Figure 11.1 Anatomy of the human eye

Box 11A(1) Myopia and Other Refractive Errors

Box 11A(2) Myopia and Other Refractive Errors

Figure 11.2 The human eye in the unaccommodated and accommodated state

Figure 11.3 The inner surface of the retina, viewed with an ophthalmoscope

Box 11B The Blind Spot

Figure 11.4 Development of the human eye

Figure 11.5 Structure of the retina

Figure 11.5 Structure of the retina (Part 1)

Figure 11.5 Structure of the retina (Part 2)

Figure 11.5 Structure of the retina (Part 3)

Figure 11.6 Removal of photoreceptor disks by the pigment epithelium

Figure 11.6 Removal of photoreceptor disks by the pigment epithelium (Part 1)

Figure 11.6 Removal of photoreceptor disks by the pigment epithelium (Part 2)

Figure 11.6 Removal of photoreceptor disks by the pigment epithelium (Part 3)

Figure 11.7 Hyperpolarization of cone stimulated with different amounts of light

Box 11D Retinitis Pigmentosa

Figure 11.8 Role of outer segment cyclic GMP-gated channels in photoreceptor light response

Figure 11.9 Details of phototransduction in rod photoreceptors

Figure 11.9 Details of phototransduction in rod photoreceptors (Part 1)

Figure 11.9 Details of phototransduction in rod photoreceptors (Part 2)

Figure The retinoid cycle and photoadaptation

Figure The retinoid cycle and photoadaptation (Part 1)

Figure The retinoid cycle and photoadaptation (Part 2)

Figure The range of luminance values over which the visual system operates

Figure Differential responses of human rods and cones

Figure Distribution of photoreceptors in the human retina

Figure Distribution of photoreceptors in the human retina (Part 1)

Figure Distribution of photoreceptors in the human retina (Part 2)

Figure Absorption spectra and distribution of cone opsins

Figure Absorption spectra and distribution of cone opsins (Part 1)

Figure Absorption spectra and distribution of cone opsins (Part 2)

Box 11E The Importance of Context in Color Perception

Figure Effect of cone loss (protanopia and deuteranopia) on vision

Figure Effect of cone loss (protanopia and deuteranopia) on vision (Part 1)

Figure Effect of cone loss (protanopia and deuteranopia) on vision (Part 2)

Figure Effect of cone loss (protanopia and deuteranopia) on vision (Part 3)

Figure Genetics of the cone pigments

Figure Genetics of the cone pigments (Part 1)

Figure Genetics of the cone pigments (Part 2)

Figure Genetics of the cone pigments (Part 3)

Box 11F(1) The Perception of Light Intensity

Box 11F(2) The Perception of Light Intensity

Figure The responses of on-center and off-center retinal ganglion cells

Figure The responses of on-center and off-center retinal ganglion cells (Part 1)

Figure The responses of on-center and off-center retinal ganglion cells (Part 2)

Figure The responses of on-center and off-center retinal ganglion cells (Part 3)

Figure Generation of receptive field center responses of retinal ganglion cells

Figure Generation of receptive field center responses of retinal ganglion cells (Part 1)

Figure Generation of receptive field center responses of retinal ganglion cell (Part 2)

Figure Generation of receptive field center responses of retinal ganglion cell (Part 3)

Figure Responses of on-center ganglion cells to different light conditions

Figure Responses of on-center ganglion cells to different light conditions (Part 1)

Figure Responses of on-center ganglion cells to different light condition (Part 2)

Figure Discharge rate of a single on-center ganglion cell depends on relative light intensity

Figure Generation of the receptive field surround of an on-center retinal ganglion cell

Figure Generation of the receptive field surround of an on-center retinal ganglion cell (Part 1)

Figure Generation of the receptive field surround of an on-center retinal ganglion cell (Part 2)

Figure Generation of the receptive field surround of an on-center retinal ganglion cell (Part 3)