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Publications
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Visual Single-Unit and Slow Wave Electrophysiology in animals
- 231. Regan D and Lee BB (1993). A Comparison of the Human 40 Hz Response with the Properties of Macaque Ganglion Cells. Visual Neuroscience, 10, 439-445.
- 117. Cynader M and Regan D (1982). Neurons in Cat Visual Cortex Tuned to the Direction of Motion in Depth: Effect of Positional Disparity. Vision Research, 22, 967-82.
- 112. Regan D and Cynader M (1982). Neurons in Cat Visual Cortex Tuned to the Direction of Motion in Depth: Effect of Stimulus Speed. Invest Ophthalmol Vis Sci, 22, 535-50.
- 104. Regan D (1981). Electrophysiology and Psychophysics of Motion in Depth. Proc 18th Iscerg Symp, Amsterdam (1981). Docum Ophthal Proc Series, 27, 271-81.
- 84. Regan D and Cynader M (1979). Neurons in Area 18 of Cat Visual Cortex Selectively Sensitive to Changing Size: Nonlinear Interactions Between Responses to Two Edges. Vision Research, 19, 699-711.
- 79. Cynader M and Regan D (1978). Neurones in Cat Parastriate Cortex Sensitive to the Direction of Motion in Three-Dimensional Space. J Physiol, 274, 549-69.
- 47. Regan D, Schellart NAM, Spekreijse H and Van Den Berg TJTP (1975). Photometry in Goldfish by Electrophysiological Recording: Comparison of Criterion Response Method with Heterochromatic Flicker Photometry. Vision Research, 15, 799-807.