Linked from

The 17 pages that link to Phototransduction, each with the reason it gives.

• RetinaBroader topic: It explains how photon absorption becomes an electrical signal in the retina.

• Cone cellRelated: Cone cells use this cascade to turn absorbed photons into changes in membrane voltage.

• Photoreceptor cellBroader topic: It is the central conversion process linking photon capture to a neural signal.

• RetinalNarrower topic: Retinal is the molecular trigger for this signaling cascade.

• Rod cellNarrower topic: This signaling cascade explains how rod cells turn photon absorption into altered membrane voltage.

• Photopic visionRelated: Phototransduction turns absorbed light into the cone signals underlying photopic vision.

• OpsinNarrower topic: Activated opsin starts the signaling cascade that produces the photoreceptor's electrical response.

• RhodopsinNarrower topic: Rhodopsin initiates the signaling cascade that defines rod phototransduction.

• AchromatopsiaRelated: Inherited forms disrupt proteins needed for cone phototransduction.

• Visual systemRelated: It is the cellular conversion step that starts visual signaling.

• LightRelated: It is the first step by which light becomes a neural signal.

• EyeRelated: It explains how retinal cells turn photons into neural messages.

• Human eyeRelated: Its molecular steps link photon capture to the retina’s neural code.

• Human visual systemBroader topic: The first conversion step of the whole pipeline, inside every rod and cone.

• Simple eyeNarrower topic: It converts light detection by the eye into signals the nervous system can use.

• Ocular Physiological PhenomenaBroader topic: It begins the eye’s conversion of incoming light into neural information.

• Ragnar GranitBroader topic: It is the cellular process that links light stimuli to the retinal electrical responses he studied.