Author(s)
DA Arroyo, LA Kirkby, MB Feller
Publication Year
2016
Number of Citations
46
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