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Responses of Different Retinal Ganglion Cell Types to Motion of 'Natural' Scenes
KA Koch
, J McLean
, N Tkachuk
,
R Segev
, M Berry
, M Freed
, V Balasubramanian
, P Sterling
Department of Life Sciences
Research output
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Keyphrases
Retinal Ganglion Cells
100%
Natural Scenes
100%
Spike Rate
100%
Information Rate
75%
Peak Rate
50%
Time-bin
50%
Mammalian Retina
25%
Ganglion Cells
25%
High Data Rate
25%
Type Information
25%
Sliding Window
25%
Saccades
25%
Direct Method
25%
Timing Jitter
25%
Stimulus Information
25%
Optical Flow
25%
Fixational Eye Movements
25%
Spike Times
25%
Object Motion
25%
Temporal Precision
25%
High Peaks
25%
Neuroscience
Ganglion Cell
100%
Eye Movement
100%
Saccade
100%
Retinal Ganglion Cell
100%
Defibrotide
100%
Optics
100%
Medicine and Dentistry
Ganglion
100%
Eye Movement
50%
Saccadic Eye Movement
50%
Defibrotide
50%
Optic Flow
50%