KnowraCone cellLinked fromLinked fromThe 39 pages that link to Cone cell, each with the reason it gives.All 39Broader topic 18Related 16Narrower topic 3Compared with 2Visible spectrumBroader topic: Three cone classes provide the overlapping sensitivities underlying human color vision.Thomas YoungBroader topic: Cone cells are the retinal receptors that correspond most closely to Young’s proposed elements.Optic nerveBroader topic: Cone signals also converge onto ganglion cells whose axons form the nerve.Additive colorBroader topic: Cone responses provide the visual signals that combined light stimulates.Color blindnessBroader topic: Color blindness often begins when one cone type or its pigment is altered.Photoreceptor cellBroader topic: Cones provide several spectral sensitivities and mediate detailed daylight vision.Retinal ganglion cellBroader topic: Cone pathways help ganglion cells convey color and high-acuity information.PhototransductionBroader topic: Cones use related phototransduction machinery but differ in sensitivity, speed, and pigment types.Retinitis pigmentosaBroader topic: Cone degeneration can later impair central vision and color discrimination.Chromatic adaptationBroader topic: Differences among cone responses provide the signals that adaptation recalibrates.TrichromacyBroader topic: The three cone types are the biological implementation of trichromacy.Photopic visionBroader topic: Cone cells provide most of the photoreceptor input during photopic vision.AfterimageBroader topic: Different cone responses contribute to the color pattern left by prolonged viewing.Color perceptionBroader topic: Cone cells provide the wavelength-sensitive signals used in human color vision.AchromatopsiaBroader topic: Impaired cone function is central to congenital achromatopsia.Color matchingBroader topic: Cone responses provide the physiological signals whose equality produces a perceived match.Christine Ladd-FranklinBroader topic: Cone function provides the physiological basis for the color distinctions her theory addresses.Human visual systemBroader topic: Cone types and their dense packing in the fovea set the limits of daylight vision.
KnowraCone cellLinked fromLinked fromThe 39 pages that link to Cone cell, each with the reason it gives.All 39Broader topic 18Related 16Narrower topic 3Compared with 2Visible spectrumBroader topic: Three cone classes provide the overlapping sensitivities underlying human color vision.Thomas YoungBroader topic: Cone cells are the retinal receptors that correspond most closely to Young’s proposed elements.Optic nerveBroader topic: Cone signals also converge onto ganglion cells whose axons form the nerve.Additive colorBroader topic: Cone responses provide the visual signals that combined light stimulates.Color blindnessBroader topic: Color blindness often begins when one cone type or its pigment is altered.Photoreceptor cellBroader topic: Cones provide several spectral sensitivities and mediate detailed daylight vision.Retinal ganglion cellBroader topic: Cone pathways help ganglion cells convey color and high-acuity information.PhototransductionBroader topic: Cones use related phototransduction machinery but differ in sensitivity, speed, and pigment types.Retinitis pigmentosaBroader topic: Cone degeneration can later impair central vision and color discrimination.Chromatic adaptationBroader topic: Differences among cone responses provide the signals that adaptation recalibrates.TrichromacyBroader topic: The three cone types are the biological implementation of trichromacy.Photopic visionBroader topic: Cone cells provide most of the photoreceptor input during photopic vision.AfterimageBroader topic: Different cone responses contribute to the color pattern left by prolonged viewing.Color perceptionBroader topic: Cone cells provide the wavelength-sensitive signals used in human color vision.AchromatopsiaBroader topic: Impaired cone function is central to congenital achromatopsia.Color matchingBroader topic: Cone responses provide the physiological signals whose equality produces a perceived match.Christine Ladd-FranklinBroader topic: Cone function provides the physiological basis for the color distinctions her theory addresses.Human visual systemBroader topic: Cone types and their dense packing in the fovea set the limits of daylight vision.