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The 15 pages that link to Rod cell, each with the reason it gives.

• Visible spectrumRelated: Rods extend vision in darkness, where the visible spectrum is not experienced as color.

• Cone cellCompared with: Rods outperform cones in darkness, while cones provide color and fine detail in brighter conditions.

• Optic nerveBroader topic: Rod signals pass through retinal circuits before entering the optic nerve.

• Photoreceptor cellBroader topic: Rods exemplify high-sensitivity photoreception and do not support color discrimination.

• Retinal ganglion cellBroader topic: Rod signals reach ganglion cells through retinal circuits adapted for low-light sensitivity.

• PhototransductionBroader topic: Rods provide the canonical highly amplified vertebrate phototransduction cascade.

• Retinitis pigmentosaBroader topic: Rod dysfunction commonly causes night blindness and early peripheral field loss.

• Photopic visionCompared with: Rods dominate as illumination falls below the range for effective photopic vision.

• RhodopsinNarrower topic: Rhodopsin is the defining visual pigment housed in rod cells.

• Fovea (retina)Compared with: Rods are largely absent from the foveal center, unlike its abundant cones.

• Peripheral visionRelated: Rods are numerous away from the fovea and support peripheral vision in low light.

• AchromatopsiaRelated: Rod-mediated vision often remains functional, making the world appear in shades of gray.

• Night visionBroader topic: Rods provide most human vision after light levels fall.

• Human visual systemBroader topic: Rods carry night vision and dominate the peripheral retina.

• MonochromacyRelated: In rod monochromacy, rods provide the principal visual signal.