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Figure 11.1 Anatomy of the human eye
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Box 11A(1) Myopia and Other Refractive Errors
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Box 11A(2) Myopia and Other Refractive Errors
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Figure 11.2 The human eye in the unaccommodated and accommodated state
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Figure 11.3 The inner surface of the retina, viewed with an ophthalmoscope
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Box 11B The Blind Spot
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Figure 11.4 Development of the human eye
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Figure 11.5 Structure of the retina
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Figure 11.5 Structure of the retina (Part 1)
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Figure 11.5 Structure of the retina (Part 2)
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Figure 11.5 Structure of the retina (Part 3)
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Figure 11.6 Removal of photoreceptor disks by the pigment epithelium
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Figure 11.6 Removal of photoreceptor disks by the pigment epithelium (Part 1)
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Figure 11.6 Removal of photoreceptor disks by the pigment epithelium (Part 2)
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Figure 11.6 Removal of photoreceptor disks by the pigment epithelium (Part 3)
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Figure 11.7 Hyperpolarization of cone stimulated with different amounts of light
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Box 11D Retinitis Pigmentosa
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Figure 11.8 Role of outer segment cyclic GMP-gated channels in photoreceptor light response
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Figure 11.9 Details of phototransduction in rod photoreceptors
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Figure 11.9 Details of phototransduction in rod photoreceptors (Part 1)
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Figure 11.9 Details of phototransduction in rod photoreceptors (Part 2)
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Figure 11.10 The retinoid cycle and photoadaptation
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Figure 11.10 The retinoid cycle and photoadaptation (Part 1)
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Figure 11.10 The retinoid cycle and photoadaptation (Part 2)
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Figure 11.11 The range of luminance values over which the visual system operates
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Figure 11.12 Differential responses of human rods and cones
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Figure 11.13 Distribution of photoreceptors in the human retina
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Figure 11.13 Distribution of photoreceptors in the human retina (Part 1)
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Figure 11.13 Distribution of photoreceptors in the human retina (Part 2)
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Figure 11.14 Absorption spectra and distribution of cone opsins
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Figure 11.14 Absorption spectra and distribution of cone opsins (Part 1)
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Figure 11.14 Absorption spectra and distribution of cone opsins (Part 2)
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Box 11E The Importance of Context in Color Perception
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Figure 11.15 Effect of cone loss (protanopia and deuteranopia) on vision
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Figure 11.15 Effect of cone loss (protanopia and deuteranopia) on vision (Part 1)
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Figure 11.15 Effect of cone loss (protanopia and deuteranopia) on vision (Part 2)
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Figure 11.15 Effect of cone loss (protanopia and deuteranopia) on vision (Part 3)
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Figure 11.16 Genetics of the cone pigments
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Figure 11.16 Genetics of the cone pigments (Part 1)
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Figure 11.16 Genetics of the cone pigments (Part 2)
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Figure 11.16 Genetics of the cone pigments (Part 3)
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Box 11F(1) The Perception of Light Intensity
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Box 11F(2) The Perception of Light Intensity
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Figure 11.17 The responses of on-center and off-center retinal ganglion cells
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Figure 11.17 The responses of on-center and off-center retinal ganglion cells (Part 1)
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Figure 11.17 The responses of on-center and off-center retinal ganglion cells (Part 2)
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Figure 11.17 The responses of on-center and off-center retinal ganglion cells (Part 3)
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Figure 11.18 Generation of receptive field center responses of retinal ganglion cells
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Figure 11.18 Generation of receptive field center responses of retinal ganglion cells (Part 1)
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Figure 11.18 Generation of receptive field center responses of retinal ganglion cell (Part 2)
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Figure 11.18 Generation of receptive field center responses of retinal ganglion cell (Part 3)
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Figure 11.19 Responses of on-center ganglion cells to different light conditions
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Figure 11.19 Responses of on-center ganglion cells to different light conditions (Part 1)
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Figure 11.19 Responses of on-center ganglion cells to different light condition (Part 2)
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Figure 11.20 Discharge rate of a single on-center ganglion cell depends on relative light intensity
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Figure 11.21 Generation of the receptive field surround of an on-center retinal ganglion cell
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Figure 11.21 Generation of the receptive field surround of an on-center retinal ganglion cell (Part 1)
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Figure 11.21 Generation of the receptive field surround of an on-center retinal ganglion cell (Part 2)
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Figure 11.21 Generation of the receptive field surround of an on-center retinal ganglion cell (Part 3)
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